开发使用拖拉机附带测功机测量实际牵伸力的改进方法

Hyo-Geol Kim, J. Lee, Su-Chul Kim, Jooseon Oh, Sung-Bo Shim
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摘要

在这项研究中,我们使用曲柄锁定器运动学方程来分析测功机与工作机械连接时的三点铰接行为。测功机通过液压推杆进行了静态测试,三向力和力矩的准确度达到了 96-99%。校准后的测功机在实际农田中进行了测试,并使用数据采集系统收集了数据。利用运输间距修正方程,可将收集到的数据转化为更真实的数据。采用国际标准来确定拖拉机、测功机和机具之间的连接点。这项研究的结果使精确测量力和力矩成为可能,这将对未来的农业技术(如自主农业操作)起到重要作用。
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Development of a Modified Method for Measuring the Actual Draft Force Using a Tractor-Attached Dynamometer
In this study, crank-locker kinematic equations were used to analyze the three-point hitch behavior when the dynamometer was connected to the work machine. The dynamometer was statically tested with a hydraulic actuator, and the accuracy of the three-way force and the moment was confirmed to be 96–99%. The calibrated dynamometer was put to the test on a real farm field, and data were collected using a data acquisition system. Using the transport pitch correction equation, the collected data can be transformed into more realistic data. International standards were used to determine the point of connection between the tractor, dynamometer, and implement. The results of this study made it possible to accurately measure force and moment, which will have an important role in future agricultural technologies such as autonomous agricultural operation.
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