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Electronic control for a wheel-chair guided by oral commands and ultrasonic and infrared sensors

机译:由口腔命令和超声波和红外传感器引导的轮椅电子控制

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This paper describes a wheelchair for physically disable people. In this wheelchair, a dependent-user recognition voice system and ultrasonic and infrared sensor systems have been integrated. In this way, the wheelchair can be driven whit oral commands and with the possibility of obstacle avoidance and downstairs or hole detection. The wheelchair allows autonomous driving (for example following walls). This project has been develoed in the Electronic Department of the Alcala University and it has been financed by the ONCE Foundation.
机译:本文描述了一种用于物理禁用人的轮椅。 在该轮椅中,已经集成了依赖式用户识别语音系统和超声波和红外传感器系统。 通过这种方式,轮椅可以驱动丝毫的口腔命令和障碍物避免和楼下或孔检测的可能性。 轮椅允许自动驾驶(例如墙壁)。 该项目在阿尔卡拉大学的电子部门一直开发,并由曾经的基础提供资金。

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