Jacking and side-pushing mechanism

Abstract

The invention aims to provide a jacking and side-pushing mechanism which is accurate in positioning, low in cost and small in occupied space. The jacking and side-pushing mechanism comprises a blocking jacking mechanism arranged at the bottom of a conveying line and side pushing positioning mechanisms symmetrically arranged on the two sides of the conveying line, wherein the blocking jacking mechanism comprises a blocking assembly and a jacking assembly, and the blocking assembly and the jacking assembly intercept and lift products on the conveying line correspondingly; each side pushing positioning mechanism comprises a supporting base, a side pushing air cylinder and a pushing block, wherein the supporting base is fixed to the side surface of the conveying line through a vertical plate,and the pushing block is arranged on the supporting base in a sliding fit mode through a linear slide rail arranged in the direction perpendicular to the length direction of the conveying line; each side pushing air cylinder is fixed to the supporting base and drives the pushing block to do reciprocating linear motion, at least two guide pins matched with products are arranged on the pushing block, and the two side pushing positioning mechanisms are matched with the products on the conveying line at the same time to conduct positioning calibration. The jacking and side-pushing mechanism is applied to the technical field of positioning mechanisms.

Description

technical field [0001] The invention is applied to the technical field of positioning mechanisms, and in particular relates to a jacking and side pushing mechanism. Background technique [0002] In industrial automation production, the belt transmission line is widely used in the long-distance transmission of small and medium-sized materials, but the movement position accuracy of the transmission line is often low. When other processes require precise positioning of the material during transmission, it cannot meet the demand. Generally, there are two methods for precise positioning of materials in the belt transmission line. One is to take the materials out of the transmission line and place them in a separate working position for operation. For this purpose, it is necessary to set up an independent transportation mechanism and transport the equipment of the process with the belt. The second is to use high-precision cameras for precise positioning. The above methods all have...

AI Technical Summary

Problems solved by technology

Generally, there are two methods for precise positioning of materials in the belt transmission line. One is to take the materials out of the transmission line and place them in a separate working position for operation. For this purpose, it is necessary to set up an independent transportation mechanism and transport the equipment of the process with the belt. The second is to use high-precision cameras for precise positioning. The above methods all have the disadvantages of high overall cost and occupying a certain space.

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