1) crusher worm
破碎蜗杆
2) worm and worm gear
蜗杆蜗轮
1.
Mathematical descriptions of worm and worm gear and the means of accurate accomplish based on Pro/E are introduced, parametric design is accomplished by the second development, mechanical simulation is carried out,the working case is dynamic observated.
介绍了蜗杆蜗轮形状的数学描述,实现蜗杆蜗轮精确三维实体造型的方法。
2.
This paper takes the worm and worm gear as an object,discusses a define of character and parameter and the research of worm and worm gear,which could be used in similar hardware,introduces the theory and method of the redevelopment approachor UG with Visual C++.
文章以蜗杆蜗轮为对象,论述了参数化特征建模技术,使用Visual C++对UG进行二次开发,实现了蜗杆蜗轮的三维参数化实体建模,所完成的三维实体零件模型为后续的有限元分析、机构仿真和数控加工提供了必要条件,并展望了参数化特征建模技术的优势和三维造型技术的应用前景。
3) worm wheel-worm
蜗轮-蜗杆
5) worm
[英][wɜ:m] [美][wɝm]
蜗杆
1.
Research of Designing Exact Non-involute Spur Gear Hob Worm;
非渐开线直齿圆柱齿轮滚刀基本蜗杆精确设计方法探讨
2.
Modeling Studying of TI Worm in the Environment of ANSYS;
基于ANSYS环境下TI蜗杆的造型研究
3.
Parametrization design of worm based on Pro/E;
基于Pro/E的参数化蜗杆设计
6) worm gear
蜗杆
1.
The cooperative design of worm gear over network is realized using ASP components technique,and the 3D worm gear solid image is produced on line.
通过对ASP组件技术的运用,实现对蜗杆零件的网络化协同设计,在网上在线生成蜗杆的三维实体。
2.
Based on the analysis of lubrication,efficiency,and contact load of surface asperities about worm gear transmission ,as well as the equation presented by Chittenden et al,a new scuffing factor was suggested to evaluate the tribological state of worm gear transmission.
通过对蜗杆传动的润滑、效率与表面微峰接触载荷的分析, 提出了一个新的蜗杆传动胶合失效判断因子, 它综合考虑了润滑油膜破裂、微峰塑性变形与摩擦发热三种因素; 基于Chittenden等的油膜厚度公式分析了蜗杆传动的油膜厚度, 理论计算结果表明这一新的胶合因子在蜗杆传动润滑分析中具有指导意义, 但对新的胶合因子仍需进一步实验验证。
补充资料：HW型蜗轮粉碎机
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条