Intensive intelligent stereoscopic warehousing system for storing steel

Abstract

The invention provides an intensive intelligent stereoscopic warehousing system for storing steel. The system comprises a supporting frame, 2N supporting cross beams arranged on the left side wall and the right side wall of the supporting frame, a plurality of loading and transporting goods shelves mounted on the supporting cross beams, a lifting device and a control system. The supporting cross beams are symmetrically mounted on the left side wall and the right side wall of the supporting frame, and N layers of supporting cross beam sets in bilateral symmetry are formed. The lifting device is mounted on a guide rail of the supporting cross beam set on the uppermost layer in a sliding mode, and M rows of loading and transporting goods shelves are mounted on guide rails of the supporting cross beam sets on the other layers in a sliding mode. M loading and transporting goods shelves are placed on each layer of supporting cross beam set side by side, and thus N-1 layers and M rows of loading and transporting goods shelf sets are formed. Multiple intensive intelligent stereoscopic warehousing systems are spliced side by side for use and can share one lifting device, intelligent automatic storing and taking of long and heavy materials of multiple types are achieved, the work efficiency is improved, the labor intensity is reduced, and operation is convenient.

Description

technical field [0001] The invention relates to a storage system, in particular to an intensive intelligent three-dimensional storage system for storing steel. Background technique [0002] Intensive three-dimensional storage has received more and more attention because it occupies less land and makes full use of the height of the warehouse. Intensive storage racks can be divided into drive-in racks, press-in racks, gravity racks, heavy-duty mobile racks, and automated three-dimensional warehouse racks according to different structural forms. Drive-in racks enter the inside of the rack through forklifts for access operations. They are advanced and rear-end racks, and are widely used in industries with a single category or size; both press-in racks and gravity racks realize the self-sustainability of goods by setting a certain inclination angle. The high-to-low movement belongs to the shelf of the first-in-last-out type; the heavy-duty mobile shelf has at least one set of po...

AI Technical Summary

Problems solved by technology

The efficiency of cargo storage and retrieval is low, and palletizing sometimes easily causes cargo damage and deformation

[0005] (2) The allocation of storage locations is not scientific

Mainly rely on manual random storage of the order of goods entering and leaving the warehouse. The quality of on-site decision-making is determined by the experience of the warehouse staff, which lacks stability

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