CN108877654A - Electronic equipment and information processing method - Google Patents
Electronic equipment and information processing method Download PDFInfo
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- CN108877654A CN108877654A CN201810713551.0A CN201810713551A CN108877654A CN 108877654 A CN108877654 A CN 108877654A CN 201810713551 A CN201810713551 A CN 201810713551A CN 108877654 A CN108877654 A CN 108877654A
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- display screen
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- G—PHYSICS
- G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
- G09G—ARRANGEMENTS OR CIRCUITS FOR CONTROL OF INDICATING DEVICES USING STATIC MEANS TO PRESENT VARIABLE INFORMATION
- G09G3/00—Control arrangements or circuits, of interest only in connection with visual indicators other than cathode-ray tubes
- G09G3/20—Control arrangements or circuits, of interest only in connection with visual indicators other than cathode-ray tubes for presentation of an assembly of a number of characters, e.g. a page, by composing the assembly by combination of individual elements arranged in a matrix no fixed position being assigned to or needed to be assigned to the individual characters or partial characters
- G09G3/22—Control arrangements or circuits, of interest only in connection with visual indicators other than cathode-ray tubes for presentation of an assembly of a number of characters, e.g. a page, by composing the assembly by combination of individual elements arranged in a matrix no fixed position being assigned to or needed to be assigned to the individual characters or partial characters using controlled light sources
- G09G3/30—Control arrangements or circuits, of interest only in connection with visual indicators other than cathode-ray tubes for presentation of an assembly of a number of characters, e.g. a page, by composing the assembly by combination of individual elements arranged in a matrix no fixed position being assigned to or needed to be assigned to the individual characters or partial characters using controlled light sources using electroluminescent panels
- G09G3/32—Control arrangements or circuits, of interest only in connection with visual indicators other than cathode-ray tubes for presentation of an assembly of a number of characters, e.g. a page, by composing the assembly by combination of individual elements arranged in a matrix no fixed position being assigned to or needed to be assigned to the individual characters or partial characters using controlled light sources using electroluminescent panels semiconductive, e.g. using light-emitting diodes [LED]
- G09G3/3208—Control arrangements or circuits, of interest only in connection with visual indicators other than cathode-ray tubes for presentation of an assembly of a number of characters, e.g. a page, by composing the assembly by combination of individual elements arranged in a matrix no fixed position being assigned to or needed to be assigned to the individual characters or partial characters using controlled light sources using electroluminescent panels semiconductive, e.g. using light-emitting diodes [LED] organic, e.g. using organic light-emitting diodes [OLED]
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- Computer Hardware Design (AREA)
- General Physics & Mathematics (AREA)
- Theoretical Computer Science (AREA)
- Control Of Indicators Other Than Cathode Ray Tubes (AREA)
- Controls And Circuits For Display Device (AREA)
- Control Of El Displays (AREA)
Abstract
The embodiment of the invention discloses a kind of electronic equipment and information processing methods.The electronic equipment includes：Display screen, including：Display pixel array, wherein the display pixel array includes：Multiple display pixels；Sensor, at least induction part are located in the gap of the display pixel.
Description
Technical field
The present invention relates to electronic technology field more particularly to a kind of electronic equipment and information processing methods.
Background technique
With the development of electronic equipment, there is the full frame face equipment of Gao Zhanping ratio, but the front of screen equipment is removed comprehensively
For the area very little in the non-screen region other than setting display screen, so that the area for other elements setting reduces.If
Retain biggish non-screen region, then will lead to electronic equipment accounts for screen than reducing.
Summary of the invention
In view of this, an embodiment of the present invention is intended to provide a kind of electronic equipment and information processing methods.
The technical proposal of the invention is realized in this way：
In a first aspect, the embodiment of the present invention provides a kind of electronic equipment, which is characterized in that including：
Display screen, including：Display pixel array, wherein the display pixel array includes：Multiple display pixels；
At least induction part of sensor is located in the gap of the display pixel.
In some embodiments, the sensor includes：
Induction part generates detection signal for incuding；
Control section is connect with the induction part, the induction of the detection signal for controlling the induction part
And receive the detection signal；
And/or
The display screen is organic light emitting diode OLED display screen, and the display pixel includes one or more OLED
Lamp；
And/or the display screen is：Account for comprehensive screen of the screen than being greater than default ratio；
And/or the sensor is：Optical sensor, wherein the optical sensor, for detecting environment light；
And/or the sensor is：Proximity sensor, wherein the proximity sensor, for detect user with
Positional relationship between the display screen.
In some embodiments, power supply mould group is connect with the sensor, is used in electronic equipment starting, to
The sensor powers and starts the sensor；
Mould group is driven, is connect respectively with the power supply mould group and the display screen, for receiving the first enabling signal
When, the power supply mould group being controlled to the display screen, operating voltage being provided, the display screen is entered aobvious based on the operating voltage
Show state.
In some embodiments, the driving mould group is also used to receive in the case where the display screen is in the display state
When to first control signal, display pixel of the display location around at least induction part of the sensor is at least controlled
Extinguish；
The sensor is also used to based on second control signal corresponding with the first control signal, in the display
Environment light is detected in the time slot that pixel is extinguished；
And/or
Corresponding first duration in the time slot is less than the second duration between the display screen adjacent refresh cycle；
And/or corresponding second duration in the time slot is less than the third duration of the persistence of vision；
And/or
The electronic equipment further includes：
Mould group is handled, is connect respectively with the driving mould group and the sensor, for generating the first control signal
With the second control signal.
In some embodiments, the processing mould group, the environmental light brightness adjustment for being also used to be detected according to the sensor
The display brightness of the display screen；And/or
The processing mould group is also used to adjust the display of the display screen according to the environment photochromism that the sensor detects
Coloration；
And/or
The driving mould group is put out specifically for when receiving the first control signal, controlling the entire display screen
It goes out；
Alternatively,
The driving mould group, it is aobvious specifically for when receiving the first control signal, controlling the sensor place
Show that the display pixel in region is extinguished；
Alternatively,
The driving mould group, specifically for when receiving the first control signal, sensor described in command range is pre-
If display pixel is extinguished in range.
Second aspect, the embodiment of the present invention provide a kind of information processing method, are applied in electronic equipment, the electronics is set
It is standby to include：Display screen and sensor；The display screen includes pixel array；The pixel array includes：Multiple display pixels；Institute
At least induction part for stating sensor is located in the gap of the display pixel；The method includes：
When the display screen is under display state, first control signal is received from processor；
Based on the first control signal, display of the display location around at least induction part of the sensor is controlled
Pixel is extinguished；Wherein, at least partly display pixel is the display pixel around at least induction part of sensor；
Obtain the detection signal that the sensor detects environment light in the time slot that the display pixel is extinguished.
In some embodiments, the acquisition sensor detects ring in the time slot that the display pixel is extinguished
The detection signal of border light, including：
Obtain second control signal corresponding with the first control signal；
Using the second control signal, controls the sensor and detected in the time slot that the display pixel is extinguished
The detection signal of the environment light；Wherein, the second control signal acts on the second beginning and ending time of the sensor, is located at
The first control signal acts in the first start-stop time range of the display screen；
Alternatively,
The sensor obtains first detection signal according to prefixed time interval detection environment light；
Signal is detected from second detected within the first beginning and ending time is selected in the first detection signal,
In, first beginning and ending time is the beginning and ending time that the first control signal acts on the display screen.
In some embodiments, described when the display screen is under display state, the first control is received from processor
Signal, including：
It is in the first moment under display state in the display screen, using first interface from described in processor reception
First control signal；
It is described to obtain corresponding with first control signal second control signal, including：
At the second moment, second control signal is received from the processor using the first interface；First moment
Different from second moment；And first moment and second moment all act on institute earlier than the first control signal
At the beginning of stating display screen；
Alternatively,
It is described to receive first control signal from processor when the display screen is under display state, including：
It is to receive first control from the processor using first interface in the case where the display screen is in display state
Signal；
It is described to obtain corresponding with first control signal second control signal, including：
The second control signal is received from the processor using second interface；
Alternatively,
The second control signal is identical as the first control signal；
It is described to receive first control signal from processor when the display screen is under display state, including：
It is in the first moment under display state in the display screen, first control is received using first interface and believes
Number；
The first control signal is exported to the display screen using the first outlet line of the first interface；
It is described to obtain corresponding with first control signal second control signal, including：
The second control signal is exported to the sensor using the second outlet line of the second interface；
Wherein, second outlet line and first outlet line are connected in parallel on the output end of the first interface.
In some embodiments, the method also includes：
When the electronic equipment starts, power supply mould group provides the first supply voltage to the display screen, wherein described first
Supply voltage includes at least：The input of the display screen/input interface voltage；
When the electronic equipment starts, the power supply mould group provides first supply voltage to the sensor；Wherein,
First power supply is the operating voltage of the sensor；
And/or
After the electronic equipment starting, the power supply mould group is based on the first enabling signal and provides the second confession to the display screen
Piezoelectric voltage, wherein second supply voltage is the operating voltage that the display screen enters display state from non-display state.
In some embodiments, the power supply mould group provides the first supply voltage to the display screen, including：
The power supply mould group is connected by the first power supply, provides first supply voltage to the display screen；
The power supply mould group provides first supply voltage to the sensor, including：
The power supply mould group is connected by connecting second source in parallel with first power supply, is provided to the display screen
Second supply voltage；
Alternatively,
The power supply mould group provides the first supply voltage to the display screen, including：
The power supply mould group passes through the first output end that the first power supply connects, and provides first power supply to the display screen
Voltage；
The power supply mould group provides first supply voltage to the sensor, including：
The second output terminal that the power supply mould group is connected by first power supply provides described first to the display screen
Supply voltage.
Sensor, is arranged in the gap of display pixel by electronic equipment and information processing method provided in an embodiment of the present invention
It is interior, in this way, the spatial joint clearance between display pixel is taken full advantage of, without in the spatial dimension other than electronic equipment display screen
Additional space setting sensor is vacateed, the lightening of electronic equipment on the one hand can be easy to implement；It on the other hand, in this way, can
To reduce the surface where sensor setting display screen, the setting area of the display area of display screen is tied up, so as to be convenient for
Realize the Gao Zhanping ratio of display screen.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the first electronic equipment provided in an embodiment of the present invention；
Fig. 2 is the structural schematic diagram of second of electronic equipment provided in an embodiment of the present invention；
Fig. 3 is the structural schematic diagram of the third electronic equipment provided in an embodiment of the present invention；
Fig. 4 is the flow diagram of the first information processing method provided in an embodiment of the present invention；
Fig. 5 is the flow diagram of second of information processing method provided in an embodiment of the present invention.
Specific embodiment
Technical solution of the present invention is further described in detail with reference to the accompanying drawings and specific embodiments of the specification.
As shown in Figure 1, the present embodiment provides a kind of electronic equipment, including：
Display screen 110, including：Display pixel array, wherein the display pixel array includes：Multiple display pixels
111；
At least induction part of sensor 120 is located in the gap of the display pixel 111.
Electronic equipment provided in this embodiment can be the electronic equipment for including display screen 110, which can be various
The display screen 110 of type, for example, liquid crystal display 110, electric ink display screen 110, Organic Light Emitting Diode OLED display screen
110 equal display screens 110.
The display screen 110 includes display pixel array, and display pixel array is usually made of multiple rows of and multiple row.One
In a little embodiments, the spacing between the 110 any two adjacent display pixels 111 of display screen can all be equal.Any two
Can all there are certain spatial joint clearance, referred to as gap between display pixel 111.
The sensor 120 includes：
Induction part generates detection signal for incuding；
Control section is connect with the induction part, the induction of the detection signal for controlling the induction part
And receive the detection signal.
Induction part may include the induction part of sensor 120, obtain detection signal for incuding.For example, the sensing
Device can be：Optical sensor；The induction part of the optical sensor can be：Photo resistance；The control section of the optical sensor can
For：Control the processing integrated circuit (IC) etc. of the photo resistance induction.
In the present embodiment, the sensor 120 can be used as the display pixel for being integrally placed at the display screen 110
Gap in, only the induction part can also be placed in the gap of display pixel of display screen 110；The induction part with
Control section is connected by the opaque line being located on display screen, to realize control of the control section to the induction part.
The detection signal is transferred to the control section by the induction part, and the control section will test signal reporting to processing
Device, alternatively, being reported to processor after will test signal processing.
In embodiments of the present invention, the electronic equipment further includes sensor 120, at least induction part of the sensor 120
Divide is in the spatial joint clearance of the display pixel 111 of display screen 110, in this way, without the additional setting guarantor for sensor 120
Installation space is stayed, facilitates and realizes the lightening of electronic equipment, while taking full advantage of the gap between display pixel 111, and it is existing
There is the compatibility of technology strong, it is not necessary that existing electronic equipment is significantly transformed for setting sensor 120.
The electronic equipment can be：The electronic equipments such as mobile phone, shielding computer, Intelligent bracelet, smartwatch；But it is not limited to
Above-mentioned electronic equipment.In some embodiments, the electronic equipment can be virtual reality device and augmented reality equipment.
In some embodiments, the sensor 120 can be integral type sensor 120, and integral sensor 120 then senses
The various pieces of device 120 are all concentrated settings, and sensor 120 is an entirety, and an integral sensor 120 can be located at
In the spatial joint clearance that one multiple adjacent display pixels 111 is constituted.Certainly, in further embodiments, the integral type sensing
Device 120 can be the sensor 120 of strip, for example, U-shaped strip sensor 120, the U-shaped strip sensor 120
Both ends can be located separately in different gaps, in this way, the specific shape by sensor 120 can be by a biggish biography of volume
Sensor 120 is distributed in the spatial joint clearance content between display pixel 111.
In further embodiments, the sensor 120 can be：The sensor 120 of non-Unitary, in this way, non-Unitary
Sensor 120 it is removable be divided into multiple independent parts, for example, the induction part and control section, but these are independent
Establishing between part has electrical connection, in this way, multiple independent parts of the sensor 120 of non-Unitary, can be distributed to display
In multiple and different spatial joint clearances that pixel 111 is constituted.In this way, the volume of the sensor 120 of non-Unitary can be larger,
It can support richer or higher precision sensing function.Certainly, in some embodiments, the sense of the sensor 120
Should be partially in the gap of the display pixel of the sensor, the control section is not located at the display pixel of the display screen
Between, for example, being located at the outside of display screen；Alternatively, on the mainboard of electronic equipment.
In some embodiments, the sensor 120 can be various types of sensors 120, for example, the sensor
120 may include：It is able to carry out the light detecting sensors 120 of light detection, which can be used for detecting brightness
And/or the environmental light parameters such as photochromism.
In some embodiments, the sensor 120 is：Proximity sensor, wherein the proximity sensor is used
In the positional relationship between detected objects and the display screen 110 such as inspection detection user.
The proximity sensor may include：Various range sensors 120, in this way, whether can detecte user close to institute
Display screen 110 is stated, for example, the electronic equipments such as mobile phone are put into when dialing in one's ear by user, is withdrawn mobile phone from ear side with user,
The distance between electronic equipments such as user and mobile phone are different.In this way, the proximity sensor can be used in detection
Distance in positional relationship, automatic hand-up when being greater than the first particular value at a distance from user is between display screen 110；Alternatively, with
Family selected some contact person do not detect user input dial operation after, if between user and display screen 110
Distance less than the second particular value, second particular value is far smaller than the First Eigenvalue, then automatic calling is based on user
Instruct the contact person of selection.It certainly, is only citing herein.For example, second particular value can be within 5cm, described first is special
Definite value can be：15cm or more.The detecting distance of the proximity sensor may be limited, if sensing beyond the proximity
The detecting distance of device may be greater than first particular value.
In further embodiments, the sensor 120 can also be the sensor 120 of detection pressure parameter, pressure ginseng
Number can be pressure value or pressure values.In the related art, pressure sensor 120 be usually be provided with independent sensing layer be laid with
On or below display pixel 111, the setting of pressure sensor 120 that will test pressure parameter in the present embodiment is being shown
In gap between pixel 111, the thickness of display module (corresponding to the display screen 110) can be reduced, realize electronic equipment
It is lightening.
In some embodiments, the display screen 110 is organic light emitting diode OLED display screen 110, the display picture
Element 111 includes one or more OLED lamp.
In the present embodiment, the display screen 110 can be the display screen 110 for having OLED lamp to constitute, and this display screen 110 can
To be referred to as OLED display screen 110.
One display pixel 111 may include the OLED lamp of a variety of different colours, corresponds to one by control and shows
The multiple respective brightness of OLED lamp for showing pixel 111, can make the display pixel 111 show different display colors.Example
Such as, it is applied to the voltage of each OLED lamp by controlling, controls the brightness of OLED lamp displayable colour, phenomenon is then mixed by light
Realize the display of the different colours of the display pixel 111.The OLED lamp that one display pixel 111 includes may include：It can send out
Penetrate the red OLED lamp of red light, the OLED lamp that blue can be emitted, the green OLED lamp that green can be emitted.In some embodiments
In, in order to promote the display brightness of OLED display screen 110,110 corresponding display pixels 111 of the OLED display screen in addition to
Other than the red OLED lamp, green OLED lamp and Blue OLED lamp, may also include highlight emit white light
White OLED lamp or the yellow OLED lamp of sodium yellow can be emitted.
In some embodiments, a display pixel 111 can correspond only to a kind of OLED lamp, and this OLED lamp may
Multiple color can be switched including multiple OLED lamps itself, in this way, the display pixel can be completed by a kind of OLED lamp
111 desired multiple colors.In this case, a display pixel 111 may include an OLE lamp.
Including regardless of a display pixel 111 is a kind of OLED lamp or a variety of OLED lamps, a display pixel 111
Including multiple OLED lamps.
In some embodiments, as shown in Fig. 2, power supply mould group 130, connect with the sensor 120, in the electricity
When sub- equipment starts, powers to the sensor 120 and start the sensor 120；
Mould group 140 is driven, is connect respectively with the power supply mould group 130 and the display screen 110, for receiving first
When enabling signal, the power supply mould group 130 and the display screen 110 are connected, the display screen 110 is in the power supply mould group 130
Power supply under enter display state.
Power supply mould group 130 herein can be various supplying cells, for example, the batteries such as various lithium batteries.In some implementations
In example, the power supply mould group 130 can also be：Power supply interface, power supply interface connect power supply, to display screen 110 and/or described
Sensor 120 provides power supply.
The display screen 110 enters after display state, and the display screen 110 is at least partly lit, and can be used for
Show information.If display screen 110 is in non-display state, the display screen 110 is off, it is not possible to show information.
In some embodiments, the sensor 120 is the device of a low-power consumption, can be protected with the starting of electronic equipment
Synchronization is held, if electronic equipment starts, sensor 120 is powered on, sensor 120 is allowed to enter working condition.
In further embodiments, the starting of the sensor 120 can keep same with lighting for the display screen 110
Step, for example, display screen 110 is lighted, then sensor 120 described in synchronous averaging, starting the sensor 120 includes to the sensing
Device 120 is powered on, so that sensor 120 can enter working condition；In this way, reducing when powering on of sensor 120
It is long, reduce power consumption.For example, the sensor 120 is based on the second enabling signal corresponding with first enabling signal to described
Sensor 120 is powered on, to start the sensor 120.Second enabling signal is corresponding with first enabling signal to wrap
It includes：The generation time difference of first enabling signal and the second enabling signal is within the scope of preset time difference, and optionally, described second opens
The generation time of dynamic signal is identical as the time that first enabling signal generates.In addition, first enabling signal can be with
The input signal generated as second enabling signal.For example, first enabling signal is being transferred to the display screen 110
While, first enabling signal is also inputted to the generation circuit of the second enabling signal, which is based on described first
Enabling signal exports second enabling signal.
In some embodiments, first enabling signal can be：The signal of processor from electronic equipment, can also be with
It is other kinds of signal, for example, first enabling signal can be：Universal input/output signal (General Purpose
Input Output, GPIO).
In some embodiments, the driving mould group 140 is also used to be in the display state in the display screen 110
Under when receiving first control signal, at least control at least induction part week that the display screen 110 is located at the sensor 120
The display pixel 111 enclosed is extinguished；
The sensor 120 is also used to based on second control signal corresponding with the first control signal, described aobvious
Show and detects environment light in the time slot of the extinguishing of pixel 111.
Driving mould group 140 herein may include the driving circuit of display screen 110, which can be used for controlling display
The state of screen 110.The state of the display screen 110 may include：Non-display state and display state.In the non-display state
Under, the display screen 110, which puts out screen, not can be carried out display；Under the display state, at least partly point of the display screen 110
It is bright, and the display pixel 111 for lighting part can be shown.
In the present embodiment, if sensor 120 is the optical sensor of detectable environment light, the light inspection of the optical sensor
The direction of the display surface of survey face and display screen 110 is consistent；In this way, optical sensor can be made to detect 110 institute of display screen
In the optical parameter of the environment light in orientation.
The second control signal be it is corresponding with the first control signal, this corresponding relationship can behave as following
At least one：
The second control signal acts on the beginning and ending time of the sensor 120, is located at the first control signal and makees
Within the scope of beginning and ending time for the display screen 110, for example, the beginning and ending time of the second control signal is in first control
The beginning and ending time of signal processed is identical；So, it can be ensured that sensor 120 is between the time that corresponding display pixel 111 is extinguished
Environment light is detected in gap, to promote the accuracy of testing result；
The first control signal and second control signal are originated from the same control signal；For example, the second control letter
Number can be the first control signal replica signal；For another example the second control signal is based on the first control letter
Number carry out the signal parameters such as voltage amplitude and/or phase adjustment after control signal；
The first control signal and the second control signal are derived from the same signal source, set for example, both being from electronics
Standby processor.
In short, the first control signal and the second control signal, have corresponding relationship.
In some embodiments the sensor 120 can not tube display screen 110 at least partly display pixel 111 whether
Extinguish, the detection of environment light can be always maintained at, forms detection data；And these detection datas are all submitted to processing mould group
150；But after processing mould group 150 receives these data, according to the fall time of the display pixel 111 of display screen 110 and
The submission time or detection time of detection data, select effective detection data, in this way, can then not have to generate the second control
Signal.120 default duration of the sensor detection；But by the data processing of processing mould group 150, select useful
Detection data.For example, processing mould group 150 is the register that sensor 120 is provided with detection data write-in, the register is for biography
Data of sensor 120 report deposit, if the display pixel 111 of display screen 110 is not extinguished, the processing mould group 150 is not
It goes to read the register, if display pixel 111 reads the register when extinguishing.In this way, register is not only examined by rear write-in
Measured data covers old detection data, on the one hand it is not necessary that because invalid detection data consumes memory space, another aspect is also true
Effective detection data can correctly be obtained by having protected.
The driving mould group 140 may include：
First driving circuit, for driving voltage needed for providing display corresponding content to display pixel 111, driving electricity
Pressure is different, and the color that display pixel 111 is presented is different；
Second driving circuit, for providing scanning voltage to display pixel 111, it is aobvious which can directly control this
Show the light on and off of pixel 111 itself and/or sub- display pixel 111.For example, a display pixel 111 can be by least three kinds of differences
The sub- display pixel 111 of color is constituted, and multiple sub- display pixels 111 mix the face of principle control single display pixel 111 based on light
Color.
In some embodiments, the display screen 110, can be by described after receiving the first control signal
One control signal is considered as interrupt signal, then executes interrupt logic；The interrupt logic can be drive of the preparatory burning in display screen 110
In dynamic model group 140, which has recorded coordinate and/or duration of the display pixel 111 of extinguishing etc. and extinguishes parameter；Root
According to the extinguishing for extinguishing state modulator display pixel 111.For example, if all display pixels of the entire display screen 110 extinguished
111, then it can be by the execution of the interrupt logic, by closing the scanning signal of each row display pixel 111 come sight.If putting out
Go out be display screen 110 part display pixel 111, then can maintain the normal switching of scanning signal, pass through control display picture
The luminous voltage of element 111 controls the extinguishing of corresponding display pixel 111.
The extinguishing of display pixel 111 in the present embodiment is realized by interrupt logic, in some embodiments,
It can be through the circuit of pure hardware and realize, for example, being provided with control display in the driving mould group 140 of display screen 110
The alternate path of the first access and the first path in parallel that pixel 111 is shown；If receiving first control signal, by original
It is switched to by the electric signal that the first access applies the display of display pixel 111 through alternate path and is applied, thus described in closing
Display pixel 111.Alternate path can separate the electric signal needed originally by the first tunnel, or to script by the first access
First electric signal of transmission is converted to the second electric signal that control display pixel 111 is extinguished.The electric signal can be voltage or electric current
Equal electric signals.
Control display screen 110 part display pixel 111 extinguish mode and structure all there are many, be not limited to above-mentioned
It anticipates one kind.
In further embodiments, the display pixel 111 includes backlight and display layer；It can then be corresponded to by closing
The backlight of display pixel 111 controls its extinguishing.
In short, being not limited to any one of the above there are many modes that control display pixel 111 is extinguished.
Certainly the above is only the citing of the driving mould group 140 to display screen 110, when specific implementation, is not limited to above-mentioned act
Example.
Above-mentioned driving mould group 140 can be located at the printed circuit board (Printed connecting with the display pixel array
Circuit Board, PCB) alternatively, being located at one or more flip chip (Chip On connecting with the display pixel array
Film, COF) alternatively, being located on the substrate of the display screen 110.The substrate is the transparent substrate of display screen 110.
Optionally, the extinguishing at least Three models of at least partly display pixel 111 of display screen 110：
Mode one：
Screen mode toggle, the driving mould group 140, specifically for when receiving the first control signal, control is entire
The display screen 110 extinguishes.
In this way, entire display screen 110 all extinguishes, in this way, display screen 110 does not have to distinguish display pixel 111, there is operation letter
Just the characteristics of.
Mode two：
Region mode, the driving mould group 140, specifically for when receiving the first control signal, described in control
Display pixel 111 in 120 place display area of sensor is extinguished.
It realizes in this mode and display screen 110 is divided into multiple display areas, 120 place spatial joint clearance institute shape of sensor
At display pixel 111 where display area, then be the display area to be extinguished.At this point, the region of the display area divided
The display area for the bright state of adjacent maintenance that area at least will not be interferes the environment light detection of sensor 120.
Distance mode, the driving mould group 140, specifically for when receiving the first control signal, command range
Display pixel 111 is extinguished in 120 preset range of sensor.
Centered on display pixel 111 or sensor 120 itself are formed by by 120 place spatial joint clearance of sensor, with this
The display pixel 111 of centre distance within a preset range requires to extinguish, usually in this case, the display pixel 111 of extinguishing
A border circular areas being likely to form.
Optionally, the time slot for detecting environment light for sensor 120 is preferably a refreshing positioned at display screen 110
In period, in this way, corresponding display pixel 111 can be restored after time slot terminates with the current display data of display screen 110
Display.Certainly, time slot can also only be updated in the display data of two refresh cycles across two refresh cycles
Period needs additional mask based on the refreshing of the update display pixel 111 of display data.
Optionally, the driving mould group 140, specifically for being received in the case where the display screen 110 is in the display state
When to first control signal, at least controls the display screen 110 and be located at showing around the sensor 120 according to the period 1
Pixel 111 is extinguished；And the sensor 120, it is also used to be based on second control signal corresponding with the first control signal,
Environment light is detected according to the period 1 picture in the time slot that the display pixel 111 is extinguished；
And/or
The sensor 120 is also used to detect when the display screen 110 is in non-display state according to second round
Environment light；Wherein, the period 1 is shorter than the second round.
It, can be by adjusting at this point, in order to reduce power consumption if the starting of sensor 120 powered on electronic equipment is synchronous
The detection cycle of sensor 120 realizes the reduction of reduction and the unnecessary detection of sensor 120 of power consumption.For example, the period 1
Shorter than second round, then period 1 corresponding detection frequency is higher than second round corresponding detection frequency.
If display screen 110, under non-display state, sensor 120 is still in detection environment light；The display screen 110 enters
When display state, display parameters can be determined according to the detection signal of the nearest a cycle environment light of the sensor 120, this
Place, display parameters may include：The parameters such as display brightness and/or display coloration.
In some embodiments, corresponding first duration in the time slot is less than the display screen 110 adjacent refreshing week
The second duration between phase；And/or corresponding second duration in the time slot is less than the third duration of the persistence of vision.
As soon as the refresh cycle of usual display screen 110 can refresh once, 110 acts of display screen of display picture switches one
It is secondary.Although the picture refreshed is one by one；But user be it is imperceptible, user's persistence of vision is utilized in this.
In this way, the duration of the refresh cycle of display screen 110 is less than the maximum time or mean value duration of user's persistence of vision.In this reality
It applies in example, if the first duration of time slot is less than the second duration between the adjacent refresh cycle of display screen 110, user is perception
Less than the extinguishing of display screen 110.In this way, even if the extinguishing of at least partly display pixel 111 of display screen 110 will not influence to use
The impression of display screen 110 is watched at family.
In further embodiments, when corresponding second duration of the event gap is directly less than the third of the persistence of vision
It is long.
Even if in this way, the sensor 120 being arranged in gap between display pixel 111, needs at least portion of display screen 110
Point display pixel 111 is closed to detect environment light, and the normal display of display screen 110 will not be influenced.
For example, the time needed for the sensor 120 detects environment light is the 4th duration；4th duration is far smaller than
First duration；For example, the 4th duration can be less than first duration, one magnitude.The duration of user's persistence of vision
It is that Millisecond is other；And the detection duration for detecting the optical sensor of environment light may be that Microsecond grade is other, in this way, optical sensor is examined
It needs the duration for the display pixel 111 closed to can be very little when survey, will not influence the display of the display screen 110 completely.
In some embodiments, what general first duration can be set is far longer than the 4th duration, in this way, in order to ensure inspection
Survey the accuracy of result, the sensor 120 can detect repeatedly in the first duration, then according to repeated detection as a result,
Select most accurate detection result.For example, being directed to for optical sensor, optical sensor is at least detected three times, and removal is maximum
Value and minimum value, the median or mean value for taking remaining value are as final testing result.
In some embodiments, as shown in figure 3, the electronic equipment further includes：
Mould group 150 is handled, is connect respectively with the driving mould group 140 and the sensor 120, for generating described first
Control signal and the second control signal.
The processing mould group 150 may include：Various types of processors and/or processing circuit；The processor may include：
Central processing unit, microprocessor, digital signal processor etc..The processing circuit may include：Programmable array or dedicated collection
At circuit etc..
In the present embodiment, the first control signal and the second control signal are generated by processing mould group 150, should
Handling mould group 150 can be to be also possible to the integrated processing mould group 150 of the display screen 110 independently of the display screen 110.
The first control signal can be originated from the same control signal, and by splitter etc., generation is transmitted separately to the sensor
120 and the display screen 110 control signal.
In some embodiments,
The processing mould group 150 is also used to adjust the display screen according to the environmental light brightness that the sensor 120 detects
110 display brightness；
And/or
The processing mould group 150 is also used to adjust the display screen according to the environment photochromism that the sensor 120 detects
110 display coloration.
After detecting environment light using optical sensor, the display ginseng of display screen 110 can be adjusted based on the environment light of detection
Number.For example, according to environmental light brightness is detected, the display brightness of adjust automatically display screen 110 facilitates user in different environment
Display screen 110 can be comfortably watched under brightness.
For another example the color parameters such as the coloration of display screen 110 are adjusted, in this way, in different colours according to the color of environment light
Environment light under, user can obtain more life-like visual effect or the preferably experience of viewing display screen 110.
In some embodiments, the display screen 110 is to account for comprehensive screen of the screen than being greater than default ratio.
Screen accounting herein is：The display area occupied area of display screen 110 and the integral face on 110 place surface of display screen
Long-pending ratio, if the area on 110 place surface of display screen is certain, the area of display area is bigger, then it is bigger to account for screen ratio.In this reality
It applies and accounts for the referred to as comprehensive screen of screen that shielding is greater than default ratio in example, display screen 110 provided in this embodiment is preferably comprehensive
Screen.The default ratio can be：83%, 85%, 80% or 87% or more.
In the present embodiment, since sensor 120 to be arranged in the gap between display pixel 111, then do not have to occupy
Additional space can so be promoted and account for screen ratio.
As shown in figure 4, being applied in electronic equipment, the electronic equipment the present embodiment provides a kind of information processing method
Including：Display screen and sensor；The display screen includes pixel array；The pixel array includes：Multiple display pixels；It is described
At least induction part of sensor is located in the gap of the display pixel；The method includes：
Step S110：When the display screen is under display state, first control signal is received from processor；
Step S120：Based on the first control signal, display location is controlled in at least induction part of the sensor
The display pixel of surrounding is extinguished；Wherein, at least partly display pixel is around at least induction part of sensor
Display pixel；
Step S130：Obtain the detection that the sensor detects environment light in the time slot that the display pixel is extinguished
Signal.
Information processing method provided in this embodiment, applied to previous embodiment provide electronic equipment in.
There are two types of states for display screen, are display state and non-display state respectively.
Processor herein can be the central processing unit of electronic equipment, which can be located on mainboard.Described
One control signal can interrupt control signal for the display of display screen.
There are many implementations of the step S130, several optional ways presented below：
Optional way one：
The step S130 may include：
Obtain second control signal corresponding with the first control signal；Herein, the second control signal with it is described
The corresponding relationship of first control signal may refer to previous embodiment, just not be repeated herein；
Using the second control signal, controls the sensor and detected in the time slot that the display pixel is extinguished
The detection signal of the environment light；Wherein, the second control signal acts on the second beginning and ending time of the sensor, is located at
The first control signal acts in the first start-stop time range of the display screen.
Optional way two：
The step S130 may include：
The sensor obtains first detection signal according to prefixed time interval detection environment light；
Signal is detected from second detected within the first beginning and ending time is selected in the first detection signal,
In, first beginning and ending time is the beginning and ending time that the first control signal acts on the display screen.
As long as the sensor, which starts, to detect environment light according to prefixed time interval, to obtain first inspection
Survey signal；In this way, processor needs to have display pixel from extracting in first detection signal when display screen is under display state
Detection signal when extinguishing, in the present embodiment, this detection signal extracted from first detection signal are second inspection
Survey signal.Subsequent, if carrying out the brightness and/or coloration adjustment of display screen according to this mode, processor is according to the second inspection
Survey the brightness and/or coloration of signal adjustment display screen.
Mode three：
It is described to receive first control signal from processor when the display screen is under display state, including：
It is in the first moment under display state in the display screen, using first interface from described in processor reception
First control signal；
It is described to obtain corresponding with first control signal second control signal, including：
At the second moment, second control signal is received from the processor using the first interface；First moment
Different from second moment；And first moment and second moment all act on institute earlier than the first control signal
At the beginning of stating display screen.
First control signal and second control signal are from the same interface in this fashion, i.e., described first connects
Mouthful, the first control signal and the second control signal are to utilize first interface time sharing transmissions to display screen and sensor
's.
The first interface herein can be IC bus (I2C).For example, it is aobvious that the first interface is original
Interface between display screen and processor is re-used uses to sensor in the present embodiment.The second control signal is transmission
To the control section of sensor, in this way, induction of the control section based on second control signal control induction part.
The first interface can be also serial peripheral interface bus (SPI), and the SPI includes address wire and data line, institute
It states address wire and is connected respectively to the sensor and the display screen, for the addressing to the sensor and the display screen；
The data line can be used for first control signal described in time sharing transmissions and the second control signal.
Mode four：
It is described to receive first control signal from processor when the display screen is under display state, including：
It is to receive first control from the processor using first interface in the case where the display screen is in display state
Signal；
It is described to obtain corresponding with first control signal second control signal, including：
The second control signal is received from the processor using second interface.
In the present embodiment, the sensor and display screen are utilized respectively different interfaces and receive described first from processor
Control signal and second control signal；The first interface and the second interface are different interfaces, are independent from each other and connect
Mouthful.The first interface and the second interface can be I2C or SPI.
In the present embodiment, the second interface can be optionally disposed on display component corresponding to the display screen,
For example, on the circuit board where the control circuit of the display component or on control film.
Mode five：
The second control signal is identical as the first control signal；
It is described to receive first control signal from processor when the display screen is under display state, including：
It is in the first moment under display state in the display screen, first control is received using first interface and believes
Number；
The first control signal is exported to the display screen using the first outlet line of the first interface；
It is described to obtain corresponding with first control signal second control signal, including：
The second control signal is exported to the sensor using the second outlet line of the second interface；
Wherein, second outlet line and first outlet line are connected in parallel on the output end of the first interface.
In the present embodiment, the first control signal is identical with second control signal, is by the same interface from processing
Device receive, and be export from same port, but be respectively transmitted to by different outlet lines the sensor or show
Display screen.
In some embodiments, the method also includes：
When the electronic equipment starts, power supply mould group provides the first supply voltage to the display screen, wherein described first
Supply voltage is input/input interface voltage of the display screen；The first supply voltage herein can start it for electronic equipment
Afterwards, power supply mould group will regular supply voltage, in this way, processor or mainboard can be made to maintain the I/O interface of display screen
Normally；But the first supply voltage can not make display screen enter display state.
When the electronic equipment starts, the power supply mould group provides first supply voltage to the sensor；Wherein,
First power supply is the operating voltage of the sensor；The first supply voltage herein can be the work electricity of sensor
Pressure, if sensor receives operating voltage and will launch into working condition.
In some embodiments, after electronic equipment starting, the power supply mould group is based on the first enabling signal to described
Display screen provides the second supply voltage, wherein second supply voltage enters for the display screen from non-display state aobvious
Show the operating voltage of state.Second supply voltage can be so that the operating voltage that display screen is shown.
First supply voltage can be 1.8V, and the second supply voltage can be different from first supply voltage for 3.3V, 12V etc.
Voltage signal.
In some embodiments, the power supply mould group provides the first supply voltage to the display screen, including：
The power supply mould group is connected by the first power supply, provides first supply voltage to the display screen；
The power supply mould group provides first supply voltage to the sensor, including：
The power supply mould group is connected by connecting second source in parallel with first power supply, is provided to the display screen
Second supply voltage；
In some embodiments, the power supply connection of the sensor and the display screen are independent, in this way, the first of display screen
Power supply connection is connected with the second source of sensor is connected in parallel on power supply mould group rear end.
In some embodiments, the power supply mould group provides the first supply voltage to the display screen, including：
The power supply mould group passes through the first output end that the first power supply connects, and provides first power supply to the display screen
Voltage；
The power supply mould group provides first supply voltage to the sensor, including：
The second output terminal that the power supply mould group is connected by first power supply provides described first to the display screen
Supply voltage.
The input terminal of first power supply connection in the present embodiment is connected to power supply mould group, but the first power supply connects
Output end there are two connecing, one is connected to display screen, another is connected to sensor；In this way, sensor and display screen share one
A power supply connection obtains the first supply voltage.
The method also includes：
If the display screen is in the display state, the display location is at least controlled according to first control signal in institute
State extinguishing around sensor according to period 1 display pixel；And based on the second control corresponding with the first control signal
Signal controls sensor and detects environment light according to the period 1 picture in the time slot that the display pixel is extinguished；
And/or
The sensor is also used to when the display screen is in non-display state, detects environment light according to second round；
Wherein, the period 1 is shorter than the second round.
In further embodiments, the detection signal is the detection signal to environment light；The method also includes：
According to the detection signal of the environment light, the display brightness and/or display coloration of the display screen are adjusted.
There are also in some implementations, the detection signal is the detection signal of proximity sensor, the method also includes：
If electronic equipment in call and the detection signal show user between display screen at a distance to be greater than first special
Definite value automatically hangs up the call.Further, in order to avoid accidentally hanging, also judge whether the electronic equipment has engaging lug
Machine call is automatically hung up or, opening outer sound call if no and distance is greater than the first particular value；
And/or
If electronic equipment is based on one contact person of user input selection, and detects signal and show between user and display screen
Citing less than the second particular value, call the contact person of selection automatically, the contact person can be cell-phone number or fixed line contact person, can also
To be the contact person of social account, which may include：WeChat ID or QQ number etc..
Certainly the above is only citings, specifically have using the information processing method that the electronic equipment of aforementioned offer executes more
Kind, it is not limited to any one of the above.
Several specific examples are provided below in conjunction with above-mentioned any embodiment：
This example provided a kind of electronic equipment, which is embedded in display screen the optical sensor of environment light detection
In, it is placed in the gap between display pixel.With reference to Fig. 5, each display pixel of display screen shown in fig. 5 includes：It is red
(R), green (G) and blue (B) three sub-pixels；Optical sensor (L) is provided between two neighboring display pixel.
The closing 1ms in display screen gap, the brightness for carrying out ambient enviroment are detected that (gap of 1ms, human eye can not be discovered
To)；At the original central processing unit (CPU) or the processor of display screen for being sent to the electronic equipments such as mobile phone detected
Reason.It in the optical sensor insertion display screen of environment light detection, does not influence to show, but is that by mobile phone detection environmental light brightness
Function.It avoids ambient light detection module from occupying the space of screen in mobile phone front, realizes bigger screen accounting.
Optical sensor is embedded in display pixel gap in screen, processor controls the closing in backlight driver module gap
The 2ms time is used to detect environment light.
Backlight driver module can be suitable for inclusion in backlight for one kind of the driving mould group of display screen, backlight driver module
And in the display screen of display layer, this display screen may include liquid crystal display, and the display layer of liquid crystal display includes liquid crystal layer；Back
Light source may include：LED lamp and/or cold cathode diode (CCFL) lamp.
After the detection signal that light detects carries out analog-to-digital conversion (A/D) conversion, it is sent into processor processing.
Example 2：
This example provides a kind of information processing method based on the electronic equipment provided in example 1, including：
Optical sensor incudes to obtain detection signal；For example, the induction part of optical sensor incudes to obtain the detection signal；
Detect the AD conversion of signal；
Data after AD conversion are transferred to processor；
Processor controls backlight driver module every 1 second closing 2ms, so that optical sensor (L) detects environment light.
Sensor is arranged in several embodiments provided herein at the gap of display pixel of lower display screen,
And then sensor is hidden in screen, so that electronic equipment front reduces aperture and makes the front of electronic equipment for showing
The region of dew display screen is bigger and then realizes the positive comprehensive screen of electronic equipment.
In several embodiments provided herein, it should be understood that disclosed device and method can pass through it
Its mode is realized.Apparatus embodiments described above are merely indicative, for example, the division of the unit, only
A kind of logical function partition, there may be another division manner in actual implementation, such as：Multiple units or components can combine, or
It is desirably integrated into another system, or some features can be ignored or not executed.In addition, shown or discussed each composition portion
Mutual coupling or direct-coupling or communication connection is divided to can be through some interfaces, the INDIRECT COUPLING of equipment or unit
Or communication connection, it can be electrical, mechanical or other forms.
Above-mentioned unit as illustrated by the separation member, which can be or may not be, to be physically separated, aobvious as unit
The component shown can be or may not be physical unit, it can and it is in one place, it may be distributed over multiple network lists
In member；Some or all of units can be selected to achieve the purpose of the solution of this embodiment according to the actual needs.
In addition, each functional unit in various embodiments of the present invention can be fully integrated into a processing module, it can also
To be each unit individually as a unit, can also be integrated in one unit with two or more units；It is above-mentioned
Integrated unit both can take the form of hardware realization, can also realize in the form of hardware adds SFU software functional unit.
Those of ordinary skill in the art will appreciate that：Realize that all or part of the steps of above method embodiment can pass through
The relevant hardware of program instruction is completed, and program above-mentioned can be stored in a computer readable storage medium, the program
When being executed, step including the steps of the foregoing method embodiments is executed；And storage medium above-mentioned includes：It is movable storage device, read-only
Memory (Read-Only Memory, ROM), random access memory (Random Access Memory, RAM), magnetic disk or
The various media that can store program code such as person's CD.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
Those familiar with the art in the technical scope disclosed by the present invention, can easily think of the change or the replacement, and should all contain
Lid is within protection scope of the present invention.Therefore, protection scope of the present invention should be based on the protection scope of the described claims.
Claims (10)
1. a kind of electronic equipment, which is characterized in that including：
Display screen, including：Display pixel array, wherein the display pixel array includes：Multiple display pixels；
At least induction part of sensor is located in the gap of the display pixel.
2. electronic equipment according to claim 1, which is characterized in that
The sensor includes：
Induction part generates detection signal for incuding；
Control section is connect with the induction part, for controlling the induction of the detection signal of the induction part and connecing
Receive the detection signal；
And/or
The display screen is organic light emitting diode OLED display screen, and the display pixel includes one or more OLED lamp；
And/or the display screen is：Account for comprehensive screen of the screen than being greater than default ratio；
And/or the sensor is：Optical sensor, wherein the optical sensor, for detecting environment light；
And/or the sensor is：Proximity sensor, wherein the proximity sensor, for detect user with it is described
Positional relationship between display screen.
3. electronic equipment according to claim 1 or 2, which is characterized in that
Power supply mould group, connect with the sensor, for powering and starting to the sensor in electronic equipment starting
The sensor；
Mould group is driven, is connect respectively with the power supply mould group and the display screen, for controlling when receiving the first enabling signal
It makes the power supply mould group and provides operating voltage to the display screen, the display screen is based on the operating voltage and enters display shape
State.
4. electronic equipment according to claim 3, which is characterized in that
The driving mould group is also used to when receiving first control signal under the display screen is in the display state, until
Display pixel of the display location around at least induction part of the sensor is controlled less to extinguish；
The sensor is also used to based on second control signal corresponding with the first control signal, in the display pixel
Environment light is detected in the time slot of extinguishing；
And/or
Corresponding first duration in the time slot is less than the second duration between the display screen adjacent refresh cycle；And/or
Corresponding second duration in the time slot is less than the third duration of the persistence of vision；
And/or
The electronic equipment further includes：
Mould group is handled, is connect respectively with the driving mould group and the sensor, for generating the first control signal and institute
State second control signal.
5. electronic equipment according to claim 4, which is characterized in that
The processing mould group, the display for being also used to adjust the display screen according to the environmental light brightness that the sensor detects are bright
Degree；
And/or
The processing mould group is also used to adjust the display color of the display screen according to the environment photochromism that the sensor detects
Degree；
And/or
The driving mould group, specifically for when receiving the first control signal, the entire display screen of control extinguishes；Or
Person, the driving mould group, specifically for display area where when receiving the first control signal, controlling the sensor
Interior display pixel is extinguished；Alternatively, the driving mould group, specifically for when receiving the first control signal, control away from
Extinguish from display pixel in the sensor preset range.
6. a kind of information processing method, which is characterized in that be applied in electronic equipment, the electronic equipment includes：Display screen and
Sensor；The display screen includes pixel array；The pixel array includes：Multiple display pixels；The sensor is at least
Induction part is located in the gap of the display pixel；The method includes：
When the display screen is under display state, first control signal is received from processor；
Based on the first control signal, display pixel of the display location around at least induction part of the sensor is controlled
Extinguish；Wherein, at least partly display pixel is the display pixel around at least induction part of sensor；
Obtain the detection signal that the sensor detects environment light in the time slot that the display pixel is extinguished.
7. according to the method described in claim 6, it is characterized in that,
The detection signal for obtaining the sensor and detecting environment light in the time slot that the display pixel is extinguished, packet
It includes：
Obtain second control signal corresponding with the first control signal；
Using the second control signal, control described in the sensor detects in the time slot that the display pixel is extinguished
The detection signal of environment light；Wherein, the second control signal acts on the second beginning and ending time of the sensor, is located at described
First control signal acts in the first start-stop time range of the display screen；
Alternatively,
The sensor obtains first detection signal according to prefixed time interval detection environment light；
Signal is detected from second detected within the first beginning and ending time is selected in the first detection signal, wherein
First beginning and ending time is the beginning and ending time that the first control signal acts on the display screen.
8. according to the method described in claim 6, it is characterized in that,
It is described to receive first control signal from processor when the display screen is under display state, including：
It is in the first moment under display state in the display screen, receives described first from the processor using first interface
Control signal；It is described to obtain corresponding with first control signal second control signal, including：
At the second moment, second control signal is received from the processor using the first interface；First moment is different
In second moment；And first moment and second moment all act on described show earlier than the first control signal
At the beginning of display screen；
Alternatively,
It is described to receive first control signal from processor when the display screen is under display state, including：In the display
Screen is to receive the first control signal from the processor using first interface under display state；The acquisition and institute
The corresponding second control signal of first control signal is stated, including：Second control is received from the processor using second interface
Signal processed；
Alternatively,
The second control signal is identical as the first control signal；It is described when the display screen is under display state,
First control signal is received from processor, including：It is in the first moment under display state in the display screen, is connect using first
Mouth receives the first control signal；Described first is exported to the display screen using the first outlet line of the first interface
Control signal；
It is described to obtain corresponding with first control signal second control signal, including：Utilize the second of the second interface
Outlet line exports the second control signal to the sensor；Wherein, second outlet line and first output
Output end of the lines in parallel in the first interface.
9. according to the method described in claim 6, it is characterized in that, the method also includes：
When the electronic equipment starts, power supply mould group provides the first supply voltage to the display screen, wherein first power supply
Voltage includes at least：The input of the display screen/input interface voltage；
When the electronic equipment starts, the power supply mould group provides first supply voltage to the sensor；Wherein, described
First power supply is the operating voltage of the sensor；
And/or
After the electronic equipment starting, the power supply mould group is based on the first enabling signal and provides the second power supply electricity to the display screen
Pressure, wherein second supply voltage is the operating voltage that the display screen enters display state from non-display state.
10. according to the method described in claim 9, it is characterized in that,
The power supply mould group provides the first supply voltage to the display screen, including：
The power supply mould group is connected by the first power supply, provides first supply voltage to the display screen；
The power supply mould group provides first supply voltage to the sensor, including：
The power supply mould group is connected by connecting second source in parallel with first power supply, provides second to the display screen
Supply voltage；
Alternatively,
The power supply mould group provides the first supply voltage to the display screen, including：
The power supply mould group passes through the first output end that the first power supply connects, and provides the first power supply electricity to the display screen
Pressure；
The power supply mould group provides first supply voltage to the sensor, including：
The second output terminal that the power supply mould group is connected by first power supply provides first power supply to the display screen
Voltage.
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| CN201810713551.0A CN108877654A (en) | 2018-06-29 | 2018-06-29 | Electronic equipment and information processing method |
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Application publication date: 20181123 |