Semi-automatic stacking device based on electric control adjustment

Abstract

The invention discloses a semi-automatic stacking device based on electric control adjustment. The semi-automatic stacking device comprises a moving trolley, rotating equipment installed at the middle of the moving trolley and a balance weight box fixed to one side of the rotating equipment, wherein the lifting rotating equipment is provided with an anti-shaking assembly used for preventing bricks from shaking in the lifting process to affect accurate stacking, and a semi-automatic adjusting assembly which is used for performing adjusting conveniently according to the sizes of the bricks and protecting the bricks in the lifting process is arranged at the bottom of the anti-shaking assembly. The semi-automatic stacking device based on electric control adjustment is different from the prior art, when workers stack the bricks, the situation that equipment can work only when held by hands of the workers in the using process is avoided, shaking in the brick lifting process is avoided through the anti-shaking assembly, the brick stacking accuracy is greatly guaranteed, meanwhile, the size of the device can be adjusted in real time according to the brick size, the clamping range is expanded, the universality of the device is improved, and protection is performed in the lifting process.

Description

Technical field [0001] The present invention relates to the technical field of hollow brick code discharge devices, and is specifically a semi-autobly-controlled code discharge device based on electronically controlled regulation. Background technique [0002] The hollow tile is a wall main material that is commonly used in the construction industry. Due to the advantages of small quality, consumption of raw materials, it has become the product recommended by the national building department. Like the red brick, it is made of clay and coal residue as a raw material. Based on the treatment, molding, drying and calcination, according to the parts of the construction project, the brick is divided into a wall brick, the floor brick, the arch shell brick, the ground brick, the sewer brick and chimney brick, etc., according to different building performance For the load-bearing bricks, non-supporting bricks, engineering bricks, insulation bricks, sound bricks, finished bricks, flip til...

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Problems solved by technology

[0003] However, we found in actual use that existing bricks are often used in the process of transshipment with some brick stacking equipment to stack the produced bricks in an orderly manner, but for some small brick factories, the stacking equipment The structure is simple, and the bricks are mainly clamped by the rotation of the two cross-connecting rods during the lifting process, which not only leads to poor clamping effect, but also cannot be used for bricks of different sizes, which increases the transfer to a certain extent At the same time, when the equipment is in use, it must be held by the staff to ensure the avoidance of shaking and the accuracy of stacking when the device is moving. However, when the equipment fails or human error occurs, it is easy to cause the bricks to fall, and then It will cause certain harm to the surrounding staff. For this reason, we propose a semi-automatic stacking device based on electronic control adjustment

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