Three-dimensional intelligent storage mechanism and system, and control method of three-dimensional intelligent storage system

Abstract

The invention relates to a three-dimensional intelligent storage mechanism and system, and a control method of the three-dimensional intelligent storage system. According to the scheme, the three-dimensional intelligent storage mechanism comprises two parallel goods shelves and multiple shuttle vehicles arranged between the two goods shelves, wherein each goods shelf is provided with multiple storage positions and a track mechanism allowing the shuttle vehicles to move up and down and move horizontally; the bottom end of each goods shelf is provided with a conveying line capable of conducting bidirectional switching movement; each conveying line is evenly provided with multiple connecting positions at intervals in the length direction; a transferring mechanism and a horizontal positioning mechanism are arranged on each connecting position; a side surface positioning baffle plate is arranged on each transferring mechanism; and the shuttle vehicles move to the connecting positions through the track mechanisms, and material box taking operation is conducted through telescopic trays. The system comprises the three-dimensional intelligent storage mechanism, main control equipment, a first operation station and a second operation station. The method is a method for controlling the system. The three-dimensional intelligent storage mechanism and system, and the control method of the three-dimensional intelligent storage system provided by the invention have the advantages that the sorting efficiency can be remarkably improved, and the sorting cost can be remarkably reduced.

Description

technical field [0001] The invention relates to the technical field of logistics storage, in particular to a three-dimensional intelligent storage mechanism, system and control method thereof. Background technique [0002] In existing warehousing operations, sorting is one of the tasks that consume the most manpower and financial resources. In the traditional sorting process, the trolleys of the staff enter the warehouse picking area, and take out the corresponding products from the shelves one by one according to the order and put them into the trolleys. After the order is picked, push the trolley back and perform secondary sorting or enter the next operation process. This kind of warehouse system is a common "people-to-goods" working method. The sorting process involves a lot of physical labor such as walking and picking, and the utilization rate of shelf space is low and the floor space is large, resulting in low work efficiency and accuracy. And rental costs remain hig...

AI Technical Summary

Problems solved by technology

This kind of warehouse system is a common "people-to-goods" working method. The sorting process involves a lot of physical labor such as walking and picking, and the utilization rate of shelf space is low and the floor space is large, resulting in low work efficiency and accuracy. and rental costs remain high, unable to satisfy people's pursuit of a higher quality of life

[0003] For this reason, our company previously proposed CN109264284A, a three-dimensional warehouse system and its item sorting method based on an automated console, but this solution has only one entrance. There is still the problem of low work efficiency when the incoming goods are extracted, which is not conducive to reducing the cost of the factory

Images