首页> 外文会议>Wireless Sensing, Local Positioning, and RFID, 2009. IMWS 2009 >Integrated low-power RFID-S-system for online temperature and high-resolution displacement monitoring on high speed spindle rotors
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Integrated low-power RFID-S-system for online temperature and high-resolution displacement monitoring on high speed spindle rotors

机译:集成式低功耗RFID-S系统,用于在线监测高速主轴转子的温度和高分辨率位移

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This paper presents a low-power RFID-S-system for condition monitoring in high-speed motor spindles. In modern metal cutting machine tools the machining result strongly depends on the motor spindles accuracy. Latest developments on high-speed cutting (hsc) and high-performance cutting (hpc) are leading to substantial increasing temperatures and mechanical elongations of the machine parts, which are resulting in decreasing machining precision. Beside wired sensors on stationary parts, temperature- and displacement-measuring systems on fast rotational dynamic shafts like the spindles rotor are very important, since this is the direct interface between the machine tool and the work piece. Different approaches for laboratory setups are known from literature [1], [2]. In this work, a fully spindle-integrated and tested solution suitable for mass production is presented.
机译:本文提出了一种用于高速电机主轴状态监测的低功耗RFID-S系统。在现代金属切削机床中,加工结果在很大程度上取决于电机主轴的精度。高速切削(hsc)和高性能切削(hpc)的最新发展正在导致机器零件的温度和机械伸长率显着提高,从而导致加工精度下降。除了固定部件上的有线传感器外,快速旋转动态轴(例如主轴转子)上的温度和位移测量系统也非常重要,因为这是机床和工件之间的直接接口。从文献[1],[2]中可以知道不同的实验室设置方法。在这项工作中,提出了一种适用于大规模生产的完全经过主轴集成和测试的解决方案。

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