Intensive stereoscopic warehouse with article sorting device at top

Abstract

The invention provides an intensive stereoscopic warehouse with an article sorting device at a top. The intensive stereoscopic warehouse comprises a stereoscopic goods shelf, a material box, articles,a bottom input device and a top output device. The stereoscopic goods shelf comprises a plurality of goods lattices which are densely arranged in a horizontal grid shape in a top view. The material box comprises a common material box and an article packaging box. Bottom-layer material boxes located on a bottom layer and top-layer material boxes located on a top layer are included in the goods lattices, and the multiple layers of material boxes in the goods lattices are densely stacked into a row in a vertical direction through self weight. The intensive stereoscopic warehouse has advantages that each vertical goods lattice of the intensive stereoscopic warehouse can be filled with goods, a distance between the goods lattices is small, and a space utilization rate is higher than that of atraditional stereoscopic warehouse; through an output and input device at the top or the bottom, each goods lattice can be independently put into and taken out of a warehouse, and warehouse-in and warehouse-out are convenient; and sorting is directly performed on a top layer, the material box does not need to be delivered out of the warehouse, and sorting is more efficient and faster.

Description

technical field [0001] The invention relates to an intensive three-dimensional warehouse with an article picking device on the top, belonging to the technical field of intensive storage. Background technique [0002] The existing traditional three-dimensional warehouse is mainly composed of roadways, shelves and stackers. Every two rows of shelves need a roadway, that is, the roadway occupies at least 1 / 3 of the area in the top view, and the roadway occupies a large area, which reduces the space for goods in storage; In the vertical direction, there must be a certain space between the cargo compartments for the stacker to carry out the pick-and-place operation; in the same roadway, only the stackers at both ends can walk to the end of the roadway and connect the workpieces at the end of the roadway or pallets, to complete the storage, that is to say, every time the stacker picks and places a workpiece or pallet, it needs to walk to the end of the roadway, and the efficiency ...

AI Technical Summary

Problems solved by technology

[0002] The existing traditional three-dimensional warehouse is mainly composed of roadways, shelves and stackers. Every two rows of shelves need a roadway, that is, the roadway occupies at least 1 / 3 of the area in the top view, and the roadway occupies a large area, which reduces the space for goods in storage; In the vertical direction, there must be a certain space between the cargo compartments for the stacker to carry out the pick-and-place operation; in the same roadway, only the stackers at both ends can walk to the end of the roadway and connect the workpieces at the end of the roadway or pallets, to complete the storage, that is to say, every time the stacker picks and places a workpiece or pallet, it needs to walk to the end of the roadway, and the efficiency of storage and storage is low; warehouse, then pick, and then put into the warehouse after picking, the process is complicated and the picking efficiency is low

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