Automated warehouse structure

Abstract

The invention discloses an automatic warehouse structure, which comprises a warehouse body, a lifting plate is arranged near the top of the warehouse body, the lifting plate is fixed on the warehouse body, a lifting device is installed on the upper surface of the lifting plate, and the lifting device extends on the outer side of the warehouse body On the top, the lifting device and the lifting plate are integrally connected. There is a three-dimensional shelf in the warehouse body. The top of the three-dimensional shelf is equipped with a cargo label plate. The cargo label plate adopts an electronic board structure. The bottom of the three-dimensional shelf is equipped with a track, and the three-dimensional shelf corresponds to the rail connection. A card slot is provided, and a sliding bar is built in the card slot, and a retaining bar is installed on the lower surface of the track, and the top of the bar is fixed on the track. The automatic warehouse structure can monitor the incoming and outgoing goods in real time to ensure the safety of the warehouse. The structure is simple and easy to operate, and the goods can be better lifted and stored, and the movement is very convenient. Automatic storage and retrieval of large and small goods, and high efficiency.

Description

technical field [0001] The invention relates to a warehouse structure, in particular to an automatic warehouse structure. Background technique [0002] With the vigorous development of the logistics industry, higher requirements have been put forward for the three-dimensional warehouse, and cost saving and utilization rate improvement have become the mainstream trend. With the increasingly high requirements for cargo management, the automatic management and control of the three-dimensional warehouse has also been affirmed by the market. And also, as most of the automated warehouses for heavy-duty goods or large materials use stackers to carry goods and realize the access of goods, the stackers use forks or pallets on their tracks to realize the level, up and down in the roadway. This requires the size of the shelf to meet the requirements of handling, but this also leads to low space utilization of the three-dimensional warehouse, and the size of the stored goods is limit...

AI Technical Summary

Problems solved by technology

And also, as most of the automated warehouses for heavy-duty goods or large materials use stackers to carry goods and realize the access of goods, stackers use forks or pallets on their tracks to realize the level, up and down in the roadway. This requires the size of the shelf to meet the requirements of handling, but this also leads to low space utilization of the three-dimensional warehouse, and the size of the goods accessed is limited. Therefore, a more reasonable design is required to reduce its space occupancy. , so that more goods can be stacked

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