YANG Zhi-bin1, MAO Zhi-wei1, ZHOU Shao-ling2, et al. Design of pressure monitoring system with multi-pipelines for wall-climbing robot of vacuum adsorption type[J]. 2010, 29(4): 78-80.
YANG Zhi-bin1, MAO Zhi-wei1, ZHOU Shao-ling2, et al. Design of pressure monitoring system with multi-pipelines for wall-climbing robot of vacuum adsorption type[J]. 2010, 29(4): 78-80. DOI: 10.13873/j.1000-97872010.04.031.
真空吸附型爬壁机器人多路压力检测系统设计
摘要
针对多吸盘工作的爬壁机器人吸盘内压力的监测问题
提出了一种由单一传感器监测多路管道压力的方法。设计了可多管道接入的分时压力供给装置
在此基础上给出了这种监测系统的工作原理。说明了该系统中电机和传感器的选型与相关要求
给出了相关的实验验证
从压力检测的一致性和检测压力的响应速度2个方面说明了设计的可行性
并分析了该系统扩展到其他需要多管道压力监测场合的可行性。
Abstract
Aimed to the pressure monitoring of wall-climbing robot with several suckers
a method of multi-pipelines pressure monitoring with single sensor.A pressure supply device with several pipelines
access at different times was designed.On the basis of it
working principle of the monitoring system is presented.Type selection and request of motor and sensor were described.Experimental verification was given
and the device’s feasibility was confirmed by consistency of pressure monitoring and response speed.The feasibility of the device can be expanded to other sites which need multi-pipelines pressure monitoring was analyzed.