Polyester non-woven fabric finger cover as a TRUCT Braille reading assistance tool for Braille learners

Kouki Doi, Hiroshi Fujimoto

    Research output: Contribution to journalArticle

    2 Citations (Scopus)

    Abstract

    Transparent resinous ultraviolet-curing type (TRUCT) Braille signs are becoming more and more popular in Japan, especially when they are printed together with visual characters. These signs are made by screen printing, a technique that can be applied to various base materials, such as paper, metal, and plastic. TRUCT Braille signs have begun to be used in public facilities, such as on tactile maps and on handrails. Naturally, it is expected that Braille beginners will utilize these signs. However, it has been pointed out that the friction between the forefinger and the base material may affect reading accuracy and speed. In this study, we developed a finger cover made of soft, thin polyester non-woven fabric to reduce friction during Braille reading. We also carried out a study to investigate the effect of its use. The subjects were 12 Braille learners with acquired visual impairment, who were asked to read randomly selected characters with and without the finger cover. The results showed that most participants could read TRUCT Braille significantly faster and more accurately with a finger cover than without it, regardless of the base material and dot height. This result suggests that wearing the finger cover enables Braille learners to read TRUCT Braille more efficiently. The finger cover can be used as a Braille reading assistance tool for Braille learners. An additional, health-related advantage of the finger cover is that the forefinger remains clean. We expect that the finger cover will be in practical use in Japan within 1 or 2 years.

    Original languageEnglish
    Pages (from-to)1153-1159
    Number of pages7
    JournalMedical and Biological Engineering and Computing
    Volume45
    Issue number11
    DOIs
    Publication statusPublished - 2007 Nov

    Fingerprint

    Polyesters
    Nonwoven fabrics
    Fingers
    Curing
    Reading
    Railings
    Friction
    Screen printing
    Japan
    Public Facilities
    Health
    Printing
    Plastics
    Vision Disorders
    Touch
    Metals

    Keywords

    • Braille learner
    • Braille reading assistance tool
    • Finger cover
    • Polyester non-woven fabric
    • TRUCT Braille

    ASJC Scopus subject areas

    • Biomedical Engineering
    • Health Informatics
    • Health Information Management
    • Computer Science Applications
    • Computational Theory and Mathematics

    Cite this

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    title = "Polyester non-woven fabric finger cover as a TRUCT Braille reading assistance tool for Braille learners",
    abstract = "Transparent resinous ultraviolet-curing type (TRUCT) Braille signs are becoming more and more popular in Japan, especially when they are printed together with visual characters. These signs are made by screen printing, a technique that can be applied to various base materials, such as paper, metal, and plastic. TRUCT Braille signs have begun to be used in public facilities, such as on tactile maps and on handrails. Naturally, it is expected that Braille beginners will utilize these signs. However, it has been pointed out that the friction between the forefinger and the base material may affect reading accuracy and speed. In this study, we developed a finger cover made of soft, thin polyester non-woven fabric to reduce friction during Braille reading. We also carried out a study to investigate the effect of its use. The subjects were 12 Braille learners with acquired visual impairment, who were asked to read randomly selected characters with and without the finger cover. The results showed that most participants could read TRUCT Braille significantly faster and more accurately with a finger cover than without it, regardless of the base material and dot height. This result suggests that wearing the finger cover enables Braille learners to read TRUCT Braille more efficiently. The finger cover can be used as a Braille reading assistance tool for Braille learners. An additional, health-related advantage of the finger cover is that the forefinger remains clean. We expect that the finger cover will be in practical use in Japan within 1 or 2 years.",
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