Refrigerator-type pneumatic material flow receiving station and pneumatic transmission system formed by refrigerator-type pneumatic material flow receiving station

Abstract

The invention discloses a refrigerator-type pneumatic material flow receiving station and a pneumatic transmission system formed by the refrigerator-type pneumatic material flow receiving station. Therefrigerator-type pneumatic material flow receiving station comprises a refrigerator, a pneumatic pipeline, a valve shell and a valve lifting assembly, wherein an inlet is formed in the refrigerator;a valve shell is fixed outside the refrigerator; a valve groove is formed in the valve shell; the valve shell is provided with a pneumatic pore passage penetrating through the valve groove; the outlet end of the pneumatic pipeline is hermetically connected with the pneumatic pore passage of the valve shell; and an inner cavity of the refrigerator, the pneumatic pore passage and the pneumatic pipeline sequentially communicate with one another; the valve lifting assembly comprises a driving mechanism and an on-off valve, wherein the driving mechanism is provided with a lifting rod; the drivingmechanism drives the lifting rod to move up and down in a reciprocating mode; the on-off valve is fixed to the end of the lifting rod; and the on-off valve moves up and down in the valve groove located in the valve shell; and a roots blower is installed on the pneumatic pipeline. According to the refrigerator-type pneumatic material flow receiving station and the pneumatic transmission system formed by the refrigerator-type pneumatic material flow receiving station, automatic and intelligent pneumatic logistics transportation operation is realized, articles can be directly transported to the refrigerator at a user terminal, preservation of the articles can be facilitated, and transportation efficiency and transportation quality are improved.

Description

technical field [0001] The invention relates to a pneumatic material flow receiving terminal and the field of pneumatic material flow, in particular to a refrigerator-type pneumatic material flow receiving station and the formed pneumatic transmission system. 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 l...

AI Technical Summary

Problems solved by technology

Some existing logistics storage devices can only store items, and cannot mechanize the transportation of the source of the items. The items are often placed in the storage device manually, which will increase the workload of the staff; at the same time, The existing item storage device is not convenient for the transfer of items

Moreover, the current transportation methods of smart warehouses are carried by robots and a small number of manual workers. The defects are as follows: slow operation, low efficiency, low safety, and low transportation efficiency

The receiving end of the pneumatic pipeline transportation system in the prior art is generally either a transfer station or an integrated buffer station, etc., and does not directly send items or intelligent delivery warehouses to the refrigerator in the user's home, which is very unfavorable for the transportation of fresh food or fresh fruit. Fresh food or fresh fruit is easily damaged or deteriorated after being stored in the transfer station or integrated cache station for a long time, which is not conducive to the healthy consumption of users

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