CN104699437A

CN104699437A - Display method and electronic equipment

Info

Publication number: CN104699437A
Application number: CN201510128289.XA
Authority: CN
Inventors: 石争辉
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2015-03-23
Filing date: 2015-03-23
Publication date: 2015-06-10
Anticipated expiration: 2035-03-23
Also published as: CN104699437B

Abstract

The invention provides a display method which is applied to electronic equipment with a display screen. The display screen comprises a first display layer and a second display layer, the first display layer and the second display layer are stacked on each other and are structurally different from each other, power consumption of the first display layer is lower than power consumption of the second display layer, and a control signal can be generated according to preset control rules, so that the first display layer can be in a first state under the control of the control signal, and the second display layer can be in a second state different from the first state under the control of the control signal. The display method has the advantages that the two stacked display layers are arranged in the display screen of the electronic equipment and can be in the different states under the control of the same control signal, so that contents can be displayed by the two display layers at different moments; the contents displayed by the second display layer can be checked when displayed by the second display layer; when the corresponding contents are not displayed by the second display layer, only the contents displayed by the first display layer can be checked, the second display layer does not need to be lightened, in other words, the electronic equipment does not need to be awakened, and accordingly power consumption of the electronic equipment can be reduced.

Description

A kind of display packing and electronic equipment

Technical field

The present invention relates to electronic device field, in particular, relate to a kind of display packing and electronic equipment.

Background technology

Along with popularizing of electronic equipment, electronic equipment can be shown some general information (current time, weather etc.), and user forms the custom of being checked general information by electronic equipment gradually.

But what the display screen of existing electronic equipment adopted is liquid crystal display, when user checks general information, need to light screen, to make general information be shown in display screen, and this lights the process of screen, be actually and electronic equipment is waken up, cause the power consumption of this electronic equipment to increase.

Summary of the invention

In view of this, the invention provides a kind of display packing, solve in prior art, owing to checking that some general information lights the display screen of electronic equipment, wake electronic equipment up, cause the problem that the power consumption of electronic equipment is large.

For achieving the above object, the invention provides following technical scheme:

A kind of display packing, be applied to the electronic equipment with display screen, described display screen is included in the first display layer and second display layer of the stacked setting in side of described electronic equipment, the structure of described first display layer is different from the structure of described second display layer, described first display layer power consumption is lower than described second display layer, and described method comprises:

According to the control law preset, generate control signal;

According to described control signal, controlling described first display layer is the first state, and to control described second display layer be the second state, and described first state is different from described second state.

Above-mentioned method, preferably, when described second state is non-display state,

Described according to described control signal, controlling described first display layer is the first state, and to control described second display layer be the second state, comprising:

According to described control signal, the transmittance controlling described first display layer is the first transmittance, and controls to show the first display information at described first display layer, and described first transmittance is less than default printing opacity threshold value;

According to described control signal, control described second display layer and stop display second to show information, it is different that described second display information and described first shows information.

Above-mentioned method, preferably, described according to described control signal, the transmittance controlling described first display layer is that the first transmittance specifically comprises:

According to described control signal, controlling the on-load voltage of described first display layer to be adjusted to the first voltage, is the first transmittance to make the transmittance of the first display layer.

Above-mentioned method, preferably, when described second state is display state, described according to described control signal, controlling described first display layer is the first state, and to control described second display layer be that the second state comprises:

According to described control signal, the transmittance controlling described first display layer is the second transmittance, and control described first display layer stop display first show information, described second transmittance is greater than default printing opacity threshold value, and described second transmittance is greater than the transmittance of described second display layer;

According to described control signal, control described second display layer and show the second display information, described second display information is visually perceived through described first display layer, and it is different that described second display information and described first shows information.

Above-mentioned method, preferably, described according to described control signal, the transmittance of described first display layer is adjusted to the second transmittance and specifically comprises:

According to described control signal, the on-load voltage of described first display layer is adjusted to the second voltage, is in non-display state to make described first display layer.

Above-mentioned method, preferably, the frequency of utilization of described second display information shows the frequency of utilization of information lower than described first.

Above-mentioned method, preferably, the control law that described foundation is preset, generates control signal and comprises:

Receive the first information, the described first information characterizes the running status of described electronic equipment;

Analyze the described first information, obtain the running status of described electronic equipment;

According to described running status and described control rules control signal.

Above-mentioned method, preferably, when the described first information be operating body generate in predetermined registration operation region executable operations time, then describedly to comprise according to described running status and described control rules control signal:

Running status according to described electronic equipment judges whether described second display layer is in display state, obtains judged result;

When described judged result shows that described second display layer is in display state, according to the operation that described operating body performs, generate the first control signal, described first control signal is used to indicate described second display layer and switches to non-display state, and indicates described first display layer to switch to display state;

When described judged result shows that described second display layer is in non-display state, according to the operation that described operating body performs, generate the second control signal, described second control signal is used to indicate described second display layer and switches to display state, and indicates described first display layer to switch to non-display state.

Above-mentioned method, preferably, described first display layer is made up of the monolithic array comprising at least two monomers, is provided with display particle in described monomer, then describedly control to show the first display information at described first display layer and comprise:

Obtain the first display information;

According to described first display information, determine the displaying contents that in described monolithic array, each monomer is corresponding;

The displaying contents corresponding according to arbitrary described monomer and described control signal, adjustment is loaded into the magnitude of voltage of described monomer, to change the arrangement mode showing particle in described monomer, the described display particle arrangement mode displaying contents corresponding with described monomer is mated;

Successively the magnitude of voltage that each monomer in described monolithic array loads is adjusted, with make to show in each monomer in described monolithic array particle change arrangement mode after corresponding displaying contents combination obtain displaying contents corresponding to described first display information.

A kind of electronic equipment, comprising:

Housing;

Be arranged on the display screen of described casting of electronic device side, described display screen comprises the first display layer and second display layer of stacked setting;

Processor, for according to the control law preset, generates control signal; According to described control signal, controlling described first display layer is the first state, and to control described second display layer be the second state, and described first state is different from described second state.

Above-mentioned electronic equipment, preferably, described display screen also comprises: touch sensitive layer, and described touch sensitive layer is disposed adjacent with described first display layer.

Above-mentioned electronic equipment, preferably, described first display layer is made up of the monolithic array comprising at least two monomers, is provided with display particle in described monomer, and the display particle in described monomer is according to the Voltage Cortrol arrangement mode being loaded into described monomer.

Above-mentioned electronic equipment, preferably, described monomer is column structure, and the bottom surface of described monomer is parallel with described second display layer;

When described monomer loads the first voltage, described display particle moves to the bottom surface of described monomer according to described first voltage, is the first numerical value to make the transmittance of described monomer;

When described monomer loads the second voltage, described display particle is adsorbed to the side of described monomer according to described second voltage, to make described unitary light transmissive rate for second value, described second value is greater than described first numerical value, and described first voltage is different from described second voltage.

Above-mentioned electronic equipment, preferably, two bottom surfaces of described monomer form pair of electrodes, and the side of described monomer is provided with second pair of electrode, the display particle of described monomer comprises black particle and white particle, and described black particle is contrary with white particle electrophilicity;

When described monomer loads described first voltage, described pair of electrodes forms the first electric potential difference, described black particle moves to the first bottom surface according to described first electric potential difference, described white particle moves to second bottom surface relative with described first bottom surface according to described first electric potential difference, is the first numerical value to make the transmittance of described monomer;

When described monomer loads described second voltage, described second electrode forms the second electric potential difference, described black particle and white particle are adsorbed on the side of described monomer according to described second electric potential difference, and to make described unitary light transmissive rate for second value, described second value is greater than described first numerical value.

Above-mentioned electronic equipment, preferably, the material of described first display layer is the material that power consumption is less than the second display layer.

Above-mentioned electronic equipment, preferably, the first display layer adopts electronic ink screen, and the second display layer adopts liquid crystal display.

A kind of electronic equipment, described electronic equipment has display screen, described display screen is included in the first display layer and second display layer of the stacked setting in side of described electronic equipment, the structure of described first display layer is different with the structure of described second display layer, described first display layer power consumption is lower than described second display layer, and described electronic equipment comprises:

First module, for according to the control law preset, generates control signal;

Second unit, for according to described control signal according to described control signal, controlling described first display layer is the first state, and to control described second display layer be the second state, and described first state is different from described second state.

Known via above-mentioned technical scheme, the invention provides a kind of display packing, be applied to the electronic equipment with display screen, described display screen comprises the first display layer and second display layer of stacked setting, the structure of described first display layer is different with the structure of described second display layer, described first display layer power consumption is lower than described second display layer, and described method comprises: according to the control law preset, and generates control signal; According to described control signal, controlling described first display layer is the first state, and to control described second display layer be the second state, and described first state is different from described second state.Owing to having the display layer of two stacked settings in the display screen of this electronic equipment, according to a control signal, the display layer controlling these two stacked settings is in different states, achieve when the first display layer display, then the second display layer does not show, and during the second display layer display, first display layer does not show, adopt the method, when this second display layer shows, only can check the displaying contents of this second display layer, and when this second display layer does not show, then only can check the displaying contents of this first display layer, without the need to lighting this second display layer, namely without the need to waking electronic equipment up, reduce the power consumption of this electronic equipment.

Accompanying drawing explanation

In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only embodiments of the invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to the accompanying drawing provided.

The process flow diagram of a kind of display packing embodiment 1 that Fig. 1 provides for the embodiment of the present invention;

The process flow diagram of a kind of display packing embodiment 2 that Fig. 2 provides for the embodiment of the present invention;

The process flow diagram of a kind of display packing embodiment 3 that Fig. 3 provides for the embodiment of the present invention;

The process flow diagram of a kind of display packing embodiment 4 that Fig. 4 provides for the embodiment of the present invention;

The process flow diagram of a kind of display packing embodiment 5 that Fig. 5 provides for the embodiment of the present invention;

The process flow diagram of a kind of display packing embodiment 6 that Fig. 6 provides for the embodiment of the present invention;

The structural representation of a kind of electronic equipment embodiment 1 that Fig. 7 provides for the embodiment of the present invention;

The structural representation of a kind of electronic equipment embodiment 2 that Fig. 8 provides for the embodiment of the present invention;

The structural representation of a kind of electronic equipment embodiment 3 that Fig. 9 provides for the embodiment of the present invention;

A structural representation of monomer in a kind of electronic equipment embodiment 3 that Figure 10 provides for the embodiment of the present invention;

Schematic diagram when loading the first voltage in a kind of electronic equipment embodiment 3 that Figure 11 provides for the embodiment of the present invention in monomer;

Schematic diagram when loading the second voltage in a kind of electronic equipment embodiment 3 that Figure 12 provides for the embodiment of the present invention in monomer;

Another structural representation of monomer in a kind of electronic equipment embodiment 3 that Figure 13 provides for the embodiment of the present invention;

The schematic diagram when monomer in a kind of electronic equipment embodiment 3 that Figure 14 provides for the embodiment of the present invention with two kinds of display particles loads the first voltage;

The schematic diagram when monomer in a kind of electronic equipment embodiment 3 that Figure 15 provides for the embodiment of the present invention with two kinds of display particles loads the second voltage;

The display interface schematic diagram of the first display layer in a kind of electronic equipment embodiment 3 that Figure 16 provides for the embodiment of the present invention;

The structural representation of a kind of electronic equipment embodiment 4 that Figure 17 provides for the embodiment of the present invention.

Embodiment

Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.

It should be noted that, display screen is provided with in the electronic equipment related in the application, this display screen is included in the first display layer and second display layer of the stacked setting in side of described electronic equipment, the structure of described first display layer is different from the structure of described second display layer, and this first display layer power consumption is lower than the power consumption of the second display layer.

As shown in Figure 1 be the process flow diagram of a kind of display packing embodiment 1 provided by the invention, the method is applied to electronic equipment, this electronic equipment is specifically as follows the electronic equipments such as desktop computer, notebook, panel computer, mobile phone, intelligent television, intelligent watch, Wearable, and this electronic equipment is provided with display screen.

Wherein, the method is realized by following steps:

Step S101: according to the control law preset, generates control signal;

Wherein, in electronic equipment, default control rule, generates control signal for information such as the state parameters based on this electronic equipment.

Concrete, the state parameter of this electronic equipment can characterize the stationary state of electronic equipment, also can characterize the dynamical state of this electronic equipment.

Step S102: according to described control signal, controlling described first display layer is the first state, and to control described second display layer be the second state, and described first state is different from described second state.

Wherein, the display layer of this electronic equipment all has two states: the first state and the second state.

Concrete, the first state can be display state, then this second state is non-display state; Accordingly, this first state can be non-display state, then this second state is display state.

It should be noted that, according to this control signal, control the two-layer of this display screen and be in different states, to realize two-layer its content shown of checking respectively by display screen.

To sum up, a kind of display packing that the present embodiment provides comprises, and according to the control law preset, generates control signal; According to described control signal, controlling described first display layer is the first state, and to control described second display layer be the second state, and described first state is different from described second state.Owing to having the display layer of two stacked settings in the display screen of this electronic equipment, according to a control signal, the display layer controlling these two stacked settings is in different states, achieve when the first display layer display, then the second display layer does not show, and during the second display layer display, first display layer does not show, adopt the method, when this second display layer shows, only can check the displaying contents of this second display layer, and when this second display layer does not show, then only can check the displaying contents of this first display layer, without the need to lighting this second display layer, namely without the need to waking electronic equipment up, reduce the power consumption of this electronic equipment.

Wherein, when this second display state is non-display state, namely controlling this second display layer is non-display state.

As shown in Figure 2 be the process flow diagram of a kind of display packing embodiment 2 provided by the invention, the method is realized by following steps:

Step S201: according to the control law preset, generates control signal;

Wherein, step S201 is consistent with the step S101 in embodiment 1, does not limit in the present embodiment.

Step S202: according to described control signal, the transmittance controlling described first display layer is the first transmittance, and controls to show the first display information at described first display layer, and described first transmittance is less than default printing opacity threshold value;

Wherein, this control signal is for controlling the state of display screen in this electronic equipment, being specially the transmittance controlling this first display layer is the first transmittance, because this first transmittance is less than default printing opacity threshold value, then ensure that this first display layer is as the lower display layer of independently penetrability, then cannot by by this first display layer perception with the second display layer of the stacked setting of this first display layer.

Further, according to this control signal, control to show the first display information in this first display layer, because the transmittance of this first display layer is less, this first display information can be visually perceived.

It should be noted that, because the first display layer transmittance is less, then this first display layer blocks the second display layer, this second display layer cannot be visually perceived, to make the first display information only having the first display layer be visually perceived, ensure that the second display layer can not have an impact to the display of the first display layer.

In concrete enforcement, by loading different voltage to display layer, to realize controlling this display layer display and non-display.

Concrete, this step specifically comprises: according to described control signal, controls the on-load voltage of described first display layer to be adjusted to the first voltage, is the first transmittance to make the transmittance of the first display layer.

It should be noted that, this first voltage is for being loaded into this first display layer, and for controlling the voltage of this first display layer display first display information, this first voltage is not defined as a magnitude of voltage, can be the combination of multiple magnitude of voltage, can be a magnitude of voltage yet.

Step S203: according to described control signal, controlling described second display layer stops display second to show information, it is different that described second display information and described first shows information, and the frequency of utilization of described second display information is lower than the frequency of utilization of described first display information.

Wherein, when according to this control signal, when the transmittance controlling this first display layer is the first transmittance, because this first transmittance is less than default printing opacity threshold value, then so the information that must show with the second display layer of the stacked setting of this first display layer cannot be visually perceived by this first display layer, then now, controlling this second display layer stops display second to show information, to reduce the power consumption of this electronic equipment.

Wherein, this second display layer is different from the first display information that this first display layer shows for the second display information shown, and the frequency of utilization of this second display information is less than the frequency of utilization of this first display information.

It should be noted that, this second display layer display information is specifically as follows the displaying contents of various application program in electronic equipment, or some needs can carry out through more data processing the displaying contents shown.

In concrete enforcement, this control signal can, specifically for controlling in image processor corresponding to this second display layer, after this image processor receives this control signal, stop according to this second display layer of image refreshing, to reach the display stopping this second display layer.

To sum up, in a kind of display packing that the present embodiment provides, when described second state is non-display state, described according to described control signal, controlling described first display layer is the first state, and to control described second display layer be the second state, comprise: according to described control signal, the transmittance controlling described first display layer is the first transmittance, and controls to show the first display information at described first display layer, and described first transmittance is less than default printing opacity threshold value; According to described control signal, control described second display layer and stop display second to show information, it is different that described second display information and described first shows information, and the frequency of utilization of described second display information is lower than the frequency of utilization of described first display information.Adopt the method, whether the display of this first display layer and the second display layer display information is controlled respectively according to this control signal, by the display information that the first display layer display is conventional, and show non-common display information by this second display layer, when ensure that user needs to check some general information, without the need to lighting this second display layer, namely without the need to waking electronic equipment up, reduce the power consumption of this electronic equipment.

Wherein, when this second display state is display state, namely controlling this second display layer is display state.

As shown in Figure 3 be the process flow diagram of a kind of display packing embodiment 3 provided by the invention, the method is realized by following steps:

Step S301: according to the control law preset, generates control signal;

Wherein, step S301 is consistent with the step S101 in embodiment 1, does not limit in the present embodiment.

Step S302: according to described control signal, the transmittance controlling described first display layer is the second transmittance, and control described first display layer stop display first show information, described second transmittance is greater than default printing opacity threshold value, and described second transmittance is greater than the transmittance of described second display layer;

Wherein, this control signal is for controlling the state of display screen in this electronic equipment, being specially the transmittance controlling this first display layer is the second transmittance, because this first transmittance is greater than default printing opacity threshold value, then ensure that this first display layer is as the higher hyaline layer of penetrability, can be visually perceived by this first display layer to make the second display information shown with the second display layer of the stacked setting of this first display layer.

And because this second transmittance is greater than the transmittance of this second display layer, then ensure that this second display layer shows the second display information as a non transparent layer, this second display information can be visually perceived.

Further, according to this control signal, control in this first display layer, stop display first to show information, because the transmittance of this first display layer is comparatively large, this second display information can be visually perceived by this first transparent display layer.

Concrete, this step specifically comprises: according to described control signal, and the on-load voltage of described first display layer is adjusted to the second voltage, is in non-display state to make described first display layer.

It should be noted that, this second voltage is for being loaded into this first display layer, and stop display first to show the voltage of information for controlling this first display layer, this second voltage is not defined as a magnitude of voltage, can be the combination of multiple magnitude of voltage, also can be a magnitude of voltage.

Step S303: according to described control signal, control described second display layer and show the second display information, described second display information is visually perceived through described first display layer, it is different that described second display information and described first shows information, and the frequency of utilization of described second display information is lower than the frequency of utilization of described first display information.

Wherein, this control signal is for controlling the state of display screen in this electronic equipment, being specially the transmittance controlling this first display layer is the second transmittance, because this first transmittance is greater than default printing opacity threshold value, then ensure that this first display layer is as the higher hyaline layer of penetrability, then now, the first display layer that the content shown in this second display layer can become hyaline layer by this is by extraneous visually-perceptible.

Then now, according to this control signal, control this second display layer and start to show the second display information, first display layer that can become hyaline layer by this to make the content shown in this second display layer is by extraneous visually-perceptible.

In concrete enforcement, this control signal can specifically for controlling in image processor corresponding to this second display layer, and after this image processor receives this control signal, then this second display layer of foundation image refreshing, to make this second display layer display image content.

To sum up, in a kind of display packing that the present embodiment provides, when described second state is display state, described according to described control signal, controlling described first display layer is the first state, and to control described second display layer be that the second state comprises: according to described control signal, the transmittance controlling described first display layer is the second transmittance, and control described first display layer stop display first show information, described second transmittance is greater than default printing opacity threshold value, and described second transmittance is greater than the transmittance of described second display layer; According to described control signal, control described second display layer and show the second display information, described second display information is visually perceived through described first display layer, and it is different that described second display information and described first shows information.Adopt the method, whether the display of this first display layer and the second display layer display information is controlled respectively according to this control signal, by the display information that the first display layer display is conventional, and show non-common display information by this second display layer, when ensure that user needs to check some non-common information, this first display layer becomes hyaline layer, and the non-common information that this second display layer is shown can be visually perceived by this first display layer, ensure that Consumer's Experience.

Wherein, this first display layer is made up of the monolithic array comprising at least two monomers, is provided with display particle in monomer.

It should be noted that, in the present embodiment for be the illustrating of carrying out of process of the first display layer display first display information, and the process of the second display layer display second display information with reference to the process commonly using now display on-screen-display message, can not describe in detail in the present embodiment.

As shown in Figure 4 be the process flow diagram of a kind of display packing embodiment 4 provided by the invention, the method is realized by following steps:

Step S401: according to the control law preset, generates control signal;

Wherein, step S401 is consistent with the step S201 in embodiment 2, does not limit in the present embodiment.

Step S402: according to described control signal, the transmittance controlling described first display layer is the first transmittance, and described first transmittance is less than default printing opacity threshold value;

Step S403: obtain the first display information;

Wherein, the frequency of utilization of this first display information shows the frequency of utilization of information higher than second, that is, for the second display information, this first display information is the information comparatively commonly used, and is specifically as follows current time, weather etc.

Therefore, this first display information can for acquiring from the structure producing this general information, and as when this first display information is the time, then this first display information obtains from the clock of electronic equipment; That this first display information when being weather, then this first display information obtains from the weather application of electronic equipment.

It should be noted that, this first display information is the Global Information shown in this first display layer, and if the time is " 10:00 ", weather is " cloudy, temperature: 10 DEG C " etc.

Step S404: according to described first display information, determine the displaying contents that in described monolithic array, each monomer is corresponding;

Wherein, because this first display layer is made up of the monolithic array comprising at least two monomers, then the corresponding displaying contents of each monomer, the displaying contents of each monomer is stitched together and constitutes the first display information corresponding to this first display layer.

Concrete, according to this first display information, determine the displaying contents that in this monolithic array, each monomer is corresponding, a point in the colon of displaying time as corresponding in a certain monomer, or a certain monomer correspondence display white space etc.

In concrete enforcement, in this monomer, be provided with display particle, then by controlling the arrangement of this display particle, realize the displaying contents corresponding to each monomer and showing.

Step S405: the displaying contents corresponding according to arbitrary described monomer and described control signal, adjustment is loaded into the magnitude of voltage of described monomer, to change the arrangement mode showing particle in described monomer, the described display particle arrangement mode displaying contents corresponding with described monomer is mated;

Wherein, this control signal shows the first displaying contents for controlling this first display layer, the first voltage is loaded especially by this first display layer, to make the display particle moving in each monomer in this first display layer, displaying contents corresponding to this monomer is then for determining the displaying contents that each monomer is corresponding.

In concrete enforcement, for each monomer under the displaying contents of its correspondence and the effect of this control signal, adjustment is loaded into the magnitude of voltage of each monomer, to make the display particle in this monomer change arrangement mode under the effect of this magnitude of voltage, reach the object that the arrangement mode of this display particle displaying contents corresponding with this monomer mates.

As a concrete example, when the displaying contents that this monomer is corresponding is a point in the colon of time, then the display particle arrangement mode in this monomer is adjusted to and is arranged in face corresponding with visually-perceptible in displaying monomer, one or both sides as corresponding with display layer surface in this monomer.

Concrete, when this monomer is column construction, according to this control signal and displaying contents " " corresponding to this monomer, adjust display particle in this monomer in the bottom surface of this displaying monomer, can be visually perceived to make this " ".

It should be noted that, the characteristic that the display particle in this monomer can have electric polarity absorption or repel.

Concrete, when this display particle has the characteristic of electric polarity absorption, then on-load voltage in a bottom surface in this monomer or two bottom surfaces, to make display particle under the effect of voltage, moves to the bottom surface place of monomer, forms displaying contents; And this display particle have electric polarity repel characteristic time, then on-load voltage in the side in this monomer, with make display particle under the effect of voltage, move to the bottom surface place of monomer, formed displaying contents.

Accordingly, when controlling this first display layer and stopping display the first displaying contents, also the zone of action of on-load voltage at monomer can be adjusted accordingly, to realize showing the sidewall of particle moving to monomer, stop blocking bottom surface, can be visually perceived by this first display layer to make the second display information shown with the second display layer of the stacked setting of this first display layer.

Step S406: successively the magnitude of voltage that each monomer in described monolithic array loads is adjusted, with make to show in each monomer in described monolithic array particle change arrangement mode after corresponding displaying contents combination obtain displaying contents corresponding to described first display information;

Wherein, the all corresponding displaying contents of each monomer in this monolithic array, after the magnitude of voltage then loaded each monomer in monolithic array successively adjusts, the displaying contents corresponding with it is formed after making the display particle of each monomer change arrangement mode, the displaying contents combination of each monomer obtains displaying contents corresponding to this first display information, completes the process showing the first display information in this first display layer.

Concrete, this first voltage-drop loading, in the first display layer, is specially and is loaded in each monomer, to make the display particle moving in each monomer to the bottom surface of this monomer, form corresponding displaying contents, by the user's visually-perceptible be positioned at outside this electronic equipment display screen curtain; And when this second display voltage-drop loading is in the first display layer, be specially and be loaded in each monomer, to make the display particle moving in each monomer to the side of this monomer, the higher state of transmittance is in make this display layer, i.e. pellucidity, to make the content shown with the second display layer of the stacked setting of this first display layer can by the user's visually-perceptible be positioned at outside this electronic equipment display screen curtain.

It should be noted that, in concrete enforcement, this display particle is specifically as follows black and white particle, black particle and white particle have different electrophilicitys, during to make in the voltage-drop loading of opposed polarity to monomer, the zones of different that white particle and black particle move to monomer can be realized, the displaying contents black matrix wrongly written or mispronounced character of generation or white gravoply, with black engraved characters, ensure that the displaying contents entirety that this first display layer finally shows is in sharp contrast, improve the sharpness of display.

Step S407: according to described control signal, controls described second display layer and stops display second to show information, and it is different that described second display information and described first shows information.

Wherein, step S407 is consistent with the step S203 in embodiment 2, does not limit in the present embodiment.

To sum up, in a kind of display packing that the present embodiment provides, this first display layer is made up of the monolithic array comprising at least two monomers, display particle is provided with in described monomer, then in conjunction with the first display information of entirety to be shown in the first display layer, determine displaying contents to be shown in each monomer, and the magnitude of voltage of each monomer is adjusted according to this control signal, change to make the display particle arrangement mode in monomer, its displaying contents corresponding with this monomer is mated, the display particle of each monomer carries out adjustment arrangement mode based on the displaying contents of its correspondence, finally reach displaying contents combination corresponding after display particle changes arrangement mode in each monomer and obtain displaying contents corresponding to described first display information.By controlling the display of each monomer, realize adjusting the overall displaying contents of the first display layer, adjustment process is careful, ensure that the accuracy of the first display layer displaying contents.

As shown in Figure 5 be the process flow diagram of a kind of display packing embodiment 5 provided by the invention, the method is realized by following steps:

Step S501: according to the control law preset, generates control signal;

Wherein, step S501 is consistent with the step S101 in embodiment 1, does not limit in the present embodiment.

Step S502: receive the first information, the described first information characterizes the running status of described electronic equipment;

Wherein, in the present embodiment, the running status of this electronic equipment specifically refers to the dynamical state of this electronic equipment.

Concrete, this running status comprises electronics and receives in the state of operation information or this electronic equipment operational process and automatically produce the state switched.

Wherein, this first information is specially the operation information that the operating body that receives is formed in the predetermined registration operation that the predeterminable area of electronic equipment performs; Or this first information is specially electronic equipment and runs to the signaling etc. produced when meeting pre-conditioned.

Step S503: analyze the described first information, obtains the running status of described electronic equipment;

Wherein, analyze this first information, analyze the running status obtaining this electronic equipment that this first information characterizes.

Wherein, the running status of this electronic equipment is specifically as follows and receives operation information, and this operation information is operating body executable operations action formation in the predeterminable area of electronic equipment.

As a concrete example, the predetermined registration operation region of this electronic equipment can for waking the button of electronic equipment up, and when operating body presses this button, electronic equipment receives this operation information, to wake this electronic equipment up; When this button is simultaneously as when waking the button of the button of electronic equipment and dormancy electronic equipment up, then the state residing for current according to this electronic equipment and the operation of pressing this button determine whether to wake this electronic equipment up.

Wherein, the running status of this electronic equipment specifically also can be pre-conditioned for meeting in this electronic equipment operational process, create signaling, this signaling can be used for indicating this electronic equipment switchover operation condition etc., as 10 seconds without operation, the region of this operation correspondence can be any operating area in electronic equipment.

As another concrete example, the pre-conditioned of this electronic equipment is without operation information in predetermined time period, then when in predetermined time period without the predetermined registration operation region executable operations of operating body to this electronic equipment, the timing then controlling to preset in this electronic equipment controls module and generates signaling, and obtains the running status of electronic equipment based on this signaling.

It should be noted that, this meet pre-conditioned mode for for control second display layer be non-display state, and the first display layer is display state.

Step S504: according to described running status and described control rules control signal, controlling described first display layer is the first state, and to control described second display layer be the second state, described first state is different from described second state.

Wherein, the control law preset in this electronic equipment is relevant to this running status type, when the type that this running status is the operation information received, then generate corresponding control signal according to the type of this operation information, this control signal is specifically as follows corresponding response instruction, can control the state of this first display layer and the second display layer according to this response instruction; When this running status be meet in electronic equipment operational process pre-conditioned relevant time, then whether meet pre-conditioned according to this electronic equipment operational process, determine whether generate response instruction.

It should be noted that, in concrete enforcement, because the content shown in the second display layer is the information be of little use, then for reducing the power consumption of electronic equipment, the information be of little use is shown in the second display layer, in the process of this second display layer display, needs to wake electronic equipment up, and in the process of the first display layer display, without the need to waking electronic equipment up.

Whether therefore, the running status of this electronic equipment is associated with the state of this second display layer, be in based on display state generate control signal by this second display layer.

Concrete, when this second display layer is display state, when this running status is for receiving the operation information pressing programmable button (button of dormancy electronic equipment), the control signal then generated is display state for controlling this first display layer, and to control this second display layer be non-display state.Accordingly, when this second display layer is non-display state, when this running status is for receiving the operation information pressing programmable button (waking the button of electronic equipment up), the control signal then generated is display state for controlling this second display layer, and to control this first display layer be non-display state.

To sum up, in a kind of display packing that the present embodiment provides, the control law that this foundation is preset, generates control signal and comprises: receive the first information, the described first information characterizes the running status of described electronic equipment; Analyze the described first information, obtain the running status of described electronic equipment; According to described running status and described control rules control signal, controlling described first display layer is the first state, and to control described second display layer be the second state, and described first state is different from described second state.Adopt the method, the running status current based on electronic equipment generates control signal, whether two display layers controlled in this display screen show, this control procedure is relevant to the running status of electronic equipment, ensure that when this second display layer shows, only can check the displaying contents of this second display layer, and when this second display layer does not show, then only can check the displaying contents of this first display layer, without the need to lighting this second display layer, namely without the need to waking electronic equipment up, the power consumption of this electronic equipment is reduced.

Wherein, this first information can generate when the predetermined registration operation region executable operations of electronic equipment for operating body.

As shown in Figure 6 be the process flow diagram of a kind of display packing embodiment 6 provided by the invention, the method is realized by following steps:

Step S601: according to the control law preset, generates control signal;

It should be noted that, in the present embodiment for for this electronic equipment running status Preset Time in without operation or receive operation information etc., because operating body is relevant to the second display information that the second display layer shows for the operation of electronic equipment, the state highlighted in the present embodiment in conjunction with the second current display layer performs the process of this display packing.

Wherein, in the present embodiment, this control signal is that operating body produces without operation in executable operations or Preset Time in the predeterminable area of electronic equipment.

Step S602: receive the first information, the described first information characterizes the running status of described electronic equipment;

Step S603: analyze the described first information, obtains the running status of described electronic equipment;

Wherein, step S601-603 is consistent with the step S501-503 in embodiment 5, does not limit in the present embodiment.

Step S604: the running status according to described electronic equipment judges whether described second display layer is in display state, obtains judged result;

Wherein, the first information that this step S602 receives is the parameter of the running status characterizing electronic equipment, can determine the running status of this electronic equipment according to this parameter, this running status specifically can refer to whether some application of its inside or element module run.

It should be noted that, judging with the correlation parameter of the second display layer as paying the utmost attention to of this running status, as the second display layer adopts graphic process unit to refresh, complete the procedure for displaying of the second display layer, then can the parameter of this graphic process unit and application correspondence thereof be received and be analyzed, when this graphic process unit is run, then include the information that the second display layer is in display state in the running status of the electronic equipment obtained according to the Parameter analysis of this graphic process unit.

Concrete, the running status based on this electronic equipment determines whether this second display layer is in display state, obtains judged result, when this judged result shows that this second display layer is current and is in display state, performs step S605; And when this judged result shows this second display layer is current to be in non-display state, perform step S606.

Certainly, it should be noted that, in concrete enforcement, analyze this first information and directly can obtain the second display layer and whether be in display state, be not restricted to the running status first obtaining electronic equipment and then determine whether the second display layer is in running status based on the running status of this electronic equipment.

Step S605: when described judged result shows that described second display layer is in display state, according to the operation that described operating body performs, generate the first control signal, described first control signal is used to indicate described second display layer and switches to non-display state, and indicates described first display layer to switch to display state;

In concrete enforcement, be preset with the button of wake/sleep electronic equipment in electronic equipment, two functions are performed by a button operation.

Concrete, when this second display layer is in display state, this operating body is when the operating area executable operations preset, then show that the operation of user is intended to the second displaying contents shown in electronic equipment to stop display, then electronic equipment generates the first control signal according to this operation, the second display layer that this first control signal is used to indicate this electronic equipment stops displaying contents, accordingly, for ensureing that user can continue the information obtaining commonly using in this electronic equipment, then control this first display layer and switch to display state.

Step S606: when described judged result shows that described second display layer is in non-display state, according to the operation that described operating body performs, generate the second control signal, described second control signal is used to indicate described second display layer and switches to display state, and indicates described first display layer to switch to non-display state.

Concrete, when this second display layer is in non-display state, this operating body is when the operating area executable operations preset, then show that the operation of user is intended to electronic equipment to wake up, it is made to show the second displaying contents, then electronic equipment generates the second control signal according to this operation, the second display layer that this second control signal is used to indicate this electronic equipment shows the second displaying contents, accordingly, for ensureing that user can visually perceive the second displaying contents in the second display layer by the first display layer, then control this first display layer and switch to non-display state.

To sum up, in a kind of display packing that the present embodiment provides, when the described first information be operating body generate in predetermined registration operation region executable operations time, then based on judging whether the second display layer is in display state, in conjunction with the operation that the operating body received performs, generate corresponding control signal, with the display state indicating this electronic equipment to switch the second display layer, non-display state is switched to from display state, or switch to display state from non-display state, accordingly, state with the second display layer switches, switch the state of the first display layer, ensure that the first display layer is different from the display state of the second display layer.By the display information that the first display layer display is conventional, and show non-common display information by this second display layer, when ensure that user needs to check some general information, without the need to lighting this second display layer, namely without the need to waking electronic equipment up, the power consumption of this electronic equipment is reduced.

A kind of display packing is described in detail in the embodiment that the invention described above provides, the device of various ways can be adopted to realize for display packing of the present invention, therefore present invention also offers a kind of electronic equipment of this display packing of application, provide specific embodiment below and be described in detail.

The structural representation of a kind of electronic equipment embodiment 1 provided for the application as shown in Figure 7, this electronic equipment is specifically as follows the electronic equipments such as desktop computer, notebook, panel computer, mobile phone, intelligent television, intelligent watch, Wearable, and this electronic equipment is provided with display screen.

Wherein, this electronic equipment can be made up of following structure: housing 701, display screen 702 and processor 703;

Wherein, this display screen 702 comprises the first display layer 704 and the second display layer 705.

Concrete, this first display layer 704 and the stacked setting of the second display layer 705, the two size is consistent, be arranged on this casting of electronic device 701 side, this first display layer and the second display layer can direct neighbors, also can interval transmittance is larger between the first display layer and the second display layer filler, the material of filler is not limited in the application.

Wherein, this processor 703, for according to the control law preset, generates control signal; According to described control signal, controlling described first display layer 704 is the first state, and to control described second display layer 705 be the second state, and described first state is different from described second state.

In concrete enforcement, this processor can be the CPU (Central Processing Unit, central processing unit) of electronic equipment.

Concrete, when this first state is display state, this second state is non-display state; When this first state is non-display state, this second state is display state.

It should be noted that, the material of this first display layer is the material that power consumption is less than this second display layer.

In concrete enforcement, this first display layer can adopt electronic ink screen, and the second display layer can adopt liquid crystal display.

It should be noted that, this first display layer and the second display layer can both be used for showing information, but the two is respectively the first state and the second state, display when namely the two is different.

It should be noted that, this control signal, can be generate according to electronic equipment current operating conditions, and when this running status is the type of the operation information received, then generate corresponding control signal according to the type of this operation information, this control signal is specifically as follows corresponding response instruction, can control the state of this first display layer and the second display layer according to this response instruction; When this running status be meet in electronic equipment operational process pre-conditioned relevant time, then whether meet pre-conditioned according to this electronic equipment operational process, determine whether generate response instruction.The display state of two display layers in display screen is controlled based on this control signal.

To sum up, a kind of electronic equipment that the present embodiment provides comprises: housing; Be arranged on the display screen of described casting of electronic device side, described display screen comprises the first display layer and second display layer of stacked setting; Processor, for according to the control law preset, generates control signal; According to described control signal, controlling described first display layer is the first state, and to control described second display layer be the second state, and described first state is different from described second state.Adopt in this electronic equipment, a display layer display information is carved with time a certain in its display screen, when this second display layer shows, only can check the displaying contents of this second display layer, and when this second display layer does not show, then only can check the displaying contents of this first display layer, without the need to lighting this second display layer, namely without the need to waking electronic equipment up, the power consumption of this electronic equipment is reduced.

The structural representation of display screen in a kind of electronic equipment embodiment 2 provided for the application as shown in Figure 8, this electronic equipment can be made up of following structure: housing, display screen and processor;

Wherein, this display screen comprises the first display layer 801, second display layer 802 and touch sensitive layer 803.

Wherein, consistent with embodiment 1 of the structure function between this housing, processor, the first display layer 801, second display layer 802, does not repeat in the present embodiment.

Wherein, this touch sensitive layer 803 is disposed adjacent with described first display layer 801.

The touch information that this touch operation generates for the touch operation of acquisition operations body in this electronic equipment display screen curtain, and is sent in this processor by this touch sensitive layer 803, responds according to this touch information to make this processor.

It should be noted that, this touch sensitive layer, as a kind of input structure of electronic equipment, can gather the touch control operation that operating body performs thereon.Also can have the input structure of other types in electronic equipment, as the also predeterminable button having wake/sleep electronic equipment in electronic equipment, two functions are performed by a button operation, specifically implement, and this button can for being arranged on the screen locking key of housing side; Certainly, also predeterminable in this electronic equipment have the button being exclusively used in and waking electronic equipment up, and the function of dormancy electronic equipment is realized by other buttons, and this button waking electronic equipment up can be the HOME key etc. in touch-screen type electronic equipment centre position.

The side-looking structural representation of display screen in a kind of electronic equipment embodiment 3 provided for the application as shown in Figure 9, this electronic equipment can be made up of following structure: housing, display screen and processor;

Wherein, this display screen comprises the first display layer 901 and the second display layer 902.

Wherein, consistent with embodiment 1 of the structure function between this housing, processor, the first display layer 901, second display layer 902, does not repeat in the present embodiment.

Wherein, the first display layer 901 is made up of the monolithic array comprising at least two monomers 903, and be provided with display particle 904 in described monomer, the display particle in described monomer is according to the Voltage Cortrol arrangement mode being loaded into described monomer.

Wherein, this display particle has electric polarity characterization of adsorption or electric polarity repulsion characteristic.

Concrete, during this monomer on-load voltage, realize adjusting the arrangement mode of monomer according to the polarity of on-load voltage.

It should be noted that, for representing clear in the accompanying drawings, the display particle volume in the application is larger, in concrete enforcement, this display particle can be set to smaller size smaller, and quantity can be more, does not limit in the application to the display particle number arranged in the display volume of particle and monomer.

A structural representation of monomer in the present embodiment as shown in Figure 10.

Wherein, this monomer 1001 is column structure, and the bottom surface 1002-1003 of described monomer is parallel with described second display layer, the display particle 1004 in this monomer has electric polarity characterization of adsorption or electric polarity and repels characteristic, can move being loaded under the voltage effect in monomer.

As shown in figure 11 for loading the first voltage in this monomer time schematic diagram, display particle 1102 in this monomer 1101 moves in a bottom surface 1103 of this monomer under the first voltage effect, with due to this display particle penetration lower, be then arranged in after in bottom surface 1103 and cause the integral light-transmitting rate of this monomer to become the first numerical value.

It should be noted that, show particle moving in this Figure 11 in upper bottom surface, but be not limited to this, be also movable to bottom surface in concrete enforcement, or move to two bottom surfaces.

As shown in figure 12 for loading the second voltage in this monomer time schematic diagram, display particle 1202 in this monomer 1201 moves in the side 1203 of this monomer under the second voltage effect, with due to the transmittance of this monomer self higher, and show particle on bottom surface time cause the transmittance of monomer entirety lower, then show particle and be arranged in and cause the integral light-transmitting rate of this monomer to uprise after in side 1203 becoming second value.

It should be noted that, what adopt in the present embodiment is a kind of display particle, specifically implements, this display particle can be two kinds even multiple.Only can adopt black or white in the present embodiment, only show information to be shown, the monomer of the part that information to be shown does not relate to then keeps light transmission state and the pellucidity of monomer self material.

Be described for the monomer with black and white two kinds display particle below.

Shown in Figure 13 is another structural representation of monomer in the present embodiment, the contour structures of this monomer 1301 is consistent with the column structure described in Figure 10, and two of described monomer bottom surface 1302-1303 form pair of electrodes 1304-1305, the side 1306 of described monomer is provided with second couple of electrode 1307-1308, the display particle of described monomer comprises black particle 1309 and white particle 1310, and described black particle 1309 is contrary with white particle 1310 electrophilicity.

As shown in figure 14 for this have two kinds display particles monomer load described first voltage time schematic diagram, wherein, the pair of electrodes 1402-1403 of this monomer 1401 forms the first electric potential difference, then black particle 1404 moves to the first bottom surface 1405 according to described first electric potential difference, described white particle 1406 moves to second bottom surface 1407 relative with described first bottom surface according to described first electric potential difference, is the first numerical value to make the transmittance of described monomer.

It should be noted that, because the transmittance showing particle is lower, then, when this display particle is arranged on bottom surface, causing the transmittance of monomer lower is the first numerical value.

It should be noted that, in the monomer shown in Figure 14, this first bottom surface is upper bottom surface, and this monomer Show Color is black, but this first bottom surface is not restricted to upper bottom surface, and in concrete enforcement, this first bottom surface also can be bottom surface, then this monomer Show Color is white.

As shown in figure 15 for this have two kinds display particles monomer load described second voltage time schematic diagram, wherein, second couple of electrode 1502-1503 of this monomer 1501 forms the second electric potential difference, then black particle 1504 and white particle 1505 are adsorbed on the side 1506 of described monomer according to described second electric potential difference, to make described unitary light transmissive rate for second value, described second value is greater than described first numerical value.

It should be noted that, because the transmittance showing particle is lower, then, time on this display particle moving to the side of monomer, the transmittance of this monomer is determined by monomer self material, and monomer is certainly as the material that transmittance is higher, then the transmittance of monomer is made to become larger second value.

As shown in figure 16 be the display interface schematic diagram of this first display layer, in figure, displaying contents comprises time " 10:00 " and general information " weather: cloudy ".This displaying contents 1601 is black font, and background color 1602 is white.

The structural representation of a kind of electronic equipment embodiment 4 provided for the application as shown in figure 17, this electronic equipment is specifically as follows the electronic equipments such as desktop computer, notebook, panel computer, mobile phone, intelligent television, intelligent watch, Wearable, this electronic equipment is provided with display screen, this display screen is included in the first display layer and second display layer of the stacked setting in side of described electronic equipment, the structure of described first display layer is different with the structure of described second display layer, and described first display layer power consumption is lower than described second display layer.

Wherein, this electronic equipment can be made up of following structure: first module 1701 and second unit 1702.

Wherein, first module 1701, for according to the control law preset, generates control signal;

Wherein, second unit 1702, for according to described control signal according to described control signal, controlling described first display layer is the first state, and to control described second display layer be the second state, and described first state is different from described second state.

To sum up, in a kind of electronic equipment that the present embodiment provides, a display layer display information is carved with time a certain in its display screen, when this second display layer shows, the displaying contents of this second display layer only can be checked, and when this second display layer does not show, then only can check the displaying contents of this first display layer, without the need to lighting this second display layer, namely without the need to waking electronic equipment up, reduce the power consumption of this electronic equipment.

In this instructions, each embodiment adopts the mode of going forward one by one to describe, and what each embodiment stressed is the difference with other embodiments, between each embodiment identical similar portion mutually see.For the electronic equipment that embodiment provides, the method provided due to itself and embodiment is corresponding, so description is fairly simple, relevant part illustrates see method part.

To the above-mentioned explanation of provided embodiment, professional and technical personnel in the field are realized or uses the present invention.To be apparent for those skilled in the art to the multiple amendment of these embodiments, General Principle as defined herein can without departing from the spirit or scope of the present invention, realize in other embodiments.Therefore, the present invention can not be restricted to these embodiments shown in this article, but will meet the widest scope consistent with principle provided in this article and features of novelty.

Claims

1. a display packing, it is characterized in that, be applied to the electronic equipment with display screen, described display screen is included in the first display layer and second display layer of the stacked setting in side of described electronic equipment, the structure of described first display layer is different from the structure of described second display layer, described first display layer power consumption is lower than described second display layer, and described method comprises:

According to the control law preset, generate control signal;

2. method according to claim 1, is characterized in that, when described second state is non-display state,

3. method according to claim 2, is characterized in that, described according to described control signal, and the transmittance controlling described first display layer is that the first transmittance specifically comprises:

4. method according to claim 1, is characterized in that, when described second state is display state, described according to described control signal, controlling described first display layer is the first state, and to control described second display layer be that the second state comprises:

5. method according to claim 4, is characterized in that, described according to described control signal, the transmittance of described first display layer is adjusted to the second transmittance and specifically comprises:

6. the method according to claim 2-5, is characterized in that, the frequency of utilization of described second display information shows the frequency of utilization of information lower than described first.

7. method according to claim 1, is characterized in that, the control law that described foundation is preset, and generates control signal and comprises:

8. method according to claim 7, is characterized in that, when the described first information be operating body generate in predetermined registration operation region executable operations time, then describedly to comprise according to described running status and described control rules control signal:

9. the method according to any one of claim 2-3, it is characterized in that, described first display layer is made up of the monolithic array comprising at least two monomers, is provided with display particle in described monomer, then describedly control to show the first display information at described first display layer and comprise:

Obtain the first display information;

10. an electronic equipment, is characterized in that, comprising:

Housing;

11. electronic equipments according to claim 10, is characterized in that, described display screen also comprises: touch sensitive layer, and described touch sensitive layer is disposed adjacent with described first display layer.

12. electronic equipments according to claim 10, it is characterized in that, described first display layer is made up of the monolithic array comprising at least two monomers, is provided with display particle in described monomer, and the display particle in described monomer is according to the Voltage Cortrol arrangement mode being loaded into described monomer.

13. electronic equipments according to claim 12, is characterized in that, described monomer is column structure, and the bottom surface of described monomer is parallel with described second display layer;

14. electronic equipments according to claim 13, it is characterized in that, two bottom surfaces of described monomer form pair of electrodes, the side of described monomer is provided with second pair of electrode, the display particle of described monomer comprises black particle and white particle, and described black particle is contrary with white particle electrophilicity;

15. electronic equipments according to claim 10, is characterized in that, the material of described first display layer is the material that power consumption is less than the second display layer.

16. electronic equipments according to claim 15, is characterized in that, the first display layer adopts electronic ink screen, and the second display layer adopts liquid crystal display.

17. 1 kinds of electronic equipments, it is characterized in that, described electronic equipment has display screen, described display screen is included in the first display layer and second display layer of the stacked setting in side of described electronic equipment, the structure of described first display layer is different with the structure of described second display layer, described first display layer power consumption is lower than described second display layer, and described electronic equipment comprises: