A high-density storage storage device

Abstract

The invention relates to the technical field of storage equipment, and discloses a high-density storage storage device, comprising a shelf and a handling tower. The lower end of the frame has no bottom, and the moving support plate can extend into the interior of the inner box. The high-density storage storage device is directly stacked in the storage compartment of the shelf, and the goods are transported in a single row. Compared with the overall handling of the stacked goods, the requirements for the width of the reserved passage for the goods are greatly reduced. The floor space of the aisle is reduced, the goods are placed in a single row on the storage chassis for transportation, and the goods are also lifted in rows when they are lifted. The requirements for power equipment are lower. On the other hand, the mass of a single lift is less, the center of gravity shift caused by pushing into the rack is smaller, and the requirements for equipment counterweight are lower.

Description

technical field [0001] The invention relates to the technical field of storage equipment, in particular to a high-density storage storage device. Background technique [0002] Modern high-density storage warehouses have realized automated operations on the substrate, automatically packing, stacking and transporting goods to shelves, mainly including shelves, stackers and shuttle vehicles. [0003] Traditional goods are stacked from bottom to top when they are put into the warehouse, and then the stacked goods are moved to the shelves by unmanned trucks. Therefore, the distance between the shelves should be larger than the area occupied by the goods when they are stacked. The movement of the trucks causes the moving passage of the trucks to occupy a large space, which reduces the actual space utilization rate of the warehouse and increases the storage cost. [0004] Secondly, the goods in the warehouse are usually arranged in three-dimensional multi-layers to increase the sp...

AI Technical Summary

Problems solved by technology

[0003] Traditional goods are stacked from bottom to top when they are put into the warehouse, and then the stacked goods are moved to the shelves by unmanned trucks. Therefore, the distance between the shelves should be larger than the area occupied by the goods when they are stacked. The movement of the truck causes the moving channel of the truck to occupy a large space, which reduces the actual space utilization rate of the warehouse and increases the storage cost

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