Products are listed alphabetically.

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1. 30-DEGREE SLOPE BOWL -------- PROTOTYPE --------- PURPOSE: To design a prototype of a bowl that slopes to be easily used by individuals who have upper extremity or fine motor disabilities, such as trembling hands, or arthritis. The 30-degree Slope is a bowl specifically designed for individuals with trembling hands who have difficulty holding a cup and saucer with a steady hand. The bowl is designed to tilt at a 30-degree angle so that an individual can access the contents of the bowl without having to worry about ...[More Information]
   
   
2. 6dot BRAILLE LABEL MAKER -------- PROTOTYPE --------- PURPOSE: As part of a class project, a team of MIT students created a prototype design of a Braille labeler for individuals with visual impairments (blind) to label objects they use. The 6dot Braille Label Maker is a small, easily portable device which can produce all possible Braille characters (including commonly used two-character contractions). The device can be easily loaded and operated by touch. While still under development the estimated cost is $200. Existin...[More Information]
   
   
3. ACCESS4KIDS -------- PROTOTYPE --------- PURPOSE: To create a prototype of an accessible touchscreen for tablet devices for individuals with fine motor and/or hand disabilities. Touchscreen computer tablets vary but one unique feature between them all is the finger gestures necessary to perform tasks on the device. Researchers from the Georgia Institute of Technology created a simple tool, Access4Kids, that augments touchscreens and helps many people with fine motor control issues in their hands operate tab...[More Information]
   
   
4. ACCESSIBLE AQUARIUM ---- PROTOTYPE ---- PURPOSE: To create more engaging, dynamic exhibits for museums science centers, zoos, and aquaria for individuals with visual impairments. The Accessible Aquarium project combines the fields of psychology, computing, music, and assistive technology to develop cutting-edge bio-tracking and behavior- analysis techniques to provide input for multimedia auditory displays, music, and sonifications (use of sound to convey information about data to the listener). The first adaptati...[More Information]
   
   
5. ACTIVELY ADJUSTABLE CANE TO ASSIST STANDING FROM A SITTING POSITION ---- PROTOTYPE ---- PURPOSE: To design a cane that can assist an individual with mobility disabilities with walking and provide assistance as the individual stands from a seated position. The cane prototype consists of three major components: 1) a prefabricated ratcheting device, 2) a slide rod, and 3) a pair of telescoping rods. The ratcheting device was taken from a caulk gun. It uses springs and small plates to form a trigger and a locking mechanism. The locking mechanism prevents the rod f...[More Information]
   
   
6. ADAPTED COMPUTER KEYBOARD ---- PROTOTYPE ---- PURPOSE: To design a customized computer keyboard for an individual who is legally blind and has fine motor skill disabilities. Initial tests included two visual and two motor skill tests to determine the consumer’s abilities so the keyboard would meet all specified needs. The final design included keys that were large enough and spaced so the consumer would be able to identify and depress only one key at a time. The size of the lettering was also increased to accommodate the...[More Information]
   
   
7. AIR GUITAR HERO ---- PROTOTYPE ---- PURPOSE: To develop a muscle-computer interface to play the "air" Guitar Hero video game. Researchers at Microsoft Research along with PhD student Scott Samponas have developed a muscle-computer interface that allows individuals with grasping disabilities to control devices without the use of the hands. TITLE: Microsoft researchers build muscle-computer interface, play air Guitar Hero. AUTHOR: Donald Melanson. WEBSITE: Engadget.com. REF: http://www.engadget.com/2009/10/27/m...[More Information]
   
   
8. ALL PURPOSE TOY BAR -------- CUSTOMIZED ADAPTATION --------- PURPOSE: To create a customized adaptation of an all-purpose toy bar for a child with severe disabilities. This adaptation was created using a bunch of PVC to put together a giant toy bar. It was made very large so the child’s recliner and stander could be used with it. The dimensions could easily be adjusted to fit any child's needs. The sides are 12 inches wide and the bottom has an extra 5 inch piece of PVC plus a 3-way joint on each side for added sta...[More Information]
   
   
9. ALTERNATELY-PROPELLED MECHANICAL WHEELCHAIR Alternately-Propelled Mechanical Wheelchair (APMW) is a modified wheelchair that incorporates a superior braking system and eliminates complete hand-to-rail contact when moving forward. By incorporating a clutch system engaged by air cylinders, the user can apply a relatively small amount of force to travel further than a traditional wheelchair. The APMW is designed for a range of users, including children of eight years and older, people of diminished upper body capacity, and individuals seeki...[More Information]
   
   
10. ANPLE -------- PROTOTYPE --------- PURPOSE: To design a prototype rice cooker for individuals who are blind or have low vision. The rice cooker features three buttons to set the water and heating level and includes a speaker to speak the existing settings so that the visually impaired user can ensure everything is correct. The ANPLEe also has an ergonomic handle to open the cover All the user needs to do is load in the ingredients and set the commands. AUTHOR: Matthew Chung. TITLE: ANPLE Rice Cooker ...[More Information]
    
    
11. ARMASSIST -------- PROTOTYPE --------- PURPOSE: To create a prototype of a portable robotic device with matching video game software platform for telerehabilitation for individuals with neuromuscular disabilities such as stroke, cerebral palsy, muscular dystrophy, and various others. Researchers in Spain have created ArmAssist, a mobile-based device that connects to the user through an orthotic that then records and measures the movements of the shoulder and elbow. These arm movements are translated to mo...[More Information]
    
    
12. ARTHRITIS HANDLE -------- CUSTOMIZED ADAPTATION --------- PURPOSE: To create a custom adapted handle device which allows individuals with arthritis or grasping or upper extremity disabilities to safely support and move cookware around the kitchen. Australian university student, Ching-Hao Hsu, designed the Arthritis Handle. The Arthritis Handle slips over the forearm and allows the user to safely support the cookware on its journey around the kitchen. The Arthritis Handle is made from thermoplastic elastomers a...[More Information]
    
    
13. ARTIFICIAL MUSCLE-OPERATED (AMO) ARM -------- PROTOTYPE --------- PURPOSE: To create a prototype of a prosthetic arm that is controlled by the user’s brain signals, and powered by compressed air for individuals who have had an arm amputated or who are otherwise missing an arm. Undergraduate biomedical engineering students; Thiago Caires and Michal Prywata, from Toronto’s Ryerson University have created the Artificial Muscle-Operated (AMO) Arm. The AMO arm offers a greater range of movement than traditional prostheses, doesn’t requ...[More Information]
    
    
14. ATLAS -------- PROTOTYPE --------- PURPOSE: To create a prototype of a bi-manual rehabilitation glove system to monitor the hand movements of individuals who have experienced stroke. Researchers at Northeastern University have created the Angle Tracking and Location At home System (ATLAS), a bi-manual rehabilitation glove system and tracking device that utilizes two gloves to monitor the hand movements of stroke survivors. The system's creators' eventually intend to release the ATLAS as an at-home tes...[More Information]
    
    
15. AUTI -------- PROTOTYPE --------- PURPOSE: To create a prototype of a training toy for children with autism spectrum disorders. Developed by two child specialists at the Victoria University of Wellington, New Zealand, Auti is a interactive toy for children with autism over the age of 6 months. It is designed to stimulate their imaginations and teach positive behaviors. Auti is a furry, quadruped toy containing a number of programmable sensors that can detect touch and sound. Auti shuts down in respo...[More Information]
    
    
16. BALANCE STICK -------- PROTOTYPE --------- PURPOSE: To design a prototype of a walking stick that balances so that it can stand independently and not fall over when not in use for individuals with balance, walking or mobility disabilities. The Balance Stick does not fall down and stands very well so that the user does not have to bend to grab it. Additionally, this device does not require the user to keep holding onto it in order for it stand independently, creating a hands-free benefit. The area onbottom en...[More Information]
    
    
17. BALANCE TRAINING SYSTEM FOR CHILDREN -------- PROTOTYPE --------- PURPOSE: To create a prototype of a balance training system for children with disabilities using Wii balance board technology. Students from Rice University linked together five Wii balance boards to a computerized motion tracking system and developed a game based on this system to help children advance their balance skills. The boards are lined up in a row between active handrails that provide feedback on how heavily users depend on their arms. The game requires the...[More Information]
    
    
18. BCI MUSIC -------- PROTOTYPE --------- PURPOSE: To create a prototype of an adapted brain-computer interface (BCI) device which allows individuals with paralysis and/or severe disabilities play music by brain power alone. Developed by Eduardo Miranda at the University of Plymouth Interdisciplinary Centre for Computer Music Research (ICCMR) in the United Kingdom, this BCI device allows individuals with neurodegenerative diseases, muscular disorders, and paralysis to participate in creating music. Miranda’s...[More Information]
    
    
19. BE-B BRAILLE EDUCATON BALL -------- PROTOTYPE --------- PURPOSE: To create a prototype educational game/toy to assist in sighted, visually-impaired, and blind individuals to learn Braille characters. The prototype, be-B: Braille Education Ball was created for and entered in Game Changers Competition for global game design held by DESIGN 21. The be-B: Braille Education Ball is a method for both blind and sighted users to learn the Braille system using a challenging and educational game. The be-B consists of a ball and 26 m...[More Information]
    
    
20. BIKE EXERCISER The Bike Exerciser is designed to provide a piece of fitness equipment that is both enjoyable and motivating for a child with learning disabilities who is overweight and does not exercise often. The operating mechanisms of the Bike Exerciser are two four-bar linkages with a crank rocker; one on the left side and one on the right. The four-bar linkage consists of three moving links, one fixed link, and four pin joints. The handles, peddles, and cranks are moving links, while the body frame is ...[More Information]
    
    
21. BIONIC GLASSES -------- PROTOTYPE --------- PURPOSE: To create a prototype of normal-looking pair of glasses to enhance vision for individuals with certain types of low vision using similar technology developed for mobile phones and gaming. Exhibited at the Summer Science Exhibition in Oxford, England, the Bionic Glasses enhance vision for individuals who are blind or have little to no vision left. The glasses are appropriate for common types of visual impairment such as age-related macular degeneration and di...[More Information]
    
    
22. BLIND-DRIVABLE VEHICLE -------- PROTOTYPE --------- PURPOSE: To create a prototype of a car that can be driven independently by blind and visually impaired individuals. The National Federation of the Blind (NFB) and Virginia Polytechnic Institute and State University, College of Engineering (Virginia Tech) has partnered to demonstrate the first-street vehicle equipped with technology allowing a blind person to drive independently. The NFB Jernigan Institute—the only research and training facility on blindness operated...[More Information]
    
    
23. BOB-1 -------- PROTOTYPE --------- PURPOSE: To design a prototype of a prosthetic device that allows children who have no fingers write with a pen or pencil. A team of girl scouts from Iowa, ages 11 through 13, came up with a design that assisted a 3-year-old girl born without fingers on her right hand to write. The device, called BOB-1, is a platform strapped to an arm with a cylindrical holder that can be used to hold a pen, pencil, or similar tool. With the device attached to her hand, the three-ye...[More Information]
    
    
24. BRAILLE BUDDY -------- PROTOTYPE --------- PURPOSE: To design a prototype of an educational device to assist individuals who are blind or have low vision to transition into Braille literacy. The Braille Buddy is a 2-phase educational device aimed to assist individuals who are blind or low vision with the most difficult stages of learning Braille (e.g., reading and writing). The Braille Buddy folds down into an easy-to-hold device that expands to and includes the Braille cell and the Braille keyboard. In Stage...[More Information]
    
    
25. BRAILLE CREDIT CARD -------- PROTOTYPE --------- PURPOSE: To design a prototype of a Braille credit card to be used by individuals who are blind or have low vision. The Braille Credit Card is a refined version of the Blind CC, but from a different designer. This card is sleek and easy to carry with dimensions similar to a regular credit card. It displays each transaction on a refreshable braille display and reconfirms it with audio feedback. It also will calculate tip amounts and currency conversion. The braille d...[More Information]
    
    
26. BRAILLE INTERPRETER -------- PROTOTYPE --------- PURPOSE: To design a prototype of a Braille interpreter for individuals who are blind or visually impaired who cannot read Braille. The Braille Interpreter is a single-finger glove featuring a tactile sensor, a Bluetooth headphone and interpreting software allowing individuals with sight impairments to read Braille. The index finger portion of the glove contains the tactile sensor, which is skimmed over the Braille text and sends data to a small computer housed on th...[More Information]
    
    
27. BRAILLE PUNCH STICKER -------- PROTOTYPE --------- PURPOSE: To design a prototype of Braille label maker for use by individuals who are blind or with low vision. The Braille Punch Sticker is a braille labeler that is shaped to easily fit in the hand of the user. It has braille instructions on the side, six embossing buttons in two rows of three, a cutter, a spacebar, and a push button. TITLE: Braille Punch Sticker. WEBSITE: Yanko Design. REF: http://www.yankodesign.com/2011/01/31/braille-punch-sticker....[More Information]
    
    
28. BRAILLE SIGHT -------- PROTOTYPE --------- PURPOSE: To design a prototype of an eyewear system that translates images into tactile feedback for users who are blind or with low-vision. The Braille Sight uses an eyewear system that looks like glasses frames (Frame of Sight) to capture images and then translates those images into tactile images on a handheld pad shaped like the lenses (Braille Pad). TITLE: Trendy Braille Eyewear. WEBSITE: Yanko Design. REF: http://www.yankodesign.com/2012/02/14/trendy-braille-ey...[More Information]
    
    
29. BRAILLE STAPLER -------- PROTOTYPE --------- PURPOSE: To design a prototype of Braille writer that is portable and can be used anywhere by individuals who are blind or visually impaired. The Braille Stapler is portable, six-button braille embosser that includes a space button and functions tab for controlling the size of the Braille. The design expedites the writing process” and the Braille need not be written and/or read in reverse. TITLE: Writing Braille Anywhere. WEBSITE: Yanko Design. REF: http://www.yankod...[More Information]
    
    
30. BRAILLE TAPE -------- PROTOTYPE --------- PURPOSE: To design a prototype of braille tape to be used by individuals who are blind or low-vision. Braille Tape is a sticky tape with parallel dots that can be hand punched to write a Braille message. This device allow for individuals who are blind or low vision to label items and areas within their environment. First, the user adheres a length of Braille Tape onto an object, and cuts the strip to the desired length. Next, the user presses down on protuberant dot...[More Information]
    
    
31. BRAILLE-ONLY RUBIK CUBE -------- PROTOTYPE --------- PURPOSE: To create a prototype of the traditional Rubik Cube toy using only Braille characters for individuals with visual impairment and/or blindness. A previous version created by a Yanko designer used textures; however, in this Braille-only version the colors are embossed and include green, blue, red, yellow, white, and pink. This device is a wonderful concept which allows users to learn Braille and/or just have a good time playing a classic game from the 1980s. ...[More Information]
    
    
32. BRAILLEWISE SIGNAGE SYSTEM -------- PROTOTYPE --------- PURPOSE: To create a prototype of a Braille signage system to assist individuals who are blind or have low vision to navigate airline lavatories. Airplane lavatories can be challenging to navigate for any traveler, but for individuals who are blind or have low vision they can be especially difficult to navigate. Designers at Hong Kong Polytechnic University have developed an easy to use system that helps readers of Braille know where everything is once they enter the...[More Information]
    
    
33. BRAIN CAP -------- PROTOTYPE --------- PURPOSE: To design a prototype an Electroencephalography (EEG) “brain cap” technology that allows an individual to transfer one’s thoughts into motion. Researchers at the University of Maryland have created a prototype “brain cap” that can transform thoughts into motion using brain signals captured from the cap’s EEG sensors that are attached to user's scalp. The computer connected to the brain cap reconstructs 3D hand movements so that one can control a computer’s c...[More Information]
    
    
34. BRAIN INTERFACE STEERING SYSTEM FOR WHEELCHAIR ---- PROTOTYPE ---- PURPOSE: To develop a hands-free wheelchair steering system through brain wave activity for persons with limited mobility. Toyota, in collaboration with other researchers in Japan, has developed one of the fastest systems for analyzing brain waves. This new technology requires only 125 milliseconds (125 thousandths of a second) to read brain waves. An individual uses the prototype system by placing a cap on his or her head that reads brain signals through an electroencephalog...[More Information]
    
    
35. BRAIN SCANNING SPELLER ------ PROTOTYPE --------- PURPOSE: To create a prototype a brain-scanning speller for individuals who have communication or neurological disabilities or have experienced stroke or brain injury. Researchers at Maastricht University in the Netherlands have developed a device that provides people who are completely unable to speak or move at all with a means to communicate. The device builds upon previous work using functional magnetic imaging (fMRI) technology. FMRI is a non-invasive technique th...[More Information]
    
    
36. BRAIN TAP -------- PROTOTYPE --------- PURPOSE: To design a prototype of a wearable gaming glove for individuals with rheumatic conditions such as arthritis. BrainTap is a wearable gaming device that combines physical and mental exercise and encourages exercise for individuals with chronic arthritis. BrainTap is a wearable system that is made up of a glove, outfitted with LEDs and motors for haptic feedback, and is linked to a retro-looking device. This device will in turn relay a light pattern (red, gree...[More Information]
    
    
37. BRAINOVI -------- PROTOTYPE --------- PURPOSE: To design a prototype of a Braille and voice output navigation map for individuals who are blind or visually impaired. The Brainovi is a Braille navigation map that uses a combination of verbal instructions and touch display, to assist individuals who are blind or visually impaired greater freedom and independence while traveling alone. All the user needs to do is "speak" his or her destination into the device and wait for a 3-D map to pop-up, allowing him o...[More Information]
    
    
38. CARRIER WHEELCHAIR -------- PROTOTYPE --------- PURPOSE: To develop a prototype robotic wheelchair which allows individuals with mobility disabilities and wheelchair users greater independence and the capacity to traverse any terrain and situation. Developed as semester project at the University of Applied Arts in the Studio Industrial Design 2 Esslinger (www.creativednaaustria.com). The CARRIER wheelchair’s frame is specifically shaped to maneuver over a commode and adapted with a “trap door” allowing the user t...[More Information]
    
    
39. CHEETAH WALKER: TRANSITIONAL WALKING DEVICE The Cheetah Walker serves as a training device for children with mild Cerebral Palsy, for use by the client coordinator at a hospital. It provides a child-friendly device with which children with cerebral palsy may transition from a traditional, follow-behind walker to hand canes, and thereby improve their quality of life and independence. The Cheetah Walker helps children develop the upper body movement necessary to walk with a cane, while providing the stability of a four-leg walker. The pr...[More Information]
    
    
40. CHESS SET FOR INDIVIDUALS WHO ARE BLIND OR HAVE LOW VISION -------- PROTOTYPE --------- PURPOSE: To design a prototype of chess set for individuals who are blind or low vision to enjoy the fun, interactive experience of playing chess. The chess set is comprised of textured magnets that hold the pieces in place and indicate the direction of play. The white pieces are composed of matte steel and the black pieces are hardwood, making them identifiable by heat and texture. The magnet strength has been adjusted so the amount of “stick” will indicate what co...[More Information]
    
    
41. CLEANING ASSISTANT The Cleaning Assistant is designed to be used by persons with physical and cognitive disabilities whose condition(s) require the use of a diaper. The Cleaning Assistant allows for an individual’s caregiver to clean his underbody quickly and easily after a bowel movement. A toilet-mounted device system consists of four nozzles for pressurized water spray and two nozzles for soap spray. The water system is supplied by the existing hot and cold water supply that goes to the bathroom sink, thus a...[More Information]
    
    
42. COMPUTER INTERACTIVE REMINISCENCE AND CONVERSATION AID (CIRCA) -------- PROTOTYPE --------- PURPOSE: Based in an interactive multimedia computer system this prototype aims to stimulate persons with dementia and memory disabilities to have more enjoyable and rewarding conversations between their caregivers. A team of searchers from Scotland has developed a Computer Interactive Reminiscence and Conversation Aid (CIRCA). CIRCA is compromised of a simple touch-screen with easy-to-follow instructions and requires no IT competence. When switched on, CIRCA displa...[More Information]
    
    
43. COMPUTER INTERFACE MUSIC MAKER -------- PROTOTYPE --------- PURPOSE: To develop a computer interface that tracks the movement of a user’s head, allowing them to produce electronic sounds and compose music on a virtual keyboard. Working with a team of musicians and programmers; Zane Van Dusen, Rensselaer Polytech Institute senior, creates a device to be used by individuals with severe mobility disabilities. This prototype allows individuals with severe mobility disabilities to express his or her creativity through music. The u...[More Information]
    
    
44. CREDIT CARD FOR THE BLIND -------- PROTOTYPE --------- PURPOSE: To design a prototype of an electronic credit card/reader for individuals who are blind or have low vision. The Credit Card for the Blind uses a miniature scanner and fingerprint recognition software to verify the cardholder’s fingerprint as their signature. A Braille display allows the user to read the details of the transaction, and the card's built-in speaker says the name or type of the products being bought, thus giving the user a complete account of th...[More Information]
    
    
45. CRUTCH CHAIR -------- PROTOTYPE --------- PURPOSE: To design a prototype of crutches which can transform into a seat to rest the user's tired legs for individuals with mobility, lower extremity or walking disabilities or a person recovering from an injury. These forearm crutches are made from plastic polymer and have an arch-type construction so that the hand grips can be joined together to form a small seat. The user can lean the joined crutches up against a wall to form a seat on which the individual can l...[More Information]
    
    
46. CURSUM STROLLER -------- PROTOTYPE --------- PURPOSE: To design a prototype of a stroller adapted for a wheelchair to be used by individuals with lower extremity and mobility disabilities, spinal cord injury, and others who use wheelchairs. The Cursum stroller, a wheelchair adaptive stroller, is designed to be used in tandem with a wheelchair. It connects to the front of a wheelchair. Swivel wheels, complete height adjustment, attention to comfort and visibility, and advanced safety features give parents with d...[More Information]
    
    
47. CUSTOM DESIGNED PROSTHETIC LEGS -------- PROTOTYPE --------- PURPOSE: To create a prototype of custom designed prosthetic legs for amputees. Bespoke Innovations, currently in "prototype and Beta phase", utilizes layering 3D printers to construct personalized prostheses. The user can take part in creating the device, including choosing the look, pattern, and texture. TITLE: Company Creates Personalized Prosthetic Legs. WEBSITE: medGadget. REF: http://www.medgadget.com/archives/2010/12/company_creates_personalized_prosthetic_leg...[More Information]
    
    
48. DAILY LIVING REPORTING SYSTEM (ADLRS) The Daily Living Reporting System (ADLRS) is utilized to monitor task-oriented behavior of individuals who are at risk for injuries in their homes due to disabilities. The ADLRS utilizes a system of unobtrusive electronic sensors, microprocessors, and wireless technologies to record, track, store, and analyze key functional behaviors, and then post the information to a PIN-protected secure website. The system is able to record the individual’s movement and interactions with objects in the envir...[More Information]
    
    
49. DIY WIRELESS TYPING GLOVE -------- PROTOTYPE --------- PURPOSE: To design a prototype of a wireless typing glove for individuals who type on a smartphone or computer one-handed and individuals with upper extremity or fine motor disabilities. G.A.U.N.T.L.E.T. (Generally Accessible Universal Nomadic Tactile Low-power Electronic Typist) is a do-it-yourself wireless typing glove that was developed by a pair of former design students and is in the beta stage of development. G.A.U.N.T.L.E.T. allows users to type on any smartph...[More Information]
    
    
50. DOZE -------- PROTOTYPE --------- PURPOSE: To design a prototype of a sleep positioner for children with disabilities, particularly those children who experience muscle tension and loss of muscle tone. Doze is a sleep positioner that assists with side-lying posture at bedtime. The pod-like design decreases the risk of sleeping in awkward positions that may interfere with growth, put pressure on the spine, as well as affect air flow resulting in breathing problems. The Doze design is inspired by the a...[More Information]
    
    
51. DREAMFIT MOTORCYCLE -------- PROTOTYPE --------- PURPOSE: To design a prototype of a motorcycle that can be used by individuals with paraplegia. Inspired by a paraplegic ex-motorcross champion, West Australian Darren Lomman established a project to create a motocycle for paraplegic riders based on a heavily modified Honda CBR250RR. The prototype is road licensed and operational and has the potential to become a commercial product. Started as a university project, the Dreamfit CBR250RR has been modified to suit ride...[More Information]
    
    
52. E-TOUCH -------- PROTOTYPE --------- PURPOSE: To design a prototype of a walking cane with an integrated navigation system for individuals who are blind or have low vision. The E-Touch is a touch sensitive and interactive system designed to make navigating in an urban environment easier. The device features an SD card slot where an individual can load maps into the device. The E-Touch beams out guided turn-by-turn directions for the user via a wireless earpiece and tactile feedback through the triangle ...[More Information]
    
    
53. EASY EYE DROPS -------- PROTOTYPE --------- PURPOSE: To design a prototype of an eye drop dispenser to assist people who have the use of only one hand, fine motor disabilities, or have other difficulties applying eye drops into the eye. Easy Eye Drops is an eye medicine dropper that allows and individual to dispense the liquid into the eye using just one hand. This device has two hinged plastic flaps that are located on opposite sides of the nozzle of the dispenser. When an eye is closed, the flaps are placed ...[More Information]
    
    
54. ECHOLOCATION TRAINING GAME -------- PROTOTYPE --------- PURPOSE: To design a prototype of an echolocation trainer for children and adults who are blind or have low vision. Echolocation is a method by which humans and some type of animals (such as bats and dolphins) can navigate their environment by making sounds and determining the location of objects based on the echos of that sound. The Echolocation Trainer was designed as a learning game for parents with children who have visual disabilities. The game can assist in dev...[More Information]
    
    
55. EL TUCURA OFF-ROAD TRIKE -------- PROTOTYPE --------- PURPOSE: To design a prototype of an off-road hand-propelled tricycle for individuals with paraplegia or other mobility disabilities. The El Tucura ("the Grasshopper") is a hand-propelled trike that provides paraplegic users the opportunity to enjoy the thrill of off-road, downhill, mountain biking. The El Tucura’s crank handle drive allows hands to be free for steering while accelerating. The three 180-millimeter disc brakes and a 250-millimeter suspension provide...[More Information]
    
    
56. ELECTRIC ELEVATION ASSIST AND SPASTICITY CONTROL ARM The Electric Elevation Assist and Spacticity Control Arm (EEASCA) is designed as an augmentative mechanical arm support for an 11-year old boy who has dystonic cerebral palsy with choreoathetoid movement. A previous arm support system was not comfortable, and movement was restricted to only the horizontal plane. A device that would restrict the consumer’s spasticity, but allow him to raise and lower his arm so he is able to perform day-to-day tasks is needed. The device had to be able to be re...[More Information]
    
    
57. ELECTRICAL OUTLET CONNECTOR -------- PROTOTYPE --------- PURPOSE: To create a prototype of an electrical outlet connector to assist individuals with cerebral palsy, multiple sclerosis, rheumatoid arthritis, and Parkinson`s disease to plug in everyday electrical devices. The concept behind this project is to reduce the stress factors that come from the pushing and pulling required to plug in electrical devices into most standard U.S. and Canadian electrical outlets, which is also an easily assembled, manufacturable device. ...[More Information]
    
    
58. ELECTRICALLY-ASSISTED HUMAN-POWERED VEHICLE A multi-purpose four-wheeled two-passenger electrically assisted human-powered vehicle (EHPV) prototype is created to be used by people with physical disabilities, such as a person who does not have full strength in his or her legs. Additionally, the EHPV can also be used as a rehabilitation device, where an instructor can aid in pedaling the vehicle. The EHPV also functions as an alternate form of transportation for the environmentally conscious consumer, and is suitable as a recreational vehi...[More Information]
    
    
59. ELECTRONIC TACTILE BALANCE VEST -------- PROTOTYPE --------- PURPOSE: To create a prototype electronic tactile balance vest for individuals with balance disabilities. Researchers at UCLA’s Center for Advanced Surgical and Interventional Technology (CASIT) are developing a vest that could improve the rehabilitation process while an individual is at the clinic and then go home with them afterward. UCLA's tactile vest is self-contained and portable, sporting the electronic control system, accelerometers across the shoulders, an...[More Information]
    
    
60. ELEGS -------- PROTOTYPE --------- PURPOSE: To design a prototype of a wearable, artificially intelligent device that provides power and assists individuals with paraplegia to stand and walk. The eLEGS is an exoskeletal orthosis for the legs that provides support for standing and and initiates leg movement. eLEGS has a unique knee flexion that provides a natural human gait that allows it to handle mixed terrains and reach speeds in excess of 2 miles per hour in certain conditions. It consists of two f...[More Information]
    
    
61. ELEVATING WHEELCHAIR -------- PROTOTYPE --------- PURPOSE: To create a prototype of a elevating wheelchair which allows individuals with mobility disabilities to access items out of vertical reach and/or to have visual access to items that could be seen by an individual standing. Two students focused on this problem for a final year project. Their answer is to lift the wheelchair and/or the occupant. The detailed answer is in a 130 page formal engineering report with 13 AutoCAD drawings to support the idea. The base...[More Information]
    
    
62. EMOTICHAIR -------- PROTOTYPE --------- PURPOSE: To create a prototype device that allows individuals with hearing impairments or deafness get an emotional sense of what is going on during a captioned movie or T.V. show where themed music and suspenseful noises are used to create “emotion”. The Emotichair is basically a camping chair fitted with speakers that play at different frequencies, vibrating a person's upper back with high pitches and the bottom of a person's thighs with lower ranges. This allows...[More Information]
    
    
63. ENAMOR FOOD PREPARATION AID -------- PROTOTYPE --------- PURPOSE: To design a prototype of food preparation device for individuals with upper extremity disabilities or amputation or other conditions that limit them to use of only one arm or hand. The Enamor (an anagram of “one arm”) allows a person with use of only one arm the opportunity to expand his or her cooking skills by facilitating food preparation. Enamor is a simple and easily cleaned kit that consists of both vegetable and meat cutting units that attach tightly ...[More Information]
    
    
64. ENDEAVOR, THE The Endeavor is an ultralight transfer chair for onboard an airplane designed for use by individuals with spinal cord injury or mobility or lower extremity disabilities. This wheelchair fits down the aisle of commercial aircraft and collapses to be stowed in the overhead compartment. FRAME: Rigid frame with a simple forward-folding collapse mechanism. SEAT: Adjustable backrest and seat angle. WHEELS: Standard removable spoked rear wheels for everyday use. With the rear wheels removed, small fli...[More Information]
    
    
65. EYE 21 ------ PROTOTYPE --------- PURPOSE: To create a prototype of a visual assistance system similar to sonar technology that allows individuals who are blind or have low vision to be aware of their surroundings through the use of sound. Developed by the engineers from the Research Center for Graphic Technologies at Spain's Universitat Politècnica de València (UPV), the EYE 21 consists of a pair of sunglasses with two built-in micro-video cameras, a computer, and a pair of headphones. The cameras ana...[More Information]
    
    
66. EYE STICK -------- PROTOTYPE --------- PURPOSE: To create a prototype enhancing the traditional red and white stick used by individuals with visual impairments. The Eye Stick is designed as a practical solution for commuters with visual impairments. Fitted with a sensor lens toward the bottom part of the stick, the Eye Stick picks up location bearings such as nearing a staircase or traffic lights. The Eye Stick then sends feedback to the user via vibrations, communicating a scenario of the environment so ...[More Information]
    
    
67. EYE-CONTROLLED LAPTOP -------- PROTOTYPE --------- PURPOSE: To design a prototype of a eye-motion control human-machine interface laptop for individuals with disabilities. The Swedish firm Tobii, which specializes in eye control, teamed up with Lenovo to craft 20 prototype Windows 7 laptops with eye control sensors built-in which were presented at CeBIT 2011. One demo the company set up was an Expose-style layout of all open windows, and users were able to target the smallest (Calculator in this case) consistently. ...[More Information]
    
    
68. EYE-TRACKING ELECTRONIC TABLET -------- PROTOTYPE --------- PURPOSE: To create a prototype of an affordable eye-tracking electronic tablet computer for individuals with disabilities. Eye-tracking technology and software packages can be prohibitively expensive. Engineering students at Brigham Young University in partnership with EyeTech Digital Systems developed a tablet computer that can be controlled with a person’s eye movements. The prototype is projected to cost under $1,500. SYSTEM REQUIREMENTS: Windows 7. DIMENSIONS (L...[More Information]
    
    
69. EYECAN -------- PROTOTYPE --------- PURPOSE: To design a prototype of an eye-controlled mouse for individuals with upper extremity disabilities or who are upper extremity amputees. EyeCAN is a eye controlled input system mounted on a pair of glasses that is capable of tracking the user’s eye movement and translating those movements to a cursor on a computer display. AUTHOR: Edwin Kee. TITLE: Samsung eyeCAN mouse for disabled folk. WEBSITE: Ubergizmo. REF: http://www.ubergizmo.com/2012/02/samsung-eyecan...[More Information]
    
    
70. EYEMUSIC ------ PROTOTYPE --------- PURPOSE: To create a prototype of a sensory substitution device that employs pleasant musical scales to convey visual information for individuals who are blind or have low vision. A team of researchers at the Hebrew University of Jerusalem have created EyeMusic, which allows users who are blind or have low vision to "see" by assigning sounds to images. EyeMusic consists of a pair of glasses with an attached video camera, which is wired to a pair of headphones. The head...[More Information]
    
    
71. EYERING -------- PROTOTYPE --------- PURPOSE: To design a prototype device to assist individuals who are blind or have low vision to identify objects and read text. Researchers at the Massachusetts Institute of Technology have developed a camera-equipped ring, EyeRing, that can identify objects and read text, transmitting the information to the user audibly. The EyeRing is a finger-worn device that the user points at an object, takes a photo, and hear voice feedback describing the object that the ring ...[More Information]
    
    
72. El-E: AN ASSISTIVE OBJECT FETCHING ROBOT FOR HUMAN ENVIRONMENTS -------- PROTOTYPE --------- PURPOSE: To design an assistive robot (El-E) that takes advantage of common flat surface structures in order to retrieve unmodeled, everyday objects for people with motor impairments. El-E is able translate its manipulator and associated sensors to different heights, which enables it to grasp objects on a variety of surfaces, such as the floor and tables, using the same perception and manipulation strategies. The robot can approach an object selected with the laser ...[More Information]
    
    
73. FALLS RECOVERY LIFTING DEVICE -------- PROTOTYPE --------- PURPOSE: To design a device for an individual with mobility disabilities to provide a safe and reliable means to return to his wheelchair after a fall. The Falls Recovery Lifting Device consists of a hydraulic jack, an aluminum base, and stand with a 22 inch attached seat. The jack is a three-ton, long-ram bottle jack, normally used in cranes and engine hoists, which travels vertically by manually pumping a one-piece handle. When the chair is pumped to the desired he...[More Information]
    
    
74. FEEL THE BEAT -------- PROTOTYPE --------- PURPOSE: To create a prototype a toy-like wearable elbow device to assist with physiotherapy for children with cerebral palsy. Physiotherapy can be challenging for adults but children present unique challenges requiring unique solutions. The “Feel the Beat” device adds a dash of freshness to the routine by using simple pneumatic air pump technology and music synchronization to become this interactive and toy-like wearable elbow device. With adjustable angles of use, ...[More Information]
    
    
75. FEELOR TOUCH THE COLOR -------- PROTOTYPE --------- PURPOSE: To design a prototype of a color pencil set with specialized character-forms on the head as a teaching aid for young children with low-vision and/or blindness. Because young children are able to grasp concepts of shapes better than mere words or Braille, creating a pencil for the color red that has an apple shape on the head allows the child to color by association to real-life objects. Each color in the set has a retractable led pencil with a button on its ...[More Information]
    
    
76. FINGER READER -------- PROTOTYPE --------- PURPOSE: To design a prototype of a combination finger reader with a wireless speaker using Bluetooth technology for individuals who are blind or have low vision for shopping at grocery stores and other retail establishments. The Finger Reader has two components, a finger-worn device and Bluetooth headset. The reader scans a product bar code and/or Radio-Frequency Identification (RFID) tags and then communicates information about the product audibly through the Bluet...[More Information]
    
    
77. FLUME BATHTUB -------- PROTOTYPE --------- PURPOSE: To design a prototype of a accessible tub that can pivot to facilitate tranfers in and out by individuals with lower extremity, balance or mobility disabilities or spinal cord injury. The Flume (seesaw) bathtub has a unique design based on principle of playground seesaws and slides while keeping the safety of individuals with mobility disabilities in mind. The Flume’s point of entry can be tilted downward so that it is easy for an individual to move his or h...[More Information]
    
    
78. FOLDING WHEEL FOR WHEELCHAIR --- PROTOTYPE --- PURPOSE: To create a prototype of the Crossbreed folding wheel for wheelchair users and individuals with mobility disabilities. The Crossbreed designer, Duncan Fitzsimons is developing a wheelchair-specific version of the Crossbreed with an integrated push rim and easy-to-use locking lever. The first models of this wheel are made from a carbon-fiber composite to meet the weight and stiffness requirements of the most demanding wheelchair users. This prototype is expected to be a...[More Information]
    
    
79. FRANKENKINDLE -------- CUSTOMIZED ADAPTATION --------- PURPOSE: To create a custom adapted electronic book reader for an individual with cerebral palsy. Glenn, an electrical engineer created the "Frankenkindle" for his sister using an Amazon Kindle and a keypad from a children's reader. This e-reader adaptation features controls that are easier for and individuals with cerebral palsy or other types of fine motor and neurological disabilities to use compared to the standard buttons on the Kindle. The device is...[More Information]
    
    
80. FREEDOM -------- PROTOTYPE --------- PURPOSE: To design a prototype of a collapsible lightweight shower/commode wheelchair-like device for individuals with disabilities. The Freedom is designed for individuals with mobility or lower extremity disabilities or spinal cord injury who travel and require a lighter, more compact alternative to currently available shower commode wheelchairs. The chair is designed to assist individuals with disabilities to gain more freedom and personal space when showering and...[More Information]
    
    
81. FULCRUM CRUTCH -------- PROTOTYPE --------- PURPOSE: To design a prototype of a forearm crutch featuring enhanced ergonomics and functionality for individuals with mobility disabilities and or are recovering from an injury. The Fulcrum advanced crutch features tactile, silicone grips and an adjustable arm support that provide relief to tired hands and arms. It also has a wide, rubber bottom tip that increases traction and decreases injuries related to slipping. The multifunctional design’s arm support can also...[More Information]
    
    
82. FULL-PAGE BRAILLE DISPLAY -------- PROTOTYPE --------- PURPOSE: To develop a full-page, refreshable Braille display for individuals with low-vision or who are blind. Currently, Braille displays typically show only one line of text at time. The researchers at North Carolina State University are working on an electroactive polymer-based Braille display that would enable full-page Braille displays. The researchers have developed a concept called a “hydraulic and latching mechanism,” which allows to raise dots to the correct...[More Information]
    
    
83. G-NAVI -------- PROTOTYPE --------- PURPOSE: To design a prototype of a GPS navigation and hands-free voice control system to be used to steer a guide dog to a selected location by individuals who are blind or have low vision. The G-Navi combines GPS navigation system with a voice input control and a guide dog harness with vibrating-calibration technology to assist in steering a guide dog to any waypoint the user selects. The G-Navi includes a headset into which the user speaks the location to which h...[More Information]
    
    
84. GAMECYCLE The GameCycle is a hand-propelled bicycle exerciser system designed for use by people who use wheelchairs. This system merges exercise with video games by incorporating a modified arm ergometer that interfaces with a personal computer to allow for the control of commercially-available computer games. The ergometer sits on a turnstile and steering is achieved in the same way as it is on some outdoor arm-propelled cycles. The ergometer features adjustable resistance and sensors record speed while ...[More Information]
    
    
85. GESTURE-TO-VOICE SYNTHESIZER ------ PROTOTYPE --------- PURPOSE: To create a prototype of a gesture-to-voice synthesizer for individuals with speech or communication disabilities. The gesture-to-voice synthesizer was created at the University of British Columbia by a team led by professor of electrical and computer engineering Sidney Fels. It allows users to put on a pair of sensor-equipped gloves, then move their hands in the air. Based on those hand movements, the synthesizer is able to create audible speech. The gloves c...[More Information]
    
    
86. HAND CONTROLS FOR PILOTS -------- PROTOTYPE --------- PURPOSE: To provide a hand control system that allows individuals with lower extremity and mobility disabilities to pilot an airplane. A conventional control stick was modified by giving it two handles. The right handle is fixed and moves the entire stick to control pitch and bank as it would in a typical airplane. The left handle can be pushed forward and back to control the rudder. Additionally, there is a button to control the throttle since using the modified con...[More Information]
    
    
87. HAPTIC BRAILLE -------- PROTOTYPE --------- PURPOSE: To design a prototype of a haptic Braille device that translates ordinary text into Braille for individuals who are blind or have low vision. The Haptic Braille is a device similar to a computer mouse that translates ordinary text into Braille. It has a small digital camera on the bottom. The user skims the Haptic Braille over text, and the device uses optical character recognition (OCR) technology to convert the image of the text from the camera into text...[More Information]
    
    
88. HAPTIC READER -------- PROTOTYPE --------- PURPOSE: To design a prototype of a haptic reader which can convert paper books into Braille or speech for individuals who are blind or have low vision. The Haptic Reader allows individuals with visual impairment to read regular paper books. The device is placed directly on the page of a book, and it scans the text on the page. Using optical character recognition (OCR) software, the Haptic Reader converts the text into braille, which is displayed on the devices refr...[More Information]
    
    
89. HAPTICA -------- PROTOTYPE --------- PURPOSE: To create a prototype of a haptic Braille watch for individuals who are blind or low vision. Created by David Chavez, Haptica is an award-winning Braille watch concept that allows blind people to check the time quickly and accurately without an audible disruption. the Haptica watch is read by sliding a finger through a slot on the watch's face at the base where Braille dots represent the time. While Braille watches already exist, the Haptica watch is unique ...[More Information]
    
    
90. HILL ASSIST WHEELCHAIR WITH ENHANCED SAFETY This wheelchair is designed with multiple subsystems specifically developed for a user who lives in a hilly or mountainous area. The design allows the user to be able to exert the same amount of energy when moving on either flat or inclined planes. To ensure safety, an anti-rollback system, an anti-tip mechanism and a braking system are incorporated. A modified driving mechanism has been implemented to allow for increased the speed. The anti-tip system prevents the wheelchair from tipping ...[More Information]
    
    
91. HOMEMADE LEG PROSTHESIS -------- PROTOTYPE --------- PURPOSE: To create a custom prototype of homemade leg prosthesis for an Afghan boy who lost both legs due to an improvised explosive device (IED). A team of U.S. Army soldiers developed a custom prototype for an eight-year-old boy who lost both legs, with the idea that locals should be able to make their own prostheses so that people injured by mines and bombs can get on their feet quickly, without having to wait for a distant charity to help. The prototype consisted...[More Information]
    
    
92. HUARONG FOR THE BLIND -------- PROTOTYPE --------- PURPOSE: To design a prototype of an ancient Chinese game which includes tactile feedback for individuals who are blind or have low vision. Huarong is an ancient Chinese puzzle game that tests a person's judgment of textures and sense of shapes. There are 10 pieces with different sizes and shapes that fit into a large rectangle. These pieces include a large square, five rectangles and four small squares. In the adapted version of this game, each piece is covered wit...[More Information]
    
    
93. HUMAN GRASP ASSIST -------- PROTOTYPE --------- PURPOSE: To design a prototype of a robotic glove that can be used by people with grasping disabilities and others at risk for repetitive stress injury. The Human Grasp Assist, also known as the K-Glove or the Robo-Glove, uses sensors built into the fingertips of the gloves that automatically tighten the actuators in the fingers to provide the wearer with a better grip of the object being held. The Human Grasp Assist helps reduce the amount of force required to grip ...[More Information]
    
    
94. HYBRID ASSISTIVE LIMB (HAL) -------- PROTOTYPE --------- PURPOSE: To design a prototype of robotic legs to assist individuals with mobility disabilities and/or paralysis to walk. Professor Yoshiyuki Sankai of CYBERDYNE Inc. has developed the Hybrid Assistive Limb (HAL), an exo-skeletal orthosis for both arms and legs that provides support and initiates limb movement. Professor Sankai was inspired by Noboru Matsumoto suffered severe brain injuries that caused speech and walking disabilities although he retained some movemen...[More Information]
    
    
95. I-MOS -------- PROTOTYPE --------- PURPOSE: To design a prototype augmentative and alternative communicate device that is worn like a pair of glasses for individuals with communication and speech disabilities. The i-Mos looks like a pair of glasses. It tracks the users eye movements and translates them into Morse code inputs. The Morse code is then translated into speech. Looking to the left indicates a “dot” and looking to the right, a “dash.” The device includes aids for sentence completion and a b...[More Information]
    
    
96. I-TRANSPORT -------- PROTOTYPE --------- PURPOSE: To create a prototype of a powered wheelchair that allows individuals with mobility disabilities to transition from a sitting to a standing position. Researchers at National Cheng Kung University in Taiwan have developed a battery-powered, joystick-controlled wheelchair that transitions from a sitting to a standing position with a push of a button. Additionally, the device has sensors built in that monitor blood pressure and respiration of the user. The i-Tr...[More Information]
    
    
97. IMINI IN-EAR HEARING INSTRUMENT -------- PROTOTYPE --------- PURPOSE: To create a prototype of a miniature auditory canal hearing device for individuals with hearing disabilities. Siemens has launched a new miniature auditory cancel hearing device (iMini) which is custom-made for each individual customer to fit perfectly within the cancel and is practically invisible from the outside. The custom fabrication process utilizes computer-assisted technology to determine how the individual components can be optimally arranged in the...[More Information]
    
    
98. INCLUSIVE PILL CONTAINER -------- PROTOTYPE --------- PURPOSE: To create a prototype prescription-medicine pill bottle for individual who are blind or have low vision. Two University of Cincinnati design students, Alex Broerman and Ashley Ma, have designed their “Inclusive Bottles for the Blind” in order to make identification and use of pill bottles more straightforward and affordable than existing high-tech solutions. The bottles were designed after carrying out a survey of existing products and end-users identified ...[More Information]
    
    
99. INDEPENDENT WHEELCHAIR ASSISTANT (IWA) -------- PROTOTYPE --------- PURPOSE: To design a prototype of an electric power assist unit for a manual wheelchair for individuals with lower extremity or mobility disabilities or spinal cord injury so they can independently access their local communities safely and easily. The Independent Wheelchair Assistant (IWA) design utilizes the user’s own wheelchair, acting as a true assistant and eliminating the need to constantly transfer between other devices like scooters or power chairs. The user ...[More Information]
    
    
100. INTEL MIND-READING SOFTWARE -------- PROTOTYPE --------- PURPOSE: To create prototype software that can read the minds of individuals with disabilities and be used as an alternative form of augmentative and alternative communication. Intel’s mind-reading software uses MRI scans to determine what items people are thinking about and what parts of the people’s brain is being activated as he or she thinks. According to Intel Labs researcher Dean Pomerleau, in the tests the software guess with 90 percent accuracy which of two w...[More Information]
     
     
101. INTELLIGENT WHEELCHAIR -------- PROTOTYPE --------- PURPOSE: A prototype based on Toyota’s advance collision detection technology for cars has been developed by researchers at Japan’s National Institute of Advanced Industrial Science and Technology for wheelchair users. The “Intelligent Wheelchair” has a set of cameras pointed in all directions mounted above the head of the rider to provide a complete 360-degree field of view. If the cameras detect potential hazards nearby, the wheelchair will slow down or come to a c...[More Information]
     
     
102. ITREM -------- PROTOTYPE --------- PURPOSE: To design a prototype of an iPhone application that allows individuals with Parkinson’s disease and other neurological disabilities to monitor their conditions and share this information with their treatment teams without paying for costly visits to medical facilities. Researchers at Georgia Tech Research Institute (GTRI) have developed a an iPhone application, iTrem, allowing users to monitor Parkinson’s disease and other neurological conditions by collecti...[More Information]
     
     
103. IX TRANSFER SYSTEM -------- PROTOTYPE --------- PURPOSE: To design a prototype of a short distance transfer system for use by individuals with lower extremity and mobility disabilities, people with spinal cord injury and others who use wheelchairs, aided by a caregiver. The IX Transfer System is a transfer aid and transport wheelchair intended for short distance transfers that can be physically demanding on caregivers. It is designed to be used in communal spaces such as a hospital, skilled nursing centers or sim...[More Information]
     
     
104. KASPAR HUMANOID ROBOT -------- PROTOTYPE --------- PURPOSE: KASPAR is a prototype child-size humanoid robot designed by the Adaptive Systems Research Group at the University of Herforshire. KASPAR allows children with intellectual and emotional disabilities to develop social skills for solitary and cooperative play, especially in children with Autism Spectrum Disorder. Currently KASPAR has 8 degrees of freedom in the head and neck and 6 in the arms and hands. The face is a silicon-rubber mask which is supported on ...[More Information]
     
     
105. KNEAD HELPER -------- PROTOTYPE --------- PURPOSE: To design a prototype of a bowl that transforms to assist individuals with hand ailments and arthritis to knead dough without a bulky electric mixer. The bowl is two pieces: a silicone insert and the break-away base that unfolds. After mixing all the dough ingredients, tip the dough out of the silicone insert and place on the base of the unfolded bowl. Next, use the sides of the bowl to knead the dough, preventing finger and wrist pain. TITLE: Knead Helper –...[More Information]
     
     
106. LAZY TEAPOT -------- PROTOTYPE --------- PURPOSE: To design a prototype of a porcelain teapot and a holding device that allows individuals with grasping disabilities to easily pour a cup of tea without having to lift the teapot. When the teapot is placed into the holding device, it can then be swayed forward, well-directed without having to lift the teapot itself. Additionally, the holding device services as a heating device that can boil the liquid in the teapot and keep it warm precisely on different temp...[More Information]
     
     
107. LE CHAL SYSTEM ------ PROTOTYPE --------- PURPOSE: To create a prototype of a navigational device similar to a white cane in the form of footwear (i.e. shoes) to assist individuals who are blind or have low vision in navigating to a specific geographic location. Anirudh Sharma, a young researcher at Hewlett-Packard Labs in Bangalore, India designed this prototype system entitled "Le Chal," which is Hindi for "Take Me There." The Le Chal system is designed to assist users in navigating when walking to specific...[More Information]
     
     
108. LEVERAGED FREEDOM CHAIR (LFC) -------- PROTOTYPE --------- PURPOSE: To create a wheelchair prototype to allow individuals with mobility in third-world countries greater mobility in and outdoors providing personal freedom. Amos Winter, a PhD candidate in mechanical engineering, along with a team of undergraduates at MIT and international design collaborators designed the Leveraged Freedom Chair (LFC). The LFC performs like a combination of a desk chair and a mountain bike "something you can comfortably sit in all day and man...[More Information]
     
     
109. LIGHT STICK -------- PROTOTYPE --------- PURPOSE: To design a prototype of a modified white cane for users who are blind or have low vision. The Light Stick is a white cane and voice output reading machine and money identifier for individuals who are blind or have low vision. The Light Stick has an obstacle sensor at the end of the cane section to alert the user of obstacles ahead. The modular handgrip detaches from the cane, and it can serve as a voice output scanner that can read written text aloud to the...[More Information]
     
     
110. LITTLE MERMAID -------- PROTOTYPE --------- PURPOSE: To design a prototype of a swimming pool floating aid for children with mobility disabilities and children who use wheelchairs. The Little Mermaid is a personal floatation device that allows children to move around in the pool independently by rotating a hand cycle. A rotary pump inside the handle pumps water up through the hole of the floor of the hose inside the tube body by using the water pressure. The water comes through the hose inside the tube body an...[More Information]
     
     
111. LOPES -------- PROTOTYPE --------- PURPOSE: To create a prototype of a lower-extremity powered exoskeleton to access motor skills and assist in teaching individuals with stroke how to walk again. Researchers at the Netherlands’ University of Twente have developed the LOwer-extremity Powered ExoSkeleton (LOPES), a robotic device to assess motor skills and assist in teaching individuals with stroke how to walk again. The newest version of LOPES allows for eight degrees of freedoms, which provides the le...[More Information]
     
     
112. MEMO PORTABLE PILL BOX -------- PROTOTYPE --------- PURPOSE: To design a prototype of an LED alert portable pill box for individuals with memory disabilities and other conditions that affect memory such as Alzheimer’s disease. Memo is a portable pill box system designed specifically for people with Alzheimer's disease to remind them when and how many pills to take using colored boxes and an LED indicator. The Memo system uses a two-step process: (1) the prescribing physician enters the quantities, time, and other deta...[More Information]
     
     
113. METRO DOT -------- PROTOTYPE --------- PURPOSE: To design a prototype of navigation bracelet for individuals who are blind or have low vision to navigate through a train and/or subway system. The Metro Dot is a bracelet that can be a remote fare card for a public transportation system and an navigation aid that provides information in Braille and through vibration for individuals with visual disabilities. To use the Metro Dot, the user speaks their destination into the bracelet, and then holds the bracele...[More Information]
     
     
114. MICRO BUGGY ---PROTOTYPE--- The Micro Buggy is an off-road wheelchair designed for use by individuals with lower extremity or mobility disabilities. This gas powered wheelchair can be used for recreation or for tasks such as walking the dog. FRAME: Adjustable suspension; automatic transmission; 3 forward gears and 1 reverse gear; 1.5 inch receiver hitch in front and rear; 8 inch suspension travel; expandable storage system that slip links storage baskets. CONTROLS: The unit is all hand controlled, with a th...[More Information]
     
     
115. MIDIWING -------- PROTOTYPE --------- PURPOSE: To create a prototype instrument interface that allows individuals with disabilities to learn and play music through any device they want to use as an input for a variety of digitized musical instruments. Dan Daily partnered with Kent Pfeifer to create the MidiWing that uses just about any USB controller as input and connects to any MIDI (musical instrument digital interface) device like a computer or digital instrument for output. Pfeifer assisted Daily in...[More Information]
     
     
116. MIND SPELLER -------- PROTOTYPE --------- PURPOSE: To create a prototype of a communication tool that can be used by individuals with motoric disabilities (i.e. brain paralysis or speech or language disorders) to communicate. Developed by Belgian researchers from the European nanoelectronics and nano-technology research center, Imec, Holst Center, and Katholieke Universiteit in Leuven; the Mind Speller is a portable, easy-to-wear, intelligent textual and verbal communications prototype device based on an EEG...[More Information]
     
     
117. MIND-CONTROLED WHEELCHAIR -------- PROTOTYPE --------- PURPOSE: To create a prototype of a mind-controlled wheelchair using brain computer interface technologies for individuals with mobility and severe disabilities. Researchers at École Polytechnique Fédérale de Lausanne in Switzerland have developed a mind-controlled wheelchair which uses an artificial intelligence system called “shared control” making the brain-machine interface more usable. An individual uses his/her thoughts to create specific brain patterns that ar...[More Information]
     
     
118. MOBILE INTERNET CONNECTED ASSISTANT (MICA) -------- PROTOTYPE --------- PURPOSE: To develop an intelligent wheelchair that uses a remote-controlled or autonomous operation for individuals with mobility disabilities. The Mobile Internet Connected Assistant (MICA), developed by Sven Rönnbäck of Luleå University of Technology in Sweden, utilizes a built-in distance-metering sensor to discover the surfaces that are available and that the wheelchair is being used in a safe manner. Individuals with severe mobility disabilities can use the head...[More Information]
     
     
119. MOBILE LORM GLOVE -------- PROTOTYPE --------- PURPOSE: To design a prototype of a communication device that allows individuals who are deaf and blind who use Lorm, a tactile signing language, communicate with each other via mobile technology. The prototype called, Mobile Lorm Glove, relies on Lorm. The bottom side of the glove has pressure sensors which translate Lorm into visual or audible forms of communication, such as text messages or speech over a mobile phone. The glove allows its wearer to receive text me...[More Information]
     
     
120. MOBILE MUSIC TOUCH ------ PROTOTYPE --------- PURPOSE: To create a prototype of a vibrating glove device that assists individuals with spinal cord injury (SCI) learn to play the piano. Researchers at the Georgia Institute of Technology have seen an improvement in sensation and movement in the hands of people with paralyzing SCI after wearing a glove that helps them learn to play piano. The Mobile Music Touch (MMT) is a glove that helps people with SCI learn to play different songs by vibrating the wearer’s fingers...[More Information]
     
     
121. MOBILYSIS -------- PROTOTYPE --------- PURPOSE: To design a prototype of a mobile dialysis for individuals with conditions related to kidney function. Mobilysis is a dialysis machine that is worn on the body and aims to ease the lifestyle of patients by making it possible to cleanse the blood while going about their daily routine rather than spending several hours at the hospital each week. The device attaches to the waist and is compact enough that clothes can fit over it. It can be controlled through a ...[More Information]
     
     
122. MOTION GLOBAL EYE -------- PROTOTYPE --------- PURPOSE: To design a prototype of a input device for individuals who have low vision to interact with modern technologies in a natural and intuitive way. The Motion Global Eye has nine tactile points arranged in a square and a central guide. The device setup uses a keytop overlay to mimic the common alphanumeric keypad for inputting information, and other overlays are available. The device also offers video recording capability. TITLE: 9 Spots for your Eye. WEBSITE: ...[More Information]
     
     
123. MOTIVE MOTORIZED WHEELCHAIR KIT -------- PROTOTYPE --------- PURPOSE: To create a prototype of a motorized wheelchair powered by gasoline that can be used by individuals with mobility disabilities to participate in off-road activities such as hunting and fishing. This prototype uses a small motorcycle engine and the chair is capable of reaching speeds up to 25 miles per hour and geared to handle hills. A do-it-yourself kit is expected to be available through Motive Transportation in January 2010. The kit uses an engine almost ...[More Information]
     
     
124. MOTORIZED WHEELCHAIR SEAT SHIFTING SYSTEM ------ PROTOTYPE --------- PURPOSE: To create a prototype of a wheelchair seat that aids wheelchair users to change his or her seated position periodically. Changing position when seated for a long period of time is especially important for wheelchair users who spend almost every making moment seated. Failure to do so can result in deformities, bedsores, or considerable pain. The Swiss research group, Empa, is working with an ergonomics company to develop a new type of wheelchair seat that perio...[More Information]
     
     
125. MOVE ON -------- PROTOTYPE --------- PURPOSE: To design a prototype of a temporary training device that assists patients who have experienced a stroke to recover faster and overcome fine and gross motor disabilities. The neuroelectric signals of some stroke victims are too low for complete muscle contraction. Move On is an exoskeletal orthosis that is strapped to a person's leg, hip and lower torso. The device senses adynamic muscle signals and translates them into a desired movement. It can also help ...[More Information]
     
     
126. MP WALKER -------- PROTOTYPE --------- PURPOSE: To design a prototype of a multifunctional walking support for individuals with balance, mobility and walking disabilities. The MP Walker allows the user to move side to side, forward, and backward with support. Additionally, the walker has a small seat for taking a rest. The MP Walker folds for storage and multiple assembly configurations are possible for different heights and positions. It also can be used a a reverse walker. TITLE: Advanced Walking. WEBS...[More Information]
     
     
127. MULTIPURPOSE KITCHEN BOARD -------- PROTOTYPE --------- PURPOSE: To design a prototype of a multipurpose kitchen board for individuals with grasping disabilities or who are one-handed. The Multipurpose Kitchen Board is designed to assist people with use of only one hand in the kitchen with food preparation tasks such as holding items in place while cutting and opening jars and bottles. The prototype is a cutting mat with a plastic enclosure that has an adjustable arm that can be locked onto either side of the board and at...[More Information]
     
     
128. MUNIVO: HAND MAP -------- PROTOTYPE --------- PURPOSE: To design a prototype of an electronic navigation aid worn on the hand that allows individuals who are blind or have low vision to "see" potential obstacles in their path. Designer Calin Giubega has created a the Munivo as a "hand map." The Munivo attaches to the hand by sliding the outside edge (opposite the thumb) of the palm of the hand into the open end of the device's "U" shape. Sensors are located at the end of the handle portion of the device the fits...[More Information]
     
     
129. MY VOICE ------ PROTOTYPE --------- PURPOSE: To create a prototype of an American Sign Language (ASL) translator that uses video to capture and then interpret a person's sign language movements. Students at the University of Houston designed a device called MyVoice, an ASL translator that uses a video camera to capture a person's sign language movements. MyVoice is a portable device that incorporates a microphone, speaker, soundboard, video camera, and monitor. The device has a stand on the back that fo...[More Information]
     
     
130. NAVIGATION GLASSES FOR THE BLIND -------- PROTOTYPE --------- PURPOSE: To design a prototype of glasses that allow users who are blind or have low vision navigate their environment. Navigation Glasses for the Blind is a pair of special glasses teamed with an earpiece and a microphone. It helps the individual who is blind or has low vision to visualize their surroundings. Sensors in the glasses pick up the elements around the person and provide auditory feedback to represent the surrounding environment. A microphone built into t...[More Information]
     
     
131. NAVIGATIONAL AIDS FOR THE VISUALLY IMPAIRED (NAVI) -------- PROTOTYPE --------- PURPOSE: To create a prototype of an adapted Kinect sensor to help improve the indoor navigation of individuals with visual disabilities. Engineering students at the University of Konstanz in Germany have developed a prototype to improve indoor navigation for individuals with visual impairment using the Microsoft Kinect camera, a vibrotactile waistbelt, and markers from the AR-Toolkit. Navigational Aids for the Visually Impaired (NAVI), consists of a helmet-mounted K...[More Information]
     
     
132. NEW RULE -------- PROTOTYPE --------- PURPOSE: To design a prototype of ruler that will allow individuals with low vision to read smaller units of measurements such as centimeters and millimeters on the ruler. The New Rule has larger numbers on higher contrast measurement bars. A sliding pointer runs along the center of the ruler, displaying the millimeter measurement as numbers, again on a high contrast background, on a wheel inside the pointer's housing. An arm inside the slider rests against the track...[More Information]
     
     
133. NO HANDS 3D VIDEO GAME DEVICE -------- PROTOTYPE --------- PURPOSE: To create a prototype of an eye-gaze 3D video gaming device which allows users with mobility disabilities to perform various commands easier and faster. Eye-gaze systems bounce infrared light from LEDs at the bottom of the computer monitor and track an individual’s eye movements using stereo infrared cameras. This new system can calculate where on the screen a user is looking, and has an accuracy of about five millimeters. While including traditional point a...[More Information]
     
     
134. NON-POWERED WHEELS TO POWERED -------- PROTOTYPE --------- PURPOSE: To create a prototype of an attachable device which converts a non-motorized wheelchair into a motorized wheelchair similar to wheelchair design used by the pop-culture comic book icon of Professor Xavier form the X-Men franchise. Created by Ju Hyun Lee from Yanko Design the device attaches to any standard wheelchair providing instant motorized power. This device has potential uses for hospitals, nursing homes, physical therapy centers, and for the average w...[More Information]
     
     
135. ODOR MENU -------- PROTOTYPE --------- PURPOSE: To design a prototype of a restaurant menu for individuals who are blind or have low vision to order food by providing the smells of the foods offered in place of pictures. The Odor Menu is an electronic menu enhanced with a braille menu and the smells of each dish offered on the menu. This small oval device has an electric active plastic screen that can display refreshable braille and a small vent near the bottom that can emit the odors of the dish currentl...[More Information]
     
     
136. OMNIFER -------- PROTOTYPE --------- PURPOSE: To design a prototype of duel-purpose cover for the Apple iPad™ that doubles as a Braille reader for individuals who are blind or have low vision. Designed by Jayson D’Alessandro for the Industrial Designers Society of America (IDEA) Awards, The Omnifer is an innovative cover for the iPad that transforms the iPad’s touch screen into Braille. The Omnifer is a light-weight three-panel flip design cover that allows users to switch between Braille mode and stand...[More Information]
     
     
137. ONE-HAND DRIVING DEVICE ------ PROTOTYPE --------- PURPOSE: To create a prototype of a device that allows drivers with disabilities steer, accelerate, change gears and brake with one hand. Users with reduced hand strength can easily use this device since it is completely electronically controlled—no mechanics are involved. To simulate the natural haptic feedback provided by a mechanical steering wheel, motors have been added to the device to simulate those sensations. The ease in which the device is operated can also b...[More Information]
     
     
138. ONE-HANDED X-BOX CONTROL JOYSTICK -------- PROTOTYPE --------- PURPOSE: To design a one-handed, X-Box control joystick to enable an individual with limited or no mobility in his or her arm to interact with X-Box video games. The standard X-Box controller requires two hands to play a game while this new design implements every function on the paddle in a configuration that can be operated with one hand. The final product, One-Handed X-Box Control Joystick, was constructed by modifying a store-bought joystick to include all of th...[More Information]
     
     
139. OUTDOOR PLAY ACTIVITY CENTER --- PROTOTYPE --- PURPOSE: To design a sensory-stimulating outdoor play activity center for children with limited physical and cognitive abilities. The prototype frame structure consists of five activity stations and nine different activities. The frame structure is weatherproof, height-adjustable, and can be easily dismantled for storage. Activities are designed to stimulate the visual, auditory, and tactile senses. Components are interchangeable and removable for cleaning or storage. The frame...[More Information]
     
     
140. OUTFEET -------- PROTOTYPE --------- PURPOSE: To design a prototype of a prosthetic leg that addresses the unique needs of women with leg amputation. Outfeet is a prosthetic limb designed to replicate the look and workings of the female silhouette and muscle structure. Outfeet aims to be not only a medical device but a fashion accessory as well. The leg has bones and flexible skins that can be stretched onto its carbon fiber body. The body gives Outfeet the volume and silhouette of a leg without comprom...[More Information]
     
     
141. P.A.W.S. WHEELCHAIR The P.A.W.S. Wheelchair is a prototype all-terrain powered wheelchair designed for indoor or outdoor use by individuals with mobility disabilities. This six-wheel drive wheelchair has parallel all wheel steering (PAWS), which allows it to travel on sand or rough trails and up steep grades, and also to navigate tight office space and public facilities. The seat and all of the wheels share a common linkage that allows them to rotate relative to the frame while remaining parallel to one another. FR...[More Information]
     
     
142. PAIN CHIP -------- PROTOTYPE --------- PURPOSE: To design a prototype of an implantable chip capable of canceling the pain signals sent from the spine to the brain for individuals with spinal cord injury and/or chronic pain. Researchers from Australia have created a chip designed for individuals who suffer from chronic pain. The chip will be inserted into the body, along with a biocompatible device, and the two devices will be sewn into a 1.22-millimeter wide polymer yarn that is merged with electronic wi...[More Information]
     
     
143. PARAFREE WHEELCHAIR -------- PROTOTYPE --------- PURPOSE: To design a prototype of a minimalist wheelchair for individuals with lower extremity or mobility disabilities or spinal cord injury who are looking for a functional, stylish, and sporty mobility solution that provides a little extra workout throughout the day. Parafree is a minimalistic wheelchair with a unique frame structure designed to compel individuals with paraplegia to maintain constant balance, encouraging abdominal, back and core muscle training. T...[More Information]
     
     
144. PEEPO GPS DEVICE FOR USE WITH GUIDE DOGS -------- PROTOTYPE --------- PURPOSE: To design a prototype GPS device system for individuals with visual-impairment and/or blindness can use with a guide dog for greater mobility and freedom getting around new and unfamiliar territories. Since guide dogs usually come trained for individuals to use while getting around the local neighborhood, this can be limiting to mobility and independence to individuals with disabilities when exploring new and unfamiliar territories. The Peepo GPS Device give...[More Information]
     
     
145. PEG RESTRAINED INTRINSIC MUSCLE EVALUATOR (PRIME) -------- PROTOTYPE --------- PURPOSE: A device to measure intrinsic hand muscle strength was created as a senior project by undergraduates at Rice University. Hoping to improve upon current hand strength evaluation techniques, the Peg Restrained Intrinsic Muscle Evaluator (PRIME) was developed. PRIME can use by medical professionals to evaluate the effectiveness of surgical interventions and diagnose neuromuscular degenerative diseases. The device consists of a pegboard restraint, a force transd...[More Information]
     
     
146. PEGASUS -------- PROTOTYPE --------- PURPOSE: To design a prototype of a stand up wheelchair for individuals with paraplegia or mobility disabilities. One goal of this prototype, Pegasus, is to break away from the negative images and appearances of current wheelchairs. Pegasus allows for an efficient movement into the upright position. A manual actuation in combination with an electric drive motor with gyroscopic sensors (inspired by the Segway) allows the user to maneuver in very small spaces. TITLE: ...[More Information]
     
     
147. PEGO FINGER FRIENDLY CUTTING BOARD -------- PROTOTYPE --------- PURPOSE: To design a prototype of an adjustable cutting board for individuals with fine motor, neurological or upper extremity disabilities. Pego is designed to be an all-in-one cutting board solution. The design consists of a cutting surface, secured knife and pegs that are used to hold food in place while the user chops, dices and minces and keeps fingers out of harm's way. The pegs can be moved into a variety of configurations, allowing the user to place the items...[More Information]
     
     
148. PERMOVEH (Personal Mobile Vehicle) -------- PROTOTYPE --------- PURPOSE: To create a prototype of a personal mobility vehicle for individuals with lower extremity or mobility disabilities or spinal cord injury. The Permoveh (from Personal Mobile Vehicle) is a powered wheelchair alternative developed by Komori Masaharu, an associate professor from Kyoto University. The Permoveh uses a wheel-in-wheel system that allows the vehicle to travel diagonally and laterally with no need for turning space. The prototype allows wheelchair use...[More Information]
     
     
149. PICTURE PHONE -------- CUSTOMIZED ADAPTATION --------- PURPOSE: To develop a prototype telephone that relies on photographs of the user’s regular contacts to dial the desired phone number for individuals with cognitive disabilities. Warren Goodland; a British masters candidate in Design Research for Disability, has developed a system where the photographs of the user's regular contacts are placed in a special peripheral attached to the phone. The user, by touching either the photo or the holder then dials the...[More Information]
     
     
150. PLAN.B -------- PROTOTYPE --------- PURPOSE: To design a prototype of an electronic refreshable map of the urban environment for individuals who are blind or have low vision. A German designer has developed plan.b, a digital street map projected onto a refreshable tactile display to provide a tactile representation of surroundings to the visually impaired to aid a person to navigate safely. It also offers additional audio information by pressing the displayed structures as well. The plan.b provides imp...[More Information]
     
     
151. POKER CHIP DISPENSER --- PROTOTYPE --- PURPOSE: To design and construct a poker chip dispenser that eases the stacking and dispersion of chips for an individual with cerebral palsy. A unit with the capacity to hold 240 chips, incorporating slide ramp technology was designed. The unit was required to be mobile, functional, and to fit within a table space of 1.5 inches by 1.5 inches. Design goals included: 1) minimizing moving parts to ensure function and durability; 2) developing a compact unit to assist in mobility...[More Information]
     
     
152. POP UP TOUCHSCREEN -------- PROTOTYPE --------- PURPOSE: Researchers from Carnegie Mellon University, Graduate student Chris Harrison and Professor Scott Hudson, have designed a prototype of an alternative touch-screen technology surface which allows for display capabilities of a normal touch screen; but also produces physical pop-up buttons for tactile interaction. This prototype is ideal for persons who are blind or visually impaired. The prototype design incorporates a screen with hidden latex air bubbles. An...[More Information]
     
     
153. PORTABLE SIGN LANGUAGE TRANSLATOR (PSLT) -------- PROTOTYPE --------- PURPOSE: To design a prototype technology that is capable of transforming sign language to text to assist individuals who are deaf or hard-of-hearing in communicating with those around them. Developed by scientists in Aberdeen, Scotland, the Portable Sign Language Translator (PSLT) is an application that utilizes a camera on electronic devices such as notebooks and smartphones to translate hand movements into text. The aim of this technology is empower sign language ...[More Information]
     
     
154. PULSE -------- PROTOTYPE --------- PURPOSE: To design a prototype an auditory system to assist in transitioning to wearing a hearing aid for children who are deaf or hard of hearing. For children, transitioning to wearing a hearing aid can be uncomfortable and embarrassing. Pulse is an auditory system designed improve the transition a hearing aid by providing interactive activities such as memory games and recording challenges that the entire family can engage in. Pulse uses audio induction loop techn...[More Information]
     
     
155. PUSHTRACKER -------- PROTOTYPE --------- PURPOSE: To create a prototype tracking device (PushTracker) to monitor activity levels of individuals with lower extremity and mobility disabilities, spinal cord injury and others who use manual wheelchairs. The PushTracker allows manual wheelchair users to monitor their activity on an hourly, daily, and monthly level and includes data on average cadence, push distance, and total number of pushes. This device allows a manual wheelchair user to measure how he or she ...[More Information]
     
     
156. Pocket-sized ACC -------- PROTOTYPE --------- PURPOSE: A new software application, “Locabulary”, available for download free through Apple’s iTunes Store allows individuals with communication disabilities to their iPhone to speak when they are unable. Created by an collaboration between a team of clinicians at the MDA clinic at Children’s Hospital in Birmingham, AL and the design firm PUSH Product Design; the Locabulary application transforms the iPhone into an augmentative and alternative communication (AAC) de...[More Information]
     
     
157. RECORD ME -------- PROTOTYPE --------- PURPOSE: To design a prototype of an accessible recording device for individuals with memory or cognitive disabilities. Record me provides the means for caregivers or a user with disabilities to messages and reminders that can be heard later by themselves or others. Rather than rely solely on a notebook or sticky notes on a refrigerator or bulletin board, the Record me allows users to leave a voice message that can be easily recorded and played back. To record a mess...[More Information]
     
     
158. REPEAT -------- PROTOTYPE --------- PURPOSE: To design a prototype of a therapeutic aid for children with autism spectrum disorders monitor and limit their repeated actions. Children with autism tend to repeat certain actions (e.g., bobbing the head, rocking the body, scratching the flesh, and banging the hand). The Repeat device attempts to teach a child with autism to limit their repeated actions to a time frame indicated on the product by flashing LED lights. Repeat is made from a soft, stretchy sil...[More Information]
     
     
159. REVEAL COLOR -------- PROTOTYPE --------- PURPOSE: To design a prototype of a tactile system that allows individuals who are blind or have low vision to learn to sense colors through touch. Understanding the concept of color can be challenging for individuals with visual disabilities. The Reveal project aims to utilize a tactile system of simple shapes that can be easily learned by anyone for application in everyday life. Using tactile flashcards and posters as well as an audio application (or app) for smart...[More Information]
     
     
160. RINGBOW -------- PROTOTYPE --------- PURPOSE: To design a prototype of a computer mouse alternative for individuals with fine motor disabilities and other disabilities the restrict the use of the hand. The Ringbow is a ring worn on the user’s finger that operates as a mouse letting the user control the touch functions for a touchscreen computer. The Ringbow works with the touchscreen electronic tablet technology allowing the device to know which finger is touching the display. With the Ringbow on, the u...[More Information]
     
     
161. ROBO-TAR -------- PROTOTYPE --------- PURPOSE: To create a prototype of a device that allows individuals with fine motor skill or upper extremity disabilities to play the guitar using a series of foot pedals. Robo-tar is a device that attaches to the neck of a standard guitar and actuates chords electronically using a series of pedals. The Robo-tar allows individuals to play the guitar with only one hand (strumming) and the use of one foot to control the appropriate chords. It is intended to reduce the l...[More Information]
     
     
162. ROBOHAND -------- PROTOTYPE --------- PURPOSE: To design a prototype of a prosthetic hand for a child born without fingers on his right hand and an individual who lost four fingers in an accident. Richard Van As, a developer from South Africa, developed a a prosthetic replacement for his hand that had already lost four fingers in an accident. Working alongside Washington-based prop manufacturer Ivan Owen, they created the "Robohand," which has also been fitted on a five-year old child in South Africa. Th...[More Information]
     
     
163. ROBOTIC BED -------- PROTOTYPE --------- PURPOSE: Panasonic has created a prototype robotic bed which transforms into a wheelchair allowing the elderly or individuals with disabilities to get up without assistance. The user remains in the bed while the bed turns into a wheelchair. The conversion to a wheelchair involves half of the mattress rising and half lowering while a motorized unit beneath it automatically slides out from the bed. While in chair mode, the robot can detect people and obstacles and assi...[More Information]
     
     
164. ROBOTIC WHEELCHAIR -------- PROTOTYPE --------- PURPOSE: To design a prototype of a robotic wheelchair to assist aging individuals and those with mobility disabilities in to move about while out shopping in public. Researchers at ATR Intelligent Robotics and Communication Laboratories as part of their Ubiquitous Network Robot (UNR) project have created a prototype of a robotic wheelchair that relies on innovative platforms such global positioning system (GPS) navigation, sensor networks, and mobile devices to have...[More Information]
     
     
165. ROCKET The Rocket is a powered wheelchair designed for use by individuals with mobility disabilities. FRAME: Non-folding automotive-style steel unibody construction with optional tie-downs for transport. The chair is 24.75 inches wide. The chasis is available in ocean spray speckle, flaming rocket red, four seasons green, or black. CONTROLS: Fully programmable touch button controls with joystick-style steering. The controls can be right- or left-mounted and switched as needed. The controls can be exten...[More Information]
     
     
166. ROCKING TEAPOT -------- CUSTOMIZED ADAPTATION --------- PURPOSE: To provide a custom adaptation which allows users with dexterity and fine motor skill disabilities use a teapot safely and easily. The Rocking Teapot is a beautifully crafted porcelain teapot and wooden/chrome tipping stand. Individuals with weak and/or numb hands can pour a cup of tea from a heavy teapot safely. Future modifications could include the ability to heat the water in teapot whilst still sitting in its stand, thus removing the challe...[More Information]
     
     
167. RODEM "SCI-FI" WHEELCHAIR -------- PROTOTYPE --------- PURPOSE: To create a prototype of a electric wheelchair that resembles a scooter to offer greater mobility to individuals with mobility disabilities (i.e. wheelchair users, etc.). Created by robotics and medical experts in Japan, the four-wheeled Rodem allows users to ride astride, compared a conventional sitting wheelchair. The user can steer with a joystick, hold onto motorbike-style handles while the knees and chest rest on cushions. This design allows user to e...[More Information]
     
     
168. ROUGH TERRAIN GUIDANCE SYSTEM FOR POWERED WHEELCHAIRS -------- CUSTOMIZED ADAPTATION --------- PURPOSE: To create a custom adapted wheelchair terrain sensing control system for individuals with mobility disabilities, spinal cord injury and other people who use wheelchairs. This adaptation was inspired by the needs of disabled veteran's for independence and mobility. By using terrain sensing control systems designed for the guidance of autonomous vehicles on the battlefield, researchers at Florida A&M University-Florida State University College of E...[More Information]
     
     
169. ROWHEEL -------- PROTOTYPE --------- PURPOSE: To design a mechanism used to modify wheelchairs so that the chair is propelled by a pulling action of the arms rather than by pushing for individuals with mobility disabilities and spinal cord injuries. The design is based on the premise that allowing the stronger biceps take on more of the work will result in more endurance and greater control. The Rowheel has similar specifications and appearance to existing manual wheelchair wheels, and the Rowheel is de...[More Information]
     
     
170. RUB FEEL KNOW WATCH -------- PROTOTYPE --------- PURPOSE: To design a prototype of a watch that allows users who are blind or have low vision to perceive time by tactilely using shapes and temperature. The Rub Feel Know consists of a watch mounted on an open bangle bracelet. The watch face has differently shaped hour and minute circular markings, each mounted on independently rotating circles with the minute indicator outside of the hour indicator. Additionally, both circles maintain different temperatures to help...[More Information]
     
     
171. SAFETY DOT -------- PROTOTYPE --------- PURPOSE: To design a prototype of a set of Braille labels that are mounted on public handrails to allow individuals with visual disabilities to safely and easily navigate stairs. Even with a guide cane in hand it can be difficult to negotiate a flight of stairs solely on instinct. The Safety Dot is a set of metallic Braille labels mounted on a handrail that inform the user of the number of steps remaining on the stairway. TITLE: Handrails That Speak. WEBSITE: Yanko D...[More Information]
     
     
172. SCUBA DIVING SYSTEM -------- PROTOTYPE --------- PURPOSE: To design a prototype of an underwater scuba diving system to make scuba diving a safe and tangible reality for individuals who have paraplegia. This system features swim fins worn on the wrist to enhance propulsion by the arms only, and a vest with chest-mounted controls that can be adjusted by the hands to change buoyancy and body trim to attain or maintain a horizontal, vertical, or angular position. There is a place on the back of the vest to mount a scu...[More Information]
     
     
173. SEE -------- PROTOTYPE --------- PURPOSE: To design a prototype of a wearable device to help individuals who are blind or have low vision to get information on products while shopping. The See is consists of a bracelet and a pair of ear buds. The bracelet contains a camera and software that allows users to scan bar codes by holding a product adjacent to the wrist. The bracelet scans the bar code with the camera, obtains information on the product, and relays that information as audio to the ear bud...[More Information]
     
     
174. SELF-NAVIGATING WHEELCHAIR -------- PROTOTYPE --------- PURPOSE: To create a prototype of a self-navigating wheelchair for individuals with disabilities. MIT researchers have been working on a self-navigating wheelchair prototype that can learn the geography around it through simple voice commands, and then travel around using the map created within its computer brain. The self-navigating wheelchair relies on a WiFi system to make its maps and then navigate through them, and requires setting up a network of WiFi nodes aro...[More Information]
     
     
175. SENS -------- PROTOTYPE --------- PURPOSE: To design a prototype watch in conjunction with Swatch that allows individuals with visual impairments and/or blindness to tell time by touch. Sens is a double-ring ceramic device which tells time by touch. The 12 hour point is marked with Braille so the user can identify which way is up. The uppermost ring has an interior edge that rotates; it allows the user to tell what hour it is simply by the distance of the edge from the 12 hour marker. A second ring o...[More Information]
     
     
176. SENSOR KNEE BANDAGE -------- PROTOTYPE --------- PURPOSE: To create a prototype of a sensor-equipped bandage for longitudinal measurement of knee range of motion in individuals with knee injuries and/or disabilities. Researchers from the Fraunhofer Institute for Manufacturing Engineering and Automation IPA in Stuttgart, Germany, have developed a system for gathering exact data on mobility in patients with knee injuries. They use a bandage that has an integrated bracket with sensors that measure the knee's range of ...[More Information]
     
     
177. SENSORY VEST -------- PROTOTYPE --------- PURPOSE: To design a sensory aid (vest) to provide musical and tactile stimulation for a child with cerebral palsy and blindness. The child is nonverbal and therefore cannot effectively communicate the need for stimulation. The Sensory Vest is a battery-operated sensory stimulating system that can be worn by the user and is self-contained. The user is able to control the various stimuli. The inside and outside layers of the vest are made of a durable lightweight deni...[More Information]
     
     
178. SENTIRE WALKING CANE -------- PROTOTYPE --------- PURPOSE: To design a prototype of a walking cane for individuals who are blind or have low vision. The Sentire walking cane is the result of a study of visually impaired users' preference between various tools for mobility, including the standard cane and the guide dog. The Sentire merges the advantages of each type of mobility tool. Its design features a carbon fiber body for reduced weight and extended life as well as enhanced ergonomics for a truly custom feel. By...[More Information]
     
     
179. SENTO COOKWARE -------- PROTOTYPE --------- PURPOSE: To design a prototype of tactile cookware for individuals who are blind or have low vision to use in meal preparation. For people who are blind or have low vision, meal preparation and cooking can be daunting and dangerous. Sento cookware provides a variety of utensils with unique tactile qualities for easy identification. This flame-resistant, easy to measure, friendly looking cookware is great for the beginner-cook as well. TITLE: Tactile Cookware for the ...[More Information]
     
     
180. SHOW & TELL -------- PROTOTYPE --------- PURPOSE: To create a prototype of a sign language interpreter glove for an Android smartphone for individuals who are deaf or hard-of-hearing to communicate with individuals who are not familiar with sign language. Google developers, Saron Paz, Oleg Imanilov, Zvika Markfeld, and Tomer Daniel have developed a prototype glove, Show & Tell, a gesture-sensing glove that instantly translates sign language into text through an Android smartphone. Show & Tell incorporates a...[More Information]
     
     
181. SIAFU PC FOR THE BLIND -------- PROTOTYPE --------- PURPOSE: To design a prototype of an computer display and keyboard for individuals who are blind or have low vision. Siafu is a tactile computer display that combines the standard braille display with a new screen that can present text, braille or graphics in three-dimensional relief. The tactile screen's surface utilizes a conceptual material called Magneclay, an oil-based synthetic agent that has the ability to reshape itself into any shape via a controlled electro...[More Information]
     
     
182. SIGHTED WHEELCHAIR -------- PROTOTYPE --------- PURPOSE: To create a prototype of a robotic wheelchair that uses three dimensional (3D) imaging to allow individuals who are blind or have low vision and use a wheelchair to "see" when navigating in the indoor and outdoor environment. Researchers at the Luleå University of Technology (LTU) in Sweden have developed a wheelchair that uses a laser sensor to generate a 3D map of its surroundings, which is then transferred to an on-board haptic robot, allowing the robot t...[More Information]
     
     
183. SIGN LANGUAGE GLOVE -------- PROTOTYPE --------- PURPOSE: To create a prototype of a sign language interpretation glove that allows individuals who are deaf or have hearing disabilities and use sign language to communicate with people who can hear and do not understand sign language. Cornell University engineering students Ranjay Krishna, Seonwoo Lee, and Si Ping Wang with the assistance of Jonathan Lang, created a device to close the gap in communication between hearing people and those with hearing disabilities w...[More Information]
     
     
184. SIGN VOICE LANGUAGE TRANSLATOR -------- PROTOTYPE --------- PURPOSE: To design a prototype communication device for an individual who is blind or has low vision and an individual who is deaf or hard of hearing to communicate with each other. As one individual cannot see sign gestures and the other cannot hear voices this makes communication between these two disability types very difficult. The Sign Voice Language Translator (SVLT) is a portable device that can translate sign language into speech and speech into displayed tex...[More Information]
     
     
185. SKYCARE CHAIR -------- PROTOTYPE --------- PURPOSE: To design a prototype of a wheelchair-like mobility tool to be used inside an airplane cabin by individuals with mobility disabilities and/or wheelchair users. Traveling as a wheelchair user and navigating around and onboard an aircraft can be quite a challenge and usually requires assistance from one or more of the flight crew. The Skycare Chair attempts to increase the independence of individuals with lower extremity or mobility disabilities or spinal cord...[More Information]
     
     
186. SLIP GRIPS -------- PROTOTYPE --------- PURPOSE: To design a prototype of a gripping device (Slip Grip) to assist individuals with limited hand mobility to manipulate objects that they would otherwise be unable to use. The product is used by slipping the finger holds over the thumb and forefinger and then snapping objects in to place via the clips located in between these finger holds. At a slight angle, the clip directs objects placed in it downward, giving the user a natural range of motion. When wearing...[More Information]
     
     
187. SMART CANE -------- PROTOTYPE --------- PURPOSE: To create a prototype of a “Smart Cane” that can read and interpret electronic navigation tags installed between buildings to aid a person who is blind or with low-vision navigate toward his or her destination with greater ease. Designed by an engineering professor and five students at Central Michigan University, The Smart Cane uses Radio Frequency Identification (RFI) technology similar to what retailers use to protect products from theft. The Smart Cane c...[More Information]
     
     
188. SMART GLOVE -------- PROTOTYPE --------- PURPOSE: To create a prototype of an electronic glove which monitors post stroke patient progress while they play video games. Students at McGill University in Quebec, Canada have developed an electronic glove that can monitor how well people recovering from a stroke are playing video games. Sensors throughout the glove provide detailed information about hand motion, and the system can send the data to a physician or rehabilitation specialist. The glove can track the...[More Information]
     
     
189. SMART SHOWER The Smart Shower is designed to enable individuals to shower independently with the use of only one hand. The device ensures safety, remaining stable in a fixed position with the help of an antilock system. The Smart Shower device consists of 14 major parts. The arc is constructed of ¾” copper tubing bent to create a 180-degree arc with a 30” diameter. At each end, a 360-degree range nozzle is fixed perpendicularly to the arc facing the other nozzle. The arc is then clamped into a custom-mad...[More Information]
     
     
190. SMART WALKER -------- PROTOTYPE --------- PURPOSE: To create a prototype of a walker braking system that can prevent slips, slides, and falls for the elderly, individuals with mobility, balance disabilities, and/or grasping disabilities. A team of graduate students from the Department of Biomedical Engineering and undergraduate seniors from several departments in the College of Engineering have worked with David Lipson, Cornell professor of engineering, as well as with Dr. Eli Einbinder to design an electron...[More Information]
     
     
191. SNAIL BRAILLE READER -------- PROTOTYPE --------- PURPOSE: To design a prototype of a Braille reader for individuals how are blind or have low vision. The Snail is a voice output braille reader that is designed to work even on bumpy surfaces. The device can read braille text for immediate playback, or record it for future playback. It can also send its voice output to a Bluetooth headset so that the user can listen to the book without disturbing others. Snail's pressure-sensitive touch pad can be rolled on uneven b...[More Information]
     
     
192. SNIFF CONTROLLER -------- PROTOTYPE --------- PURPOSE: To design a prototype of a sniff controller for individuals with paralytis and disabilities ranging from quadriplegia to “locked-in-syndrome.” Individuals who are paralyzed from the neck down may be able to guide their movements by sniffing into tubes. The nerve regions that receives signals from the roof the mouth/soft palate that control the ability to sniff are often unaffected by paralytic injuries and disorders. The scientists at the Weizmann Institute ...[More Information]
     
     
193. SOFT PET -------- PROTOTYPE --------- PURPOSE: To create a prototype of a mobile phone with call-and-respond naming capacity for individuals who are blind or have low vision. Dubbed the Soft Pet by its designers, this mobile phone responds to its assigned name when called much like a pet does. In addition to the call-and-respond naming capability, the Soft Pet offers speech input and output functionality and Braille buttons. The user gives the Soft Pet mobile phone a name much like they would a pet. When...[More Information]
     
     
194. SONY SUBTITLE GLASSES ------ PROTOTYPE --------- PURPOSE: To create a prototype of glasses that provide closed captioning and/or subtitles for individuals who are deaf or hard of hearing. For individuals who are deaf or hard-of-hearing, going to see a movie at the cinema can be difficult if the film is not already captioned. Sony UK has developed a pair of glasses that display subtitles in time with a given film. The device projects the subtitles onto the lens of the glasses giving the appearance that the subtitles a...[More Information]
     
     
195. SOUNDSGOOD -------- PROTOTYPE --------- PURPOSE: To design a prototype of a hearing aid for woman designed to look like a fashionable earring. SoundsGood is a hearing aid disguised as an earring that also provides graphic feedback the person speaking to the user on the pitch of his or her voice. Depending on the pitch of the speaker. the earring displays graphic sound waves in colored signals. Different colors indicate if the person speaking is too loud, soft or appropriately for the user. TITLE: Sounds Go...[More Information]
     
     
196. SOUNZZZ -------- PROTOTYPE --------- PURPOSE: To design a prototype of a visual, audio, and tactile MP3 player for individuals who are hearing impaired and/or deaf. It is a common misconception that individuals with hearing impairment and/or deafness cannot experience the joy of music. However, studies have shown that the sense of touch is heightened, allowing these individuals to perceive music in a totally different way. SOUNZZZ is a visual, audio, tactile MP3 player designed for the hearing impaired ...[More Information]
     
     
197. SPECIAL TEATIME -------- PROTOTYPE --------- PURPOSE: To design a prototype of Braille embossed thermos to aid individuals who are blind or have low vision to brew a cup of tea. Special Teatime includes a timer integrated into the thermos screw top, an infuser, and a water-level indicator with Braille labeling. The user fills the thermos with water, checking the level of the rising water with the water-level indicator. The user then places the tea leaves or tea bag into the infuser, and places it at the mouth ...[More Information]
     
     
198. SPEEDY RECOVERY VEHICLE -------- PROTOTYPE --------- PURPOSE: To design and assemble a wheelchair that is fun and visually appealing to children with disabilities. The Speedy Recovery Vehicle combines the functionality of traditional wheelchairs with the visually appealing design of racing dune buggies. The vehicle includes a custom-welded frame, smooth rolling wheels, a reclining seat, footrests, armrests, safety belt, an IV pole, storage area for an oxygen tank, and a colorful interactive steering wheel. Its small si...[More Information]
     
     
199. SPINAL NEUROSTIMULATOR -------- PROTOTYPE --------- PURPOSE: To create a prototype of a neurostimulation device to restore motor function in individuals with spinal cord injury—specifically individuals with paraplegia. Funded through the National Institutes of Health and the Christopher and Dana Reeve Foundation researchers succeeded in restoring considerable movement to a paraplegic man’s paralyzed legs using a Medtronic stimulator. The Medtronic stimulator provides continual direct “epidural electrical stimulation” ...[More Information]
     
     
200. SPINOVO -------- PROTOTYPE --------- PURPOSE: To create a prototype of a product that treats chronic back pain for individuals with arthritis and other conditions causing chronic back pain. Spinovo (spine + new) is a concept smart clothing product that uses modular packs to treat back pain through heating, cooling, and transcutaneous electrical nerve stimulation (TENS) therapies, as well as incorporating bend sensors to ensure the wearer maintains the correct posture. The designer, Justine Smith, studie...[More Information]
     
     
201. SPORTS WALKER ------ PROTOTYPE --------- PURPOSE: To create a prototype of a hands-free wheeled support device for individuals with mobility and neurological disabilities. Brian Light, an avid volleyball player and an individual with multiple sclerosis, designed the Sports Walker to extend the amount of time he was able to continue playing in standing position. The Sport Walker is a hands-free wheeled support device that began as a crude DIY device built from PVC pipe, metal rods, foam padding cut from yoga m...[More Information]
     
     
202. SQUEASE JACKET -------- PROTOTYPE --------- PURPOSE: To design a prototype pressure jacket therapeutic device for use by individuals with autism spectrum disorder (ASD). The SQUEASE jacket offers a haven for individuals with ASD providing a cocoon of comfort with fashion. This fashionable and with-it, the jacket allows the wearer to apply deep pressure to their body, so that they can calm themselves and get over the sudden rush of anxiety. A pair of integrated headphones reduces the sound level of high frequen...[More Information]
     
     
203. SQUIZITS -------- PROTOTYPE --------- PURPOSE: To design a prototype of an adaptive device which allows children and adults with OCD, ADHD, and/or Autism Spectrum disorders a way to release excess energy through repetitive hand motions and various other fidgets. Fidgeting and the need for repetitive moment can be disruptive in the academic and work environment for children and adults. The Squizits kit was developed in collaboration with a child with OCD and ADHD. It provides the user with a way to releas...[More Information]
     
     
204. STAIR TRAINER FOR CHILDREN WITH CEREBRAL PALSY The Stair Trainer device promotes gross motor function in children with cerebral palsy (CP), ages two to five years old. The Stair Trainer allows for easy adult supervision, and be easily disassembled and stored when needed. The railings have an appropriate height of 24” for toddlers and were designed to be 24” apart to disallow holding of both railings during climbing. A height of three feet was designated for the platform with a minimum of 24” of railings, as dictated by safety standards. Addi...[More Information]
     
     
205. STAND-HELPING CLOSETOOL TOILET SEAT -------- PROTOTYPE --------- PURPOSE: To design a prototype of a toilet seat that assists individuals with arthritis or balance, lower extremity or mobility disabilities to stand from a seated position after using the toilet. The Stand-helping Closestool Toilet Seat is a toilet seat with a hydraulic-powered lever function, which helps individuals to stand up with ease from a seated position on the toilet. The device could be used with a walker, cane, other mobility devices, or a hand rail. TITLE...[More Information]
     
     
206. STANDING WHEELCHAIR -------- PROTOTYPE --------- PURPOSE: To design a prototype of a standing wheelchair for individuals with mobility disabilities and other individuals who use wheelchairers. Similar to the Segway, the Standing Wheelchair is a two-wheeled cruiser designed to provide with a way to travel while standing. The wheels underneath the Standing Wheelchair perform the same function as those of a regular wheelchair; however, the person is actually standing rather than sitting. The user's legs are held in pl...[More Information]
     
     
207. STEADY STEPPER -------- PROTOTYPE --------- PURPOSE: To design a safe and effective weight-bearing home workout machine for an individual with cerebral palsy. The Steady Stepper utilizes a commercial portable stair-stepper attached to a custom railing system to aid in transitioning from a wheelchair to the stair-stepper, and to provide stability while stepping. Interchangeable wooden pegs mounted to the bottom of each step allow for a varying range of motion. Weight distribution over each step, and variable fo...[More Information]
     
     
208. STRIDE MANAGEMENT ASSIST -------- PROTOTYPE --------- PURPOSE: To design a prototype of a simple, lightweight device to assist individuals with mobility disabilities due to weakened muscles. Honda has created the Stride Management Assist device, a simple-looking, lightweight device designed to assist individuals with weakened leg muscles (due to age or other causes) with walking. The exoskeletal orthotic device fits around the wearer’s waist and has two metal braces that cradle the wearer’s legs. It consists of a contro...[More Information]
     
     
209. STROM BOUQETIN QUADRICYCLE -------- PROTOTYPE --------- PURPOSE: To design a prototype a quadricycle to be used for trail riding and touring by individuals with lower extremity or mobility disabilities or spinal cord injury. The StroM Bouqetin is designed and optimized for serious trail riding and touring. This four-wheeled, hand-propelled, single-rider cycle has rear-wheel drive, full independent suspension, dual shock rifles, a variable ball-gear drive, four disc brakes, and a lightweight aluminum and carbon fiber body....[More Information]
     
     
210. STRYDER -------- PROTOTYPE --------- PURPOSE: To design a prototype of a one-legged crutch that also transforms into a knee-standing scooter for individuals with limb amputation and/or limited mobility due to injury and/or disability. The Stryder transforms from a one-legged crutch to a knee-standing scooter designed for individuals with non-weight bearing lower leg injuries. This device allows individuals to get around quickly by scooting around with less strain and fatigue on the body than the usual o...[More Information]
     
     
211. STUDY NOOK -------- PROTOTYPE --------- PURPOSE: To design a prototype of a learning aid to inhibit distractions in the classroom for students with learning or developmental disabilities, including attention deficit disorder, autism and Down syndrome. Aaron Kowald, a University of Canberra student in Australia, created a solution entitled the Study Nook, a miniature desktop divider that stands on a desk and provides privacy on three sides - the front, right and left. The Study Nook is a portable workstatio...[More Information]
     
     
212. SUPERFOURIN WHEELCHAIR -------- PROTOTYPE --------- PURPOSE: To design a prototype of a “smart” all-terrain wheelchair for individuals with mobility disabilities and/or wheelchair users. This prototype combines the features of a powered wheelchair, dune buggy, and an ATV to create a new GPS-enabled wheelchair with fat tires and four-wheel drive that allows individuals with lower extremity and mobility disabilities or spinal cord injury to navigate almost any terrain. Developed by the Fraunhofer Institute for Informati...[More Information]
     
     
213. SUPERSONIC STICK ON THE WRIST FOR BLIND PEOPLE -------- PROTOTYPE --------- PURPOSE: To design a prototype of a small, supersonic wrist device that functions similar to a white cane for individuals who are blind or with low-vision. The Supersonic Stick on the Wrist for Blind People uses sonar to become aware of oncoming danger or obstacles and alerts the user to these obstacles through sounds and vibrations. The device is a comprised of a wrist piece that slips over the wrist with the supersonic stick fitting into the palm of the hand and f...[More Information]
     
     
214. SWING CAPSULE -------- PROTOTYPE --------- PURPOSE: To design a prototype of a kitchen knife for use by individuals with grasping, fine motor or upper extremity disabilities or arthritis. The designer believes that traditional knives are not suitable for the elderly because the center of mass is located in the rear when people push down. The solution is the Swing Capsule kitchen knife. The handle can be rotated up and over the blade to create a more centered balanced while keeping the users fingers safely awa...[More Information]
     
     
215. SWINGING BACKPACK -------- PROTOTYPE --------- PURPOSE: A group of seven students from a Wethersfield, CT high school developed the Easy Access Transport System (EATS). The device is designed to solve a problem that a student with Charcot-Marie-Tooth (CMT) disease had accessing his books in his backpack on the back of his wheelchair. Over two months, the EATS was designed to allow the student with CMT to swing his backpack on hinges and bring it around to his lap so he could access his books. The students started...[More Information]
     
     
216. TACIT -------- PROTOTYPE --------- PURPOSE: To create a prototype of a haptic device to assist individuals who are blind or low vision to determine the proximity of objects in complex environments. Created by Steve Hoefer, Tacit is a wrist-mounted device that uses ultrasonic sensors positioned at the front of the device to measure distances from one inch to 10 feet and provide tactile feedback through motorized rubber pads at the rear of the device, which apply increasing amounts of pressure on the wr...[More Information]
     
     
217. TALK -------- PROTOTYPE --------- PURPOSE: To design a prototype of a mobile communications concept for individuals with disabilities and the elderly that allows users to have access to 24 hour support at the push of a button. Talk is a mobile communication device worn as a pendant around the neck. It can be customized to call up to three designated numbers. To call one of the designated numbers, the user rotates the faceplate of the device into the position of the person they want to contact and pu...[More Information]
     
     
218. TANDEM ELECTRIC WHEELCHAIR -------- PROTOTYPE --------- PURPOSE: To design a prototype of a simple, fun, and sporty aesthetic electric vehicle for individuals with lower extremity or mobility disabilities, people with spinal cord injury and others who use a wheelchair. After spending an extended period of time in a wheelchair to better understand the challenges of wheelchair users and individuals with disabilities, designer Alexandre Pain, proposed that it was the stigma associated with the wheelchair that appeared to be ...[More Information]
     
     
219. TATTOO FOOT BRACE -------- PROTOTYPE --------- PURPOSE: To design a prototype of a stylish foot brace for individuals who have poliomyelitis or have an injured his or her ankle. The strap on the "Tattooed Foot" brace is styled very much like gladiator sandals. The aim is to "inject the realm of orthotic devices with a dose of style," especially for those who wound their ankles or who have poliomyelitis. The brace has decorative lacquered metal plates that bring the brace rigidity and strength. The patterns were i...[More Information]
     
     
220. TEK ROBOTIC MOBILISATION DEVICE -------- PROTOTYPE --------- PURPOSE: To design a prototype of a standing wheelchair that allows users with lower extremity or mobility disabilities or spinal cord injury to navigate through various environments not designed for use by people who use wheelchairs. The Tek Robotic Mobilisation Device is a powered stand up wheelchair developed by a team of Turkish scientists, led by Necati Hacikadiroglu. The device expands the way wheelchair users can interact with their environment. Wheelchairs ge...[More Information]
     
     
221. TEND COMFORT HEADPHONES -------- PROTOTYPE --------- PURPOSE: To design a prototype of sensory processing headphones for children with autism, Asperger’s, and other sensory processing disorders (SPD). Individuals suffering from SPD can find it difficult to transition between environments such as going between a quite car ride and a noisy restaurant. The Tend project provides a solution that maintains the volume between environments thus making transitioning between easier. The device is styled like modern headphones an...[More Information]
     
     
222. THE AID -------- PROTOTYPE --------- PURPOSE: To create a prototype a walking aid that provides physical support, navigation, and serves as a health monitoring device for individuals who are elderly or individuals with disabilities. Created by Egle Ugintaite from Lithuania, “the aid,” is a cane that provides mobile navigation and health management services. In addition to ambulation support, this high-tech cane also monitors the user’s pulse, blood pressure, and temperature through sensors located in th...[More Information]
     
     
223. THE ONE-HAND KITCHEN EQUIPMENT -------- PROTOTYPE --------- PURPOSE: To design a prototype of a one-hand kitchen equipment device for individuals who have use of only one hand. The One-Hand Kitchen Equipment is designed for both right and left handed people to use and includes seven products uses in all. This is specialized kitchen equipment includes one-handed food cutting equipment, one-handed different diameter tubes opener, one-handed fruits and vegetables cutting and peeling equipment, one-hand changeable graters, food b...[More Information]
     
     
224. THIMBLE -------- PROTOTYPE --------- PURPOSE: To design a prototype Bluetooth-enabled device finger-glove that connects to a smart phone, specifically the Apple iPhone, and works as a Braille display for individuals who are blind or or have low vision. By pulsing Braille shapes onto the fingertip via an “electro-tactile grid array,” the text on the iPhone's screen can be conveyed to the blind user. The Thimble also includes a camera allowing it to scan text from other sources (such as books or labels) a...[More Information]
     
     
225. THOUGHT CONTROLLED WHEELCHAIR-MOUNTED ROBOTIC ARM -------- PROTOTYPE --------- PURPOSE: Scientists at the University of South Florida have created a prototype of a wheelchair-mounted robotic arm controlled by thought to be used by individuals with ALS or full body paralysis. This device will allow those with severely limited mobility to perform simple daily activities for him- herself. EEG scans have allowed patients with ALS to communicate through monitored electronic brain impulses (P300 brain waves). Using these EEG-related technologies with...[More Information]
     
     
226. TIBION BIONIC LEG -------- PROTOTYPE --------- PURPOSE: To create a prototype of a powered knee orthosis for individuals with neuromuscular disabilities, arthritis, or people recovering from surgery or stroke. The device is indicated in the United States for use by rehabilitation centers as a training aid in helping recover a proper walking gait. Software that controls the knee has been rewritten specifically to work for stroke rehab. The system is currently undergoing a 24-patient trial at New York Presbyterian ...[More Information]
     
     
227. TIDIS-B: WHEELCHAIR-TO-BED TRANSFER SYSTEM Tidis-B (Transport of Individuals with Disabilities into Bed) is an assistive device designed to move a person from a wheelchair to a conventional bed, as well as from a conventional bed to a wheelchair. The device is intended for use in homes and is able to transport a person who weights up to 300 lbs. In addition, the device requires minimal physical assistance by caretakers, which can help prevent back injuries. The device is designed so that the person being transported is comfortable and sa...[More Information]
     
     
228. TOE MOUSE -------- PROTOTYPE --------- PURPOSE: To create a prototype toe-operated computer mouse for individuals with upper limb disabilities. The Toe Mouse is especially designed for those who have upper limbs disability and cannot use their hands to move the mouse. This ergonomically designed gadget uses the natural ability to grip between the toes, for manipulating the Toe Mouse. The user slips it on, between the big toe and second, just as one would wear flip flops. The sensor below the big toe acts ...[More Information]
     
     
229. TONGUE DRIVE SYSTEM -------- PROTOTYPE --------- PURPOSE: To create a prototype of a powered wheelchair contol system operated by a tongue switch in dental retainer for individuals with upper and lower extremity, mobility or neurological disabilities or quadriplegia to navigate a powered wheelchair. The newest version of the Tongue Drive System uses a dental retainer with sensors to help control the system. The embedded sensors within the retainer track the movements of a small magnet attached to the tongue. The wi...[More Information]
     
     
230. TONGUE DRIVE SYSTEM -------- PROTOTYPE --------- PURPOSE: Engineers at Georgia's Institute of Technology have developed a prototype that allows individuals with severe disabilities to operate a wheelchair or computer by moving their tongue. The prototype requires the user to have a small magnet the size of a grain of rice be pierced into his or her tongue. A companion device embedded with magnetic sensors, such as an orthodontic brace or headset, can then trace the movement of the tongue and transmit those signals ...[More Information]
     
     
231. TOPLESS SHOES -------- PROTOTYPE --------- PURPOSE: To design a prototype topless shoes that require little to no effort to put on (no bending, tying) for individuals with back problems, arthritis, seniors, and other individuals with a disability that may prevent them from bending. Winner of the 2011 Red Dot Concept Design, Topless Shoes have no upper constrictions or bindings. The shoes consist of an elastic layer called the “muscle” which encloses the foot in a comfortable but firm grip. TITLE: Funky Shoe S...[More Information]
     
     
232. TRANSFERRING WHEELCHAIR -------- PROTOTYPE --------- PURPOSE: To design a biomedical device to assist with the transfer of an individual with mobility disabilities from a wheelchair to a stationary object such as a bed. The prototype is based on a basic wheelchair design; and includes features that will aid with the transfer process. These features include: 1) reclining seatback of chair; 2) extra supports for stability in the reclined position; and 3) sliding seat and seatback to facilitate moving from chair to objec...[More Information]
     
     
233. TRICYCLE-BASED HAND-POWERED WHEELCHAIR A tricycle-based wheelchair is designed to enable the user to exert less energy than required by a standard wheelchair while ensuring safety and comfort. The Tricycle-Based Hand-Powered Wheelchair allows persons with physical disabilities to exert less energy during travel, enjoy outdoor activities, and exercise upper body muscles. Since the wheelchair is a hand-powered tricycle, the user must have sufficient upper body strength to power it. The Tricycle-Based Hand-Powered Wheelchair can be us...[More Information]
     
     
234. ULTRA LATCH -------- PROTOTYPE --------- PURPOSE: To design a door handle that pushes or pulls to open an interior door making it possible for individuals with disabilities, small children, or anyone unable to use either or both hands to enter and exit through the doorway. The UltraLatch doesn’t twist or turn like traditional door handles. The user unlatches the door by pushing or pulling UltraLatch approximately .5 inches. Inspired by the auto gear shifter, the UltraLatch is designed to conform to the shap...[More Information]
     
     
235. ULTRASONIC GOGGLES -------- PROTOTYPE --------- PURPOSE: To design a prototype of goggles that assist individuals who have low vision to navigate. Researchers at the Universidad Carlos III in Madrid, Spain have developed a pair of ultrasonic goggles that are intended to make it safer and easier for people who have low vision to get around. Individuals with partial sight experience "Terminator-style vision" through the use of two cameras mounted onto a virtual reality headset that is then connected to a small compu...[More Information]
     
     
236. UNIMO ELECTRIC TREADED WHEELCHAIR -------- PROTOTYPE --------- PURPOSE: To create a prototype of an electric wheelchair for hospitals and rehabilitation centers. Nano-Optonics Energy, a Japanese firm has unveiled "Unimo" a single-seat electric vehicle (EV) for hospitals and rehabilitation centers that features a comfortable chair with tank-like rubber treads. While not designed specifically for off-road travel, the treads on the Unimo wheelchair allow it to turn in place making it easier to navigate around hospital corners and i...[More Information]
     
     
237. UP MOUSE ------ PROTOTYPE --------- PURPOSE: To create a prototype alternative to the traditional computer mouse for individuals who have repetitive strain injury, carpal tunnel syndrome, or other neuromuscular disabilities in the hand. The designer and creator Daniel Benamy has repetitive strain injury that was brought on by using a traditional mouse over an extended period of time. Benamy created the Up Mouse as a prototype alternative to the traditional push down computer mouse. This wired mouse is sh...[More Information]
     
     
238. VANDERBILT EXOSKELETON -------- PROTOTYPE --------- PURPOSE: To design a prototype of an advanced exoskeleton that enables individuals with paraplegia (severe spinal cord injury) to stand, walk, sit and, climb stairs. A team of engineers at Vanderbilt University’s Center for Intelligent Mechatronics has developed a powered exoskeleton that enables people with severe spinal cord injuries to stand, walk, sit and climb stairs. Its light weight, compact size and modular design promise to provide users with an unpreceden...[More Information]
     
     
239. VAPEN -------- PROTOTYPE --------- PURPOSE: To design a prototype of an ergonomic guide dog harness for individuals who are blind or have low vision. Vapen is an improvement on the guide dog harness that incorporates a ball joint socket into the handle of the harness, providing individuals who are blind or have low vision strengthened communication with their service animal while also improving ergonomics for their hand. An added feature is the ball joint socket allows the harness to be reassembled in...[More Information]
     
     
240. VIDEO GAME BUDDY -------- PROTOTYPE --------- PURPOSE: To design a video game controller “buddy” that enables an individual with quadriplegia to play video games. The Video Game Buddy allows an individual with quadriplegia to control the buttons (hands-free) on the video game controller by sipping into puff straws mounted on a headset. Head switches attached to a headrest trigger the directional pad. The Video Game Buddy is made of two parts: 1) the input box and 2) the switches. The input box is made of plastic...[More Information]
     
     
241. VIRTUAL CANE ------ PROTOTYPE --------- PURPOSE: To create a prototype of a handheld device that uses sonar-type technology to create a virtual white cane that allows users who are blind or with low vision navigate within their environment. The Virtual Cane is a handheld device that uses a type of sonar to recognize physical objects up to 10 meters (39 feet) from the user. When pointed at an object, it emits invisible focused sound waves and determines how far away the object is. The information is then rela...[More Information]
     
     
242. VIRTUAL REALITY GAIT FEEDBACK DEVICE -------- PROTOTYPE --------- PURPOSE: To create a prototype wearable virtual reality device to provide individuals with balance disorders with supplemental auditory and visual information to assist in restoring normal gait. Scientists at the Techion Institute of Technology in Israel have created a prototype virtual reality gait feedback device which combines a wearable cell-phone sized audio component and a visual feedback apparatus. The audio component measures body movement and then processes...[More Information]
     
     
243. VISUAL ASSISTANCE CARD -------- PROTOTYPE --------- PURPOSE: To design a prototype of a braille overlay card for a debit/credit card reader to be used by individuals who are blind or have low vision. Designer Kyle Lectenberg, an industrial Design graduate student from Auburn University, created a prototype Visual Assistance Card that lies on top of the debit/credit card reader. By using the Braille imprinted on the card, the user is able to enter his or her personal information rather than having the store clerk enter...[More Information]
     
     
244. VISUAL SOUND -------- PROTOTYPE --------- PURPOSE: To design a prototype of cell phone technology which converts voice input to text and text input to voice allowing individuals with hearing impairment and/or deafness to communicate by cell phone. The Visual Sound is a mobile phone for the hearing impaired that converts voice input to text and text input to voice. The design features two handy pillars that scroll sideways to expose the roll-out display. To communicate, the individual feeds in the text using ...[More Information]
     
     
245. VISUALLY IMPAIRED ASSISTANT (VIA) -------- PROTOTYPE --------- PURPOSE: To design a prototype of an electronic obstacle detector and navigation aid for individuals who are blind or have low vision. The Visually Impaired Assistant (VIA) is a pair of devices worn on the hands that use video motion detection technology combined with 4 mini cameras to detect obstacles as a person walks. It is intended to be used in place of a white cane. As the one of the VIA devices detects obstacles, it vibrates to warn the user to turn away fro...[More Information]
     
     
246. VOICE -------- PROTOTYPE --------- PURPOSE: To create a prototype of a device that communicate an object's shape and location to individuals who are blind or have low vision. vOICe maps visual images to sound and then provides blindfolded users with a sense of what an object is and where it is located. The device uses a small web camera mounted on the nose bridge of sunglasses to provide visual input to a small pocket PC (or smartphone) to run software that transforms this input into auditory signals ...[More Information]
     
     
247. VOICE LEARNING EDITION FOR WINDOWS The vOICe Learning Edition for Windows is an audible mobility program designed for use by individuals who are blind or have low vision. This software translates video images from a digital camera into sound. When used with a notebook computer and headphones, it functions as a portable mobility system. The program has speech output controls for its major functions, with a mute button. Sound translations can be made of video images in three-dimensional, digital zoom, slow-motion, fast-motion, and ...[More Information]
     
     
248. VOICE-CONTROLLED WHEELCHAIR -------- PROTOTYPE --------- PURPOSE: To create a prototype voice-controlled wheelchair which allows individuals with mobility disabilities and unable to physically maneuver a joystick control to navigate a powered-wheelchair. First, the individual uses the speaker independent mode, the speech software is trained in the use of a few words that will help the user get around. After training, the voice-controlled wheelchair is switched over to voice input mode, and then all the comparison between v...[More Information]
     
     
249. VOIM -------- PROTOTYPE --------- PURPOSE: To design a prototype smart phone for individuals who are blind or with visual impairment. Voim, which means “seeing” in Korean, is a cell phone concept for individuals who are blind or have low vision. Voim is a cellular telephone and electronic navigation aid (GPS) that features voice input functionality and a braille display with a silicon screen. It also has a detachable Bluetooth headset through which audio cues can be transmitted. TITLE: It’s Time for ...[More Information]
     
     
250. VV-TALKER -------- PROTOTYPE --------- PURPOSE: To design a prototype of a theurputic training aid to assist deaf/mute children to speak effectively. The VV-Talker is designed for children who are deaf and/or mute to assist them in overcoming difficulties in speaking effectively. Since they cannot hear the sounds a hearing person makes, it is difficult to know if they pronouncing words or sounds correctly. The VV-Talker has two components - a vibration detector that with a handle that fits around the fron...[More Information]
     
     
251. WALKING MOTIVATOR -------- PROTOTYPE --------- PURPOSE: Design a motivational walking device for an child with cerebral palsy and autism. The goal was to build a device that would use music to stimulate the consumer to walk on his own. The Walking Motivator is a motion-activated music player that includes a pedometer to detect motion, a microprocessor, an MP3 music player, and headphones. Other than the headphones, the entire device fits inside a small pouch that straps onto the consumer’s hip. As long as the co...[More Information]
     
     
252. WEEBOT -------- PROTOTYPE --------- PURPOSE: To design a prototype of a mobility device for babies and young children with physical and mobility disabilities. Researchers and designers at the Ithaca College in Ithaca, NY have designed and developed a prototype device that allows children with physical and mobility disabilities to explore greater independence as part of the Tots on Bots project. They created the WeeBot using a baby seat that is then strapped onto a Wii Fit Balance Board that sits on top...[More Information]
     
     
253. WHEELCARE -------- PROTOTYPE --------- PURPOSE: To design a prototype wheelchair design for individuals with lower extremity or mobility disabilities or spinal cord injury and others who use a wheelchair that allows for the comfort of the user and the caregiver pushing the wheelchair. The WheelCare concept features advanced ergonomics that make it just as comfortable for the seated person as it is for the caregiver. This manual wheelchair features a redesigned cushioned handle, height-adjustable footrests...[More Information]
     
     
254. WHEELCHAIR ACCESSIBLE RECLINER -------- CUSTOMIZED ADAPTATION --------- PURPOSE: To provide a custom adaptation of a wheelchair accessible recliner for individuals with mobility disabilities. The Wheelchair Accessible Recliner allows wheelchair users an alternative from standard furniture that is comfortable and designed with their needs in mind. Aside from comfort, the Wheelchair Accessible Recliner provides therapeutic advantages including pressure relief and stretching exercises. To use the Wheelchair Accessible Recliner ...[More Information]
     
     
255. WHEELCHAIR NAVIGATION SENSOR SHIRT -------- PROTOTYPE --------- PURPOSE: To create a prototype of an adaptive, sensor-laden garment to assist people with severely limited mobility control assistive devices. Developed at the University of Pisa, a sensor-laden garment is printed with 52 flexible piezoresistive sensors. The sensors are made of electroactive polymers that change voltage depending on the angle at which they are stretched. A specialized statistical algorithm analyzes the signals record from each sensor to detect the s...[More Information]
     
     
256. WHEELCHAIR READY VEHICLE -------- PROTOTYPE --------- PURPOSE: To create a prototype of a wheelchair ready vehicle for individuals with mobility disabilities. Wheelchair users who, when selecting a vehicle, have their choice of minivans, and sometimes tall wagons, that have been "up-fitted" with needed equipment added and unneeded seats taken away. A South Florida-based start-up company, VPG, plans to begin offering a vehicle designed, engineered and built to be wheelchair-ready the MV-1 this fall. The MV-1's motorized...[More Information]
     
     
257. WI-GO -------- PROTOTYPE --------- PURPOSE: To create a prototype of a motorized cart that tracks wheelchairs and follows close behind allowing individuals with mobility disabilities or spinal cord injury or others who use wheelchairs to shop more easily and effectively. Designer Luis de Matos of Portugal created the wi-GO, a motorized cart that combines Microsoft’s Kinect sensor with a laptop to track the movements of a wheelchair so that the cart follows close behind the wheelchair. The device could...[More Information]
     
     
258. WICAB BRAINPORT -------- PROTOTYPE --------- PURPOSE: The Wicab BrainPort prototype is designed to assist individuals who are blind or have extremely low vision. The BrainPort device takes information gathered from a small digital camera in a pair of glasses and sends it to a “lollipop” electrode array that sits on the users tongue. The camera then transmits the light information to a small base unit about the size of a cell phone. The base unit then converts the light information into electrical impulses (this...[More Information]
     
     
259. WISB HANDBIKE -------- PROTOTYPE --------- PURPOSE: To design a prototype of a sports bike for individuals with lower extremity or mobility disabilities, spinal cord injury and lower limb amputation. The Walking Impairment Sport Bike (WISB) is a hand-propelled bike that combines the advantages of bike and recumbent bikes into a device that is one part agile wheelchair and one part sports bike. The WISB gives users the option to toggle between “high mode” for indoor use and comfortable city driving or “low mod...[More Information]
     
     
260. Wii ASSIST -------- PROTOTYPE --------- PURPOSE: University of Delaware students Rob Rehrig, Josh Marks, and Larry Aiello have hacked the Wii video game controller and Wii Fit’s Wii Balance Board creating prototypes which can be used with applications for individuals with disabilities. The WiiAssist adapts the infrared sensors in the Wii controller, which detects a Wii game player’s motion and position, so that it can be attached to someone’s head. The sensor is then used to track head movements, which can...[More Information]
     
     
261. iCRAFT -------- PROTOTYPE --------- PURPOSE: To create a prototype of an eye-controlled robotic arm feeding system for individuals with mobility disabilities and/or paralysis. iCRAFT (eye Controlled Robotic Arm Feeding Technology) was developed by students at Northeastern University. iCRAFT allows the user to move its robotic arm by moving his or her eyes. With the iCRAFT system, there is absolutely no physical connection between the device and the user. All the user needs to do is look at one of four ...[More Information]
     
     

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