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151. 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]
     
     
152. 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]
     
     
153. 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]
     
     
154. 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]
     
     
155. 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]
     
     
156. 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]
     
     
157. 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]
     
     
158. 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]
     
     
159. 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]
     
     
160. 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]
     
     
161. 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]
     
     
162. 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]
     
     
163. 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]
     
     
164. 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]
     
     
165. 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]
     
     
166. 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]
     
     
167. 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]
     
     
168. 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]
     
     
169. 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]
     
     
170. 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]
     
     
171. 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]
     
     
172. 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]
     
     
173. 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]
     
     
174. 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]
     
     
175. 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]
     
     

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