Rotating equidistant material distributing device

Abstract

The invention provides a rotating equidistant material distributing device which comprises a base plate, a first horizontal sliding seat, a first linear driver, a rotating seat, a mounting frame, a first material distributing sliding seat, a second material distributing sliding seat, a linkage column body, an opening and closing linkage assembly, a pushing piece, a guide plate and a rotating linkage assembly. The guide plate guides the rotating linkage assembly to drive the rotating seat to drive the mounting frame to rotate until the moving directions of the first material distributing sliding seat and the second material distributing sliding seat are parallel to the left-right direction, and the opening and closing linkage assembly drives the first material distributing sliding seat andthe second material distributing sliding seat to get close to each other; and when the first horizontal sliding seat moves to a material distribution station, the guide plate guides the rotating linkage assembly to drive the rotating seat to drive the mounting frame to rotate until the moving directions of the first material distributing sliding seat and the second material distributing sliding seat are parallel to the front-back direction, the pushing piece pushes the linkage column body to move rightwards relative to the mounting frame, the linkage column body is in linkage with the openingand closing linkage assembly to drive the first material distributing sliding base and the second material distributing sliding base to be away from each other in the front-back direction.

Description

technical field [0001] The invention relates to the technical field of material transfer equipment, in particular to a rotating equidistant material distribution device. Background technique [0002] In the process of product production and assembly, it is necessary to separate materials equidistantly. However, the structure of the existing material transfer equipment is extremely complex, not only expensive, but also requires the cooperation of multiple structural parts and artificial auxiliary operations in the process of separating materials at equal distances, which is prone to errors and cannot be realized every time. The material distance remains the same. Moreover, it is necessary to manually rotate and adjust the material arrangement direction after equidistant separation to be perpendicular to the material arrangement direction before equidistant separation. The operation is cumbersome and complicated, the efficiency is low, and human errors are prone to occur, whi...

AI Technical Summary

Problems solved by technology

However, the structure of the existing material transfer equipment is extremely complex, not only expensive, but also requires the cooperation of multiple structural parts and artificial auxiliary operations in the process of separating materials at equal distances, which is prone to errors and cannot be realized every time. material distance is consistent

Moreover, it is necessary to artificially rotate and adjust the material arrangement direction after equidistant separation to be perpendicular to the material arrangement direction before equidistant separation. The operation is cumbersome and complicated, the efficiency is low, and human errors are prone to occur, which affects the subsequent production assembly accuracy and assembly. The yield rate of the

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