XIAO Shu, LI Man-tian, LI Rong-xi, et al. Sensing system on foot in micro biped climbing robot[J]. 2007, (12): 117-120. DOI: 10.13873/j.1000-97872007.12.039.
微小型双足爬壁机器人足部传感系统设计
摘要
吸盘的可靠吸附是爬壁机器人运动的基础
设计了机器人足部传感系统
用ADuC842单片机控制和采集了红外传感器阵列、光纤曲率传感器、气压传感器、加速度传感器的信息
经过处理后
通过UART发给机器人主控DSP
最终实现了吸盘的自适应对准和可靠吸附
并获取了机器人所吸附平面的倾斜度信息。
Abstract
Cupule firmly adsorbed is the foundation in the movement of the climbing robot.The sensing system on foot in micro biped climbing robot is designed
ADuC842 is used to control and gather information from infrared sensor array
curvature fiber-optic sensor
air pressure sensor
accelerometer
and transmit the information to the main controller DSP via UART after processing.Finally self-adaptive adjusting and firmly adsorbing of the cupule are realized