Design and implementation of an elevator wireless adjustment system

Cheng Jing, Guo-jun Zhao
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引用次数: 1

Abstract

The existing cable adjustment system has a long adjustment cycle on the adjustment of flat floor, running curves and involving running part for the car. On the other hand, it usually requires the close coordination between two adjustors. So this paper designs an elevator wireless adjustment system, involving Bluetooth technology, WIFI technology, Android phone technology and microcontroller technology. The elevator wireless adjustment system makes the process of adjustment intuitive, reduces the workload of adjustor and speeds up the elevator adjustment cycle. Compared with the traditional elevator adjustment method, this system makes it possible that using an Android phone as an elevator adjustment tool to debug the elevator with WIFI or Bluetooth. Besides compared with other wireless elevator adjustment methods, the wireless module is fixed on the controller for elevator car instead of the elevator controller, this method avoids the limit of wireless distance, and the adjustor just needs to stay in the elevator car when adjusting the parameter of elevator car instead of running up and down, the real-time adjustment result is able to be seen in the Android phone. Test has proved that the feasibility, effectiveness and reliability of the design of an elevator wireless adjustment system.
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电梯无线调节系统的设计与实现
现有的电缆调节系统在平地板、运行曲线的调节和涉及汽车运行部分的调节上周期长。另一方面,它通常需要两个调节器之间的密切配合。因此本文设计了一个电梯无线调节系统,涉及蓝牙技术、WIFI技术、Android手机技术和单片机技术。电梯无线调节系统使调节过程直观,减少了调度员的工作量,加快了电梯调节周期。与传统的电梯调节方式相比,本系统使得使用Android手机作为电梯调节工具,通过WIFI或蓝牙对电梯进行调试成为可能。此外,与其他无线电梯调节方法相比,无线模块不是固定在电梯控制器上,而是固定在电梯轿厢控制器上,这种方法避免了无线距离的限制,调整电梯轿厢参数时,调节器只需要待在电梯轿厢内,而不需要上下跑,实时调节结果可以在安卓手机上看到。试验证明了所设计的电梯无线调节系统的可行性、有效性和可靠性。
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