Separating component

Abstract

The invention relates to a material distributing assembly, a material pushing cylinder is installed on a fixed seat, a material pushing rod is installed on the material pushing cylinder, a sliding guide assembly is installed on the fixing seat, and the pushing rod is installed on the sliding guiding assembly; the fixing seat is equipped with a positioning seat; the right side of the positioning seat is provided with a boss, and the boss is equipped with a stopper block that limits the sliding of the bushing, and the push rod can pass through the stopper block; on the fixed seat and on the left side of the positioning seat, there is a The runner plate through which the sleeve passes; the positioning seat is provided with a trough capable of accommodating the bushing, and the upper part of the positioning seat is equipped with a feed pipe connected with the trough; the right side of the positioning seat is equipped with a distribution cylinder fixed block Cylinder, the front end of the material distribution cylinder is equipped with a material distribution block, and the material distribution block passes through the positioning seat and can extend into the material trough; the optical fiber is installed on the fixed seat through the optical fiber fixed seat. The optical fiber of the present invention senses the incoming material of the bushing, and the material distribution cylinder drives the material distribution block to push out to separate the two bushes; the pushing cylinder moves to push the next bushing into the flow channel plate.

Description

Technical field: [0001] The invention relates to the field of material distribution equipment, in particular to a material distribution component that separates two adjacent bushes. Background technique: [0002] When pressing the bushing onto the product, the bushing is supplied to the trough of the positioning seat through the feeding pipe. There are multiple sets of bushings adjacent to each other in the feeding pipe, and the bushing needs to be pressed before pressing. Separate them one by one and send them to the bushing seat. The existing technology does not have the function of material distribution. The bushes in the trough are directly pushed out of the chute for material distribution. In this way, the material distribution will cause two adjacent bushes up and down. There is friction between them and the surface of the bushing is damaged, and sometimes it is impossible to detect whether there is a bushing in the trough, which brings inconvenience to the subsequent ...

AI Technical Summary

Problems solved by technology

[0002] When pressing the bushing onto the product, the bushing is supplied to the trough of the positioning seat through the feeding pipe. There are multiple sets of bushings adjacent to each other in the feeding pipe, and the bushing needs to be pressed before pressing. Separate them one by one and send them to the bushing seat. The existing technology does not have the function of material distribution. The bushes in the trough are directly pushed out of the chute for material distribution. In this way, the material distribution will cause two adjacent bushes up and down. There is friction between them and the surface of the bushing is damaged, and sometimes it is impossible to detect whether there is a bushing in the trough, which brings inconvenience to the subsequent installation

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