基于LabView的直驱式液压调平系统设计
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浙江工业大学

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Direct drive hydraulic leveling system based on LabView
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    摘要:

    传统的起竖平台上,液压支腿的供给油箱通常和起竖油箱共用一个公共油箱,这样不仅仅增加了管路布局的难度,而且增大了出现故障的几率,为解决此问题,笔者设计了一种基于LabView的直驱式液压调平系统。利用LabView生成的控制软件对该设备的各个传感器参数进行采集和分析,并输出控制信号给到伺服驱动器实现调平,而且增加了高度调节的功能,可以在不同的离地高度进行平台的调平。并对方案进行实际验证,运行的结果表明方案可行,管路简单,减少能耗,而且保障了调平的时间不增加甚至有一定程度缩短,精度也可以达到要求。

    Abstract:

    On the traditional vertical platform, the supply tank of the hydraulic leg usually shares a common fuel tank with the vertical fuel tank, which not only increases the difficulty of the pipeline layout, but also increases the probability of failure. To solve this problem, The author designed a direct-drive hydraulic leveling system based on LabView. The control software generated by LabView is used to collect and analyze the various sensor parameters of the device, and output control signals to the servo driver for leveling, and the height adjustment function is added, and the platform can be leveled at different ground heights. . The actual verification of the scheme shows that the scheme is feasible, the pipeline is simple, the energy consumption is reduced, and the time for leveling is not increased or even shortened to a certain extent, and the precision can also meet the requirements.

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杨海清,钟家硕.基于LabView的直驱式液压调平系统设计计算机测量与控制[J].,2020,28(2):108-111.

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历史
  • 收稿日期:2019-08-07
  • 最后修改日期:2019-08-17
  • 录用日期:2019-08-19
  • 在线发布日期: 2020-02-24
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