Circulating type stereoscopic warehouse

Abstract

The invention discloses a circulating type stereoscopic warehouse. The circulating type stereoscopic warehouse comprises a main framework, wherein vertical lifting chains are respectively arranged at the left and right sides of the main framework; a plurality of material storage units are respectively arranged at the front and back sides of the main framework and are arranged vertically; two ends of each material storage unit are respectively connected with the vertical lifting chains at the left and right sides; lifting chain guide rails are respectively arranged at the left and right sides of the main framework; the vertical lifting chains are located in the lifting chain guide rails and can do circulating movement along the lifting chain guide rails; a supporting member which is used for supporting the vertical lifting chains is arranged at the upper part of the main framework; a shifting chain wheel which is engaged with the vertical lifting chains is mounted at the lower part of the main framework, and a power mechanism is connected with the shifting chain wheel through a transmission shaft. According to the circulating type stereoscopic warehouse, due to the structure, the material storage units can be vertically circulated in the main framework, thus, the space unitization ratio of the warehouse is greatly increased, and vibration and noise during the operation of equipment can be effectively lowered, and electric power loss and use energy consumption are lowered.

Description

technical field [0001] The invention relates to a storage device, in particular to a warehouse. Background technique [0002] The existing logistics storage equipment mainly uses fixed shelves with forklifts, and uses manual visual management to send and receive materials and mainly record data. This mode is not only inconvenient to transport materials, but also prone to errors in data recording, which is not conducive to " Implementation of first in first out material management method. There are also some roadway-type three-dimensional fixed shelves, equipped with high-altitude stackers, and the computer automation management is the main way to realize the sending and receiving of materials. This kind of structure is complicated, which will easily lead to a long time for some materials to be picked up, and it is difficult to maintain when the equipment fails. Due to the limitation of high-altitude stacking conditions, it is mainly used for the storage of lightweight mater...

AI Technical Summary

Problems solved by technology

[0002]Existing logistics and storage equipment mainly use fixed shelves with forklifts to send and receive materials and record data mainly by manual visual management. This mode not only It is not convenient to carry materials, and data records are prone to errors, which is not conducive to the implementation of "first in first out" material management method

There are also some roadway-type three-dimensional fixed shelves, equipped with high-altitude stackers, and the computer automation management is the main way to realize the sending and receiving of materials. This kind of structure is complicated, which will easily lead to a long time for some materials to be picked up, and it is difficult to maintain when the equipment fails. Due to the limitation of high-altitude stacking conditions, it is mainly used for the storage of lightweight materials such as electronic components, and is not suitable for the storage of large and heavy materials

There is also a part of the three-dimensional warehouse designed with reference to the principle of vertical rotating shelves. It adopts two-stage sprocket chain transmission, the upper and lower sprocket chains are meshed and driven, and the computer automation management is the main mode. Material storage requirements, but the equipment itself is relatively heavy, during operation, vibration and noise are relatively large, motor power loss is relatively large, and energy utilization efficiency is low

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