Automatic goods shelf and automatic warehouse

Abstract

The invention relates to the technical field of warehousing, in particular to an automatic goods shelf and an automatic warehouse. The automatic goods shelf comprises a main frame, a motor, chain wheels, chains and suspending frames, wherein the chain wheels are arranged at the two ends of the main frame in a rotating manner; the motor is fixedly connected with any chain wheel and can drive the chain wheels to rotate; the chains are separately meshed with the chain wheels at the two ends of the main frame; the plurality of chains are arranged in parallel; the horizontal height of the two chain wheels meshed with the same chains are identical; and the plurality of suspending frames are fixedly arranged on the chains. The automatic warehouse comprises a conveyor belt, a goods taking rail car and the automatic goods shelf, wherein the goods taking rail car is arranged at one end of the main frame and used for conveying goods on the suspending frames driven by the motor to one end of the main frame and then unloading the goods; and the conveyor belt is arranged below the goods taking rail car. According to the automatic goods shelf and the automatic warehouse, provided by the invention, the structure is simple and practical, the goods taking efficiency can be effectively increased, and the automatic goods shelf is particularly suitable for a large-warehouse-capacity and high-input-output-quantity three-dimensional automatic warehouse for small packs.

Description

technical field [0001] The invention relates to the technical field of storage, in particular to an automatic shelf and an automatic warehouse. Background technique [0002] Automated three-dimensional warehouse, as an important logistics storage facility, has been greatly developed, and its mainstream includes roadway stacker and shuttle car. First of all, there must be high-level shelves, and the goods are stored in corresponding cells according to specific rules. The roadway stacker runs between two rows of high-rise shelves, moves back and forth and lifts to the designated cell, drags or pushes the goods to be stored, and then transports them to the loading and unloading port at the end of the shelf; the shuttle car is Walking between the shelves, each floor must be set up, the shuttle car on the designated floor moves back and forth to the designated cell, drags out or pushes the goods to be stored, and then transports them to the end of the shelf, and then sends the g...

AI Technical Summary

Problems solved by technology

It is impossible for the stacker to reach this speed. The shuttle car can only increase the volume of incoming and outgoing goods by shortening the length of the shelf and increasing the number of shuttle cars. The cost is extremely high, and it is not easy to achieve a higher throughput.

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