Express cabinet monitoring method, system, storage medium and device

Abstract

The embodiment of the invention discloses a monitoring method, system, storage medium and equipment for express cabinets. The method includes: determining the target master cabinet and the slave cabinets corresponding to the target master cabinet from the express cabinets to be monitored; each of the slave cabinets sends monitoring data from the cabinet to the The target master cabinet machine; the target master cabinet machine sends the target master cabinet machine monitoring data and each of the slave cabinet machine monitoring data to the express cabinet monitoring server, so that the express cabinet monitoring server completes the monitoring of each of the express cabinet machines status monitoring. Through the above technical solution, more efficient monitoring of the states of multiple express cabinets is realized, and the communication efficiency between the express cabinets is improved.

Description

technical field [0001] Embodiments of the present invention relate to communication technologies, and in particular to a method, system, storage medium and equipment for monitoring express cabinets. Background technique [0002] Most of the express cabinets on the market are single-sided express cabinets (referred to as single-sided express cabinets), which have a central control machine and a screen. The express cabinet monitoring solution (single-point monitoring solution for short) for the single cabinet machine surface is: the central control machine communicates with the express cabinet monitoring server, and the central control machine periodically packs the business data and status monitoring data of the express cabinet, And sent to the express cabinet monitoring server. This single-point monitoring solution requires the central control machine of each express cabinet to establish a communication connection with the express cabinet monitoring server to achieve one-to...

AI Technical Summary

Problems solved by technology

For the status monitoring of multi-faceted express cabinets, if the traditional single-point monitoring solution is still adopted, then each central control machine needs to establish a communication connection with the express cabinet monitoring server, so that the number of network connections of the express cabinet monitoring server increases geometrically, resulting in The monitoring load of the express cabinet monitoring server has doubled, which can easily cause server overload

In addition, each central control machine does not directly communicate with each other, but relays the communication through the monitoring server of the express cabinet. This will make it impossible for one central control machine to know the status of other central control machines in a timely and accurate manner. If the central control machine does not know the information, the status records of each central control machine in the central control machine will be confused, resulting in waste of resources such as invalid communication and excessive consumption of traffic.

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