山地果园牵引式双轨运输机排绳装置的设计
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现代农业产业技术体系建设专项(CARS-27)、“扬帆计划”引进创新创业团队专项(201312G06)和公益性行业(农业)科研专项(200903023、201403036)


Design of wire rope ranging device for mountain orchard traction double-track cargo vehicle
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    摘要:

    针对山地果园牵引式双轨运输机的牵引钢丝绳在弯曲起伏轨道上使用时易出现乱绳、挤绳等问题,设计了一种双螺旋式自动排绳装置。在分析该装置的设计要求、基本组成和工作原理基础上,对装置的链传动、滑块换向曲线、导向拨叉的结构参数和排绳轮的受力进行分析,并进行综合排绳测试试验。测试结果显示,原驱动装置加装排绳装置后,绕卷16 m的钢丝绳,其钢丝绳充满系数平均增加22.6%,功耗平均增加0.026 kW·h,振动噪音平均降低0.75%。这表明该排绳装置具备有序排绳、耗能少和降低驱动装置振动噪音等优点。

    Abstract:

    An automatic double spiral wire rope ranging device was designed to resolve the problems of wire rope disorder and extrusion when the mountain orchard traction double-track cargo vehicle was used in the curved track. Based on the analysis of the design requirement, the basic components and the operational principle of this device, the structure parameters of the chain transmission, the slide steering curve, and the guide fork of this wire ranging device was analyzed in this paper. Several synthetic wire rope ranging tests about this device were carried out after analyzing the force of the ranging rope wheel. The experimental results indicated that, in average,the wire rope ranging coefficient of original driving device was increased by 22.6% within the 16 m wire rope after installing the wire rope ranging device. Meanwhile, the power consumption increased by 0.026 kW·h in average and the driving device vibration noise was reduced by 0.75%. This wire rope ranging device has the advantages of ranging wire rope, low power consumption and reducing the driving device vibration noise. 

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欧阳玉平,洪添胜,苏建,徐宁,李震,焦富江,陈金德.山地果园牵引式双轨运输机排绳装置的设计[J].华中农业大学学报,2014,33(05):123-129

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  • 收稿日期:2014-01-03
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