Method for detecting and displaying charging information of mobile power supply

Abstract

When a mobile power supply charges a mobile electronic device through a charging transfer way, a detection and display method for mobile power supply charging information includes the steps: a data acquisition step comprising that according to a user choice, at least one group of mobile power supply parameter data and at least one group of machine parameter data are provided, and then the mobile power supply parameter data and the machine parameter data are respectively transmitted to an operation module of a processing unit of the mobile electronic device; an integration and operation step comprising that after the mobile power supply parameter data and the machine parameter data are integrated and operated by the operation module, charging information is generated; and an information output step comprising that the charging information is transmitted and outputted to an input and output device of the mobile electronic device. Therefore, the method can avoid the problem that a mobile phone and the mobile power source both have no electricity due to missing for charging the mobile power supply, and efficacies of significantly improving the product availability and use convenience can be achieved.

Description

technical field [0001] The present invention relates to a method for detecting and displaying charging information of a mobile power supply, in particular to a method for enabling charged electronic products to calculate and display charging information for a mobile power supply. Background technique [0002] see figure 1 As shown, smart phones or tablet computers are quite common mobile electronic products 1 at present. When they face power shortage, in addition to replacing another battery for the mobile electronic The mobile power supply 2 (Power Bank) is used to charge the mobile electronic product 1 (internal battery), thereby extending the battery life of the mobile electronic product 1. Here, the detailed structure and operating principle of the mobile power supply 2 are based on It is well known to those skilled in the art, and will not be repeated here. [0003] The existing mobile power supply 2 charging mobile electronic product 1 application framework can achie...

AI Technical Summary

Problems solved by technology

[0003] The existing mobile power supply 2 charging mobile electronic product 1 application framework can achieve the effect of supplementing the power of mobile electronic product 1 to prolong its use time, but there is only power (energy) transmission and exchange between the two, and other data It has not been extracted, integrated or properly used, so that some basic and convenience-related problems have not been dealt with and resolved. For example, the user cannot know how much the mobile power supply 2 can charge the mobile electronic product 1 at the moment Once, the approximate data can only be estimated based on empirical rules. In this way, the opportunity to charge the mobile power supply 2 is often missed, and the situation that both the mobile electronic product 1 and the mobile power supply 2 are out of power will be faced, resulting in The convenience and practicability of the product are greatly affected. Therefore, how to develop a method that can detect and display the charging information of the mobile power bank has become a very practical and urgent technical issue.

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