Intelligent borrowing and returning system for cell phone portable powers

Abstract

The invention relates to an intelligent borrowing and returning system for cell phone portable powers. The system comprises: a self-service borrowing and returning cabinet, a server and a client. The client is communicationally connected to the self-service borrowing and returning cabinet by the server. The self-service borrowing and returning cabinet comprises a cabinet body. The cabinet body is provided with multiple layers of storing devices therein. The storing device of each layer comprises a plurality of storing boxes. The front surface of the cabinet body is provided with a plurality of storing box covers corresponding to the storing boxes. Each storing box is correspondingly provided with a portable power and a special charging device of the portable power. The portable power is charged by the special charging device of the portable power in the storing box. An inner wall of the storing box cover is provided with a switching device. The beneficial effect of the intelligent borrowing and returning system is: an intelligent borrowing and returning system for cell phone portable powers with simple structure, easy operation and wide application is provided.

Description

technical field [0001] The invention relates to an intelligent borrowing and returning system of a mobile power supply for a mobile phone. Background technique [0002] With the improvement of people's living standards, mobile phones, IPADs and notebook computers have become necessary electronic products for business people and college students, especially mobile phones, which are electronic products that everyone will carry with them. With the diversification of mobile phone application functions, the power consumption is also gradually intensified, which leads to the user's mobile phone often running out of power after only a few hours. It can only be charged when returning to the office or home, so it has a serious impact on the work and life of the user. Since the prior art does not provide a self-service technology for returning a leased mobile power supply to a mobile power supply rental terminal, and correspondingly does not provide a self-service technology for rent...

AI Technical Summary

Problems solved by technology

With the diversification of mobile phone application functions, the power consumption is also gradually intensified, which leads to the user's mobile phone often running out of power after only a few hours. Can wait until returning to the office or home to recharge, so it has a serious impact on the user's work and life

Since the prior art does not provide a self-service technology for returning the leased mobile power supply to the mobile power supply rental terminal, and accordingly does not provide a self-service technology for renting a mobile power supply from the mobile power supply rental terminal, it is impossible to provide users with flexible charging services

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