Smart Cane: Better Walking Experience for Blind People

2017 3rd International Conference on Computational Intelligence and Networks (CINE) Pub Date : 2017-10-01 DOI:10.1109/CINE.2017.22

Tushar Sharma, Tarun Nalwa, T. Choudhury, S. C. Satapathy, Praveen Kumar

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引用次数: 10

Abstract

Today innovation is enhancing every day in various viewpoints so as to give adaptable and safe development to the general population. Outwardly disabled individuals discover troubles recognizing obstacles before them, amid strolling in the road, which makes it unsafe. The smart cane has a system that empower them to see and differentiate the obstacles. Moving with the assistance of a white cane is a slippery errand for the outwardly tested. The smart cane is equipped with infrared and ultrasonic sensor that helps in detecting the obstacles. At the base of the smart cane there is a water sensor which detects and dodges puddles. When it recognizes any obstacle, it activates the sound system and the vibration motor. On detecting obstructions the sensor passes this information to the micro-controller. The micro-controller then procedures this information and computes if the object is sufficiently close. In the event that the object is not that close the circuit does nothing. In the event that the object is close the micro-controller sends a signal to sound a buzzer. GPS system provides the information about the current location in case of an emergency.

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智能手杖:盲人更好的行走体验

今天，创新每天都在加强，从各个角度来看，以便为普通大众提供适应性和安全的发展。外表残疾的人在路上散步时，发现很难识别面前的障碍物，这使得道路不安全。智能手杖有一个系统，可以让他们看到并区分障碍物。对于外表受过考验的人来说，在白手杖的帮助下移动是一件很滑的差事。智能手杖配备了红外线和超声波传感器，有助于探测障碍物。在智能手杖的底部有一个水传感器，可以探测和躲避水坑。当它识别到任何障碍物时，它会激活声音系统和振动马达。在检测到障碍物时，传感器将此信息传递给微控制器。然后，微控制器处理这些信息并计算物体是否足够近。在物体没有闭合的情况下，电路什么也不做。在物体接近的情况下，微控制器发送信号来发出蜂鸣器。GPS系统在紧急情况下提供当前位置的信息。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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2017 3rd International Conference on Computational Intelligence and Networks (CINE)

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