Full-automatic metal plate stacking device

Abstract

The invention provides a full-automatic metal plate stacking device. The full-automatic metal plate stacking device comprises a machine base, wherein a blanking mechanism is arranged on the machine base, and the blanking mechanism comprises a first crawler belt and a second crawler belt which are symmetrically arranged. A plurality of supporting platforms are uniformly arranged on the outer side faces of the first crawler belt and the second crawler belt, the inner sides of the first crawler belt and the second crawler belt run at the same linear speed downwards, and a downward running material clamping area is formed between the first crawler belt and the second crawler belt. The first crawler belt is connected with a second roller through a first roller, and the second crawler belt is connected with a fourth roller through a third roller. A first screw is fixedly arranged at one end of the second roller, a second screw is fixedly arranged at one end of the fourth roller, and the machine base is movably connected with a third screw and a fourth screw, wherein the third screw is engaged with the first screw and the fourth screw is engaged with the second screw. The lower ends of the third screw and the fourth screw are correspondingly connected with supporting plates positioned below the material clamping area, and the machine base is provided with a back plate positioned at one side of the first crawler belt and parallel to the running direction of the first crawler belt. The full-automatic metal plate stacking device has the advantages of being capable of reducing the working intensity, stable in blanking and the like.

Description

technical field [0001] The invention belongs to the technical field of can making equipment and relates to a fully automatic metal plate stacking equipment. Background technique [0002] In the can making process, the metal coil is first cut into pieces, and then the aluminum sheets are printed and stamped one by one to make packaging cans. After the metal coil is sliced, it needs to be stacked during the process of coming down from the conveyor belt. Stacking, because the aluminum sheets are sharp after cutting, manual stacking is easy to cause cuts, and the efficiency is extremely low, which cannot meet the high-speed blanking of the cutting board production line, resulting in blockage and disorderly state. [0003] For the improvement and design of the stacking equipment, there are the following technical problems: the feeding position cannot be precisely positioned, and manual assistance is required; the material receiving base cannot respond to the increase in the thick...

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Problems solved by technology

[0002] In the can making process, the metal coil is first cut into pieces, and then the aluminum sheets are printed and stamped one by one to make packaging cans. After the metal coil is sliced, it needs to be stacked during the process of coming down from the conveyor belt. Stacking, because the aluminum sheets are sharp after cutting, manual stacking is easy to cause cuts, and the efficiency is extremely low, which cannot meet the high-speed blanking of the cutting board production line, resulting in blockage and disorderly state

[0003] For the improvement and design of the stacking equipment, there are the following technical problems: the feeding position cannot be precisely positioned, and manual assistance is required; the material receiving base cannot respond to the increase in the thickness of the metal plate, so that the filter plate falls at a higher position, and the Cannot be stacked neatly after falling, etc.

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