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Design Technique Research of Fine-forged Spur Bevel Gear Tooth Profile Modification

机译:精锻正齿轮锥齿轮齿廓修形设计技术研究

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摘要

Gear tooth profile modification can be featured to improve working stability of gear equipments, abate noise and vibration, enhance loading ability and prolong usage life of the gears. Fine forged spur bevel gear are formed with molds, so it is economical to modify the gears by means of modifying mold cavity. Whether the modified gears can be separated from the mold with easiness is proposed to be the basic criterion of gear tooth profile modification design. Near the big ends and tooth roots is mainly the area which affects demolding after modification. According to the modified gear configuration, mathematical model is built to calculate the demolding check at any modification points on the fine forged spur bevel gear profile. And a corresponding program is developed, which is the main tool for the gear tooth profile modification design, and practical calculation has carried out.
机译:齿轮齿廓的修整可以提高齿轮设备的工作稳定性,减轻噪音和振动,增强负载能力并延长齿轮的使用寿命。精锻正齿轮是用模具制成的,因此通过改变模具型腔来改变齿轮是经济的。提出了改进后的齿轮是否可以容易地与模具分离的方法,是齿轮齿形修改设计的基本标准。靠近大头和牙根的区域主要是影响改性后脱模的区域。根据修改后的齿轮配置,建立数学模型以计算精锻正齿锥齿轮轮廓上任何修改点的脱模检查。并开发了相应的程序,该程序是齿轮齿形修改设计的主要工具,并进行了实际计算。

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