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The Motion Control System Based on ARM and Multi-sensor Information Fusion Technology

机译:基于ARM和多传感器信息融合技术的运动控制系统

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Aiming at the construction requirements of "outdoor test field for LED street lamp", an auto test vehicle for outdoor illuminance performance was developed. The test vehicle is consisted of AGV, AGV controller, encoder interface circuit, measurement & control terminal and remote controller. The AGV controller collects signals from encoders and landmark sensors. The position information of AGV is accurately measured by multi-sensor information fusion technology. The AGV controller identifies the parameters dynamically such as kinetic lead, controls the action of AGV. In the AGV motion control system, the AGV positioning error is within 3cm, meet measurement requirements of outdoor test field. Through the interface circuit with measurement & control terminal, the AGV controller can test the related parameters of outdoor LED lamp automatically, such as illuminance parameters and electrical parameters. These parameters can be transmitted to the control center with wireless networks.
机译:为户外照度性能的自动试验载体旨在瞄准“LED路灯的户外测试领域”的施工要求。测试车辆由AGV,AGV控制器,编码器接口电路,测量和控制终端和遥控器组成。 AGV控制器收集来自编码器和地标传感器的信号。通过多传感器信息融合技术精确地测量AGV的位置信息。 AGV控制器动态地识别参数,如动力学引线,控制AGV的动作。在AGV运动控制系统中,AGV定位误差在3cm内,满足室外测试领域的测量要求。通过具有测量和控制端子的接口电路,AGV控制器可以自动测试室外LED灯的相关参数,例如照度参数和电气参数。这些参数可以通过无线网络传输到控制中心。

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