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Reduction of wear by magnetic field and application to elevator driving system

机译:通过磁场减少磨损和电梯驱动系统的应用

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摘要

Whenever the operation of a device is associated with sliding, abrasion needs to be minimized asmuch as possible. Measures generally taken for the reduction of wear include the use of lubricantsand low-friction agents, and hardening of the surfaces. In addition, the use of the magnetic effect hasalso recently been attempted. Experiments were conducted to reveal the relationship between material types or slidingconditions and the effect of a magnetic field, and a model test applying this technique to the drivingunits of elevators was carried out. The results confirmed that the technique of using magnetismimproves driving performance and reduces wire rope wear.
机译:每当设备的操作与滑动相关联时,需要尽可能地最小化ASMUCH的磨损。 通常用于减少磨损的措施包括使用润滑剂和低摩擦剂,以及表面硬化。 此外,最近使用磁效应Hasalso。 进行了实验以揭示材料类型或滑动监控器之间的关系以及磁场的效果,并进行将该技术应用于电梯的启动的模型试验。 结果证实,采用磁化性能驱动性能和减少钢丝绳磨损的技术。

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