Stereoscopic perpendicular circulating warehouse

Abstract

The invention relates to the technical field of material warehouses, in particular to a stereoscopic perpendicular circulating warehouse. The stereoscopic perpendicular circulating warehouse comprises a plurality of hanging baskets, a chain, lifting sprockets and a lifting driving mechanism, wherein the hanging baskets are used for carrying material boxes, the chain consists of a plurality of triangular chain plates, and the lifting sprocket and the lifting driving mechanism are mounted on a framework, a chain plate wheel inner rail and a chain plate wheel outer rail are mounted on the framework and form a stereoscopic perpendicular circulating rail, two chain plate wheels of each triangular chain plate are arranged in the stereoscopic perpendicular circulating rail, the lifting driving mechanism is in drive connection with the lifting sprockets, the lifting sprockets are in drive connection with the chain, and the chain drives the hanging baskets and the material boxes to rotate along the stereoscopic perpendicular circulating rail circularly. The stereoscopic perpendicular circulating warehouse can be applied to requirements of conventional warehousing and assembling production line fields, has advantages of high space utilization rate, automatic storage and delivery and energy saving and can meet the requirement of supply of massive spare parts, and turnover time of the spare parts is short, and labor and material resources can be reduced greatly.

Description

technical field [0001] The invention relates to the technical field of material warehouses, in particular to a three-dimensional vertical circulation warehouse. Background technique [0002] The existing material warehouse is mainly flat structure, and the space utilization rate is low. Some warehouses also adopt a three-dimensional frame structure. Although the utilization rate of storage space is improved, it is not convenient to carry. There are also some warehouses, referring to the operation principle of automated books and materials, through the linear movement of X / Y / Z coordinates, the mechanized entry and exit of materials in storage is realized. The warehouses made by this principle have a long running time and are currently mainly used in electronic Automatic access to light and small parts, if used to access larger and heavy parts, the structure becomes cumbersome and difficult to implement. The main defects are low space utilization, complex structure, many and ...

AI Technical Summary

Problems solved by technology

[0002] The existing material warehouse is mainly flat structure, and the space utilization rate is low

Some warehouses also adopt a three-dimensional frame structure. Although the utilization rate of storage space is improved, it is not convenient to carry

There are also some warehouses, referring to the operation principle of automated books and materials, through the linear movement of X / Y / Z coordinates, the mechanized entry and exit of materials in storage is realized. The warehouses made by this principle have a long running time and are currently mainly used in electronic Automatic access to light and small parts, if used to access larger and heavy parts, the structure becomes cumbersome and difficult to implement. The main defects are low space utilization, complex structure, many and staggered motion tracks, and energy consumption. larger

In addition to the traditional warehousing requirements, the assembly line site also needs a material warehouse. However, the existing material warehouse cannot meet the demand for a large number of spare parts on the assembly line site, and the turnaround time of spare parts is long, requiring a lot of manpower and material resources.

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