Gasket storage mechanism

Abstract

The invention provides a gasket storage mechanism. An outer charging barrel is vertically arranged on a gasket frame, an annular balancing weight presses the upper end of a gasket on the top layer inthe outer charging barrel through gravity to form axial impacting on gaskets, the top end of an inner charging barrel is fixedly arranged on the outer charging barrel through an inner charging barrelcover, the lower end of the inner charging barrel is inserted into inner holes of the gaskets, and the vertical distance between the bottom end face of the inner charging barrel and the upper end faceof a gasket pushing plate under the inner charging barrel is larger than the thickness of one gasket but smaller than the thicknesses of two gaskets so that only one gasket is pushed out every time.The gasket on the bottom layer falls on the gasket pushing plate through gravity, the gasket pushing plate can move forwards or backwards along a sliding groove in a base frame, the gasket on the bottom layer is forwards pushed out to a feeding station along with the forward moving of the gasket pushing plate, and non-return limiting of the gasket at the feeding station is formed through a non-return blocking rod. By means of the gasket storage mechanism, the material clamping problem cannot be solved through the ages can be solved, and it is guaranteed that the assembling process is conductedsuccessfully, so that the product quality and the production efficiency are improved.

Description

technical field [0001] The invention relates to the gasket assembly process in the automobile gearbox assembly process, more specifically, a gasket storage mechanism proposed for the phenomenon of material jamming that often occurs in the gasket pushing process at present. Background technique [0002] During the assembly process of automobile gearbox, gaskets are often assembled, and the thickness of gaskets is also varied, as many as a dozen. In addition, on the automatic assembly line, in addition to automatic measurement to select the appropriate gasket, the corresponding gasket needs to be automatically pushed out of the material frame through the pushing mechanism. , oil, magnetism and other issues lead to the problem of material jam when the gasket is pushed out, and the existing material frame only uses the combination of traditional material cylinder and counterweight to store and compress the gasket, which cannot solve the material jam problem. Contents of the in...

AI Technical Summary

Problems solved by technology

For this reason, the present invention proposes a gasket storage mechanism, in order to ensure that the gasket is pushed out smoothly, overcome the long-standing unsolved material jam problem, ensure the smooth progress of the assembly process, and improve product quality and production efficiency

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