CN103970329A - Display switching method and electronic device - Google Patents
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- CN103970329A CN103970329A CN201310046180.2A CN201310046180A CN103970329A CN 103970329 A CN103970329 A CN 103970329A CN 201310046180 A CN201310046180 A CN 201310046180A CN 103970329 A CN103970329 A CN 103970329A
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Abstract
The invention discloses a display switching method and an electronic device. The display switching method is applied to the electronic device. The electronic device comprises a touch display screen. The touch display screen is composed of an electronic ink screen and a first screen. The electronic ink screen is stacked on the first screen. The electronic ink screen comprises a semitransparent layer, a glass substrate layer arranged below the semitransparent layer, a film diffraction layer arranged below the glass substrate layer, and a semitransparent reflecting layer arranged below the film diffraction layer. The display switching method includes: judging whether or not the electronic device meets a first preset condition when the electronic device displays by the electronic ink screen; when the electronic device meets the first preset condition, adjusting the semitransparent reflecting layer so that the electronic device displays by the first screen.
Description
Technical field
The present invention relates to electronic technology field, particularly a kind of method and a kind of electronic equipment that switches demonstration.
Background technology
Along with the development of electronic technology, the technology of the display screen of electronic equipment has risen to another height.Former, the display screen of electronic equipment is to use pure flat display screen to show, and the main product on market has been to have used lcd technology now, such as using LCD display technique.
Fast but although LCD technology has reaction velocity, the advantages such as color is bright, but also there is unavoidable defect in LCD technology, such as it must rely on backlight can demonstration, also need to consume electric energy to maintain demonstration even if the image showing is unchanged, power consumption is larger.And LCD stimulates larger in the time showing to human eye, be not suitable for for a long time in use state.
And for fear of this defect, there is again a kind of novel display screen---electronic ink screen now.
Electronic ink screen has adopted Mirasol(sunflower) display technique.Mirasol display technique can be categorized as monochromatic Mirasol display technique and color M irasol display technique.The MOD of monochromatic Mirasol display screen can present black and another color.The color rendering principle of color M irasol display technique is similar with it, and different is that each IMOD pixel packets contains 3 kinds of color small pixel of red, green, blue, and the size of each small pixel is in 10 μ m ~ 100 μ m left and right.Each photosites comprises the reflectance coating that top scribbles the glass substrate of semi-transparent metals made membrane and is positioned at substrate below, and the space between glass substrate and reflectance coating has formed air film, is beneficial to light and reflects therein.According to the difference of air film thickness, small pixel can demonstrate a kind of color in red, green, blue.When turn-on voltage, reflection horizon can move up and down, thereby changes the color of pixel.When rising and making air film thickness be a particular value, pixel presents black; When decline, air film thickness increases, and pixel presents one of red, green, blue three looks.
Electronic ink screen is a kind of displaying scheme of low-power consumption, uses electronic ink screen to substitute LCD screen and show in prior art, can solve the larger problem of power consumption of LCD.
But, the applicant finds in the process that realizes the application, although the power consumption of electronic ink screen is lower, but can not replace LCDs to come into operation completely, because electronic ink screen must rely on external environment light, and the speed of response application program is slower, cannot meet the request for utilization of electronic equipment.
Therefore, the technical matters existing in prior art is: electronic equipment of the prior art is in the time selecting touch display screen, only select a kind of touch display screen, such as being singly electronic ink screen or being singly LCD display, iff using electronic ink screen, can there is the slow technical matters of response application program.Iff using LCD display, can there is the technical matters that power consumption is large.That is to say, prior art exists the technical matters that can not the applied environment based on different adopts different touch display screens.Such as in the time that the travelling speed of application program is very fast, need a kind of reaction velocity faster touch display screen show; In the time that the travelling speed of application program is slower, need the lower touch display screen of a kind of power consumption to show, touch display screen of the prior art can not meet above-mentioned two situations simultaneously.
Summary of the invention
The invention provides a kind of method and a kind of electronic equipment that switches demonstration, the technical matters that can not the applied environment based on different adopts different touch display screens existing in order to solve prior art.
On the one hand, the present invention, by the application's a embodiment, provides following technical scheme:
A kind of method of switching demonstration, described method is applied to electronic equipment, described electronic equipment has touch display screen, described touch display screen is made up of electronic ink screen and the first screen, described electronic ink screen is overlapped on described the first screen, described electronic ink screen comprises: semitransparent layer, with the glass-based flaggy in described semitransparent layer below, with the film diffracting layer in described glass-based flaggy below, and translucent reflective layer in described film diffracting layer below, described method comprises: in the time that described electronic equipment is shown by electronic ink screen, judge that whether electronic equipment meets first pre-conditioned, when described electronic equipment meets described first when pre-conditioned, regulate described translucent reflective layer, described electronic equipment is shown by described the first screen display.
Preferably, describedly judge that whether electronic equipment meets the first pre-conditioned being specially: whether the refreshing frequency that judges the current application program in described electric ink screen display meets default refreshing frequency.
Preferably, the described translucent reflective layer of described adjusting, is specially: by described translucent reflective layer, to moving perpendicular to the direction of described glass-based flaggy, the thickness reduction that makes described film diffracting layer is a particular value.
Preferably, described by described translucent reflective layer to moving perpendicular to the direction of described glass-based flaggy, the thickness reduction that makes described film diffracting layer is after a particular value, and described method also comprises: power on to described the first screen, and it is in running order to control described the first screen.
Preferably, described the first screen is specially LCD screen or LED screen.
Whether preferably, in the described translucent reflective layer of described adjusting, make after described electronic equipment shows by described the first screen display, described method also comprises: monitor described electronic equipment and meet second pre-conditioned; If described electronic equipment has met described second pre-conditioned, control described the first display screen and quit work, so that described electronic equipment is shown by described electronic ink screen.
Preferably, it is second pre-conditioned whether the described electronic equipment of described monitoring meets, and specifically comprises: whether monitor the refreshing frequency of described application program lower than described default refreshing frequency; When the refreshing frequency that monitors described application program is during lower than described default refreshing frequency, judge whether the ambient light value of described electronic equipment environment of living in meets default ambient light value.
On the other hand, the present invention provides by another embodiment of the application:
A kind of electronic equipment, described electronic equipment has touch display screen, described touch display screen is made up of electronic ink screen and the first screen, described electronic ink screen is overlapped on described the first screen, described electronic ink screen comprises: semitransparent layer, with the glass-based flaggy in described semitransparent layer below, with the film diffracting layer in described glass-based flaggy below, and translucent reflective layer in described film diffracting layer below, described electronic equipment comprises: judging unit, be used for in the time that described electronic equipment is shown by electronic ink screen, judge that whether electronic equipment meets first pre-conditioned, regulon, for meeting described first when described electronic equipment when pre-conditioned, regulates described translucent reflective layer, and described electronic equipment is shown by described the first screen display.
Preferably, whether described judging unit meets default refreshing frequency specifically for the refreshing frequency that judges the current application program in described electric ink screen display.
Preferably, described regulon specifically for by described translucent reflective layer to moving perpendicular to the direction of described glass-based flaggy, the thickness reduction that makes described film diffracting layer is a particular value.
Preferably, described electronic equipment also comprises: the first control module, for by described translucent reflective layer to moving perpendicular to the direction of described glass-based flaggy, the thickness reduction that makes described film diffracting layer is after a particular value, power on to described the first screen, and it is in running order to control described the first screen.
Preferably, described the first screen is specially LCD screen or LED screen.
Preferably, described electronic equipment also comprises: whether monitoring means, meet second pre-conditioned for monitoring described electronic equipment; The second control module, if met described second pre-conditionedly for described electronic equipment, controls described the first display screen and quits work, so that described electronic equipment is shown by described electronic ink screen.
One or more technical schemes in technique scheme, have following technique effect or advantage:
In one or more technical scheme of the application, a kind of method and a kind of electronic equipment that switches demonstration described, wherein, the method is applied to electronic equipment.First improve in the structure aspects of electronic equipment, the touch display screen technical scheme being formed by single type display screen different from the past of electronic equipment, touch display screen in the application is to be made up of electronic ink screen and the first screen, and electronic ink screen is overlapped on the first screen.Further, in this application, electronic ink screen also improves, specifically comprise: semitransparent layer, with the glass-based flaggy in semitransparent layer below, with film diffracting layer in glass-based flaggy below, and translucent reflective layer in film diffracting layer below.Based on this structure, the technical scheme in the application first in the time that electronic equipment is shown by electronic ink screen, judges whether electronic equipment meets first pre-conditioned; Then when electronic equipment meets first when pre-conditioned, regulate translucent reflective layer, electronic equipment is shown by the first screen display.Technical scheme is above that the state of electronic equipment is selected suitable touch display screen, if electronic equipment does not meet default condition, does not deal with, and continues to use electronic ink screen to show.When having met default condition, can switch to the first screen display and show.In general, in the application's technical scheme, suitable touch display screen is selected in the variation according to electronic equipment that can be in good time, and touch display screen has been done to a series of improvement, switches the demand of touch display screen to meet electronic equipment.
Further, in the time that electronic equipment is shown by the first screen display, the variation of all right Real-Time Monitoring electronic equipment, and select applicable touch display screen according to this variation.Such as, when electronic equipment is shown by the first screen display, can monitor electronic equipment and whether meet second pre-conditioned.Meet second when pre-conditioned when monitoring electronic equipment, control the first display screen and quit work, so that electronic equipment is shown by electronic ink screen; If do not met, continue to use the first screen to show.Therefore, in the embodiment of the present application, both electronic ink screen can be switched to the first screen display shows, can switch back electric ink screen display by the first screen again shows, can make electronic equipment between electronic ink screen and the first screen, switch flexibly according to the variation of self, to select suitable touch display screen to use.
Brief description of the drawings
Fig. 1 is the concrete structure figure of electronic ink screen in the embodiment of the present application;
Fig. 2 switches the embodiment process flow diagram showing in the embodiment of the present application;
Fig. 3 is the schematic diagram that regulates the position relationship of translucent reflective layer in the embodiment of the present application;
Fig. 4 is the schematic diagram that light that in the embodiment of the present application, LCD sends sees through translucent reflective layer;
Fig. 5 is switching flow figure concrete when electronic equipment the first screen display is shown in the embodiment of the present application;
Fig. 6 is the schematic diagram of electronic equipment in the embodiment of the present application.
Embodiment
The technical matters that can not the applied environment based on different adopts different touch display screens existing in order to solve prior art, embodiments of the invention have proposed a kind of method and a kind of electronic equipment that switches demonstration, and its solution general thought is as follows:
In this application, described a kind of method and a kind of electronic equipment that switches demonstration, the method is applied to electronic equipment.First improve in the structure aspects of electronic equipment, the touch display screen technical scheme being formed by single type display screen different from the past of electronic equipment, touch display screen in the application is to be made up of electronic ink screen and the first screen, and electronic ink screen is overlapped on the first screen.Further, in this application, electronic ink screen comprises: semitransparent layer, and glass-based flaggy in semitransparent layer below, and film diffracting layer in glass-based flaggy below, and translucent reflective layer in film diffracting layer below.Lower mask body introduction has the concrete processing mode in electronic ink screen and first when screen at touch-screen simultaneously: first, in the time that electronic equipment is shown by electronic ink screen, judge that whether satisfied electronic equipment is first pre-conditioned; Then when electronic equipment meets first when pre-conditioned, regulate translucent reflective layer, electronic equipment is shown by the first screen display.
Technical scheme in the application, in the time that electronic ink screen shows, has stopped the use of the first screen, makes electronic ink screen Function low in energy consumption to maximum, can solve the larger technical matters of power consumption of LCDs.And need to switch display mode according to the variation of the request for utilization of electronic equipment time, in the time that needs switch display screen, can switch as requested, as in the time judging the satisfied default refreshing frequency of refreshing frequency of the current application program in electric ink screen display, explanation has reached the condition that uses the first screen, electronic ink screen is switched to the first screen display and show, and then meet the requirement of this application program of operation.
Below by accompanying drawing and specific embodiment, technical solution of the present invention is described in detail, be to be understood that the specific features in the embodiment of the present invention and embodiment is the detailed explanation to technical solution of the present invention, instead of restriction to technical solution of the present invention, in the situation that not conflicting, the technical characterictic in the embodiment of the present invention and embodiment can combine mutually.
Embodiment mono-:
In the embodiment of the present application, provide a kind of method of switching demonstration.
Further, the method is applied to electronic equipment.
And in the embodiment of the present application, electronic equipment can have polytype, such as PAD, there is the mobile phone of touch function, there is notebook computer of touch function etc.
Further, electronic equipment has touch display screen.
And touch display screen in the embodiment of the present application is made up of electronic ink screen and the first screen, and electronic ink screen is overlapped on the first screen.Be that touch-screen shields overlapping composition by electronic ink screen and first in fact.And in the embodiment of the present application first screen, can be LCD display, can be also LED display, or other any can power on show touch-screens.Concrete example describes with LCD display, and the mode of operation of other display screens is similar.
Further, as shown in Figure 1, electronic ink screen has structure below, comprise: semitransparent layer 101, with 102 layers of glass substrates in semitransparent layer 101 belows, with the film diffracting layer 103 in 102 layers of below of glass substrate, and translucent reflective layer 104 in film diffracting layer 103 belows.
And the specific works principle of electronic ink screen, be after powering on, change the thickness of film diffracting layer 103 by the position of mobile translucent reflective layer 104, and then make the light entering make pixel present different colors by the effect of film diffracting layer 103, make user in the time watching the displaying contents of electronic ink screen, can see colored image.And in the time that the thickness of film diffracting layer 103 is a particular value, pixel presents black, electronic ink screen is shown as sprite.
And more specifically, first outside ambient light can see through 102 layers of semitransparent layer 101 and the glass substrates in semitransparent layer 101 belows and enter into film diffraction zone, by the movement of translucent reflective layer 104, light is reflected away under the effect of film echo area, and at reflex time, according to the difference of air film thickness, small pixel can demonstrate a kind of color in red, green, blue.If enter into translucent reflective layer 104 through thin film reflective layer in addition, also can be reflected back film diffraction zone by the effect of translucent reflective layer 104.
And switch the embodiment showing, please refer to Fig. 2, as follows:
S201, in the time that electronic equipment is shown by electronic ink screen, judges that whether electronic equipment meets first pre-conditioned.
S202, when electronic equipment meets first when pre-conditioned, regulates translucent reflective layer, and electronic equipment is shown by the first screen display.
In S201, judge that whether electronic equipment meets first and pre-conditionedly can have various ways.
Such as in the time that electronic equipment is shown by electronic ink screen, judge whether the refreshing frequency of the current application program in electric ink screen display meets default refreshing frequency, if having, satisfy condition, and specifically carry out the step in S202.Or
In the time that electronic equipment is shown by electronic ink screen, judge whether electronic equipment has switched application program, if having, satisfies condition, and specifically carry out the step in S202.Or
In the time that electronic equipment is shown by electronic ink screen, judge on electronic equipment whether there is manual operation, if having, satisfy condition.
Concrete, below taking the refreshing frequency that detects application program as example.
Electronic equipment is given an example with PAD.On PAD, moving e-book program, because user is in the time using e-book program, the screen of PAD can be for a long time in same state, only need to maintain show state, only, in the time that user carries out the action of page turning, just understand refurbishing procedure, therefore the refurbishing procedure of e-book program is slower.
And in electronic ink screen, maintaining image demonstration is not need to consume electric energy, therefore, can watch e-book with electronic ink screen.In the time using electronic ink screen, after word refreshes, can rest on for a long time on screen, when reading, battery can take down.In other words, electronic ink screen not power consumption in reading, only just power consumption when page turning refreshes, therefore power consumption is very low, is applicable to when this class refreshing frequency of e-book program is slower using, and can reach the object of power saving.
Certainly, the specific works principle of electronic ink screen is illustrated in the above, then this embodiment of the present application repeats no more.
Further, the application program that also has other in PAD exists, and such as some action game program, and in the time playing games, needs game constantly to refresh, to upgrade constantly game state.Now, the frequency that game refreshes is higher, if while now demonstration with electronic ink screen, obviously cannot meet the demand of game class program again.
So, current show at electronic ink screen be such games time, electronic equipment can judge that whether the refreshing frequency of such games meets default refreshing frequency.If default refreshing frequency is 60Hz, if the refreshing frequency of such games has reached 65Hz, the refreshing frequency of such games and default refreshing frequency can be contrasted, and carry out the step in S202.
In superincumbent contrast, can know: the refreshing frequency of such games has met default refreshing frequency.Now, can regulate translucent reflective layer, electronic equipment is shown by the first screen display.
Further, regulate the concrete mode of translucent reflective layer as follows:
First, by translucent reflective layer, to moving perpendicular to the direction of glass-based flaggy, the thickness reduction that makes film diffracting layer is a particular value.
Then, power on to the first screen, and it is in running order to control the first screen.And more specifically, the first screen is specially LCD screen or LED screen.
Regulating in the process of translucent reflective layer, due in the use of electronic ink screen, specifically being used for realizing and watching by film diffracting layer.Therefore, in the time switching to the demonstration of LCD screen or LED screen, first should regulate the position relationship of translucent reflective layer, make it towards moving perpendicular to the direction of glass-based flaggy.
As shown in Figure 3, electronic ink screen has four layers, overlapping below electronic ink screen is LCD screen, in the time regulating the position relationship of translucent reflective layer, to move according to the direction of the arrow indication in figure, the thickness that makes film diffracting layer is a particular value (such as 0), even if electronic ink screen quits work.
Then powering on to LCD screen, make its work.In the time that LCD works, because the light that LCD sends can, through translucent reflective layer, be injected in human eye.As shown in Figure 4, when the thickness of film diffracting layer is 0, and LCD screen 401 is while working on power, and LCD screen 401 light that send can see through translucent reflective layer as the direction of arrow in Fig. 4, and then support the operation of the application program of electronic equipment.
In the above embodiments, specifically electronic ink screen switches to the embodiment that LCD shields or LED shields.Further, if when electronic equipment shows with LCD screen or LED screen display, can also be according to the change of the application program of electronic equipment, carry out series of steps and switched to electronic ink screen.
Specific as follows:
In the time that electronic equipment shows with LCD screen or LED screen display, shown in concrete switching mode Fig. 5:
S501, it is second pre-conditioned whether monitoring electronic equipment meets.
S502, when electronic equipment meets second when pre-conditioned, controls the first display screen and quits work, so that electronic equipment is shown by electronic ink screen.
Embodiment is herein concrete also taking the brush screen frequency that detects application program as example.
Now, because being is adjusted into electronic ink screen by the first screen to carry out work, and in electronic ink screen when work, must rely on and can make user watch effect with surround lighting, therefore, herein second pre-conditionedly comprised two aspects, first aspect is the preset value of refreshing frequency, the preset value that second aspect is ambient light value.
In S501, when LCD screen or LED screen are in the time showing an application program, the refreshing frequency that electronic equipment can this application program of Real-Time Monitoring also judges.Judge that whether its refreshing frequency is lower than default refreshing frequency.
Such as electronic equipment now open for e-book application program, can monitor the refreshing frequency of e-book application program lower than default refreshing frequency.
Further, when the refreshing frequency of e-book program is during lower than default refreshing frequency, can further judge whether the ambient light value of electronic equipment environment of living in meets default ambient light value.The fundamental purpose of the determining step that do in this place is because electronic ink screen is in the time showing, must depend on extraneous ambient light value shows, if extraneous ambient light value does not reach the display condition of electronic ink screen, even if electronic ink screen is in running order, for user, the content that can not watch electronic ink screen to show.Therefore, the implication of judgement herein, to detect extraneous ambient light value whether to have reached electronic equipment and depend on the condition that surround lighting shows, if detect while meeting, can carry out the step in S502, control LCD screen or LED screen quit work, so that electronic equipment is shown by electronic ink screen.And concrete control mode is the power supply stopping LCD screen or LED screen.
And in the time that electronic equipment shows with electronic ink screen, the principle of work of introducing electronic ink screen is above the same, first outside ambient light can see through semitransparent layer and enter into film diffraction zone in the glass-based flaggy of semitransparent layer below, by the movement of translucent reflective layer, light is reflected away under the effect of film echo area, and at reflex time, according to the difference of air film thickness, small pixel can demonstrate a kind of color in red, green, blue.If light enters into translucent reflective layer through thin film reflective layer in addition, also can be reflected back film diffraction zone by the effect of translucent reflective layer.Further, now, because LCD shields or LED screen quits work, therefore, when light is by translucent reflective layer reflex time, can there is good reflecting effect.
The embodiment at this place is to be shielded or LED screen switches to the concrete switching mode of electronic ink screen by LCD.In actual conditions, electronic equipment can be according to physical condition, between electronic ink screen and LCD screen, switch flexibly, with the high shortcoming of power consumption of avoiding also using LCD to shield to cause opening the slower application program of some refreshing frequency, can reduce the use power consumption of electronic equipment.Certainly, LED screen also can switch flexibly with electronic ink screen, and concrete switching mode is the same with LCD, repeats no more in this application.
Embodiment above has specifically introduced the specific implementation process of the switching mode as an example of refreshing frequency example, in the following embodiments, can whether switch application program by detected electrons equipment and switch.
Electronic equipment is given an example with PAD.On PAD, moving e-book program, because user is in the time using e-book program, the screen of PAD can, for a long time in same state, only need to maintain show state, only, in the time that user carries out the action of page turning, just understands refurbishing procedure.
Now, if user need to operate other application program, e-book program can be switched to other application programs (such as game application), now PAD can detect and whether e-book program be switched to game application.If switch, PAD can control touch display screen and also switch to the first screen from electronic ink screen.Concrete switching mode is described later in detail in the above, and at this, the application repeats no more.
If after a period of time of playing games, PAD detects that game application switched back e-book program, so also can control the first screen and quit work, and touch display screen is switched to electronic ink screen from the first screen show.
Embodiment above has specifically introduced the specific implementation process of switching mode, in the following embodiments, electronic equipment corresponding to the method is specifically described.
Embodiment bis-:
In the embodiment of the present application, provide a kind of electronic equipment.
Further, electronic equipment has touch display screen.
Further, electronic equipment has touch display screen.
And touch display screen in the embodiment of the present application is made up of electronic ink screen and the first screen, and electronic ink screen is overlapped on the first screen.Be that touch-screen shields overlapping composition by electronic ink screen and first in fact.And in the embodiment of the present application first screen, can be LCD display, can be also LED display, or other any can power on show touch-screens.Concrete example describes with LCD display, and the mode of operation of other display screens is similar.
Concrete, electronic ink screen comprises: semitransparent layer, and glass-based flaggy in semitransparent layer below, and film diffracting layer in glass-based flaggy below, and translucent reflective layer in film diffracting layer below.The concrete structure of electronic ink screen as shown in Figure 1, repeats no more in this application.
Further, as shown in Figure 6, electronic equipment comprises:
Judging unit 601, in the time that electronic equipment is shown by electronic ink screen, judges that whether electronic equipment meets first pre-conditioned.
Regulon 602, for meeting first when pre-conditioned when electronic equipment, regulates translucent reflective layer, and electronic equipment is shown by the first screen display.
Further, regulon specifically for by translucent reflective layer to moving perpendicular to the direction of glass-based flaggy, the thickness reduction that makes film diffracting layer is a particular value.
Further, electronic equipment also comprises:
The first control module, for by translucent reflective layer to moving perpendicular to the direction of glass-based flaggy, the thickness reduction that makes film diffracting layer is after a particular value, power on, and it is in running order to control the first screen to the first screen.
Further, the first screen is specially LCD screen or LED screen.
Further, electronic equipment also comprises:
Whether monitoring means, meet second pre-conditioned for monitoring electronic equipment.
The second control module, if met second pre-conditionedly for electronic equipment, controls the first display screen and quits work, so that electronic equipment is shown by electronic ink screen.
By one or more embodiment of the present invention, can be achieved as follows technique effect:
In one or more embodiment of the application, a kind of method and a kind of electronic equipment that switches demonstration described, wherein, the method is applied to electronic equipment.First improve in the structure aspects of electronic equipment, the touch display screen technical scheme being formed by single type display screen different from the past of electronic equipment, touch display screen in the application is to be made up of electronic ink screen and the first screen, and electronic ink screen is overlapped on the first screen.Further, in this application, electronic ink screen also improves, specifically comprise: semitransparent layer, with the glass-based flaggy in semitransparent layer below, with film diffracting layer in glass-based flaggy below, and translucent reflective layer in film diffracting layer below.Based on this structure, the technical scheme in the application first in the time that electronic equipment is shown by electronic ink screen, judges whether electronic equipment meets first pre-conditioned; Then when electronic equipment meets first when pre-conditioned, regulate translucent reflective layer, electronic equipment is shown by the first screen display.Technical scheme is above that the state of electronic equipment is selected suitable touch display screen, if electronic equipment does not meet default condition, does not deal with, and continues to use electronic ink screen to show.When having met default condition, can switch to the first screen display and show.In general, in the application's technical scheme, suitable touch display screen is selected in the variation according to electronic equipment that can be in good time, and touch display screen has been done to a series of improvement, switches the demand of touch display screen to meet electronic equipment.
Further, in the time that electronic equipment is shown by the first screen display, the variation of all right Real-Time Monitoring electronic equipment, and select applicable touch display screen according to this variation.Such as, when electronic equipment is shown by the first screen display, can monitor electronic equipment and whether meet second pre-conditioned.Meet second when pre-conditioned when monitoring electronic equipment, control the first display screen and quit work, so that electronic equipment is shown by electronic ink screen; If do not met, continue to use the first screen to show.Therefore, in the embodiment of the present application, both electronic ink screen can be switched to the first screen display shows, can switch back electric ink screen display by the first screen again shows, can make electronic equipment between electronic ink screen and the first screen, switch flexibly according to the variation of self, to select suitable touch display screen to use.
Those skilled in the art should understand, embodiments of the invention can be provided as method, system or computer program.Therefore, the present invention can adopt complete hardware implementation example, completely implement software example or the form in conjunction with the embodiment of software and hardware aspect.And the present invention can adopt the form at one or more upper computer programs of implementing of computer-usable storage medium (including but not limited to magnetic disk memory, CD-ROM, optical memory etc.) that wherein include computer usable program code.
The present invention is with reference to describing according to process flow diagram and/or the block scheme of the method for the embodiment of the present invention, equipment (system) and computer program.Should understand can be by the flow process in each flow process in computer program instructions realization flow figure and/or block scheme and/or square frame and process flow diagram and/or block scheme and/or the combination of square frame.Can provide these computer program instructions to the processor of multi-purpose computer, special purpose computer, Embedded Processor or other programmable data processing device to produce a machine, the instruction that makes to carry out by the processor of computing machine or other programmable data processing device produces the device for realizing the function of specifying at flow process of process flow diagram or multiple flow process and/or square frame of block scheme or multiple square frame.
These computer program instructions also can be stored in energy vectoring computer or the computer-readable memory of other programmable data processing device with ad hoc fashion work, the instruction that makes to be stored in this computer-readable memory produces the manufacture that comprises command device, and this command device is realized the function of specifying in flow process of process flow diagram or multiple flow process and/or square frame of block scheme or multiple square frame.
These computer program instructions also can be loaded in computing machine or other programmable data processing device, make to carry out sequence of operations step to produce computer implemented processing on computing machine or other programmable devices, thereby the instruction of carrying out is provided for realizing the step of the function of specifying in flow process of process flow diagram or multiple flow process and/or square frame of block scheme or multiple square frame on computing machine or other programmable devices.
Obviously, those skilled in the art can carry out various changes and modification and not depart from the spirit and scope of the present invention the present invention.Like this, if these amendments of the present invention and within modification belongs to the scope of the claims in the present invention and equivalent technologies thereof, the present invention is also intended to comprise these changes and modification interior.
Claims (13)
1. one kind switches the method for demonstration, described method is applied to electronic equipment, described electronic equipment has touch display screen, it is characterized in that, described touch display screen is made up of electronic ink screen and the first screen, described electronic ink screen is overlapped on described the first screen, described electronic ink screen comprises: semitransparent layer, with the glass-based flaggy in described semitransparent layer below, with the film diffracting layer in described glass-based flaggy below, and translucent reflective layer in described film diffracting layer below, described method comprises:
In the time that described electronic equipment is shown by electronic ink screen, judge that whether described electronic equipment meets first pre-conditioned;
When described electronic equipment meets described first when pre-conditioned, regulate described translucent reflective layer, described electronic equipment is shown by described the first screen display.
2. the method for claim 1, is characterized in that, describedly judges that whether described electronic equipment meets the first pre-conditioned being specially:
Whether the refreshing frequency that judges the current application program in described electric ink screen display meets default refreshing frequency.
3. the method for claim 1, is characterized in that, the described translucent reflective layer of described adjusting, is specially:
By described translucent reflective layer, to moving perpendicular to the direction of described glass-based flaggy, the thickness reduction that makes described film diffracting layer is a particular value.
4. method as claimed in claim 3, is characterized in that, described by described translucent reflective layer to moving perpendicular to the direction of described glass-based flaggy, the thickness reduction that makes described film diffracting layer is after a particular value, described method also comprises:
Power on to described the first screen, and it is in running order to control described the first screen.
5. the method for claim 1, is characterized in that, described the first screen is specially LCD screen or LED screen.
6. the method as described in arbitrary claim in claim 1-5, is characterized in that, in the described translucent reflective layer of described adjusting, makes after described electronic equipment shows by described the first screen display, and described method also comprises:
Whether monitor described electronic equipment meets second pre-conditioned;
If described electronic equipment has met described second pre-conditioned, control described the first display screen and quit work, so that described electronic equipment is shown by described electronic ink screen.
7. method as claimed in claim 6, is characterized in that, it is second pre-conditioned whether the described electronic equipment of described monitoring meets, and specifically comprises:
Whether monitor the refreshing frequency of described application program lower than described default refreshing frequency;
When the refreshing frequency that monitors described application program is during lower than described default refreshing frequency, judge whether the ambient light value of described electronic equipment environment of living in meets default ambient light value.
8. an electronic equipment, described electronic equipment has touch display screen, it is characterized in that, described touch display screen is made up of electronic ink screen and the first screen, and it is upper that described electronic ink screen is overlapped in described the first screen, and described electronic ink screen comprises: semitransparent layer, with the glass-based flaggy in described semitransparent layer below, with the film diffracting layer in described glass-based flaggy below, and translucent reflective layer in described film diffracting layer below, described electronic equipment comprises:
Judging unit, in the time that described electronic equipment is shown by electronic ink screen, judges that whether electronic equipment meets first pre-conditioned;
Regulon, for meeting described first when described electronic equipment when pre-conditioned, regulates described translucent reflective layer, and described electronic equipment is shown by described the first screen display.
9. electronic equipment as claimed in claim 8, is characterized in that, whether described judging unit meets default refreshing frequency specifically for the refreshing frequency that judges the current application program in described electric ink screen display.
10. electronic equipment as claimed in claim 8, is characterized in that, described regulon specifically for by described translucent reflective layer to moving perpendicular to the direction of described glass-based flaggy, the thickness reduction that makes described film diffracting layer is a particular value.
11. electronic equipments as claimed in claim 10, is characterized in that, described electronic equipment also comprises:
The first control module, for by described translucent reflective layer to moving perpendicular to the direction of described glass-based flaggy, the thickness reduction that makes described film diffracting layer is after a particular value, power on to described the first screen, and it is in running order to control described the first screen.
12. electronic equipments as claimed in claim 8, is characterized in that, described the first screen is specially LCD screen or LED screen.
13. electronic equipments as described in arbitrary claim in claim 8-12, is characterized in that, described electronic equipment also comprises:
Whether monitoring means, meet second pre-conditioned for monitoring described electronic equipment;
The second control module, if met described second pre-conditionedly for described electronic equipment, controls described the first display screen and quits work, so that described electronic equipment is shown by described electronic ink screen.
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| CN201310046180.2A CN103970329B (en) | 2013-02-05 | 2013-02-05 | A kind of method and a kind of electronic equipment for switching display |
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| CN201310046180.2A CN103970329B (en) | 2013-02-05 | 2013-02-05 | A kind of method and a kind of electronic equipment for switching display |
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| CN103970329A true CN103970329A (en) | 2014-08-06 |
| CN103970329B CN103970329B (en) | 2017-09-01 |
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