Mobile power supply rental management method, storage medium, electronic equipment

Abstract

The invention provides a mobile power supply lease management method. The mobile power supply lease management method comprises the steps that a borrowing instruction is obtained, a borrowed mobile power supply is marked in a leased state, and a background terminal records the lease starting time of the borrowed mobile power supply; a returning instruction is obtained, and a device storing mobilepower supplies sends the detected mobile power supply returning instruction to the background terminal; state detection is performed, and a mobile power supply detecting instruction is sent to the corresponding device storing mobile power supplies, wherein the mobile power supply detecting instruction is used for detecting whether registration information and lease information are stored in the mobile power supply or not; expense settlement is performed, the background terminal calculates lease expense according to the lease starting time obtained from the lease information. The invention alsorelates to a storage medium and an electronic device. Mobile-side operation of a user is not needed, the returning steps of the user is decreased, the current on the main power supply side is monitored in real time, and it is ensured that a device can also perform returning and settlement under the situation of mains supply outage. The mobile power supply lease management method is ingenious in design, excellent in user experience and convenient to popularize and apply.

Description

technical field [0001] The invention relates to a mobile power supply leasing management method, in particular to a mobile power supply leasing 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. On the one hand, shared charging leases on the market rely entirely on mobile terminal operations, that Users need to operate mobile devices such as mobile phones when lending and returning them. For...

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 power banks have become accompanying devices for people to go out or charge outdoors; driven by the sharing economy, shared charging projects have emerged. On the one hand, shared charging leases on the market rely entirely on mobile terminal operations, that Users need to operate mobile devices such as mobile phones when lending and returning them. 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 fails, or the mobile power supply is returned by other people; on the other hand, the rental terminals on the market rely on the mains power. Even if the equipment is returned, the above problems cannot be solved.

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