WORMGEAR

Research on cutting transition surface of the wormgear by hob

滚刀切制蜗轮过渡曲面

A study on the design of wormgear hob for the worm gearing with controllable second order contact characteristics

可控二级啮合特性的蜗轮滚刀设计

Analysis of Performance Parameters of Superfine Powder Wormgear Classifier

超微粉涡轮分级机性能参数分析

Development and application of EP worm and wormgear oils

极压型蜗轮蜗杆油系列产品的研制与应用

Character-based CAD / CAE / CAPP System Research of Wormgear

基于特征的蜗杆传动CAD/CAE/CAPP集成系统的研究

The Study on the Meshing Theory of Toroidal Planet Wormgear Drive with Ball Tooth

球形齿超环面行星蜗杆传动的啮合理论研究

Application of Backlash Adjustable Plane Wormgear with Variable Tooth Thickness Enveloping Worm Transmission in the Traction Machine for Lifts

侧隙可调式变齿厚平面蜗轮包络环面蜗杆传动在电梯曳引机上的应用

A new inspection method , which can directly inspect the quality of mesh in wormgear and worm by capturing its mesh image with CCD camera and making use of video technology , was discussed in this paper .

采用视频检验技术，通过CCD摄像机摄取电能表蜗轮蜗杆啮合图像，利用视频分划技术对电能表蜗轮蜗杆的啮合深度进行检验。

The micro mechanical properties were analyzed by nano-indentation technique . The surface contact stress of the repaired teeth in the steel-steel spur gear transmission and steel worm against copper wormgear transmission were calculated and analyzed .

用纳米压痕法研究了各修复涂层的弹性模量等微观力学性能，由此分析计算了钢-钢直齿圆柱齿轮传动和钢蜗杆与铜蜗轮传动修复齿面的接触应力。

Through analyzing the performance parameters of superfine powder wormgear classifier , the velocity distribution of gas stream flowing in the classifier was built up , and the particle diameter formula for wormgear classification was derived .

研究了超微粉涡轮分级机性能分析的数学模型，建立了涡轮分级流场速度分布模型，推导了涡轮分级颗粒粒径公式。

By this method , both the productivity of wormgear honning and the accuracy of wormgear can be increased owing to the application of the high honning speed and the powerful brake moment .

这种工艺采用较大的珩磨速度和较大的制动力矩，既提高了生产率，又保证了高精度。

Moreover , taking the motion law into account and with the Boolean subtraction calculation of the solids of worm and wormgear at every meshing position , the solid modeling of hourglass worm parts is realized .

考虑运动规律，对每个啮合位置的蜗杆实体与蜗轮轮齿实体进行布尔减运算，进而实现环面蜗杆零件的实体建模。

In the end , the superiority of plane worm with variable tooth thickness traction machine was proofed by the efficiency and load capacity test to the cylindrical wormgear and plane worm with variable tooth thickness traction .

在此基础上，通过圆柱蜗杆传动曳引机和变齿厚平面蜗轮传动曳引机的效率及承载能力试验，证明变齿厚蜗轮传动及其曳引机的优越性。