Planet gear machining system and machining process

Abstract

The invention relates to the technical field of planet gear machining, in particular to a planet gear machining system and a machining process. The planet gear machining system comprises a bottom rack, supporting columns, a supporting plate, a limiting clamping mechanism and a grinding mechanism. According to the planet gear machining system and the machining process, in a designed grinding belt, an air bag can drive grinding abrasive paper to be tightly attached to planet gear teeth through the good deformation capacity of an air bag in the expansion process, so that the grinding abrasive paper grinds the planet gear teeth more thoroughly, and the situation that burrs left on the planet gear teeth affect the transmission effect of a planet gear in the follow-up using process is avoided. According to the planet gear machining system and the machining process, arc-shaped plates are formed by hinging a plurality of sets of arc-shaped strips through hinges, so that the contact area between inner supporting frames and the planet gear is increased when the planet gear is internally supported by the inner supporting frame, the planet gear is prevented from relatively rotating in the rotating process, and it is ensured that the planet gear more stably clamped by the supporting plate.

Description

Technical field [0001] The present invention relates to the technical field of planetary wheel processing, and more particularly to a planetary wheel processing system and a machining process. Background technique [0002] The planetary wheel refers to the rotating shaft in addition to the axis of rotation of its own rotation, in addition to the axis of rotation, and the planetary gear transmission is compared with the ordinary gear transmission with the gear system rotating about the axis of other gears. The most significant feature is that power shunt can be performed during transmission, and the input shaft and output shaft are on the same horizontal line, so the planetary gear transmission is now widely used in various mechanical transmission systems, speeds, and The shifting device, the planetary wheel needs to be worn out after processing, and the rotor affects the burrs between the rotten tooth affect the transmission effect between the planetary wheel. [0003] At present...

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Problems solved by technology

[0003] At present, there are the following problems in the grinding process of the planetary gear: a. In the traditional grinding process of the planetary gear, due to the lack of close contact between the grinding belt and the planetary gear teeth, the grinding belt has a negative impact on the planetary gear teeth during the grinding process. The burrs on the surface are not thoroughly polished, which affects the transmission effect of the planetary wheel in the subsequent use process; b. The planetary wheel needs to be clamped and limited before grinding. In the traditional clamping and limiting process, the clamping of the planetary wheel is unstable. As a result, the planetary gear is prone to relative rotation during the rotation process, resulting in a decrease in the rotational efficiency of the planetary gear, which in turn affects the grinding efficiency of the planetary gear teeth

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