Power-saving operation control method and apparatus of intelligent terminal

Abstract

The invention discloses a power-saving operation control method and apparatus of an intelligent terminal. The method comprises the following steps: setting at least two power saving strategies of the intelligent terminal; when the current residual endurance time length TB of the intelligent terminal is smaller than a time length TA necessary for arriving at a target position, estimating the endurance increase time lengths of the unexecuted power saving strategies in sequence, accumulating the endurance increase time lengths in the residual endurance time length TB one by one, when the TB is greater than or equal to TA, executing: A1, implementing the estimated power saving strategies; A2, when the power reduces, gradually reducing the values of the power saving factors of the implemented power saving strategies, estimating the residual endurance time length TB of the intelligent terminal again after the power saving strategies are implemented, and if TB is greater than or equal to TA, repeating A2; if the TB is smaller than the TA, executing A3; A3, continuing to estimate the endurance increase time lengths corresponding to the unexecuted power saving strategies in sequence, accumulating the endurance increase time lengths in the residual endurance time length TB one by one, and when the TB is greater than or equal to TA, returning to A1. By adoption of the power-saving operation control method and apparatus provided by the invention, the interference and influence to the user operation experience can be reduced while the endurance ability of the battery of the intelligent terminal is improved.

Description

technical field [0001] The present application relates to the field of energy-saving processing of intelligent terminal equipment, and in particular to a method and device for controlling power-saving operation of intelligent terminals. Background technique [0002] At present, the implementation schemes of the power saving mode on the existing smart terminal mainly include: [0003] Reminder method: one is that when the power of the smart terminal is lower than the preset value, a dialog box will automatically pop up to remind the user whether to enable the power saving mode; the other is that the user manually enables the power saving mode in the settings. [0004] Power saving mode: Smart terminals usually include two power saving modes, namely: general power saving mode and aggressive power saving mode. [0005] Policy settings: The general power-saving mode adopts strategies that include reducing the brightness of the backlight, restricting the network, and limiting de...

AI Technical Summary

Problems solved by technology

[0007] The power-saving policy items in the prior art are cumbersome and difficult to understand, and most of them have custom options, and the user participates in too many operations

[0008] The reminder method of the existing technology is single and fixed, and its entry is only triggered according to the low battery threshold. It does not understand the actual demands of the user, and does not remind the user to turn on the power saving mode in combination with the actual scene.

[0009] In the prior art, compared with the normal use mode, in the general power-saving mode, the battery life extension is not obvious; in the radical power-saving mode, the battery life extension is significantly increased, but only limited third-party applications are allowed to use, affecting user experience

[0010] In the prior art, once it is triggered to enter any power-saving mode, its various control strategies and corresponding control parameters are fixed immediately, which leads to the defect that the estimated increase time of battery life is fixed.

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