智能盲棒的设计与实现

A. Elsonbaty
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引用次数: 8

摘要

科技正在迅速发展,使人们的生活更健康、更简单。失明的人无法进行日常活动,比如走在街上,拜访朋友或亲戚,或者做一些其他平凡的事情。因此,智能手杖是一种可以帮助人们安全行走而不用担心与他人或固体物体碰撞的手杖,被提出作为解决这一重大问题的方案。这是传统盲棒的发展,它通过连接到手机的耳机向盲人发送音频警报,在盲人行走时充当盲人的同伴,有障碍物(水/墙壁/楼梯/泥泞的地面),也使盲人能够打电话寻求帮助。采用EasyEda软件对电路进行设计和仿真,并对电路进行建模。这个系统的功能类似于一根白手杖,它帮助盲人扫描周围的障碍物或方向标志。该系统将安装在一根白色手杖上,配有超声波传感器和水传感器,以检测环境的变化。超声波传感器利用超声波反射探测前方障碍物,水探测传感器探测前方是否有水坑。
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Smart Blind Stick Design and Implementation
Technologies are rapidly evolving, allowing people to live healthier and simpler lives. Sightless people are unable to carry out their everyday activities, such as walking down the street, visiting friends or relatives, or doing some other mundane tasks. As a result, the smart stick is a stick that can assist a person in walking safely without fear of colliding with another person or solid objects is proposed as a solution to this major issue. It is a development of the traditional blind stick as it acts as a companion for the blind when walking by sending audio alerts to the blind via a headphone connected to the phone with obstacles (water/walls/stairs / muddy ground) and also enables him to make a phone call to ask for help. EasyEda software was used for designing and simulating electrical circuits, was used to model the electric circuit. This system functions similarly to a white cane in that it assists blind people in scanning their surroundings for obstacles or orientation marks. This system will be mounted on a white cane with an ultrasonic sensor, and a water sensor to detect changes in the environment. Ultrasonic sensors detect obstacles in front of it using ultrasonic wave reflection, water detection sensors detect whether there is a puddle.
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