Chain type green brick grouping device

Abstract

The invention relates to the technical field of green brick grouping equipment and discloses a chain type green brick grouping device which comprises carrying units, a grouping unit and two transmitting units, wherein the two transmitting units are arranged at the two ends of the grouping unit separately; the carrying units are arranged above the two transmitting units in a sliding and hanging manner; the grouping unit comprises a conveying component, a collecting and arranging component and a plurality of groups of sensors; the conveying component and the adjacent end of the collecting and arranging component are in seamless connection; and the sensors are arranged on the conveying component and the collecting and arranging component. Through mutual cooperation of the carrying units, thegrouping unit and the two transmitting units, full-automatic grouping carrying operation of green bricks can be realized; in addition, during the actual using process, the green bricks can be groupedaccording to the specifications needed by stacking; and through the structural design, the chain type green brick grouping device can completely replace traditional manual operation to carry and groupgreen bricks, the green bricks with various specifications can be grouped and arranged efficiently and precisely, and the automation degree and the working efficiency are high.

Description

Technical field [0001] The invention relates to the technical field of tile grouping equipment, in particular to a chain type brick grouping device. Background technique [0002] Brick is an important construction material, and it is used very much in the actual construction of large houses. At present, the process of the finished product section of the brick factory is basically completed by humans, and the whole process of unloading the finished finished bricks from the kiln car and transporting them to the designated area for stacking and placing has a great impact on the physical strength of the workers and the resistance to high temperature A great test, and the excessive physical exertion of workers in the process of handling and palletizing will lead to low work efficiency, and at the same time, it is easy to bump into the finished bricks and lead to low yield. [0003] In addition, the transportation part of the existing brick grouping equipment uses multiple conveying lin...

AI Technical Summary

Problems solved by technology

At present, the finished product section of the brick factory is basically completed manually, and the whole process of unloading the fired finished bricks from the kiln car and then transporting them to the designated area for stacking and placing is very difficult for the physical strength of the workers and their tolerance to high temperatures. It is a great test, and the excessive physical exertion of workers in the process of handling and palletizing will lead to low work efficiency, and it is also prone to bumps on finished bricks, resulting in low yield

[0003] In addition, the transportation part of the existing adobe grouping equipment adopts the method of arranging the end to end of multiple conveying lines to transport the adobes. However, since the ends of any two groups of conveying lines are arc-shaped, the There will be pits and gaps at the junction of the bricks, so the bricks are prone to tilting or overturning when passing through here. In order not to affect the follow-up work, manual adjustments are still required, so high automation cannot be achieved.

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