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电子手套翻译波兰手语。

Textronic Glove Translating Polish Sign Language.

机构信息

Institute of Electrical Engineering Systems, Lodz University of Technology, Stefanowskiego 18 Street, 90-537 Lodz, Poland.

Institute of Automatic Control, Lodz University of Technology, Stefanowskiego 18 Street, 90-537 Lodz, Poland.

出版信息

Sensors (Basel). 2022 Sep 8;22(18):6788. doi: 10.3390/s22186788.

Abstract

Communication between people is a basic social skill used to exchange information. It is often used for self-express and to meet basic human needs, such as the need for closeness, belonging, and security. This process takes place at different levels, using different means, with specific effects. It generally means a two-way flow of information in the immediate area of contact with another person. When people are communicating using the same language, the flow of information is much easier compared to the situation when two people use two different languages from different language families. The process of social communication with the deaf is difficult as well. It is therefore essential to use modern technologies to facilitate communication with deaf and non-speaking people. This article presents the results of work on a prototype of a glove using textronic elements produced using a physical vacuum deposition process. The signal from the sensors, in the form of resistance changes, is read by the microcontroller, and then it is processed and displayed on a smartphone screen in the form of single letters. During the experiment, 520 letters were signed by each author. The correctness of interpreting the signs was 86.5%. Each letter was recognized within approximately 3 s. One of the main results of the article was also the selection of an appropriate material (Velostat, membrane) that can be used as a sensor for the proposed application solution. The proposed solution can enable communication with the deaf using the finger alphabet, which can be used to spell single words or the most important key words.

摘要

人与人之间的交流是一种基本的社交技能,用于交换信息。它通常用于自我表达和满足基本的人类需求,例如亲近、归属和安全的需求。这个过程发生在不同的层面上,使用不同的手段,具有特定的效果。它通常是指与另一个人在直接接触区域内的信息双向流动。当人们使用相同的语言进行交流时,信息的流动要比两个人使用来自不同语系的两种语言时容易得多。与聋人进行社会交流的过程也很困难。因此,必须使用现代技术来促进与聋人和非言语人士的交流。本文介绍了使用物理真空沉积工艺生产的 textronic 元件的手套原型的工作结果。传感器的信号以电阻变化的形式被微控制器读取,然后由微控制器进行处理,并以单个字母的形式显示在智能手机屏幕上。在实验中,每位作者都用这种手套打出了 520 个字母。解释这些符号的正确性为 86.5%。每个字母的识别时间大约为 3 秒。本文的主要结果之一还选择了一种合适的材料(Velostat、薄膜),可以将其用作所提出的应用解决方案的传感器。所提出的解决方案可以使聋人使用手指字母进行交流,从而可以拼写单个单词或最重要的关键词。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/c65d/9505883/064950d0b47d/sensors-22-06788-g0A1.jpg

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