Pneumatic logistics receiving and dispatching station

Abstract

The invention relates to a pneumatic logistics receiving and dispatching station. The pneumatic logistics receiving and dispatching station comprises a motor drive board, a receiving and dispatching station main control board, a touch screen, a direct current brush motor, a magnetic sensor, a photoelectric sensor and a prompting sound producer. The motor drive board is connected with the direct current brush motor and the magnetic sensor, and the motor drive board controls the direct current brush motor and acquires running data of the direct current brush motor. The receiving and dispatchingstation main control board is connected with a domain controller and used for completing a dispatching command of the domain controller and uploading state information of the receiving and dispatchingstation main control board to the domain controller. The touch screen is connected with the receiving and dispatching station main control board and used for inputting sending tasks, querying receiving and dispatching records, querying fault records and configuring receiving and dispatching control parameters. The photoelectric sensor is connected with the receiving and dispatching station main control board and used for detecting the positions where objects are borne. The prompting sound producer is connected with the receiving and dispatching station main control board and used for producing prompting ring when object bearing is received at the station. The pneumatic logistics receiving and dispatching station has a normal working mode, a debugging working mode, a locking working mode,a forbidden working mode and the like, and different requirements of the receiving and dispatching station are met.

Description

technical field [0001] The invention relates to the control field of an intelligent transceiver station, in particular to a pneumatic logistics transceiver station. Background technique [0002] Hospitals, large supermarkets, libraries and other social and public service institutions usually need to transfer a large number of items between different areas. The traditional transfer work is usually carried by the staff manually, which wastes a lot of manpower and takes a lot of time. . With the advancement of science and technology, currently hospitals and other service organizations usually use pneumatic logistics transmission systems to transport items, which solves the problem of automatic distribution of logistics between buildings. [0003] The transceiver station is the terminal of the pneumatic logistics transmission system, which is used for the sending and receiving of item carriers. The general pneumatic logistics transceiver station has little human-computer inter...

AI Technical Summary

Problems solved by technology

The general pneumatic logistics transceiver station has little human-computer interaction information during the use process. The sender does not know whether the receiver has received the carrier at the transceiver station, which is easy to cause the loss of the carrier. The sending and receiving records need to be queried on the upper computer of the system.

At the same time, the site cannot prompt and record fault information, which is not conducive to the immediate removal of minor faults

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