CN105955692A - Regulation method and device capable of aiming at display screen of intelligent terminal, and intelligent terminal - Google Patents
Regulation method and device capable of aiming at display screen of intelligent terminal, and intelligent terminal Download PDFInfo
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- CN105955692A CN105955692A CN201610264798.XA CN201610264798A CN105955692A CN 105955692 A CN105955692 A CN 105955692A CN 201610264798 A CN201610264798 A CN 201610264798A CN 105955692 A CN105955692 A CN 105955692A
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- target area
- monochrome information
- brightness
- display screen
- adjacent domain
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/14—Digital output to display device ; Cooperation and interconnection of the display device with other functional units
- G06F3/147—Digital output to display device ; Cooperation and interconnection of the display device with other functional units using display panels
Abstract
The embodiment of the invention discloses a regulation method and device capable of aiming at the display screen of an intelligent terminal, and the intelligent terminal. The target area of the intelligent terminal is provided with a polaroid of which the polarization efficiency is adjustable, and the target area is an appointed area which is likely to age on the display screen. The method comprises the following steps: when the display screen is under a luminance detection state, detecting the first luminance information of the target area of the display screen and the second luminance information of an adjacent area; and according to the first luminance information and the second luminance information, regulating the polarization efficiency of the polaroid, and causing the luminance of the target area and the luminance of the adjacent area to meet a luminance balance condition. The image of the display screen can not be guaranteed to avoid a severe image degradation problem, the luminance of the target area and the luminance of the adjacent area of the target area can be better guaranteed to meet the luminance balance condition, and the situation that parts of area in the display screen brightly shine and other parts darkly shine can be avoided.
Description
Technical field
The present invention relates to display screen technology field, particularly relate to a kind of regulation side for intelligent terminal's display screen
Method, device and intelligent terminal.
Background technology
Along with electronic technology and the development of computer technology, the powerful intelligent terminal of various band display screens
Have been obtained for the most universal.By display screen, intelligent terminal can show abundant picture to user.
At present, the display screen technology being in forward position includes such as Organic Light Emitting Diode (organic light-emitting
Diode, is called for short OLED) etc. the display screen technology of band self-luminescent material.The luminescence process of OLED is exactly OLED
Material consumption process, all there will be aging in its luminescence process, so that aging region occurs
Luminosity reduces, and causes luminosity in display screen unbalanced.
Summary of the invention
The embodiment of the present invention provides a kind of control method for intelligent terminal's display screen, device and intelligent terminal,
Can more efficiently solve due to the unbalanced problem of luminosity in aging caused display screen.
In order to solve above-mentioned technical problem, embodiments provide a kind of for intelligent terminal's display screen
Control method, is provided with the adjustable polaroid of polarizing effectiveness, described mesh in the target area of described intelligent terminal
Mark region is the region that easily appearance is aging specified on described display screen；Described method includes:
When described display screen is in brightness detection state, the brightness of the described target area of detection display screen obtains
To the first monochrome information；
The brightness of the adjacent domain adjacent with described target area that detection is specified obtains the second monochrome information；
If determining that described target area is with described according to described first monochrome information and described second monochrome information
Adjacent domain is unsatisfactory for the luminance proportion condition preset, then regulate the polarizing effectiveness of described polaroid, makes described
The brightness of target area and described adjacent domain meets described luminance proportion condition.
The most alternatively, described default luminance proportion condition includes luminance difference, described brightness detection shape
State refers to state when described display screen only shows white under the instruction of preset brightness value；
The luminance proportion condition that described target area and described adjacent domain are unsatisfactory for presetting includes: described target
Indicated by the brightness value indicated by first monochrome information in region and the second monochrome information of described adjacent domain
The difference of brightness value is more than described luminance difference.
The most alternatively, the brightness in the described target area of described detection display screen obtains the first monochrome information
, also include: regulate the luminance parameter of described target area, to reduce the luminance of described target area before
Degree.
The most alternatively, the polarizing effectiveness of the described polaroid of described regulation, including:
If the brightness value indicated by described first monochrome information is more than the brightness indicated by described second monochrome information
Value, then improve the polarizing effectiveness of described polaroid；
If the brightness value indicated by described first monochrome information is less than the brightness indicated by described second monochrome information
Value, then reduce the polarizing effectiveness of described polaroid.
The most alternatively, if described determining institute according to described first monochrome information and described second monochrome information
State the luminance proportion condition that target area and described adjacent domain are unsatisfactory for presetting, then regulate described polaroid
Polarizing effectiveness, also includes
During regulation, in the case of described display screen is in brightness detection state, detection is described again
The monochrome information of target area and the monochrome information of described adjacent domain；
When the monochrome information of the described target area again detected meets with the monochrome information of described adjacent domain
During described luminance proportion condition, stop regulating the polarizing effectiveness of described polaroid.
Correspondingly, the embodiment of the present invention additionally provides a kind of adjusting means for intelligent terminal's display screen,
The target area of described intelligent terminal is provided with the adjustable polaroid of polarizing effectiveness, and described target area is in institute
State the region that easily appearance is aging specified on display screen；Described device includes:
Detection module, for when described display screen is in brightness detection state, detecting the described mesh of display screen
The brightness in mark region obtains the first monochrome information；And detect the proximity adjacent with described target area specified
The brightness in territory obtains the second monochrome information；
Processing module, if described for determining according to described first monochrome information and described second monochrome information
Target area and described adjacent domain are unsatisfactory for the luminance proportion condition preset, then regulate the inclined of described polaroid
Light efficiency, makes the brightness of described target area and described adjacent domain meet described luminance proportion condition.
The most alternatively, described default luminance proportion condition includes luminance difference, described brightness detection shape
State refers to state when described display screen only shows white under the instruction of preset brightness value；
The luminance proportion condition that described target area and described adjacent domain are unsatisfactory for presetting includes: described target
Indicated by the brightness value indicated by first monochrome information in region and the second monochrome information of described adjacent domain
The difference of brightness value is more than described luminance difference.
The most alternatively, also include: module is set, for regulating the luminance parameter of described target area, with
Reduce the luminosity of described target area.
The most alternatively, described processing module, if specifically for the brightness indicated by described first monochrome information
Value more than the brightness value indicated by described second monochrome information, then improves the polarizing effectiveness of described polaroid；If
Brightness value indicated by described first monochrome information is less than the brightness value indicated by described second monochrome information, then
Reduce the polarizing effectiveness of described polaroid.
The most alternatively, described processing module, specifically it is additionally operable to during regulation, at described display screen
In the case of brightness detection state, again detect the monochrome information of described target area and described adjacent domain
Monochrome information；Monochrome information and the brightness of described adjacent domain when the described target area again detected
When information meets described luminance proportion condition, stop regulating the polarizing effectiveness of described polaroid.
Correspondingly, the embodiment of the present invention additionally provides a kind of intelligent terminal, including: display screen, is arranged on institute
State the polaroid on the target area of display screen and processor, wherein:
Described processor, for when described display screen is in brightness detection state, detecting the described of display screen
The brightness of target area obtains the first monochrome information；The proximity adjacent with described target area that detection is specified
The brightness in territory obtains the second monochrome information；If it is true according to described first monochrome information and described second monochrome information
Make the luminance proportion condition that described target area and described adjacent domain are unsatisfactory for presetting, then regulate described partially
The polarizing effectiveness of mating plate, makes the brightness of described target area and described adjacent domain meet described luminance proportion bar
Part.
The most alternatively, described default luminance proportion condition includes luminance difference, described brightness detection shape
State refers to state when described display screen only shows white under the instruction of preset brightness value；Described target area
The luminance proportion condition that territory and described adjacent domain are unsatisfactory for presetting includes: the first brightness of described target area
Brightness value indicated by information is big with the difference of the brightness value indicated by the second monochrome information of described adjacent domain
In described luminance difference.
The most alternatively, described processing module, when being used for regulating polarizing effectiveness, if specifically for described
Brightness value indicated by one monochrome information more than the brightness value indicated by described second monochrome information, then improves institute
State the polarizing effectiveness of polaroid；If the brightness value indicated by described first monochrome information is less than described second brightness
Brightness value indicated by information, then reduce the polarizing effectiveness of described polaroid.
The most alternatively, also include the optical sensor being separately positioned on described target area and be arranged on described neighbour
The optical sensor of near field；
Described processor, the optical sensor being particularly used for being arranged on described in calling described target area obtains
The monochrome information of described target area, call described in be arranged on the optical sensor of described adjacent domain and obtain described
The monochrome information of adjacent domain.
The embodiment of the present invention can suitably regulate certain target based on the monochrome information of display screen zones of different
The polarizing effectiveness of polaroid that region is arranged, adjusts the reflection to ambient light of this display screen area, thus both
Ensure that the image of display screen does not haves serious image deterioration problem, can preferably ensure again target area
And the brightness of adjacent domain meets luminance proportion bar, it is to avoid in display screen, subregion luminescence is brighter, and another
The situation that one luminescence is dark.
Accompanying drawing explanation
In order to be illustrated more clearly that the embodiment of the present invention or technical scheme of the prior art, below will be to enforcement
In example or description of the prior art, the required accompanying drawing used is briefly described, it should be apparent that, describe below
In accompanying drawing be only some embodiments of the present invention, for those of ordinary skill in the art, do not paying
On the premise of going out creative work, it is also possible to obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the schematic flow sheet of a kind of control method for intelligent terminal's display screen of the embodiment of the present invention；
Fig. 2 shows the area schematic on a display screen of the embodiment of the present invention；
Fig. 3 is the another kind flow process signal for the control method of intelligent terminal's display screen of the embodiment of the present invention
Figure；
Fig. 4 is the one of which method flow schematic diagram of the regulation polarizing effectiveness of the embodiment of the present invention；
Fig. 5 is the structural representation of a kind of adjusting means for intelligent terminal's display screen of the embodiment of the present invention；
Fig. 6 is the structural representation of a kind of intelligent terminal of the embodiment of the present invention.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clearly
Chu, be fully described by, it is clear that described embodiment be only a part of embodiment of the present invention rather than
Whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art are not making creation
The every other embodiment obtained under property work premise, broadly falls into the scope of protection of the invention.
The embodiment of the present invention more easily occurs that aging target area increases adjustable polarisation effect
The polaroid of rate, such as long-term fixing some icon of display (signal intensity icon, WiFi icon etc.)
Status bar region increases polaroid, can be controlled efficiency or the part district of whole polaroid by the signal of telecommunication etc.
The efficiency of territory polaroid.The polarizing effectiveness of polaroid is the lowest, the lowest to the light obstruct degree of ambient light.
Under normal circumstances, polaroid can preferably intercept ambient light and is injected in display screen, it is to avoid because of in display screen
Metal wire reflection environment light make the image deterioration of display screen.But, aging or bright in described target area
When spending the raising by mistake, can suitably regulate the polarizing effectiveness of the polaroid that described target area is arranged,
Adjust the reflection to ambient light of this display screen area, thus both ensured that the image of display screen did not had seriously
Image deterioration problem, can preferably ensure again described target area and described adjacent domain brightness meet
Luminance proportion bar, it is to avoid subregion luminescence is brighter, and the luminous dark situation in another.
Refer to Fig. 1, be the flow process of a kind of control method for intelligent terminal's display screen of the embodiment of the present invention
Schematic diagram, the described method of the embodiment of the present invention can apply in the intelligent terminal of various band display screens, and
The adjustable polaroid of polarizing effectiveness it is provided with in the target area of described intelligent terminal.Described intelligent terminal is permissible
The terminal of band display screen such as including smart mobile phone, panel computer, intelligence wearable device, described display screen is
Refer to that such as OLED etc. there will be the display screen of the problem such as aging.Concrete, described method can be by these intelligence
Processor in energy terminal performs.Described method comprises the steps.
S101: when described display screen is in brightness detection state, the described target area of detection display screen
Brightness obtains the first monochrome information.Described target area is specifically as follows display screen medium-term and long-term display fix information
Region, the status bar region of such as smart mobile phone, this region may fix for a long time display operator's informaiton,
The information such as network signal intensity, WiFi signal, battery electric quantity, from the point of view of other regions, always
Changing speed can be faster.
S102: the brightness of the adjacent domain adjacent with described target area that detection is specified obtains the second brightness letter
Breath.Described adjacent domain refers to show the region that position on the screen is adjacent with described target area, described target area
The adjacent domain in territory can include one or more, concrete as in figure 2 it is shown, on display screen with target area
201 adjacent regions include adjacent domain 202.
S103: if determining described target area according to described first monochrome information and described second monochrome information
It is unsatisfactory for, with described adjacent domain, the luminance proportion condition preset, then regulates the polarizing effectiveness of described polaroid,
The brightness making described target area and described adjacent domain meets described luminance proportion condition.
Each step of the embodiment of the present invention is all to be in brightness the most described intelligent terminal of described display screen
Perform during detection state.Described brightness detection state refers to the instruction at preset brightness value of the described display screen
Under state when only showing white.This preset brightness value also indicates that described intelligent terminal detects shape in non-brightness
During state, such as when intelligent terminal normally works, indicating intelligent terminal display screen normally shows user interface and interior
Hold.Such as, in the case of the brightness of display screen value arranging intelligent terminal is 100, drive in display screen each
State when light-emitting component is luminous and only shows white.Certainly, described brightness detection state may also mean that institute
State the display screen state that only subregion display is white under the instruction of preset brightness value, such as, only will
Target area 201 and adjacent domain 202 in Fig. 2 show white, other parts do not show any in perhaps
Person shows other guide.Aging owing to existing, and the aging speed of described target area 201 is faster than described neighbour
Near field 202, therefore, luminous brightness can there are differences.
The first monochrome information of described target area and described adjacent domain can be sensed by optical sensor
Second monochrome information.Described first monochrome information and described second monochrome information mainly include brightness value, institute
Stating brightness value is that the sensing data obtained according to described optical sensor sensing corresponding region calculate, tool
Body, optical sensor obtaining brightness value can be calculated by existing mode.
According to described first monochrome information and described second monochrome information, it is judged that described target area is with described
When whether adjacent domain meets the luminance proportion condition preset, specifically may determine that described first monochrome information institute
The brightness value comprised is the most equal with the brightness value that described second monochrome information is comprised or difference is default one
In individual less difference threshold, the most described target area and described adjacent domain meet default brightness
Equilibrium condition, now can not carry out the adjustment of polarizing effectiveness to the polaroid of described target area.If not phase
Deng or difference more than preset difference threshold time, then need the polaroid of described target area is carried out polarizing coefficient
Adjust.
Concrete, when described judged result is for being unsatisfactory for luminance proportion condition, and ungratified reason is
During the brightness value that the brightness value that described first monochrome information is comprised is comprised less than described second monochrome information,
The polarizing effectiveness of the polaroid of described target area can be reduced, reduce the obstruct to ambient light, in order to increase
Add ambient light and be injected into described target area, make the metal wire in described target area reflect more ambient light,
To increase the brightness of described target area；When described judged result is for being unsatisfactory for brightness all and condition, and not
The brightness value that the reason met is comprised by described first monochrome information is comprised more than described second monochrome information
Brightness value time, can increase the polarizing effectiveness of the polaroid of described target area, increase the resistance to ambient light
Every, in order to reduce ambient light and be injected into described target area, make the metal wire of described target area reflect more
Few ambient light, to reduce the brightness of described target area.Described metal wire includes being connected with OLED
Data wire, conductive line etc..
Wherein, in the feelings of same brightness parameter the described target area of display screen is with described adjacent domain while
When showing white under condition, when the most described display screen is in brightness detection state, the brightness of described target area is little
Situation in the brightness value of described adjacent domain includes: aging causing occurs in the light-emitting component of described target area
Luminance-reduction.
In other embodiments, aging in order to slow down described target area, can allow user individually to described
Target area arranges luminance parameter, and is to include that other regions of described adjacent domain arrange other brightness ginseng
Number.And arrange for other regions less than described for the brightness value in the luminance parameter that described target area is arranged
Luminance parameter in brightness value.When display screen controls described target respectively according to two kinds of luminance parameters at the same time
When region and other regions, when the most described display screen is in brightness detection state, the brightness of described target area
Can be less than the brightness value of described adjacent domain.The luminance parameter that arranges for described target area and for other regions
The luminance parameter arranged makes intelligent terminal's display screen display corresponding brightness when being of use not only in brightness detection state
White, is additionally operable to indicating intelligent terminal display screen and normally shows user interface and content.
The embodiment of the present invention can suitably regulate certain target based on the monochrome information of display screen zones of different
The polarizing effectiveness of polaroid that region is arranged, adjusts the reflection to ambient light of this display screen area, thus both
Ensure that the image of display screen does not haves serious image deterioration problem, can preferably ensure again target area
And the brightness of adjacent domain meets luminance proportion bar, it is to avoid in display screen, subregion luminescence is brighter, and another
The situation that one luminescence is dark.
Refer to Fig. 3 again, be the another kind control method for intelligent terminal's display screen of the embodiment of the present invention
Schematic flow sheet, the described method of the embodiment of the present invention can be applied in the intelligent terminal of various band display screens,
And the adjustable polaroid of polarizing effectiveness it is provided with in the target area of described intelligent terminal.Described intelligent terminal can
To include the terminal of the band display screens such as smart mobile phone, panel computer, intelligence wearable device, described display screen
Refer to that such as OLED etc. there will be the display screen of the problem such as aging.Concrete, described method can be by these
Processor in intelligent terminal performs.Described method comprises the steps.
S301: regulate the luminance parameter of described target area, to reduce the luminosity of described target area.
In embodiments of the present invention, in order to slow down the aging speed of described target area, described target area is adjusted
Luminance parameter, makes the luminosity of described target area include described adjacent domain less than described display screen
The brightness in other regions.
S302: when described display screen is in brightness detection state, the described target area of detection display screen
Brightness obtains the first monochrome information.In the embodiment of the present invention, it is in brightness detection state and refers to: be aobvious driving
During display screen luminescence, it is to drive described target area to show according to the luminance parameter arranged for described target area respectively
Show the white of corresponding brightness, drive described adjacent domain to show according to the luminance parameter arranged for described adjacent domain
Show the white for brightness.
Wherein, the luminance parameter arranged for described target area and the luminance parameter arranged for described adjacent domain
When being of use not only in brightness detection state, intelligent terminal's display screen is made to show respectively in target area and adjacent domain
Show the white of corresponding brightness.When being also used for making intelligent terminal normally work, under corresponding luminance parameter, make mesh
The contents such as mark region and adjacent domain the most normal the display user interface of corresponding brightness, image, such as, root
It is that target area shows the operator's informaiton of corresponding brightness, network signal according to arranging luminance parameter for target area
Intensity icon, battery electric quantity icon etc..
S303: the brightness of the adjacent domain adjacent with described target area that detection is specified obtains the second brightness letter
Breath.Can be by arranging optical sensor at the correct position of target area and adjacent domain, with respectively according to sensing
Obtain sensing data and calculate the second monochrome information of described adjacent domain.It should be noted that owing to light passes
The impact arranging the factor such as position, sensitivity of sensor, described first monochrome information and the second monochrome information are deposited
In error, therefore, when arranging luminance proportion condition, can be based on the error to optical sensor repetitive measurement
Study, in luminance proportion condition configuration luminance difference reasonably arrange, in order to reduce error
The adverse effect of agency.
In the embodiment of the present invention, by showing the side of the full white light for brightness in target area and adjacent domain
Formula, it is also possible to reduce the error of optical sensor.In other embodiments, optical sensor can also only sense mesh
Mark region and adjacent domain showing, the part of white senses, and using it accordingly as target area
First monochrome information and the second monochrome information of adjacent domain.
S304: according to described first monochrome information and described second monochrome information determine described target area with
Described adjacent domain is unsatisfactory for the luminance proportion condition preset.Determine be unsatisfactory for luminance proportion condition time,
Can be by the brightness value indicated by described first monochrome information and the brightness value indicated by described second monochrome information
Compare.Wherein, described default luminance proportion condition includes luminance difference, described brightness detection shape
State refers to state when described display screen only shows white under conditions of preset brightness value.
The luminance proportion condition that described target area and described adjacent domain are unsatisfactory for presetting includes: described target
Indicated by the brightness value indicated by first monochrome information in region and the second monochrome information of described adjacent domain
The difference of brightness value is more than described luminance difference, and the brightness value indicated by described first monochrome information is more than or little
In the brightness value indicated by described second monochrome information.The regulation process of polarizing effectiveness is all to be at display screen
Carry out under brightness detection state.
S305: if the brightness value indicated by described first monochrome information is more than indicated by described second monochrome information
Brightness value, then improve the polarizing effectiveness of described polaroid.
S306: if the brightness value indicated by described first monochrome information is less than indicated by described second monochrome information
Brightness value, then reduce the polarizing effectiveness of described polaroid.
S307: during regulation, in the case of described display screen is in brightness detection state, again examine
Survey monochrome information and the monochrome information of described adjacent domain of described target area.
S308: when the monochrome information of the described target area again detected is believed with the brightness of described adjacent domain
When breath meets described luminance proportion condition, stop regulating the polarizing effectiveness of described polaroid.
The monochrome information of described target area and described can be in real time measured during regulation polarizing effectiveness
The monochrome information of adjacent domain.Monochrome information and described proximity when the described target area again detected
When the monochrome information in territory meets described luminance proportion condition, then can stop regulating polarizing effectiveness.
Specifically refer to Fig. 4, be the one of which method flow signal of the regulation polarizing effectiveness of the embodiment of the present invention
Figure, the described method of the embodiment of the present invention specifically includes following steps.
S401: regulate the polarizing effectiveness of described polaroid.
S402: the monochrome information of the described target area after sensing regulation and the monochrome information of described adjacent domain.
Whether the monochrome information of S403: described target area and the monochrome information of described adjacent domain meet described
Luminance proportion condition.When being judged as YES, terminate, when being judged as NO, again perform described S401.
The embodiment of the present invention can suitably regulate certain target based on the monochrome information of display screen zones of different
The polarizing effectiveness of polaroid that region is arranged, adjusts the reflection to ambient light of this display screen area, thus both
Ensure that the image of display screen does not haves serious image deterioration problem, can preferably ensure again target area
And the brightness of adjacent domain meets luminance proportion bar, it is to avoid in display screen, subregion luminescence is brighter, and another
The situation that one luminescence is dark.
The adjusting means for intelligent terminal's display screen and intelligent terminal to the embodiment of the present invention are carried out in detail below
Thin description.
Refer to Fig. 5, be the structure of a kind of adjusting means for intelligent terminal's display screen of the embodiment of the present invention
Schematic diagram, the described device of the embodiment of the present invention can apply in the intelligent terminal of various band display screens, and
The adjustable polaroid of polarizing effectiveness it is provided with in the target area of described intelligent terminal.Described intelligent terminal is permissible
The terminal of band display screen such as including smart mobile phone, panel computer, intelligence wearable device, described display screen is
Refer to that such as OLED etc. there will be the display screen of the problem such as aging.Concrete, described device includes following structure.
Detection module 501, for when described display screen is in brightness detection state, detecting the described of display screen
The brightness of target area obtains the first monochrome information；And detect specify adjacent with described target area neighbouring
The brightness in region obtains the second monochrome information；Described target area is easily going out of specifying on described display screen
Existing aging region.
Processing module 502, if for determining institute according to described first monochrome information and described second monochrome information
State the luminance proportion condition that target area and described adjacent domain are unsatisfactory for presetting, then regulate described polaroid
Polarizing effectiveness, makes the brightness of described target area and described adjacent domain meet described luminance proportion condition.
The most alternatively, described default luminance proportion condition includes luminance difference, described brightness detection shape
State refers to state when described display screen only shows white under conditions of preset brightness value；Described target area
The luminance proportion condition being unsatisfactory for presetting with described adjacent domain includes: the first brightness letter of described target area
Brightness value indicated by breath is more than with the difference of the brightness value indicated by the second monochrome information of described adjacent domain
Described luminance difference.
Still optionally further, the described device of the embodiment of the present invention can also include: arranges module 503, is used for
Regulate the luminance parameter of described target area, to reduce the luminosity of described target area.
Still optionally further, described processing module 502, when being used for regulating polarizing effectiveness, if specifically for institute
State the brightness value indicated by the first monochrome information and be more than the brightness value indicated by described second monochrome information, then carry
The polarizing effectiveness of high described polaroid；If the brightness value indicated by described first monochrome information is less than described second
Brightness value indicated by monochrome information, then reduce the polarizing effectiveness of described polaroid.
Still optionally further, described processing module 502, specifically it is additionally operable to during regulation, in described display
In the case of screen is in brightness detection state, again detect the monochrome information of described target area and described neighbouring
The monochrome information in region；Monochrome information and described adjacent domain when the described target area again detected
When monochrome information meets described luminance proportion condition, stop regulating the polarizing effectiveness of described polaroid.
It should be noted that the implementing of modules of the described device of the embodiment of the present invention refers to Fig. 1
To the method corresponding to Fig. 4, the specific descriptions of correlation step, are not repeated herein.
The embodiment of the present invention can suitably regulate certain target based on the monochrome information of display screen zones of different
The polarizing effectiveness of polaroid that region is arranged, adjusts the reflection to ambient light of this display screen area, thus both
Ensure that the image of display screen does not haves serious image deterioration problem, can preferably ensure again target area
And the brightness of adjacent domain meets luminance proportion bar, it is to avoid in display screen, subregion luminescence is brighter, and another
The situation that one luminescence is dark.
Refer to Fig. 6 again, be the structural representation of a kind of intelligent terminal of the embodiment of the present invention.Described intelligence
Terminal may refer to the terminal of the band display screens such as smart mobile phone, panel computer, intelligence wearable device.Described
Intelligent terminal includes the structures such as power supply, user interface, communication interface, housing, hardware bracket, also includes:
Display screen 601, processor 602 and memorizer 603.Described display screen 601 includes for showing
The integrated circuit (integrated circuit is called for short IC) controlled, described IC, processor 602 and memorizer
Can be connected by bus 604 data between 603.
Described bus 604 can be Peripheral Component Interconnect standard (peripheral component interconnect,
It is called for short PCI) bus or EISA (extended industry standard architecture, letter
Claim EISA) bus etc..Described bus 604 can be divided into address bus, data/address bus, control bus etc..
For ease of representing, Fig. 6 only represents with a thick line, it is not intended that an only bus or a type
Bus.
Described memorizer 603 can include volatile memory (English: volatile memory), such as with
Machine access memorizer (English: random-access memory, abbreviation: RAM)；Memorizer can also wrap
(English: non-volatile memory), such as flash memory is (English: flash to include nonvolatile memory
Memory), and hard disk (English: hard disk drive, HDD) or solid state hard disc is (English: solid-state abbreviation:
Drive, abbreviation: SSD)；Memorizer 603 can also include the combination of the memorizer of mentioned kind.
Described processor 602 can be central processing unit (English: central processing unit, abbreviation:
CPU).Described processor 602 can further include hardware chip.Alternatively, described memorizer 603
It is additionally operable to store programmed instruction.Described processor 602 can call described programmed instruction, it is achieved such as the application
The display control method of the intelligent terminal shown in embodiment corresponding to Fig. 1, Fig. 4.
Described processor 602, for when described display screen 601 is in brightness detection state, detecting display screen
The brightness of the described target area of 601 obtains the first monochrome information；It is adjacent with described target area that detection is specified
The brightness of adjacent domain obtain the second monochrome information；If according to described first monochrome information and described second bright
Degree information determines that described target area and described adjacent domain are unsatisfactory for the luminance proportion condition preset, then adjust
Save the polarizing effectiveness of described polaroid, make the brightness of described target area and described adjacent domain meet described bright
Degree equilibrium condition.
Still optionally further, described default luminance proportion condition includes luminance difference, and described brightness detects
State refers to state when described display screen 601 only shows white under conditions of preset brightness value；
The luminance proportion condition that described target area and described adjacent domain are unsatisfactory for presetting includes: described target
Indicated by the brightness value indicated by first monochrome information in region and the second monochrome information of described adjacent domain
The difference of brightness value is more than described luminance difference.
Still optionally further, described processor 602 is additionally operable to regulate the luminance parameter of described target area, with
Reduce the luminosity of described target area.
Still optionally further, described processor 602, when for regulating the polarizing effectiveness of described polaroid, tool
If body is for bright more than indicated by described second monochrome information of the brightness value indicated by described first monochrome information
Angle value, then improve the polarizing effectiveness of described polaroid；If the brightness value indicated by described first monochrome information is little
In the brightness value indicated by described second monochrome information, then reduce the polarizing effectiveness of described polaroid.
Still optionally further, described processor 602, when for regulating the polarizing effectiveness of described polaroid, tool
Body is additionally operable to during regulation, in the case of described display screen 601 is in brightness detection state, again
Detect monochrome information and the monochrome information of described adjacent domain of described target area respectively；When again detecting
The monochrome information of described target area and the monochrome information of described adjacent domain meet described luminance proportion condition
Time, stop regulating the polarizing effectiveness of described polaroid.
Still optionally further, described intelligent terminal also includes optical sensor 600, and concrete can including sets respectively
Put the optical sensor in described target area and be arranged on the optical sensor of described adjacent domain；Described processor
602, it is particularly used for the optical sensor being arranged on described target area described in calling to obtain described target area
Monochrome information, call described in be arranged on described adjacent domain optical sensor obtain described adjacent domain bright
Degree information.
It should be noted that the implementing of processor of the described intelligent terminal of the embodiment of the present invention refers to
In method corresponding to Fig. 1 to Fig. 4, the specific descriptions of correlation step, are not repeated herein.
The embodiment of the present invention can suitably regulate certain target based on the monochrome information of display screen zones of different
The polarizing effectiveness of polaroid that region is arranged, adjusts the reflection to ambient light of this display screen area, thus both
Ensure that the image of display screen does not haves serious image deterioration problem, can preferably ensure again target area
And the brightness of adjacent domain meets luminance proportion bar, it is to avoid in display screen, subregion luminescence is brighter, and another
The situation that one luminescence is dark.
Above disclosed only one preferred embodiment of the present invention, can not limit this with this certainly
Bright interest field, one of ordinary skill in the art will appreciate that all or part of stream realizing above-described embodiment
Journey, and according to the equivalent variations that the claims in the present invention are made, still fall within the scope that invention is contained.
Claims (14)
1. the control method for intelligent terminal's display screen, it is characterised in that described intelligent terminal's
Target area is provided with the adjustable polaroid of polarizing effectiveness, and described target area is to specify on described display screen
Aging region easily occurs；Described method includes:
When described display screen is in brightness detection state, the brightness of the described target area of detection display screen obtains
To the first monochrome information；
The brightness of the adjacent domain adjacent with described target area that detection is specified obtains the second monochrome information；
If determining that described target area is with described according to described first monochrome information and described second monochrome information
Adjacent domain is unsatisfactory for the luminance proportion condition preset, then regulate the polarizing effectiveness of described polaroid, makes described
The brightness of target area and described adjacent domain meets described luminance proportion condition.
2. the method for claim 1, it is characterised in that wrap in described default luminance proportion condition
Including luminance difference, described brightness detection state refers to that described display screen is the most aobvious under the instruction of preset brightness value
Show state during white；
The luminance proportion condition that described target area and described adjacent domain are unsatisfactory for presetting includes: described target
Indicated by the brightness value indicated by first monochrome information in region and the second monochrome information of described adjacent domain
The difference of brightness value is more than described luminance difference.
3. the method for claim 1, it is characterised in that in the described target of described detection display screen
Before the brightness in region obtains the first monochrome information, also include:
Regulate the luminance parameter of described target area, to reduce the luminosity of described target area.
4. the method as described in any one of claim 1-3, it is characterised in that the described polaroid of described regulation
Polarizing effectiveness, including:
If the brightness value indicated by described first monochrome information is more than the brightness indicated by described second monochrome information
Value, then improve the polarizing effectiveness of described polaroid；
If the brightness value indicated by described first monochrome information is less than the brightness indicated by described second monochrome information
Value, then reduce the polarizing effectiveness of described polaroid.
5. method as claimed in claim 4, it is characterised in that if described according to described first monochrome information
Determine that described target area is equal with the brightness that described adjacent domain is unsatisfactory for presetting with described second monochrome information
Weighing apparatus condition, then regulate the polarizing effectiveness of described polaroid, also include
During regulation, in the case of described display screen is in brightness detection state, detection is described again
The monochrome information of target area and the monochrome information of described adjacent domain；
When the monochrome information of the described target area again detected meets with the monochrome information of described adjacent domain
During described luminance proportion condition, stop regulating the polarizing effectiveness of described polaroid.
6. the adjusting means for intelligent terminal's display screen, it is characterised in that described intelligent terminal's
Target area is provided with the adjustable polaroid of polarizing effectiveness, and described target area is to specify on described display screen
Aging region easily occurs；Described device includes:
Detection module, for when described display screen is in brightness detection state, detecting the described mesh of display screen
The brightness in mark region obtains the first monochrome information；And detect the proximity adjacent with described target area specified
The brightness in territory obtains the second monochrome information；
Processing module, if described for determining according to described first monochrome information and described second monochrome information
Target area and described adjacent domain are unsatisfactory for the luminance proportion condition preset, then regulate the inclined of described polaroid
Light efficiency, makes the brightness of described target area and described adjacent domain meet described luminance proportion condition.
7. device as claimed in claim 6, it is characterised in that wrap in described default luminance proportion condition
Including luminance difference, described brightness detection state refers to that described display screen is the most aobvious under the instruction of preset brightness value
Show state during white；
The luminance proportion condition that described target area and described adjacent domain are unsatisfactory for presetting includes: described target
Indicated by the brightness value indicated by first monochrome information in region and the second monochrome information of described adjacent domain
The difference of brightness value is more than described luminance difference.
8. device as claimed in claim 6, it is characterised in that also include:
Module is set, for regulating the luminance parameter of described target area, to reduce sending out of described target area
Brightness.
9. the device as described in any one of claim 6-8, it is characterised in that
Described processing module, if specifically for the brightness value indicated by described first monochrome information more than described the
Brightness value indicated by two monochrome informations, then improve the polarizing effectiveness of described polaroid；If described first brightness
Brightness value indicated by information less than the brightness value indicated by described second monochrome information, then reduces described polarisation
The polarizing effectiveness of sheet.
10. device as claimed in claim 9, it is characterised in that
Described processing module, is specifically additionally operable to during regulation, is in brightness detection shape at described display screen
In the case of state, again detect monochrome information and the monochrome information of described adjacent domain of described target area；
When the monochrome information of the described target area again detected meets described with the monochrome information of described adjacent domain
During luminance proportion condition, stop regulating the polarizing effectiveness of described polaroid.
11. 1 kinds of intelligent terminal, it is characterised in that including: display screen, be arranged on the mesh of described display screen
Polaroid on mark region and processor, wherein:
Described processor, for when described display screen is in brightness detection state, detecting the described of display screen
The brightness of target area obtains the first monochrome information；The proximity adjacent with described target area that detection is specified
The brightness in territory obtains the second monochrome information；If it is true according to described first monochrome information and described second monochrome information
Make the luminance proportion condition that described target area and described adjacent domain are unsatisfactory for presetting, then regulate described partially
The polarizing effectiveness of mating plate, makes the brightness of described target area and described adjacent domain meet described luminance proportion bar
Part.
12. intelligent terminal as claimed in claim 11, it is characterised in that described default luminance proportion bar
Part includes that luminance difference, described brightness detection state refer to the instruction at preset brightness value of the described display screen
Under state when only showing white；Described target area and described adjacent domain are unsatisfactory for the luminance proportion preset
Condition includes: the of the brightness value indicated by the first monochrome information of described target area and described adjacent domain
The difference of the brightness value indicated by two monochrome informations is more than described luminance difference.
13. intelligent terminal as claimed in claim 11, it is characterised in that
Described processing module, when being used for regulating polarizing effectiveness, if specifically for described first monochrome information institute
The brightness value of instruction more than the brightness value indicated by described second monochrome information, then improves the inclined of described polaroid
Light efficiency；If the brightness value indicated by described first monochrome information is less than indicated by described second monochrome information
Brightness value, then reduce the polarizing effectiveness of described polaroid.
14. intelligent terminal as described in any one of claim 11-13, it is characterised in that also include setting respectively
Put the optical sensor in described target area and be arranged on the optical sensor of described adjacent domain；
Described processor, the optical sensor being particularly used for being arranged on described in calling described target area obtains
The monochrome information of described target area, call described in be arranged on the optical sensor of described adjacent domain and obtain described
The monochrome information of adjacent domain.
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| CN201610264798.XA CN105955692B (en) | 2016-04-25 | 2016-04-25 | A kind of adjusting method, device and intelligent terminal for intelligent terminal display screen |
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| CN110177174A (en) * | 2019-05-24 | 2019-08-27 | Oppo广东移动通信有限公司 | Display processing method, device, mobile terminal and storage medium |
| CN112822414A (en) * | 2020-12-31 | 2021-05-18 | 联想(北京)有限公司 | Information processing method and device |
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| CN105955692B (en) | 2018-09-04 |
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Address after: Changan town in Guangdong province Dongguan 523860 usha Beach Road No. 18 Patentee after: GUANGDONG OPPO MOBILE TELECOMMUNICATIONS Corp.,Ltd. Address before: Changan town in Guangdong province Dongguan 523860 usha Beach Road No. 18 Patentee before: GUANGDONG OPPO MOBILE TELECOMMUNICATIONS Corp.,Ltd. |
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