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COMPONENT PLACEMENT ROBOT WITH WIRELESS ENERGY AND DATA TRANSFER

机译:无线能量和数据传输的组件放置机器人

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摘要

The finalized WICOR demonstrator is shown in Figure 9. It is shown that the peak power of 600 W and a continuous power of 300 W can be transferred to the moving stages without forced cooling with an overall efficiency of 80% during normal operation, excluding the power gain of the back delivered energy.rnThe tests conducted on WICOR demonstrator showed that the application of wireless energy and data transfer in component placement robots is feasible. Moreover, EMC tests showed no excessive radiation exceeding the legal limits. For the prospect of the industrialization of the prototype, a reduction of the total moving mass, simplification, optimized packaging and cost minimization is required.
机译:最终的WICOR演示器如图9所示。该图表明,在正常运行期间,无需强制冷却,就可以将600 W的峰值功率和300 W的连续功率转移到移动级,而无需进行强制冷却。在WICOR演示器上进行的测试表明,无线能量和数据传输在部件放置机器人中的应用是可行的。此外,EMC测试表明没有过多的辐射超过法定限制。对于原型工业化的前景,要求减少总移动质量,简化,优化包装并最小化成本。

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