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Cycloid hypoid gear tooth surface geometry is complex, only its machining simulation, error sensitivity, meshing performance and tooth surface active […]

For cycloid hypoid gears processed by double-sided method, both sides of the tooth groove are processed at the same time,

The tooth surface error directly affects the meshing performance of the tooth surface. Due to the inevitable machining error and

TCA technology uses computer to simulate the meshing process of gear pair under no-load condition, and can obtain each instantaneous

With the rapid development of China’s automobile industry and the increasingly close cooperation with automobile enterprises in Europe, America, Japan,

After nearly 70 years of development, the technology of hypoid gear has been continuously improved, but as one of the

Hypoid gears (also known as hypoid gears) are used to transmit motion and power between staggered shafts, and are widely

Hypoid gear has the advantages of strong bearing capacity, high transmission efficiency and large overlap coefficient. It is widely used

The tool inclination method is used to process the hypoid gear. Since the number of teeth of the small wheel

With the increase of transmission ratio, the pitch cone angle of the large wheel will increase. The risk of large

The main factors to be considered in the design of hypoid gear with few teeth are meshing restriction conditions, cutting

This paper mainly introduces the design and calculation of geometric parameters of hypoid gears with small number of teeth and

At present, the design and research of gears with small number of teeth and large reduction ratio are less in

Gleason company of the United States was the first to put forward the hypoid gear transmission, and it was only

Hypoid gear with small number of teeth and large reduction ratio also has some shortcomings compared with other staggered shaft