Method and system for updating information of automatic distribution equipment in no-network state

Abstract

The method and system for updating the information of automatic distribution equipment in the state of no network includes the following steps: the network server regularly assigns one or two distribution robots to form a tour interconnection group, and each distribution equipment updates the respective equipment information in the position status table in real time; the network When disconnected, each distribution device establishes several interconnection groups based on short-distance communication technology, and selects the master device and slave device in the interconnection group; after the network is disconnected, the tour interconnection group collects and updates the position status table according to the preset tour route, The master device of each interconnection group is responsible for synchronously updating each distribution device in the interconnection group; after the network is restored, the network server sorts out the interconnection group information uploaded by all master devices, and sends it to each distribution device for update, and each distribution device returns to normal use . The invention enables the automatic distribution equipment to maintain basic information intercommunication after the network is disconnected, and allows customers to continue using the distribution system according to limited non-instant information.

Description

technical field [0001] The invention relates to the field of automatic distribution, in particular to a method and system for updating information of automatic distribution equipment in a no-network state. Background technique [0002] An existing automated distribution solution is that items are manually or automatically stored in a locker (also called a transfer device), and then the delivery robot (or delivery car) transfers the items from the locker to the storage space of the delivery robot, or After the items are transferred from the locker to the detachable and mobile distribution cabinet (also called smart cabinet), the distribution cabinet is then transferred to the robot, and finally the robot completes the distribution of the items or the distribution cabinet, and the items are delivered to the delivery destination Transfer directly to the locker at the destination site, or unload the distribution cabinet, and then automatically transfer the items in the distribut...

AI Technical Summary

Problems solved by technology

However, in the actual on-site operation, the network disconnection caused by equipment reasons and maintenance needs occurs from time to time, which will cause the entire set of automated distribution equipment to be unusable, affect the customer experience, and also reduce the entire distribution system. work efficiency

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