Intelligent cargo channel

Abstract

The invention, which belongs to the technical field of cargo channels, provides an intelligent cargo channel, thereby solving a problem that the repeated operation is caused by the much line connection in the existing cargo channel internal structure and shipment with only one cargo channel. The intelligent cargo channel comprises an embedded cargo channel motor including a cargo channel motor andan embedded circuit board; mechanical connection and electrical connection between the cargo channel motor and the embedded circuit board are realized; and a main board is connected to a bus motherboard through a power line and a communication line. A plurality of contact ports are arranged on the bus motherboard and include a power contact port and a communication contact port; the multiple ports are in contact connection with a plurality of ports of the embedded circuit board. Therefore, the internal circuit connection mode of the cargo channel can be simplified; and simultaneous shipment of multiple cargo channels is realized.

Description

technical field [0001] The invention relates to a cargo lane, in particular to an intelligent cargo lane for a self-service vending machine. Background technique [0002] At present, the self-service vending machines on the market are equipped with multiple cargo lanes, and the motors corresponding to the multiple cargo lanes need to be driven separately, so as to realize the delivery of goods in each cargo lane. In the traditional self-service vending machine, the cargo lane motors only As a driving device, each cargo lane motor is connected to the main board through an independent power cable. When there are multiple (especially more than 10) cargo lane motors, there are many power lines inside the vending machine for connecting the cargo lane motors and the main board. , it brings a lot of inconvenience to the vending machine wiring, debugging and after-sales maintenance, and the maintenance cost is high; in addition, under this connection structure, multiple cargo lane m...

AI Technical Summary

Problems solved by technology

[0002] At present, the self-service vending machines on the market are equipped with multiple cargo lanes, and the motors corresponding to the multiple cargo lanes need to be driven separately, so as to realize the delivery of goods in each cargo lane. In the traditional self-service vending machine, the cargo lane motors only As a driving device, each cargo lane motor is connected to the main board through an independent power cable. When there are multiple (especially more than 10) cargo lane motors, there are many power lines inside the vending machine for connecting the cargo lane motors and the main board. , it brings a lot of inconvenience to the vending machine wiring, debugging and after-sales maintenance, and the maintenance cost is high; in addition, under this connection structure, multiple cargo lane motors are connected to the main board through a detection line, and it is impossible to detect multiple motors at the same time. The running status of the motor in each cargo lane can only meet the needs of a single cargo lane for shipment. When the user needs to purchase multiple items by himself, the operation must be repeated.

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