Green brick code cutting process

Abstract

The invention discloses a green brick code cutting process. The process comprises the following steps of firstly cutting out sections of mud strips; and then conveying the mud strip sections to a stacking platform through a annular conveyor; and then cutting the mud strip sections into green bricks on the stacking platform by using a green brick cutting off machine; and finally stacking is completed by a stacking robot through a green brick conveyor robot. Compared with the existing production technology, the process has the advantages that the the conveying route form green brick forming is to finishing the stacking is greatly shortened, so that the risk of falling and lodging of the green bricks in the conveying process of the annular conveyor is avoided; moreover, the brick is cut intoa shape on the stacking platform, and the grabbing times between the forming of the green brick and the stacking can be effectively reduced, so that the probability that the green brick is clamped tosmash is effectively reduced, and meanwhile, the investment cost, the production cost and the equipment maintenance cost of the green brick production equipment are effectively reduced.

Description

technical field [0001] The invention belongs to the technical field of sintered brick production, and mainly relates to a brick adobe cutting and coding process in the sintered brick production process. Background technique [0002] Sintered brick is a man-made small block base material for construction. Chinese Invention Patent Publication Document CN103465365B discloses an automated brick-making production line, which includes a circular orbit and a rotary arc-shaped kiln body and a stacking platform that move along the annular orbit. Conveyor, install brick forming unit, cloth blank table and first grabber on the inner side of the ring conveyor, install second grabber, brick group conveyor belt and palletizing robot on the stacking platform, first grabber and The second grasping machine is connected by a ring conveyor. When this automatic brick production line is working, the mud strips are first cut into bricks by the brick forming unit, and then the bricks are sent to...

AI Technical Summary

Problems solved by technology

[0003] This automatic brick production line adopts the production process of cutting out the bricks first and then using the ring conveyor to send the bricks to the palletizing platform, which makes the conveying line of the bricks too long, and the bricks often vibrate or break down due to equipment during the conveying process. Due to human error and other factors, the adobes could not be transported in place smoothly due to factors such as human error, and the adobes passed through two grabbing machines and stacking robots in turn during the transportation process, which increased the risk of the adobes being pinched and crushed. It will affect the palletizing efficiency and quality of subsequent bricks, and even affect the continuous production of the production line in severe cases, resulting in a great impact on the production efficiency of fired bricks

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