This is a Phase II proposal to develop a tactile text production device that will support multiple tactile alphabets (e.g., Elia, Braille, Roman), multiple font sizes, label production, and graphics to
Benefit: " the more than 1.8 million severely visually impaired and 6.0 million low-vision Americans who cannot read standard Braille, " the 59,000 Braille readers who would benefit from greater tactile text production capabilities, including graphics, and " sighted consumers who interact with blind and visually impaired people, but require visual print output. Increased flexibility in tactile text production will enable the blind and visually impaired to label and identify items required for their activities of daily living (ADLs) and instrumental activities of daily living (IADLs), and access printed text and graphics. These abilities will enable blind and visually impaired people to achieve greater independence, and increased opportunities for employment and leisure activities. The current tactile labeling methods recommended for the blind use household, hardware, and arts and crafts materials [3]. The tactile labeling methods for distinguishing objects typically include varying the number or placement of rubber bands, dots made of glue, felt, nail polish, strands of yarn, safety pins, magnets, pieces of tape, or other common materials. To print tactile graphical information, the visually impaired either: 1) utilize technology that is expensive on both a fixed unit and variable per page basis, or 2) they cobble together awkward solutions using pre-computer technology (e.g., electroforming, thermoforming, manual embossing, vacuum forming), each of which is cumbersome, unreliable or not suited for the consumer market. Current tactile printing and labeling products are designed primarily for the limited population of Braille users and produce only standard size Braille text. What is needed to better address the needs of the entire blind and visually impaired population are tactile text production products that support other tactile alphabets (e.g., Roman, ELIA), multiple font sizes, label production, and graphics. Much of this population has residual vision and would also benefit from combined tactile/visual printing abilities. These features need to be offered in a product that is both user-friendly and inexpensive. The company's proposed tactile text production technologies will address these product needs, offering a solution to the limitations in current products.
Public Health Relevance: This research will develop tactile label making and printing technologies for the blind. Increased flexibility in tactile text production will enable the blind and visually impaired to label and identify items required for their activities of daily living (ADLs) and instrumental activities of daily living (ALDs), and access printed text and graphics. These abilities will enable blind and visually impaired people to achieve greater independence, and increased opportunities for employment and leisure activities. A main concern rests with the fact that a lot of the technology the investigators are proposing to integrate already exists. Certainly, this allows for much more efficient use of time in terms of developing the end product (rather than coming up with their own solutions), but it raises concerns in terms of intellectual property, sourcing appropriate equipment suppliers, and reverse engineering materials as needed. The investigators are aware of this issue regarding potential IP violations and the risk of using components that may not be available down the road or too cost prohibitive. However, it is not clear where they will stand by going down this path in the long-term.
Public Health Relevance Statement: This research will develop tactile label making and printing technologies for the blind. Increased flexibility in tactile text production will enable the blind and visually impaired to label and identify items required for their activities of daily living (ADLs) and instrumental activities of daily living (ALDs), and access printed text and graphics. These abilities will enable blind and visually impaired people to achieve greater independence, and increased opportunities for employment and leisure activities.
Project Terms: Activities of Daily Living; Activities of everyday life; Address; Affect; Aging; American; Architecture; Arts; Change of Life; Climacteric; Computers; Development; Devices; Documentation; Elements; Employment Opportunities; Engineering; Engineering / Architecture; Engineerings; Ensure; Equipment; Eye; Eyeball; Fax; Feasibility Studies; Glues; Grant; Heating; Household; IADL; Intellectual Property; Investigators; Label; Latex Rubber; Leisure Activities; Life; Manuals; Marketing; Medicine; Methods; Microcapsules drug delivery system; NIH; Nail plate; Nails; National Institutes of Health; National Institutes of Health (U.S.); Output; Paper; Partial Sight; Phase; Polishes; Polishes (substance); Population; Preparation; Printing; Product Labeling; Production; Reader; Reading; Research; Research Personnel; Researchers; Residual; Residual state; Rest; Review Committee; Risk; Rubber; Rubber, natural; SBIR; SBIRS (R43/44); Safety; Scanning; Science of Medicine; Senescence; Sight; Small Business Innovation Research; Small Business Innovation Research Grant; Solutions; System; System, LOINC Axis 4; TXT; Tactile; Technology; Telefacsimile; Telefax; Testing; Text; United States National Institutes of Health; Vacuum; Vision; Vision, Diminished; Vision, Low; Vision, Reduced; Vision, Subnormal; Visual; Visual Acuity; Visual impairment; Visually Impaired Persons; base; blind; blind individual; blind people; blind person; braille; cost; daily living functionality; design; designing; flexibility; functional ability; functional capacity; instrumental activity of daily living; legally blind; meetings; microcapsule; product development; public health relevance; senescent; time use; user-friendly; visually impaired; visually impaired people
