Power saving assistant device

Abstract

The invention relates to a power saving assistant device and belongs to the technical field of electronic communication. The device includes a power saving assistant module used for performing power saving setting on a terminal according to an electric quantity percentage, a detection module used for detecting the electric quantity percentage, and a starting module used for starting the power saving assistant module when the electric quantity percentage is detected for reaching a first threshold value. The detection module reads the electric quantity percentage of the terminal and transmits the electric quantity percentage to the starting module; the power saving assistant module is started when the starting module detects that the electric quantity percentage reaches the first threshold value; the power saving assistant module performs the power saving setting on the terminal; and the detection module, the starting module and the power saving assistant module are connected through thesignals. Through the adoption of the power saving assistant device, the power saving setting can be performed in a superposition manner by detecting different electric quantity percentages, the usercan be repeatedly reminded that the electric quantity is insufficient, and the purpose of reducing a power consumption speed can be achieved.

Description

technical field [0001] The application of the present invention relates to a communication terminal, in particular to a power-saving assistant device, which belongs to the technical field of communication. Background technique [0002] At present, mobile phones have become an indispensable part of people's daily life. The development of mobile phones has also developed from simple calls and text messages to intelligent devices. Humanization and user convenience are the biggest features of smart phones. No matter how smart the mobile phone develops, its driving force is the battery. The quality of a mobile phone battery, or the battery life is the most critical for users. As we all know, mobile phone batteries are energy storage tools that provide power for mobile phones, and mobile phone batteries generally use lithium batteries or nickel-metal hydride batteries. For the general consumer's understanding of mobile phone batteries, they mainly focus on two parameters, one is ...

AI Technical Summary

Problems solved by technology

But the actual situation now is that many mobile phone manufacturers have large battery capacity, but the power consumption is also very large. As a result, although users can intuitively see the large-capacity battery, they still feel that the battery life of the mobile phone is very weak.

There are also other manufacturers whose battery capacity is not large, but the power consumption is not bad, and the end users are in a mystery. Why is the battery capacity of this mobile phone much larger than that of the other, but the intuitive feeling after using the mobile phone is that the battery life of the mobile phone is similar. It's the power factor that's at work.

[0003] So aside from those other factors, we only look at the battery life of the mobile phone, that is, the battery life, and find that as our daily use becomes more and more frequent, the battery life of the mobile phone is a big problem, and it often needs to be charged several times a day. poor user experience

[0004] Nowadays, the common power-saving mode comes with the mobile phone, but it has two problems. One is that the user needs to actively turn it on, and often the power consumption is still very fast after the user forgets to turn it on.

The second is that the ordinary power-saving mode only simply restricts the function and cannot meet the various needs of users.

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