Alat Bantu Berjalan Tunanetra Berbasis Mikrokontroler Arduino

Sahru Ramdani, Muhyiddin Zainul Arifin, Sujono Sujono
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Abstract

These blind people still have difficulties in carrying out their activities, especially in terms of mobility in society. This is of course due to the lack of facilities and infrastructure that can support blind people in carrying out their daily activities. One of the assistive devices commonly used is a blind cane. With this stick, blind people are quite helped, especially when walking, but the conventional cane has limitations, one of which is the reach is too short. Thus, in this study, a concept for walking aids for blind people was developed by designing a new device that can cover the limitations of conventional canes. The tool is designed to utilize microcontroller technology with a minimum Arduino uno system, ultrasonic sensor HC-SR04, and DFPlayer Mp3 Mini module. The results showed that the designed tool can detect a maximum distance of 80 cm and can make a sound when the ultrasonic sensor is blocked.
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基于Arduino微控制器的盲人行走辅助工具
这些盲人在开展活动方面仍有困难,特别是在社会活动方面。这当然是由于缺乏支持盲人进行日常活动的设施和基础设施。常用的辅助设备之一是盲杖。有了这根手杖,盲人就有了很大的帮助,尤其是在走路的时候,但传统的手杖有局限性,其中之一就是触手太短。因此,在这项研究中,通过设计一种新的设备,可以覆盖传统手杖的局限性,为盲人提供了一个辅助行走的概念。该工具旨在利用微控制器技术与最小的Arduino uno系统,超声波传感器HC-SR04和DFPlayer Mp3 Mini模块。结果表明,所设计的工具可以检测到最大80 cm的距离,并且在超声波传感器被阻挡的情况下可以发出声音。
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