徐乐年, 郇志浩, 闫茂印. 基于测量机器人的矿用明渠泥沙沉积量监测[J]. 煤矿安全, 2020, 51(3): 123-125,129.
    引用本文: 徐乐年, 郇志浩, 闫茂印. 基于测量机器人的矿用明渠泥沙沉积量监测[J]. 煤矿安全, 2020, 51(3): 123-125,129.
    XU Lenian, HUAN Zhihao, YAN Maoyin. Monitoring of Sediment Deposition in the Open Channel of a Coal Mine Based on Measuring Robot[J]. Safety in Coal Mines, 2020, 51(3): 123-125,129.
    Citation: XU Lenian, HUAN Zhihao, YAN Maoyin. Monitoring of Sediment Deposition in the Open Channel of a Coal Mine Based on Measuring Robot[J]. Safety in Coal Mines, 2020, 51(3): 123-125,129.

    基于测量机器人的矿用明渠泥沙沉积量监测

    Monitoring of Sediment Deposition in the Open Channel of a Coal Mine Based on Measuring Robot

    • 摘要: 以姚桥煤矿井下明渠水流量动态监测为研究背景,针对矿井下明渠泥沙沉淀过厚导致明渠流量测量不准确的问题,设计了一款自动测量矿井下明渠泥沙沉积量的机器人。机器人由电机、编码器、丝杠同轴链接,电机转动带动丝杠与编码器转动;通过编码器记录的电机转动圈数与丝杠导程计算出机械臂伸长长度,从而推算出所测量的泥沙沉积量。通过多次重复测量证实该测量机器人在500 mm量程内重复误差小于1 mm,数据传输稳定可靠。

       

      Abstract: Based on the dynamic monitoring of the water flow in the underground open channel of Yaoqiao Coal Mine, a robot is designed that can automatically measure the sediment thickness of the open channel to solve the problem of inaccurate measurement of open channel flow caused by excessive sediment deposition in the open channel. The robot is coaxially linked by a motor, an encoder and a lead screw, and the motor rotates to drive the screw and the encoder to rotate. The extension length of the mechanical arm is calculated by the number of motor rotation recorded by the encoder and the lead screw lead, and then the measured amount of sediment deposition thickness is calculated. Through repeated measurements, it is confirmed that the measuring robot has the repeat error of less than 1 mm in the range of 500 mm, and the data transmission is stable and reliable.

       

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