A sorting device for planet carrier parts

Abstract

The invention discloses a planet carrier class part sub-packaging device. The planet carrier class part sub-packaging device is used for assembling a part in a planet carrier onto a planet hub and comprises a locating module and an installing module. The locating module comprises a base, a center pin and a top pin. The base is provided with a rotary disc for holding the planet hub. The center pin is arranged in the middle of the base in an up-down moving mode and is used for primary locating of the part. The top pin is arranged in the base in an up-down moving mode and is used for locating the planet hub and for secondary locating of the part in an installation position. The installing module comprises a clamping jaw and a limiting assembly. The clamping jaw can move vertically up and down and horizontally front and back and is used for taking and placing the part. The limiting assembly is used for limiting the moving stroke of the clamping jaw. When installed, the part is located initially by the center pin, and then the part is horizontally pushed to the installation position of the part through the clamping jaw. Through the planet carrier class part sub-packaging device, planet carrier class parts can be assembled simply and fast, and the condition of bumping of a worker can be avoided in the assembly process.

Description

technical field [0001] The invention relates to the technical field of gearbox assembly, in particular to a planet carrier-like parts subassembly device. Background technique [0002] The planet carrier in the gearbox has a compact structure, many parts, and a small internal space, resulting in a small assembly space for a series of small parts such as planet pins, gaskets, bushes, and planet teeth in the planet carrier, and the assembly is operable. Low reliability and difficult assembly. [0003] At present, in the assembly process of gearbox planet carrier parts, a series of small parts such as planetary pins, gaskets, bushes, and planetary gears are usually manually loaded into the planetary hub. There are many small parts and the internal space is small. During the manual assembly process, there are often problems such as personnel bumping, low assembly efficiency, and long time consumption, which will affect the production cycle, cost, and employees themselves. [00...

AI Technical Summary

Problems solved by technology

[0002] The planet carrier in the gearbox has a compact structure, many parts, and a small internal space, resulting in a small assembly space for a series of small parts such as planet pins, gaskets, bushes, and planet teeth in the planet carrier, and the assembly is operable. Low reliability, difficult assembly

[0003] At present, in the assembly process of gearbox planet carrier parts, a series of small parts such as planetary pins, gaskets, bushes, and planetary gears are usually manually loaded into the planetary hub. There are many small parts and the internal space is small. During the manual assembly process, there are often problems such as personnel bumping, low assembly efficiency, and long time consumption, which will affect the production cycle, cost, and employees themselves.

[0004] Moreover, during the manual assembly process, the planetary teeth, gaskets, and bushings cannot be centered with the planetary pin holes on the planetary hub, and there is a positional deviation, which also increases the difficulty in the installation of the planetary pins.

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