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Study on Stability of Rake Teeth Inserting Soil of Chain Rake Type Mulching Film Recovery Machine based on Adams

机译:基于ADAMS的链耙型覆盖膜回收机耙齿稳定性研究

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Traditional rake type mulching film recycling machine has the problem of difficulty in unloading and packing film, poor continuity of the work. In order to solve such problems, this paper designs a kind of chain rake type mulching film recycling machine which can realize continuous raking film, collecting film, transporting film, shaking off soil, unloading film. Rake teeth is the basic part of chain rake mulching recycling machine. The stability of rake teeth's inserting soil is an important factor to ensure recovery efficiency of the plastic film recovery. By virtual prototype simulation, this paper study the influence of different factors on the stability of rake teeth inserting soil. The results are as follow: ① The speed of chain rake has no significant effect on the stability of rake teeth inserting soil; ② Reducing resistance of rake teeth in the process of working, is conducive to improve the stability of rake teeth inserting soil; ③ Appropriate increasing elastic modulus of chain rake, is helpful to enhance the stability of rake teeth inserting soil.
机译:传统的耙式覆盖薄膜回收机具有难以卸载和包装薄膜的问题,工作差不良。为了解决这些问题,本文设计了一种链耙式覆盖薄膜回收机,可以实现连续耙膜,收集膜,运输膜,摇动土壤,卸载薄膜。 Rake牙齿是链耙覆盖回收机的基本部分。耙齿插入土壤的稳定性是确保塑料膜恢复的恢复效率的重要因素。通过虚拟原型模拟,本文研究了不同因素对耙齿插入土壤稳定性的影响。结果如下:①链耙的速度对插入土壤的耙齿的稳定性没有显着影响; ②降低耙齿的耐力在工作过程中,有利于提高耙齿插入土壤的稳定性; ③适当增加链耙弹性模量,有助于提高耙齿插入土壤的稳定性。

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