Multilayer tray type stereoscopic warehouse module and stereoscopic warehouse

Abstract

The invention provides a multilayer tray type stereoscopic warehouse module. The multilayer tray type stereoscopic warehouse module is characterized by comprising a goods storage mechanism, a plurality of conveying channels, a plurality of warehouse-in and warehouse-out mechanisms and a plurality of goods storing and taking mechanisms, wherein the goods storage mechanism is provided with a plurality of sets of goods shelves, each set of goods shelves is provided with a plurality of storage layers used for storing goods, and each storage layer is provided with a plurality of goods positions used for storing the goods; the conveying channels are arranged between every two adjacent goods shelves; the warehouse-in and warehouse-out mechanisms are positioned at the bottom or the end of the goods storage mechanism and comprise warehouse-in conveyors and warehouse-out conveyors; and the goods storing and taking mechanisms walk in the conveying channels and are used for storing and taking thegoods, walking rails extending in the length direction of the conveying channels are arranged at the conveying channels, and the goods storing and taking mechanisms are movably arranged on the walkingrails and are provided with goods bearing tables which can move in the vertical direction and are used for bearing the goods.

Description

technical field [0001] The invention relates to the technical field of mechanical equipment, in particular to a multi-layer tray-type three-dimensional warehouse module and a three-dimensional warehouse. Background technique [0002] With the development of the manufacturing industry, the application of three-dimensional warehouses is becoming more and more extensive. Three-dimensional warehouses can achieve the purpose of occupying a small area and effectively utilizing space. [0003] The current automated three-dimensional warehouse mainly includes shelves, roadway stackers for accessing and transporting goods, cargo rails matched with shelves or roadway stackers, and entry and exit conveyor lines matched with roadway stackers for picking and unloading goods. The conveying lines at the in and out ends are arranged at both ends of the racks. [0004] The conveying equipment in the traditional automated three-dimensional warehouse is designed at both ends of the shelf, and...

AI Technical Summary

Problems solved by technology

[0004]The conveying equipment in the traditional automated three-dimensional warehouse is designed at both ends of the shelf, and then the goods are put into the warehouse by the roadway stacker to the designated location or Take out the goods to the outbound conveying equipment. Due to the limitation of the number of conveying lines, it limits the picking supply capacity, resulting in a weak picking function.

Since the roadway stacker has certain requirements on the height of the three-dimensional warehouse, when the empty height of the three-dimensional warehouse is about 24 meters, the utilization efficiency of the roadway stacker is the highest, but the empty height of the general flat warehouse is mostly 7 meters~ 9 meters, if the roadway stacker is used, it will cause a waste of the capacity of the roadway stacker and reduce its utilization efficiency

In addition, the track of the roadway stacker is arranged on the ground, which has higher requirements on the ground, which leads to higher manufacturing costs of the traditional three-dimensional warehouse

Images