A pneumatic intelligent cache station

Abstract

The invention discloses a pneumatic intelligent buffering station, which comprises an article conveying main pipe, a Roots blower A, an article multi-directional converter, a radial sliding converter, a pushing box stacking buffer station and a control system. The inner cavity of the article conveying main pipe is an article The conveying chamber A is equipped with a control valve movable on the article conveying main pipe, and the article conveying main pipe is equipped with a Roots blower A; there are several unit warehouses on the pushing box stacking buffer station, and a rotary converter is installed outside the pushing box stacking buffer station. The article conveying main pipe is connected to the radial sliding branch pipe of the buffer transfer carousel through the article multi-directional converter and the radial sliding converter; the radial sliding branch pipe of the buffer transfer carousel is correspondingly connected to the unit warehouse of the pushing box stacking buffer station. The invention can realize the transportation of articles in the whole building and the whole factory, without human participation in the transportation process, and has the advantages of high reliability, high density, less land occupation, intelligence and automation.

Description

technical field [0001] The invention relates to the technical field of article pipeline transportation, in particular to a pneumatic intelligent buffer station. Background technique [0002] At present, in the field of industrial manufacturing, a large number of mechanical assembly lines and intelligent robots with a high level of automation have appeared and applied, with various types and mature technologies. However, for service-oriented industries such as hotels, hospitals, catering companies, unmanned warehouses, and libraries, there are currently no intelligent machines that can completely replace human work and provide high-quality services. In response to this situation, a kind of item transportation machine is developed. After receiving the delivery order, the item will be automatically navigated by the item transport machine to transport the item to the designated location, so as to realize the item transportation of the entire building and the entire factory. Ther...

AI Technical Summary

Problems solved by technology

However, this robot is difficult to manufacture, has a complex structure, and requires high processing precision for structural parts.

Most of the above-mentioned handling robots are limited to work on the same floor, and it is difficult to meet the transportation requirements of some hotels and office buildings between different floors

[0004] To sum up, the transportation of articles in the existing factories, living, and logistics systems generally uses a combination of assembly lines and intelligent robots to realize the transportation of articles. Items cannot be accurately transported to the designated location for storage. Assembly lines and intelligent robots are generally open layouts, which is not conducive to the transportation of some important items

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