A mobile power supply rental return management method, storage medium, and electronic equipment

Abstract

The invention provides a portable power source rental and return management method. The method comprises the steps of obtaining a return instruction, wherein equipment storing a portable power sourcesends the detected portable power source return instruction to a background terminal; detecting a state, wherein after receiving the return instruction, the background terminal sends a portable powersource detection instruction to the corresponding equipment storing the portable power source, and the portable power source detection instruction is used for detecting whether registration information and rental information are stored in the portable power source or not; clearing charges, wherein according to the rental starting time obtained in the rental information, the background terminal calculates the rental charges. The invention further relates to a storage medium and electronic equipment. According to the method, the operation of a user mobile terminal is not needed, and the return steps are reduced for a user; combined with the use of intelligent power distribution and intelligent guidance, the placement problem of the portable power source in the return process is fully solved,the portable power source charging process is optimized, and meanwhile, the number of portable power sources which can be lent in leasing equipment is ensured to a certain extent. The design is ingenious, the user experience is excellent, and application and popularization are facilitated.

Description

technical field [0001] The present invention relates to a mobile power supply lease management method, in particular to a mobile power supply lease return management method, a storage medium, and electronic equipment. Background technique [0002] With the development of science and technology, mobile devices such as mobile phones and tablets have been integrated into the lives of the public, but with the increase in the frequency of use of mobile devices, high requirements are placed on the battery life of mobile devices. On the one hand, the power capacity of mobile devices is increasing On the other hand, mobile power sources such as power banks have become accompanying devices for people to go out or charge outdoors; driven by the sharing economy, shared charging projects have emerged, and shared charging leases on the market rely entirely on mobile terminal operations, that is, users borrow It is necessary to operate mobile devices such as mobile phones when going out a...

AI Technical Summary

Problems solved by technology

[0002] With the development of science and technology, mobile devices such as mobile phones and tablets have been integrated into the lives of the public, but with the increase in the frequency of use of mobile devices, high requirements are placed on the battery life of mobile devices. On the one hand, the power capacity of mobile devices is increasing On the other hand, mobile power sources such as charging treasures have become accompanying devices for people to go out or charge outdoors; driven by the sharing economy, shared charging projects have emerged, and shared charging leases on the market rely entirely on mobile terminal operations, that is, users It is necessary to operate mobile devices such as mobile phones when going out and returning. For the operation of returning the mobile power supply, the process is cumbersome and consumes the user's time and traffic, especially when the mobile power supply is separated from the user, the return cannot be completed; for example, the mobile device If there is a failure, or the mobile power supply is returned by other people, these current methods of returning through mobile devices cannot solve the above problems, and there is an urgent need for a convenient and faster return method

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