Method for enhancing endurance capacity of large screen mobile electronic device

Abstract

The invention provides a method for enhancing the endurance capacity of a large screen mobile electronic device which saves power and enhances the endurance capacity of the device by steps of: selecting an 1 / N area of the screen timely and appropriately for display (N is greater than or equal to 1, namely the whole or local screen) by means of software, in light of characteristic that pixels of the screen of certain mobile electronic device can be closed and according to balance between the display effect and the endurance requirement without changing original hardware configuration of the device; and meanwhile, closing the residual pixels of the screen which are not selected for display. During the implement and in the use process of the device, the software adjusts the size of the display area of the screen appropriately in real time according to information such as user manual command, predetermined endurance requirement and current power balance and the like to realize the optimal consideration of the display effect and the endurance requirement desired by the user, so the contradiction between trend of large screen and high pixel and poorer endurance capacity of the battery of the current mobile electronic equipment is better solved.

Description

technical field [0001] The invention relates to a method for improving the battery life of a large-screen mobile electronic device, which is used for the purpose of improving the battery life of the device by adjusting the display area of ​​the screen without affecting the original function. Background technique [0002] In the past two years, large-screen mobile electronic devices such as tablets and smart phones have been rapidly popularized around the world with their irresistible brilliant colors and fine images, and their screen size and pixel matrix are also constantly creating new records. However, since the power consumption of large screens with high pixels cannot be underestimated, with the increasing screen size of such devices, the battery life continues to decline. Mobile electronic devices with large screens equipped with conventional batteries usually only The battery life lasts for one day, and some even less than one day, which seriously affects its use func...

AI Technical Summary

Problems solved by technology

[0003] In order to solve this problem, 3M proposed to add an anti-reflection film on the screen so that it can obtain the same screen brightness as that without the anti-reflection film while reducing the power consumption of the screen. [1] ; Sony has proposed WhiteMagic technology, which adds white (W) pixels to the traditional red, green and blue (RGB) pixels, which can effectively improve the screen brightness, so that it can also save power at the same brightness as the conventional screen. [2] ;Samsung uses the Pentile arrangement on the screen pixels in order to save more power than the RGB arrangement with the same resolution [3] ; Someone has developed a power-saving management software, which can control the unnecessary loss of power by managing the mobile phone network, communication modules, screen brightness, ringtone volume, and front-end and back-end software operations. [4] ; Some people simply develop a portable high-capacity mobile power supply so that it can be charged at any time; but the effects of these methods are not satisfactory, and the industry has to call on battery manufacturers to quickly develop a new generation of high-capacity batteries

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