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Position: Home > Articles > Research on Power Detection of Rotary Grasses Based on VR Technology Journal of Agricultural Mechanization Research 2019 (6) 224-227+232

基于VR技术的旋耕埋草机功率检测研究

作者：

梁俊娟;李巧君

单位：

河南工业职业技术学院

关键词：

旋耕埋草机;虚拟现实;功率检测;LabVIEW软件;嵌入式

摘要：

为了提高旋耕埋草机的功率检测准确性和效率,实现旋耕埋草机的结构优化,将VR虚拟现实技术引入到了埋草机的功率测算过程中,并采用Lab VIEW软件设计了功率检测虚拟平台,从而实现了旋耕埋草机的功率数据采集、处理和仿真模拟。为了验证方案的可行性,以一台简单的旋耕埋草机为例,在农田里展开了试验。首先,对其作业性能进行了测试,在保证其能正常作业的情况下采用虚拟仪器对功率进行了测算,并将其和实际功率仪器上的采集功率进行了对比。结果表明:采用虚拟仪器得到的功率和实际功率相吻合。由此验证了方案的可行性,为旋耕埋草机的优化设计提供了数据支持,为农机智能检测仪器和嵌入式系统的开发提供了较有价值的参考。

译名：

Research on Power Detection of Rotary Grasses Based on VR Technology

作者：

Liang Junjuan;Li Qiaojun;Henan Polytechnic Institute;

关键词：

rotary tillage grasses;;virtual reality;;power detection;;LabVIEW software;;embedded

摘要：

In order to improve the detection accuracy and efficiency of the power of rotary tillage and grass machine,optimize structure of rotary tillage and grass machine,it introduced the VR virtual reality technology into the power calculation process of grass burying machine,and designed the virtual power detection platform by using Lab VIEW software,so as to realize rotary tillage and grass machine power data acquisition processing and simulation. In order to validate the feasibility of the project,with a simple rotary tillage and grass machine as an example,in the experimental fields,it studied by experiment,the first of its working performance was tested on the power was calculated by using the virtual instrument to its normal operating conditions,and compares the collection power and the actual power on the instrument. Finally,by comparing the results found that the power obtained by using virtual instrument and the actual power match,in order to verify the feasibility of the scheme,it provides data support for optimization design of rotary tillage and grass machine,for the development of agricultural intelligent testing instrument and embedded system,which provides a reference value.

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基于VR技术的旋耕埋草机功率检测研究

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