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Contactless signal transmission for industrial bus at rotary joint

机译:旋转接头上工业总线的非接触式信号传输

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In multi-actuator mechatronic and distributed multi-sensor systems, signal transmission plays an important role via rotary joint. Comparing with wireless communication, industrial bus is preferred for real-time signal transmission due to its low latency. However, industrial bus with cables at rotary joint suffers from limit free rotation, frequent maintenance and complex routing. In this paper, a contactless signal transmission (CST) system for industrial bus at rotary joint is proposed. In particular, optical coupling is designed and evaluated via an air gap for rotation motion at rotary joint. Logical strategies are proposed in signal converter for bridging CAN bus with optical signal coupling. For experimental verification, a developed CST system is implemented in a communication with two motor drives via CAN bus.
机译:在多执行器机电和分布式多传感器系统中,信号传输通过旋转接头起着重要的作用。与无线通信相比,工业总线由于延迟时间短,因此是实时信号传输的首选。但是,在旋转接头处带有电缆的工业总线会受到极限自由旋转,频繁维护和复杂布线的困扰。本文提出了一种旋转接头工业总线的非接触式信号传输(CST)系统。特别是,通过气隙来设计和评估光学耦合,以便在旋转接头处进行旋转运动。提出了在信号转换器中采用光信号耦合桥接CAN总线的逻辑策略。为了进行实验验证,开发了一套经过开发的CST系统,并通过CAN总线与两个电机驱动器进行了通信。

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