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Technical design of complex vision-tactile navigation system for using of blind persons navigation

机译:盲人导航复杂视觉触觉导航系统技术设计

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This article presents the system used for navigation and orientation of blind persons in an unknown terrain. This system called ‘Tactile Navigation System’ constitutes a compensation instrument for blind persons. It is composed from three basic elements: a camera, a control unit and a tactile activator. The tactile navigation system converts the image from the camera to the tactile information and it transfers this information to the blind person. The blind person can recognize by vibration of the tactile activator placed on the antebrachium whether he comes on an impediment or if he can continue free walking. The main advantage of this system is the possibility of detecting any individual impediment earlier than using other common compensation tools, such as a simple blind stick, which is not a competitor with this device, but a helper. This way the system facilitates the orientation of a blind person an in an unknown terrain. The article describes in detail the overall composition and functionality of the system as well as the principle and function of its individual elements.
机译:本文介绍了用于未知地形中盲人导航和方向的系统。该系统称为“触觉导航系统”构成盲人的补偿仪器。它由三个基本元素组成:相机,控制单元和触觉激活器。触觉导航系统将图像从相机转换为触觉信息,并将这些信息传送到盲人。盲人可以通过触觉触觉障碍物的振动来识别他是否可以抵抗或者他可以继续自由行走。该系统的主要优点是可能比使用其他常见补偿工具检测任何单独障碍,例如简单的盲棒,这不是该设备的竞争对手,而是辅助者。这样,系统都促进了一个未知的地形中盲人的方向。本文详细介绍了系统的整体组成和功能以及其各个元素的原理和功能。

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