Shared power bank combined cabinet and communication transmission control method

Abstract

The invention discloses a shared power bank combined cabinet and a communication transmission control method. The shared power bank combined cabinet comprises a combined cabinet host and a first slave; a host control module and a communication module are integrated in the combined cabinet host; the first slave comprises a first control module, a first identification module, a second identification module, a first communication module and a first motor driving module; the first identification module, the second identification module, the first communication module and the first motor driving module are electrically connected with the first control module respectively; the first identification module provides an access signal of the first slave for the host control module; the first communication module is used for realizing communication data transmission between the first slave computer and the combined cabinet host computer; and the first motor driving module is used for driving the plurality of shared power banks in the first slave to pop out of the combined cabinet. The shared power bank combined cabinet provided by the invention has the advantages of high expansibility and reliable communication transmission.

Description

technical field [0001] The invention relates to the technical field of charging treasures, in particular to a combined cabinet for sharing charging treasures and a communication transmission control method. Background technique [0002] In the era of sharing the Internet of Things, the shared power bank, as a kind of charging rental equipment, brings a lot of convenience to people's work and entertainment life. Most of the shared charging treasures in the existing technology are integrated into a cabinet, which can only provide a very limited number of charging treasures, which affects the user experience; Flexible deployment of shared resources such as power banks. For example, when the frequency and flow of the shared power bank cabinets in a certain area are high, the salesman can only investigate a certain place where the use is relatively tight, and then increase the number of integrated cabinets. Although this approach can solve the problem of related problems Howeve...

AI Technical Summary

Problems solved by technology

Most of the shared charging treasures in the prior art are machines that are integrated into a cabinet. This kind of machine can only provide a very limited number of charging treasures, which affects the user experience; in addition, the existing shared charging treasure cabinets cannot achieve more reasonable, intelligent, Flexible allocation of shared resources such as charging treasures

For example, when the use frequency and traffic of shared power bank cabinets in a certain area are high, the salesperson can only investigate the tight use of a certain area, and then increase the number of machines integrated into the cabinet. Although this approach can solve the problem problem, but more centralized management cannot be achieved, and the shared power bank combination cabinet occupies a large area, and at the same time wastes manpower and material resources

In addition, the existing shared charging treasure group mostly uses one-to-many communication buses such as bus-type protocols such as can, but the development cost and complexity will be higher, which sometimes leads to inaccurate control of the shared combined cabinet, and collective uploading of the slaves to the bus Data or reports are in disorder, unable to adapt to the development of the times and meet the needs of intelligent services

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