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1)  Engagement force
齿轮啮合力
1.
The solid prototype of the synchronization gear pump which is established by tridi- mensional software Solidworks designs to realize the gear pairs simulating assemble and engagement force simulation.
为了实现同步齿轮泵的齿轮副模拟装配和齿轮啮合力仿真,利用三维实体软件Solidworks建立了同步齿轮泵的实体模型,基于Hertz静力弹性接触理论,利用Solidworks插件Cosmsmotion进行了同步齿轮泵的啮合力仿真,得出了同步齿轮泵的啮合力分布特点。
2)  gear pump without mesh-force
无啮合力齿轮泵
1.
The principle of gear pump without mesh-force and gear parametric design
无啮合力齿轮泵原理及其齿轮参数化设计
2.
In the paper a gear pump without mesh-force design idea,structure principle and characteristics were presented.
针对普通齿轮泵存在较大的不平衡径向力等问题,介绍了无啮合力齿轮泵的设计思想、结构原理和特点,以无啮合力齿轮泵体积最小为目标建立无啮合力齿轮泵的优化数学模型,应用MATLAB优化工具箱进行无啮合力齿轮泵的结构参数优化设计,在满足约束条件下对其主要参数进行运算,得出了优化结果,提高了设计精度和设计效率。
3)  gear mesh
齿轮啮合
1.
An exact dynamic simulation of the gear mesh has come ture based on the advantage of Pro/E and ADAMS,taking the standard involute right tooth columnar gear as an example.
将Pro/E三维建模软件和ADAMS动力学仿真软件相结合,以标准渐开线直齿圆柱齿轮为例,进行了齿轮啮合的精确动力学仿真。
2.
Comparison is made between the three kinds of bearing arrangement modes in bearing life and gear mesh.
从轴承寿命和齿轮啮合2个方面对3种布置方式进行比较。
4)  Gear engagement
齿轮啮合
1.
The machining errors of gear that relate to the nature of involute are studied with gear engagement theory and combining grinding-machining in this paper and they are summarized as transmissio.
本文综合运用了齿轮啮合理论,并以磨齿加工为例,系统地研究了与渐开线性质有关的齿轮加工误差产生的啮合机理,并将其概括为传动误差、回转轴相对位置误差及刀具误差。
5)  gear meshing
齿轮啮合
1.
Based on the theories of digital conjugate surface and gear meshing,a method for machining Digital Gear Tooth Surfaces(DGTS) was proposed.
利用数字化共轭曲面原理和齿轮啮合原理对数字化齿面加工方法进行研究。
2.
By the aid of theory of conjugate surfacesand theory of gear meshing, the generation of two dimen-sional digital tooth surfaces presented by discrete pointswas investigated.
利用共轭曲面原理和齿轮啮合原理对以离散点表达的二维数字化齿面的展成加工进行了研究。
3.
Applying the research method of the theory of gear meshing,the author introduces the interrelated conception of t he sphere of gear research to the earn members.
本文主要应用齿轮啮合的研究方法来处理摆动定型导槽反凸轮机构,将齿轮研究领域内的相关概念推广到该类机构申去,从而揭示了摆动定型导槽反凸轮机构的本质特征,获得一组完整的重要参数的精确计算公式。
6)  contacting gear
啮合齿轮
补充资料:齿轮双面啮合检查仪
      见齿轮综合检查仪。
  

说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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