Battery power guaranteeing method and battery power guaranteeing apparatus for portable electronic product, and mobile terminal

Abstract

The invention relates to a portable electronic product, specifically to a battery power guaranteeing method and a battery power guaranteeing apparatus for the portable electronic product and a mobile terminal. The method comprises the following steps: detecting current battery power of a system; analyzing battery power usable time; and sending a power maintenance prompt message used for prompting a user to carry out charging and / or power saving when the battery power usable time is lower than expected battery usage time. The apparatus comprises a battery power detector, a battery power usable time analyzer, a power maintenance controller and the like. Through continuous detection of current battery power of the system, the power maintenance prompt message used for prompting the user to carry out charging and / or power saving is sent when the analyzed battery power usable time is lower than the expected battery usage time. The mobile terminal has the function of active prompting for charging / power saving in an important time period, which is beneficial for guaranteeing that power sufficient for normal usage of the portable electronic product is maintained in the important time period when the user goes to or gets off work or in other important time periods, so product performances are improved and demands of the user are satisfied.

Description

technical field [0001] The present invention relates to portable electronic products, in particular to a battery power guarantee method, device and mobile terminal for portable electronic products. Background technique [0002] At present, with the rapid development of mobile communication technology, mobile terminal users not only put forward high requirements on the functions, reliability and operability of mobile phones, but also have higher and higher demands on the humanized design of mobile phones. This requires mobile phone designers to consider the needs of users in many aspects, and battery life is one of the design indicators that needs to be focused on. [0003] As the only power source for most mobile phones when they are not connected to a charger during daily use, the battery has a great impact on the normal use of the mobile phone. However, due to the bottleneck in the development of battery technology, the power of mobile phone batteries is very limited, res...

AI Technical Summary

Problems solved by technology

However, the actual effect of this type of charging scheme is still insufficient: on the one hand, although this type of technical scheme can solve the problem of mobile phone standby time that users care about, most users seldom pay attention to when to charge when using mobile phones. When it is almost exhausted, there is no chance to charge, which leads to the lack of power of the mobile phone and cannot be used normally; on the other hand, even if users know how much time their mobile phones can use, they seldom calculate accurately whether the mobile phone battery can be used. Long time and when should be charged, so users often mistakenly believe that the battery is sufficient and do not charge it in time, which eventually leads to the battery being exhausted during an important period of time and unable to use the mobile phone normally

[0006] Similar to the use of mobile phone batteries, other mobile terminals such as tablet computers, smart game consoles, smart navigators, smart remote controls, and smart set-top boxes also have the above-mentioned problems. They all need to be powered by batteries. off, making their duration of use more limited

Although some battery charging schemes have been proposed in the prior art, none of them can fully meet the needs of users.

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