WO2019051726A1

WO2019051726A1 - Method and system for adjusting screen brightness of intelligent terminal

Info

Publication number: WO2019051726A1
Application number: PCT/CN2017/101761
Authority: WO
Inventors: 卢志辉
Original assignee: 深圳传音通讯有限公司
Priority date: 2017-09-14
Filing date: 2017-09-14
Publication date: 2019-03-21
Also published as: CN111344777A; CN111344777B

Abstract

The present invention provides a method and system for adjusting screen brightness of an intelligent terminal. The method comprises: reading at least one screen brightness value of an intelligent terminal under at least one external environment brightness; generating a save request; capturing a first operating instruction inputted to the intelligent terminal; when the operating content of the first operating instruction is to save the screen brightness value, storing the screen brightness value in a storage space of the intelligent terminal; sorting the screen brightness values according to the numerical magnitude of the screen brightness values, and generating a screen brightness bar comprising at least one brightness block; capturing a second operating instruction inputted to the intelligent terminal and directed to a brightness block; moving, according to the second operating instruction, a schedule block in the screen brightness bar from a first brightness block to a second brightness block; and setting the screen brightness of the intelligent terminal to be a second screen brightness value corresponding to the second brightness block. On the basis of the present invention, a user can make a screen brightness bar that matches the user's personality according to the unique visual perception of the user.

Description

Method and system for adjusting screen brightness of intelligent terminal

Technical field

The present invention relates to the field of control of intelligent terminals, and in particular, to a method and a system for adjusting the brightness of a screen of an intelligent terminal.

Background technique

With the development and advancement of technology, the development of intelligent terminals is also changing with each passing day. Intelligent terminals Currently, intelligent terminals have gradually penetrated into all aspects of people's lives because of their convenience and functionality, and have become an indispensable auxiliary equipment in people's lives. At the same time, with the diversification of the functionality of smart terminals, the convenience of the functions of smart terminals has become one of the user's choice factors.

In the practical application of the smart terminal, as the brightness of the external environment changes, people may have different visual perceptions on the display brightness of the same smart terminal screen. For example, the brightness of the same screen, people feel in the environment with strong external light. The brightness is suitable, but when it is transferred to an environment with weak external light, people will feel that the screen brightness of the smart terminal is strong and has a glare visual experience. Therefore, the user of the smart terminal often needs to constantly adjust the screen brightness of the smart terminal according to the change of the brightness of the light in the external environment. However, in the prior art, the brightness of the smart terminal and its adjustable brightness range are mostly displayed to the user by displaying a screen brightness bar to the user, and the user can drag the slider in the brightness bar. To achieve the technical effect of changing the screen brightness of the smart terminal. However, in the prior art, the value span of the screen brightness bar is small, and the user needs to adjust the screen multiple times each time to obtain the screen brightness adapted to the environment, and the operation is not intelligent, which affects the user experience.

Summary of the invention

To solve the above problems, the present invention provides a method and an adjustment system for adjusting the screen brightness of an intelligent terminal. The user can make a screen brightness bar according to the user's personality according to his unique visual experience, and can adjust the screen brightness in one step by using the screen brightness bar of the invention.

Specifically, an aspect of the present invention provides a method for adjusting a screen brightness of an intelligent terminal, including the steps of: reading at least one screen brightness value of the smart terminal under at least one ambient brightness, and generating a save request, Capturing a first operation instruction input to the smart terminal, when an operation content of the first operation instruction is a save When the screen brightness value is described, storing the screen brightness value into the storage space of the smart terminal, sorting according to the numerical value of the screen brightness, and generating a screen brightness bar including at least one brightness block, wherein each of the The brightness block represents a range of the brightness value of the screen, and captures a second operation instruction that is input to the smart terminal and points to the brightness block, and according to the second operation instruction, the progress in the brightness bar of the screen is The block moves from a first brightness block to a second brightness block, and the screen brightness of the smart terminal is set to the second screen brightness value corresponding to the second brightness block.

Preferably, the adjusting method further includes: capturing a third input to the smart terminal after setting a screen brightness of the smart terminal to the second screen brightness value corresponding to the second brightness block The operation instruction is configured to adjust the second screen brightness value according to the third operation instruction to obtain a third screen brightness value, wherein an absolute value of the difference between the third screen brightness value and the second screen brightness value is less than A range of the screen brightness values represented by any of the brightness blocks.

Preferably, the adjusting method further includes: after reading the at least one screen brightness value of the smart terminal under the brightness of the at least one external environment, sensing the brightness of the external environment of the smart terminal to obtain an external brightness value, and correlating The external brightness value and the screen brightness value generate an external brightness value-screen brightness value data table, and are stored in the storage space of the smart terminal, when the light sensing unit senses the brightness of the external environment When changing, the smart terminal retrieves the storage space, obtains the screen brightness value corresponding to the external environment value, and sets the screen brightness of the smart terminal to the screen brightness value.

Preferably, the adjusting method further includes: when the third screen brightness value is obtained, generating a correction request, capturing a fourth operation instruction, and when the operation content of the fourth operation instruction is agreeing to correct, The screen brightness bar is corrected.

Preferably, in the adjusting method, the step of correcting the screen brightness bar comprises: deleting the second screen brightness value in the smart terminal, storing the third screen brightness value, and at the screen brightness Substituting a brightness block indicating the second screen brightness value with a brightness block indicating the third screen brightness value; or storing the third screen brightness value in the smart terminal, and at the screen brightness A brightness block representing the third screen brightness value is added to the bar.

Another aspect of the present invention provides a system for adjusting the brightness of a screen of a smart terminal, which includes the following module, a brightness sensing module, which reads at least one screen brightness value of the smart terminal under at least one ambient brightness. Sending, the first requesting module generates a save request according to the screen brightness value, the first instruction module captures a first operation instruction input to the smart terminal, and the storage module stores the screen brightness value to In the storage space of the smart terminal, the brightness bar generating module sorts according to the numerical value of the screen brightness. Generating a screen brightness bar including at least one brightness block, wherein each of the brightness blocks represents a range of the screen brightness value, and the second instruction module captures a second operation instruction input to the smart terminal, the brightness bar The control module moves the progress block in the screen brightness bar from a first brightness block to a second brightness block according to the second operation instruction, and the brightness adjustment module sets the screen brightness of the smart terminal to The second screen brightness value corresponding to the second brightness block.

Preferably, the adjustment system further includes: a third instruction module, capturing a third operation instruction input to the smart terminal, and a brightness fine adjustment module, according to the third operation instruction, adjusting the second screen brightness value, Obtaining a third screen brightness value, wherein an absolute value of a difference between the third screen brightness value and the second screen brightness value is smaller than a range of the screen brightness value represented by any of the brightness blocks.

Preferably, the adjustment system further includes: a light sensing module that senses brightness of an external environment of the smart terminal, obtains an external brightness value, associates the module, associates the external brightness value with the brightness value of the screen, and generates an external a brightness value-screen brightness value data table, and stored in the storage space of the smart terminal, the retrieval module searches the storage space according to the external brightness value to obtain the screen corresponding to the external environment value a brightness value, the brightness adjustment module receives and sets a screen brightness of the smart terminal to the screen brightness value.

Preferably, the adjustment system further includes: a second requesting module, receiving the third screen brightness value, generating a correction request, and transmitting the fourth instruction module, capturing a fourth input to the smart terminal The operation instruction, the correction module, corrects the screen brightness bar according to the fourth operation instruction.

Preferably, in the above adjustment system, the correction module includes: a replacement unit, deleting the second screen brightness value in the smart terminal, storing the third screen brightness value, and in the screen brightness bar a brightness block indicating the third screen brightness value replaces a brightness block indicating the second screen brightness value, a supplementing unit storing the third screen brightness value in the smart terminal, and in the screen brightness bar A brightness block representing the third screen brightness value is added.

Compared with the prior art, the technical advantages of the present invention are:

1) The present invention provides a method for customizing a screen brightness bar, and a user can create a screen brightness bar according to a user's personality according to his unique visual experience;

2) By using the screen brightness adjustment method of the invention, the brightness of the screen can be adjusted in one step, and the repeated fine adjustment work of the screen brightness adjustment can be reduced;

3) The present invention also provides a smart screen brightness adjustment method for automatically adjusting the screen brightness of the smart terminal according to changes in the brightness of the external environment.

DRAWINGS

1 is a schematic flow chart of a method for adjusting screen brightness of a smart terminal according to a preferred embodiment of the present invention;

2 is a schematic flow chart of a method for adjusting screen brightness of a smart terminal according to another preferred embodiment of the present invention.

3 is a diagram of a method for adjusting a screen brightness of a smart terminal according to another preferred embodiment of the present invention;

4 is a schematic flow chart of a method for adjusting screen brightness of a smart terminal according to another preferred embodiment of the present invention;

5 is a structural diagram of an adjustment system of a screen brightness of a smart terminal according to a preferred embodiment of the present invention;

6 is a structural diagram of an adjustment system of a screen brightness of a smart terminal according to another preferred embodiment of the present invention;

7 is a structural diagram of an adjustment system of a screen brightness of a smart terminal according to another preferred embodiment of the present invention;

FIG. 8 is a structural diagram of an adjustment system of a screen brightness of a smart terminal according to another preferred embodiment of the present invention.

Detailed ways

The advantages of the present invention are explained in detail below with reference to the accompanying drawings and specific embodiments.

The following description refers to the same or similar elements in the different figures unless otherwise indicated. The embodiments described in the following exemplary embodiments do not represent all embodiments consistent with the present disclosure. Instead, they are merely examples of devices and methods consistent with aspects of the present disclosure as detailed in the appended claims.

First, it should be understood that although the terms first, second, third, etc. may be employed in the present disclosure to describe various information, such information should not be limited to these terms. These terms are only used to distinguish the same type of information from each other. For example, the first intelligent terminal may also be referred to as a second smart terminal without departing from the scope of the present disclosure. Similarly, the second smart terminal may also be referred to as a first smart terminal.

An aspect of the present invention provides a method for adjusting a screen brightness of an intelligent terminal. According to the method provided by the present invention, a user's demand for the screen brightness of the smart terminal in the brightness of different external environments may be recorded, and the brightness of the screen may be generated according to the brightness of the screen. A custom screen brightness bar, so that the user can adjust the brightness of the screen of the smart terminal to its required brightness at a time by sliding the brightness on the screen. The convenience of adjusting the brightness of the screen of the smart terminal is improved, and the user experience is greatly improved. Specifically, referring to FIG. 1 , which is a schematic flowchart of a method for adjusting screen brightness of a smart terminal according to a preferred embodiment of the present invention. It can be seen from the figure that the method for adjusting the brightness of the screen of the smart terminal provided by the embodiment mainly includes the following steps:

Reading at least one screen brightness value of the smart terminal under at least one ambient brightness

In this embodiment, the user can customize the screen brightness bar of the smart terminal according to his own needs. Specifically, the smart terminal is first moved to a different ambient brightness, and the brightness sensing module of the smart terminal is used to read the brightness of the external environment, and the user adjusts according to the adaptation of the visual environment. Get the screen brightness data of its smart terminal.

- generate a save request

In this embodiment, a first requesting module is further disposed in the smart terminal, and the first requesting module may generate a save request after the brightness sensing module acquires the screen brightness of the smart terminal, and The display interface of the smart terminal is displayed, for example, the brightness sensing module detects that the brightness of the screen of the smart terminal changes, and after reading the brightness data of the screen, the first request module may generate a save request. The display module of the smart terminal receives the save request, and pops up a dialog box in the display interface of the smart terminal, and requests the user to select whether to save the current screen brightness data in the form of a “yes” or “no” button.

- capturing a first operational command input to the smart terminal

The user makes a selection whether to save the screen brightness data according to his own needs, thereby inputting a first operation instruction to the smart terminal. In this embodiment, a first instruction module is disposed in the smart terminal, and the first instruction module may capture the first operation instruction input to the smart terminal, and parse the first operation instruction, and according to The instruction content of the first operation instruction generates an operation instruction readable by the corresponding intelligent terminal, and is sent out. For example, when the operation content of the first operation instruction is to save the screen brightness value, a storage instruction readable by the smart terminal is generated and sent out; and when the operation content of the first operation instruction is not When the screen brightness value is saved, no operation instructions are sent out.

- storing the screen brightness value into a storage space of the smart terminal when an operation content of the first operation instruction is to save the screen brightness value

In this embodiment, a storage module is further disposed in the smart terminal. The storage module can receive a corresponding operation instruction issued by the first instruction module. When the operation content of the first operation instruction is to save the screen brightness value, the storage module may receive a storage instruction sent by the first instruction module, thereby, the current screen brightness of the smart terminal The value is stored in a storage space of the smart terminal.

- sorting according to the numerical value of the screen brightness to generate a screen brightness bar including at least one brightness block

In this embodiment, a brightness bar generating module is disposed in the smart terminal, and the brightness bar generating module may read a screen brightness value of the smart terminal from a storage space of the smart terminal, and the brightness of the screen is The values are sorted in numerical order, and a light block including at least one brightness block is generated in the display screen of the smart terminal. a screen brightness bar, the brightness block being associated with a screen brightness value of the smart terminal such that each of the brightness blocks represents a range of the screen brightness value, and the screen is represented by the length of the brightness block The size of the brightness value.

- capturing a second operational command input to the smart terminal

According to the above operation of the embodiment, it is possible to customize the screen brightness bar of a smart terminal according to different visual experiences of different users. Therefore, during the use of the smart terminal, when the brightness of the external environment of the smart terminal changes, the user can perform a certain operation on the brightness bar of the screen, such as sliding or directly clicking on a certain brightness block. Select the appropriate screen brightness data in one step. The second terminal module is configured to capture the operation of the smart terminal by the user, and is referred to herein as a second operation instruction, and the second operation instruction may be parsed. If the user slides the screen brightness bar, the second instruction module may parse the pointing direction, pressure, speed, duration, and the like of the sliding motion sent by the user, and send the parsed second operation instruction to the outside.

- moving the progress block in the screen brightness bar from a first brightness block to a second brightness block according to the second operation instruction

In this embodiment, the smart terminal further includes a brightness bar control module, where the brightness bar control module can receive the parsed second operation instruction sent by the second instruction module, and according to the second operation The content of the command, that is, the pressure, speed, pointing direction, duration, etc. generated by the finger motion issued by the user, moves the progress block in the screen brightness bar from a first brightness block to a second brightness block.

- setting a screen brightness of the smart terminal to the second screen brightness value corresponding to the second brightness block

In this embodiment, a brightness adjustment module is further disposed in the smart terminal, and the brightness adjustment module can read the brightness value of the screen associated with the second brightness block according to the control result of the brightness bar control module. And adjusting the screen brightness of the smart terminal to a second screen brightness value corresponding to the second brightness block. Thereby, the adjustment of the brightness of the screen of the smart terminal is completed in one step.

In summary, the screen brightness adjustment method provided by the embodiment reduces the repeated fine adjustment work of the screen brightness adjustment, and realizes one-step adjustment of the screen brightness.

However, in the actual application of the smart terminal, the change of the user's vision or the environment may cause the screen brightness value covered by the user-defined screen brightness bar to fail to satisfy the user's visual experience. Therefore, preferably, the present invention A fine adjustment scheme for a custom screen brightness bar is also provided. Specifically, referring to FIG. 2, which is a schematic flowchart of a method for adjusting the screen brightness of the smart terminal according to another preferred embodiment of the present invention. As can be seen from the figure, The screen brightness adjustment method in this embodiment further includes the following steps:

- capturing a third operational command input to the smart terminal

In this embodiment, after the screen brightness of the smart terminal is set to the second screen brightness value corresponding to the second brightness block according to an operation instruction of the user, the user still cannot satisfy the brightness of the screen. The visual requirement is to start a fine adjustment mode of the brightness bar of the screen by, for example, long pressing the smart terminal screen, and then input a first to the smart terminal by, for example, dragging a progress block in the brightness bar of the screen. Three operating instructions. In this embodiment, the smart terminal is configured with a third instruction module, where the third instruction module can capture the third operation instruction input by the user to the smart terminal, and parse the third operation instruction. For example, the position of the user's finger to touch the screen of the smart terminal, the pressure applied, the sliding direction, and the like are obtained, and the above action information is sent out.

- adjusting the second screen brightness value according to the third operation instruction to obtain a third screen brightness value

In this embodiment, the smart terminal is further provided with a brightness fine adjustment module, and the brightness fine adjustment module can receive the action information about the third operation instruction issued by the third instruction module, and according to the third operation The action information of the command moves the progress block in the brightness bar of the screen to a corresponding distance in a corresponding direction, thereby adjusting the brightness value of the second screen to obtain a third screen brightness value. In this embodiment, the absolute value of the difference between the third screen brightness value and the second screen brightness value should be smaller than the range of the screen brightness value represented by any of the brightness blocks.

However, the user's vision may be temporarily changed, or permanent changes may occur, or the user's environment may be temporarily or permanently changed. In view of the above, the present invention proposes a replacement or modification scheme of a luminance block in a screen brightness bar of a smart terminal. Specifically, referring to FIG. 3, it is a method for adjusting the screen brightness of a smart terminal according to another preferred embodiment of the present invention. It can be seen from the figure that the method for adjusting the brightness of the screen provided in this embodiment further includes the following steps:

- generate a fix request

In this embodiment, after the user fine-tunes the screen brightness bar obtained by the user and obtains the third screen brightness value, the second request module of the smart terminal may generate a correction request and pass the smart terminal. The display interface displays the correction request. For example, the display module of the smart terminal receives the modification request, and pops up a dialog box in the display interface of the smart terminal, and requests the user to use the current new screen brightness in the form of “Yes” or “No” button. The data is modified to make a selection of the screen brightness bar.

- Capture a fourth operation command

The user makes a selection as to whether to correct the screen brightness bar according to his own needs, thereby inputting a fourth operation instruction to the smart terminal. In this embodiment, a fourth command module is disposed in the smart terminal, and the fourth finger The module may capture the fourth operation instruction input to the smart terminal, parse the fourth operation instruction, and generate an operation instruction readable by the corresponding smart terminal according to the instruction content of the fourth operation instruction, Send out. For example, when the operation content of the fourth operation instruction is to correct the screen brightness bar, a correction instruction readable by the smart terminal is generated and sent out; and when the operation content of the fourth operation instruction is not When the screen brightness bar is corrected, no operation instructions are sent out.

- correct the screen brightness bar

In this embodiment, when the user selects to correct the screen brightness bar, a correction module disposed in the smart terminal may receive a correction instruction sent by the fourth instruction module, and according to the correction instruction, the smart The screen brightness bar of the terminal is corrected. Preferably, the modification manner may be: replacing the second screen brightness value with the third screen brightness value; or adding the third screen brightness value to the screen brightness bar.

Preferably, the correction module of the smart terminal further includes a replacement unit, which can receive the correction instruction sent by the fourth instruction module, and replace the second screen brightness value with the third screen brightness The value, that is, the second screen brightness value is deleted, and the third screen brightness value is saved. And correspondingly, adjusting a length of the screen brightness bar displayed in the smart terminal interface, that is, replacing the second screen with a brightness block indicating the third screen brightness value in the screen brightness bar a luminance block of luminance values;

Preferably, the correction module of the smart terminal further includes a supplementing unit, which can receive the correction command sent by the fourth instruction module, and store the third screen brightness value in the smart terminal, and A brightness block representing the third screen brightness value is added to the screen brightness bar.

In addition, in the technical solution of the above embodiment, the present invention reduces the workload when the user adjusts the brightness of the screen by providing a method for customizing a screen brightness bar, but still needs to adjust the screen brightness of the smart terminal by the user. In order to further improve the intelligence of the brightness adjustment of the smart terminal screen, the embodiment provides a technical solution for the intelligent terminal to automatically adjust the brightness of the screen according to the change of the brightness of the external environment. Specifically, referring to FIG. 4, which is a schematic flowchart of a method for adjusting screen brightness of a smart terminal according to another preferred embodiment of the present invention. As can be seen from the figure, the method for adjusting the brightness of the screen provided in this embodiment includes the following steps:

Sensing the brightness of the external environment of the smart terminal to obtain an external brightness value

In this embodiment, the smart terminal further includes a light sensing module. Therefore, after the brightness sensing module of the smart terminal reads the current screen brightness value of the smart terminal, the light sensing module may further sense the light intensity of the external environment in which the smart terminal is currently located. Specifically, the light sensing module includes a light sensor prepared from a photosensitive material, so that the light sensing module generates a corresponding voltage when the light intensity of the external environment changes. Thereby, the light sensing module is when the smart terminal moves into a different brightness environment An electrical signal can be generated, and according to the electrical signal, after a certain calculation process, the external brightness value is obtained.

- correlating the external brightness value and the screen brightness value to generate an external brightness value-screen brightness value data table, and storing in the storage space of the smart terminal

In this embodiment, the smart terminal further includes an association module, and the association module may receive a screen brightness value of the smart terminal read by the brightness sensing module of the smart terminal, and the light sensing module senses The external brightness value of the external environment, and may be associated with the external brightness value and the screen brightness value adjusted by the user under the corresponding external brightness, thereby generating an external brightness value-screen brightness value data table, and Stored in a storage space of the smart terminal.

-Inducing changes in ambient brightness

In this embodiment, after obtaining an external brightness value-screen brightness value data table according to the user's own visual experience, when the smart terminal moves to a different external brightness environment again, the light sensing unit senses the When the brightness of the external environment changes, the external brightness value of the external environment is read and sent out.

- the smart terminal searches in the storage space to obtain the screen brightness value corresponding to the external environment value

In this embodiment, the smart terminal further has a retrieval module, and the retrieval module can receive the external brightness value sent by the light sensing unit, and the external brightness value-screen brightness value according to the external brightness value. The data table performs a search to obtain a screen brightness value corresponding to the external brightness value, and sends it to the outside.

Thereby, the brightness adjustment module of the smart terminal can receive the screen brightness value and compile the screen brightness of the smart terminal to the screen brightness value.

In view of the above design, the embodiment can realize the intelligent adjustment of the brightness of the screen according to the change of the brightness of the external environment, and avoid the cumbersome work of the user to constantly change the brightness of the screen of the smart terminal in different use environments, and improve the intelligence of the intelligent terminal. Sex.

In another aspect of the present invention, a method for adjusting the screen brightness of the smart terminal is provided, and an adjustment system for the screen brightness of the smart terminal is provided. Referring to FIG. 5, it is a screen of the smart terminal according to a preferred embodiment of the present invention. The structure of the brightness adjustment system is as shown in the figure. The adjustment system of the screen brightness of the smart terminal provided by this embodiment mainly includes the following structure:

- Brightness sensing module

Since the user's visual perception of the screen brightness of the same smart terminal is not the same under different external environment brightness, the general user will set different screen brightness for the smart terminal under different external environment brightness. The brightness sensing module can read the current screen brightness value of the smart terminal in response to the corresponding instruction, and The brightness value of the screen is sent outside the brightness sensing module.

- first request module

The first requesting module may receive and generate a save request according to the screen brightness value, where the save request includes the screen brightness value information, and when the smart terminal receives the user feedback on the save request At that time, the screen brightness value can be directly responded to.

- first instruction module

And a first operation instruction for capturing input to the smart terminal. When the user performs a feedback action on the save request sent by the smart terminal, that is, when the first operation instruction is issued, the first instruction module may directly read the feedback action, and parse the feedback action to obtain the The parameter values of the specific position, pressure, and the like of the action are fed back to obtain the operation intention of the first operation instruction, and are sent out.

- storage module

When the operation of the first operation instruction is to store the screen brightness, the screen brightness value is stored into a storage space of the smart terminal.

- Brightness bar generation module

The brightness bar generating module may sort the screen brightness values according to the numerical value of the screen brightness, and generate a screen brightness bar including at least one brightness block in the display interface of the smart terminal, wherein each The luminance block represents a range of the screen brightness values. Preferably, the length of the luminance block corresponds to the magnitude of the value.

- second instruction module

And a second operation instruction for capturing input to the smart terminal. When the user performs an adjustment operation on the screen brightness of the smart terminal according to the brightness of the external environment, that is, when the second operation instruction is issued, the second instruction module may directly read the feedback action and parse the feedback action. Obtaining a parameter value of a specific position, a pressure, a pointing direction, and the like of the feedback action, thereby obtaining an operation intention of the second operation instruction, and transmitting the parameter.

- Brightness bar control module

Receiving an operation intention of the second operation instruction, and moving a progress block in the screen brightness bar from a first brightness block to a second brightness block according to the operation intention.

- Brightness adjustment module

Sensing and reading a second screen brightness value represented by the second brightness block according to an operation result of the brightness bar control module on the screen brightness bar, and setting a screen brightness of the smart terminal to The second screen brightness value corresponding to the second brightness block.

Referring to FIG. 6, which is a structural diagram of a screen brightness adjusting system of a smart terminal according to another preferred embodiment of the present invention, it can be seen from the figure that, based on the above structure, in another embodiment of the present invention, the smart The screen brightness adjustment system of the terminal further includes:

- third instruction module

It works in the same manner as the first and second instruction modules in the foregoing embodiment, and can capture and parse a third operation instruction input by the user to the smart terminal, and acquire an operation intention of the third operation instruction.

- Brightness fine-tuning module

Receiving and adjusting, according to an operation intention of the third operation instruction, increasing or decreasing the second screen brightness value to obtain a third screen brightness value, wherein the third screen brightness value and the first The absolute value of the difference between the two screen brightness values is less than the range of the screen brightness values represented by any of the brightness blocks.

Referring to FIG. 7, which is a structural diagram of a screen brightness adjusting system of a smart terminal according to another preferred embodiment of the present invention, it can be seen from the figure that, based on the above structure, in another embodiment of the present invention, the smart The screen brightness adjustment system of the terminal further includes:

- second request module

Activating an adjustment event of the brightness of the screen of the smart terminal, reading the third screen brightness value, generating a correction request, and transmitting the same. It should be understood that the third screen brightness value information is included in the correction request, so that when the smart terminal receives feedback from the user on the correction request, the third screen brightness value may be directly Respond to the operation.

- fourth instruction module

It works in the same manner as the first, second, and third instruction modules in the foregoing embodiment, and can capture and parse a fourth operation instruction input by the user to the smart terminal, and acquire an operation intention of the fourth operation instruction.

- Correction module

Receiving and correcting the screen brightness bar according to an operation intention of the fourth operation instruction. Preferably, the modification manner may be: replacing the second screen brightness value stored in the smart terminal with the third screen brightness value; or supplementing the third screen brightness value to the storage of the smart terminal. In space. And correspondingly correcting the screen brightness bar displayed in the smart terminal display interface, so that the length of the brightness block displayed in the screen brightness bar matches the screen brightness data represented by the screen.

Wherein, preferably, the correction module further comprises

- replacement unit

Receiving and deleting the second screen bright in the smart terminal according to an operation intention of the fourth operation instruction a degree value, storing the third screen brightness value, and replacing, in the screen brightness bar, a brightness block representing the second screen brightness value with a brightness block representing the third screen brightness value.

- Supplementary unit

Receiving and storing the third screen brightness value in the smart terminal according to an operation intention of the fourth operation instruction, and adding a brightness block indicating the third screen brightness value to the screen brightness bar.

Referring to FIG. 8, which is a structural diagram of a screen brightness adjusting system of a smart terminal according to another preferred embodiment of the present invention, it can be seen from the figure that, based on the above structure, in another embodiment of the present invention, the smart The screen brightness adjustment system of the terminal further includes:

-Light sensing module

The light sensing module includes a light sensor, and the light sensor is disposed at an upper portion or other position of the smart terminal. The light sensor comprises a photosensitive material such that the light sensing module generates a corresponding voltage when the light intensity of the external environment changes. Therefore, when the smart terminal moves to a different brightness environment, the light sensing module may generate an electrical signal, and according to the electrical signal, obtain a brightness value by a certain calculation process.

-Association module

Receiving, by the brightness sensing module of the smart terminal, a screen brightness value of the smart terminal, and an external brightness value of the external environment sensed by the light sensing module, and the external brightness value may be associated with one another The screen brightness value adjusted by the user under the corresponding external brightness, thereby generating an external brightness value-screen brightness value data table and storing it in the storage space of the smart terminal.

-Search module

After the external brightness value-screen brightness value data table is created, the light sensing module senses the brightness change of the external environment of the smart terminal, and reads the changed external brightness value, and the retrieval module receives the And searching, in the storage space, according to the external brightness value, obtaining the screen brightness value corresponding to the external environment value. Thereby, the brightness adjustment module of the smart terminal can receive the screen brightness value and compile the screen brightness of the smart terminal to the screen brightness value.

In summary, the present invention provides a method for customizing the brightness of a screen. The user can create a screen brightness bar according to the user's unique visual feeling. The screen brightness adjustment method of the present invention can be used to adjust the screen in one step. Brightness, reducing the repeated fine-tuning operation of the screen brightness adjustment; the invention also provides a smart screen brightness adjustment method for automatically adjusting the screen brightness of the smart terminal according to the brightness change of the external environment.

It should be noted that the embodiments of the present invention are preferred and are not intended to limit the invention in any way. Any person skilled in the art may use the above-disclosed technical contents to change or modify the same as the effective embodiments, but any modifications made to the above embodiments according to the technical essence of the present invention without departing from the technical solution of the present invention. Equivalent changes and modifications are still within the scope of the technical solutions of the present invention.

Claims

A method for adjusting screen brightness of a smart terminal, comprising the steps of:

Reading at least one screen brightness value of the smart terminal under at least one ambient brightness,

Generate a save request,

Capturing a first operation instruction input to the smart terminal,

When the operation content of the first operation instruction is to save the screen brightness value, storing the screen brightness value into a storage space of the smart terminal,

Sorting according to the numerical value of the brightness of the screen, generating a screen brightness bar including at least one brightness block, wherein each of the brightness blocks represents a range of the brightness value of the screen,

Capturing a second operation instruction that is input to the smart terminal and points to the brightness block,

And moving the progress block in the screen brightness bar from a first brightness block to a second brightness block according to the second operation instruction,

Setting a screen brightness of the smart terminal to the second screen brightness value corresponding to the second brightness block.
The adjustment method according to claim 1, wherein

Also includes,

After setting the screen brightness of the smart terminal to the second screen brightness value corresponding to the second brightness block,

Capturing a third operation instruction input to the smart terminal,

Adjusting the second screen brightness value according to the third operation instruction to obtain a third screen brightness value,

The absolute value of the difference between the third screen brightness value and the second screen brightness value is less than the range of the screen brightness value represented by any of the brightness blocks.
The adjustment method according to claim 1, wherein

Also includes,

Reading the at least one screen brightness value of the smart terminal under the brightness of at least one external environment,

Sensing the brightness of the external environment of the smart terminal to obtain an external brightness value,

Correlating the external brightness value and the screen brightness value to generate an external brightness value-screen brightness value data table, and storing the data in the storage space of the smart terminal,

When the light sensing unit senses the brightness change of the external environment, the smart terminal searches in the storage space to obtain the screen brightness value corresponding to the external environment value,

Setting the screen brightness of the smart terminal to the screen brightness value.
The adjustment method according to claim 2, wherein

Also includes,

When the third screen brightness value is obtained, a correction request is generated,

Capturing a fourth operation instruction,

When the operation content of the fourth operation instruction is the consent correction, the screen brightness bar is corrected.
The adjustment method according to claim 4, wherein

The step of correcting the screen brightness bar includes

Deleting the second screen brightness value in the smart terminal, storing the third screen brightness value, and replacing the second block in the screen brightness bar with a brightness block indicating the third screen brightness value a brightness block of screen brightness values; or

And storing the third screen brightness value in the smart terminal, and adding a brightness block indicating the third screen brightness value to the screen brightness bar.
A system for adjusting the brightness of a screen of a smart terminal, comprising the following modules,

The brightness sensing module reads at least one screen brightness value of the smart terminal under at least one ambient brightness and sends the brightness to the outside.

The first request module generates a save request according to the screen brightness value,

a first instruction module, capturing a first operation instruction input to the smart terminal,

a storage module, configured to store the screen brightness value into a storage space of the smart terminal,

The brightness bar generating module performs sorting according to the numerical value of the brightness of the screen to generate a screen brightness bar including at least one brightness block, wherein each of the brightness blocks represents a range of the brightness value of the screen.

a second instruction module, capturing a second operation instruction input to the smart terminal,

The brightness bar control module moves the progress block in the screen brightness bar from a first brightness block to a second brightness block according to the second operation instruction.

And a brightness adjustment module, configured to set a screen brightness of the smart terminal to the second screen brightness value corresponding to the second brightness block.
The adjustment system of claim 6 wherein:

Also includes,

a third instruction module, capturing a third operation instruction input to the smart terminal,

a brightness fine adjustment module, according to the third operation instruction, adjusting the second screen brightness value to obtain a third screen a brightness value of the screen, wherein an absolute value of a difference between the third screen brightness value and the second screen brightness value is smaller than a range of the screen brightness value represented by any of the brightness blocks.
The adjustment system of claim 6 wherein:

Also includes,

a light sensing module that senses brightness of an external environment of the smart terminal to obtain an external brightness value,

The association module associates the external brightness value and the screen brightness value to generate an external brightness value-screen brightness value data table, and stores the data in the storage space of the smart terminal.

Searching module: searching, in the storage space, according to the external brightness value, obtaining the screen brightness value corresponding to the external environment value,

The brightness adjustment module receives and sets a screen brightness of the smart terminal to the screen brightness value.
The adjustment system of claim 7 wherein:

Also includes,

The second requesting module receives the third screen brightness value, generates a correction request, and sends the correction request,

a fourth instruction module, capturing a fourth operation instruction input to the smart terminal,

And a correction module, which corrects the brightness bar of the screen according to the fourth operation instruction.
The adjustment system of claim 9 wherein:

The correction module includes

a replacement unit, deleting the second screen brightness value in the smart terminal, storing the third screen brightness value, and replacing the representation in the screen brightness bar with a brightness block indicating the third screen brightness value a brightness block of the second screen brightness value,

The supplementing unit stores the third screen brightness value in the smart terminal, and adds a brightness block indicating the third screen brightness value to the screen brightness bar.