Automatic storage warehouse equipment

Abstract

The invention discloses automatic storage warehouse equipment. The automatic storage warehouse equipment comprises a storage rack vertically placed, and multiple carrying cars arranged in the storage rack in parallel from top to bottom at intervals; multiple translation rails positioned on two sides of the carrying cars are arranged in the storage rack; a lifting carrier capable of moving up and down along the storage rack is arranged on the outer side of the storage rack; and a storage device is mounted on the lifting carrier, and can drag the carrying cars to slide onto the lifting carrier along the translation rails. The automatic storage warehouse equipment can place goods on the carrying cars in the storage rack in a layered manner through the lifting carrier and the storage device on the lifting carrier, precisely takes the goods on the carrying cars in corresponding layers through the lifting carrier and the storage device when the goods need to be taken, can prevent the extrusion damage of the goods by the goods accumulation when effectively improving the goods storage efficiency, and is applied to the automatic storage warehouse field.

Description

technical field [0001] The invention relates to the field of automatic storage and warehousing, in particular to an automatic storage warehouse equipment. Background technique [0002] There will be a material placement area near the traditional shearing machine or laser machine. In the material placement area, plates of different specifications are hoisted to the workbench according to production needs, or the materials are manually or automatically fed for cutting work. In order to save space, usually The boards of different specifications are stacked together, but when the boards are extracted, the upper layer of materials needs to be hoisted away to remove the required boards, and then the previously lifted boards are reset. [0003] After the cutting is completed, the rest of the boards have to be hoisted back to their original places. At the same time, it is also necessary to consider not to crush the bottom boards. Therefore, there are strict requirements on the order...

AI Technical Summary

Problems solved by technology

[0003] After the cutting is completed, the rest of the boards have to be hoisted back to the original place. At the same time, it is also necessary to consider not to crush the bottom board, so there are strict requirements on the stacking order and height, and the process took a lot of time

[0004] When there are many types and specifications of stored materials, or when the storage volume is large, there are disadvantages of low work efficiency and large floor space, and when the stacking is too high, it is easy to cause deformation and damage of the underlying materials

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