锁住镜清洁传感器。
当传感器发现面板表面的灰尘浓度达到一定水平时，自我清洁技术可以将其清除。
The self cleaning technology can repel dust when sensors detect concentrations on the panel's surface have reached a critical level.
主要检查各碰撞传感器的固定是否牢固，搭铁线部位是否清洁、连接是否可靠，转向盘转动时是否有卡滞现象，以判断转向盘内的SRS螺旋电缆是否完好；
Check the main collision sensor is fixed, the strap part is clean, the connection is reliable, whether the hysteresis phenomenon card of steering wheel, steering to determine SRS cable tray is intact;
利用传感器系统获取障碍物信息，应用模糊控制方法建立机器人模糊避障系统，使清洁机器人能够自主地避开障碍物。
According to the information of obstacles from the sensor system, the obstacle avoidance system is built by the fuzzy control method to make the cleaning robot avoid the obstacles autonomously.
本课题在研制清洁机器人样机的基础上，对基于传感器信息的机器人模糊避障策略和算法进行了研究。
This thesis proposes the design of an intelligent cleaning robot, and then develops the obstacle avoidance strategies based on the fuzzy logic.
清洁，每个传感器清洁纸巾箔-石脑油(打火机液)是一个很好的清洁剂-和应用慷慨的强力胶量每金箔。
Clean each transducer foil with a clean paper towel - naphtha (lighter fluid) is a good cleaning agent - and apply a generous amount of superglue to each gold foil.
清洁，每个传感器清洁纸巾箔-石脑油(打火机液)是一个很好的清洁剂-和应用慷慨的强力胶量每金箔。
Clean each transducer foil with a clean paper towel - naphtha (lighter fluid) is a good cleaning agent - and apply a generous amount of superglue to each gold foil.
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