Corner brace assembling method for tile packaging and device thereof

Abstract

The invention relates to a corner brace assembling method for tile packaging and a device thereof. The device comprises a rack, an arc-shaped bending corner brace storage bucket arranged on the rack and a drawing and pushing device arranged at the outlet of the arc-shaped bending corner brace storage bucket, and is characterized in that a corner brace pushing-up device is arranged at the arc-shaped bending corner brace storage bucket of the corner brace storage bucket and comprises a push head and a power mechanism driving the push head to move. Compared with the prior art, the invention has the advantages that the corner brace can smoothly reach the outlet of the corner brace storage bucket and can then be smoothly taken out.

Description

Technical field: [0001] The invention relates to a structural improvement of a ceramic tile packaging machine. Background technique: [0002] The existing method of upper corner code for packaging tiles is to store the corner code in the bent corner code storage bucket, and then under the action of gravity, the corner code moves down until it reaches the outlet of the corner code storage bucket, and then through the suction 1. The pushing device pushes the corner code to the corner of the tile stack on the carton to wrap the corner of the tile stack. This kind of technology, because is to utilize gravity to make the angle code in the angle code storage bucket move toward the outlet of the angle code storage bucket, and the quantity in the angle code storage bucket is constantly changing, like this, pushes the angle code to move toward the outlet of the angle code storage bucket The gravity is also changing. If the corner code storage bucket is full of corner codes, the grav...

AI Technical Summary

Problems solved by technology

This kind of technology, because is to utilize gravity to make the angle code in the angle code storage bucket move toward the outlet of the angle code storage bucket, and the quantity in the angle code storage bucket is constantly changing, like this, pushes the angle code to move toward the outlet of the angle code storage bucket The gravity is also changing. If the corner code storage bucket is full of corner codes, the gravity will be large. Under the action of supergravity, the corner codes will be tightly clamped at the outlet of the corner code storage bucket, so that the corner codes cannot be moved smoothly. If there are few corner codes in the corner code storage bucket and the gravity is small, the gravity of the corner codes will not be enough to push the corner codes to reach the exit of the corner code storage bucket smoothly, so that the corner codes cannot be smoothly removed. take out

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