CN104036752B

CN104036752B - The method and electronic equipment of a kind of information processing

Info

Publication number: CN104036752B
Application number: CN201310074794.1A
Authority: CN
Inventors: 钟力科
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2013-03-08
Filing date: 2013-03-08
Publication date: 2018-04-27
Anticipated expiration: 2033-03-08
Also published as: CN104036752A

Abstract

The invention discloses the method and electronic equipment of a kind of information processing, to reach the technique effect for reducing interference of the ambient light to the display content of the display unit of the electronic equipment.The method is applied in electronic equipment, and the electronic equipment includes display unit, the described method includes：When showing display content on the display unit, collection obtains a parameter information；Judge whether the parameter information meets the first preset condition；When the parameter information meets first preset condition, display parameter value corresponding to display from the display unit is adjusted to the second value different with first value by the first value, to improve contrast of the display content under the ambient light residing for the electronic equipment.

Description

The method and electronic equipment of a kind of information processing

Technical field

The present invention relates to communication technique field, the method and electronic equipment of more particularly to a kind of information processing.

Background technology

With the continuous development of scientific technology, electronic technology has also obtained development at full speed, and the species of electronic product is also got over Come more, people have also enjoyed the various facilities that development in science and technology is brought.Present people can be set by various types of electronics It is standby, enjoy the comfortable life brought with development in science and technology.

Under normal conditions, electronic equipment can all include display unit, to show data that electronic equipment internal is stored.

Present inventor at least exists in the prior art during the embodiment of the present application technical solution is realized Following technical problem：

Since in the prior art, the display unit local environment can be there are ambient light, and display unit is to ambient light Can be there are reflex, so cause ambient light to there is the technical problem of interference to the display content of display unit.

The content of the invention

The embodiment of the present invention provides a kind of method and electronic equipment of information processing, to solve prior art ambient light pair There is the technical problem of interference in the display content of display unit.

On the one hand, the application provides following technical solution by an embodiment：

A kind of method of information processing, the method are applied in electronic equipment, and the electronic equipment includes display unit, The described method includes：

When showing display content on the display unit, collection obtains a parameter information；

Judge whether the parameter information meets the first preset condition；

When the parameter information meets first preset condition, by corresponding to the display with the display unit Display parameter value is adjusted to the second value different from first value by the first value, to improve the display content in the electronics The contrast under ambient light residing for equipment.

Optionally, when the display unit surface being provided with optical unit, the display parameter value is specially：The light The optical parameter value of unit is learned, it is described that the display parameter value is adjusted to different from first value second by the first value Value, is specially：

The optical parameter value is adjusted to different from first optical parameter value second by the first optical parameter value Optical parameter value.

Optionally, when the optical parameter value is second optical parameter value, the optical unit is to the environment First absorbability of light is more than when the optical parameter value is first optical parameter value, and the optical unit is to described Second absorbability of ambient light；When the optical parameter value is second optical parameter value, the optical unit is to institute Stating the 3rd absorbability of the first light corresponding to display content, to be more than in the optical parameter value be first Optical Parametric Fourth absorbability of the optical unit described in numerical value to first light.

Optionally, specifically included in the optical unit：Liquid crystal layer, is arranged at the display unit surface, wherein, it is described Liquid crystal layer includes an at least liquid crystal particle；Linear polarizer, it is described by the optical unit when being arranged at the liquid crystal layer surface Optical parameter value is adjusted to second optical parameter value different from first optical parameter value by the first optical parameter value, specifically For：

An at least liquid crystal particle is adjusted to different from the first order mode second by first order mode Arrangement mode；

Wherein, when an at least liquid crystal particle is in the first order mode, the linear polarizer is to the ring The absorbability of border light is second absorbability, and the linear polarizer is described the to the absorbability of first light Four absorbabilities；When an at least liquid crystal particle is in the second order mode, the linear polarizer is to the environment The absorbability of light is first absorbability, and the linear polarizer is the described 3rd to the absorbability of first light Absorbability.

Optionally, when an at least liquid crystal particle is in the second order mode, the linear polarizer is used to inhale The light that polarized component is parallel with the linear polarizer polarization direction in the ambient light is received, and then the ambient light is converted For the first linearly polarized photon, the polarization direction of first linearly polarized photon and linear polarizer absorption direction are vertical；It is described Liquid crystal layer is used to first linearly polarized photon being converted to the first circularly polarized light；The display unit is used to justify described first Polarised light is reflected back the liquid crystal layer and then obtains the second circularly polarized light；The liquid crystal layer is additionally operable to second circularly polarized light The second linearly polarized photon is converted to, the polarization direction of second linearly polarized photon and linear polarizer absorption direction are parallel； The linear polarizer is additionally operable to absorb second linearly polarized photon；In addition, the display unit is additionally operable to produce described first Light, first light are third linear polarised light；The liquid crystal layer is additionally operable to be converted to the third linear polarised light 3rd circularly polarized light；The linear polarizer is additionally operable to absorb polarization direction in the 3rd circularly polarized light and is inhaled with the linear polarizer Debit is to parallel component；When an at least liquid crystal particle is in the first order mode, the liquid crystal layer cannot incite somebody to action First linearly polarized photon is converted to second linearly polarized photon, so be only capable of filtering out institute by the linear polarizer The component parallel with linear polarizer absorption direction in ambient light is stated, and first linearly polarized photon cannot be filtered out, And then second absorbability is set to be less than first absorbability；And the liquid crystal layer cannot be inclined by the third linear The light that shakes is converted into the 3rd circularly polarized light, and the linear polarizer absorbs direction and the polarization side of the third linear polarised light To vertical, so as to the third linear polarised light without absorption, and then the third linear polarised light will not be by the line Polarizer is absorbed, and then the 4th absorbability is less than the 3rd absorbability.

Optionally, it is described to be adjusted to an at least liquid crystal particle and the first order mode by first order mode Different second order modes, is specially：

The voltage that the liquid crystal layer both ends are applied is adjusted to different from the first voltage second by first voltage Voltage, by by an at least liquid crystal particle described in the second voltage by being adjusted to the second order in a manner of the first order Mode.

Optionally, it is described that the display parameter value is adjusted to different from first value second by the first value Value, is specially：

The first brightness value of display brightness value of the display content is adjusted to different from first brightness value second Brightness value；Or

The contrast value of the display content is adjusted to different from first contrast value by the first contrast value Second contrast value；Or

The tone value of the display content is adjusted to second color different from first tone value by the first tone value Tone pitch.

Optionally, the parameter information is specially：Use the behavioural characteristic of the user of the electronic equipment.

Optionally, it is described to judge whether parameter information meets the first preset condition, be specially：

Judge whether the behavioural characteristic shows that the intensity of illumination corresponding to the ambient light is more than corresponding to the user Intensity of illumination threshold value.

It is optionally, described that to judge whether the behavioural characteristic shows that intensity of illumination corresponding to the ambient light is more than described Intensity of illumination threshold value corresponding to user, is specially：

Judge whether the behavioural characteristic shows that the first shelter and the head of the user meet the first predetermined relationship.

Judge the behavioural characteristic whether to show the second shelter that there are the second predetermined relationship with the display unit.

On the other hand, the application provides following technical solution by another embodiment：

A kind of electronic equipment, including：

Acquisition module, for when showing display content on the display unit, collection to obtain a parameter information；

Judgment module, for judging whether the parameter information meets the first preset condition；

Adjust module, for when the parameter information meets first preset condition, by with the display unit The corresponding display parameter value of display is adjusted to the second value different from first value by the first value, to improve in the display Hold the contrast under the ambient light residing for the electronic equipment.

Optionally, when the display unit surface being provided with optical unit, the display parameter value is specially：The light The optical parameter value of unit is learned, the adjustment module, is specifically used for：

Optionally, specifically included in the optical unit：Liquid crystal layer, is arranged at the display unit surface, wherein, it is described Liquid crystal layer includes an at least liquid crystal particle；Linear polarizer, when being arranged at the liquid crystal layer surface, the adjustment module is specific to use In：

Optionally, when an at least liquid crystal particle is in the second order mode, the linear polarizer is used to inhale The light that polarized component is parallel with the linear polarizer polarization direction in the ambient light is received, and then the ambient light is converted into First linearly polarized photon, the polarization direction of first linearly polarized photon and linear polarizer absorption direction are vertical；The liquid Crystal layer is used to first linearly polarized photon being converted to the first circularly polarized light；The display unit is used for the described first circle is inclined Light reflection of shaking returns the liquid crystal layer and then obtains the second circularly polarized light；The liquid crystal layer is additionally operable to turn second circularly polarized light The second linearly polarized photon is changed to, the polarization direction of second linearly polarized photon and linear polarizer absorption direction are parallel；Institute Linear polarizer is stated to be additionally operable to absorb second linearly polarized photon；In addition, the display unit is additionally operable to produce first light Line, first light are third linear polarised light；The liquid crystal layer is additionally operable to the third linear polarised light being converted to Three circularly polarized lights；The linear polarizer is additionally operable to absorb polarization direction in the 3rd circularly polarized light and is absorbed with the linear polarizer The parallel component in direction；When an at least liquid crystal particle is in the first order mode, the liquid crystal layer cannot be by institute State the first linearly polarized photon and be converted to second linearly polarized photon, so be only capable of filtering out by the linear polarizer described The component parallel with linear polarizer absorption direction in ambient light, and first linearly polarized photon cannot be filtered out, into And second absorbability is set to be less than first absorbability；And the liquid crystal layer cannot polarize the third linear Light is converted into the 3rd circularly polarized light, and the linear polarizer absorbs direction and the polarization direction of the third linear polarised light Vertically, so as to the third linear polarised light without absorption, and then the third linear polarised light will not be inclined by the line The piece that shakes is absorbed, and then the 4th absorbability is less than the 3rd absorbability.

Optionally, the adjustment module, is specifically used for：

Optionally, the judgment module, is specifically used for：

The one or more technical solutions provided in the embodiment of the present application, have at least the following technical effects or advantages：

（1）Due in the embodiment of the present application, employing when having display content on the display unit of electronic equipment, adopt Collection obtains parameter information, and when the parameter information meets the first preset condition, by the way that the display institute with display unit is right The display parameter value answered is adjusted to the second value different from the first value by the first value, and then improves the display content in the electricity The technical solution of contrast under sub- equipment local environment light, so having reached reduces display content of the ambient light to display unit Interference technique effect.

（2）Since in the embodiment of the present application, the display parameter value can be to be arranged at the display unit surface The optical parameter value of optical unit, the display content can be improved in institute by being adjusted to the optical parameter value The contrast under the ambient light residing for electronic equipment is stated, so ambient light can optically be reduced in display by having reached The technique effect of the interference of appearance.

（3）Due in the embodiment of the present application, can also by adjusting display content display brightness or contrast, Or the mode of tone improves contrast of the display content under the electronic equipment local environment light, so reached drop The more diversified technique effect of mode of interference of the low ambient light to the display content.

（4）Due in the embodiment of the present application, the parameter information is specially：Use the row of the user of the electronic equipment It is characterized, then judges whether to need to be adjusted the display parameter value by the behavioural characteristic, due to the row of user Can accurately to reflect annoyance level of the ambient light to the display content, so reached to the display parameter value The more accurate technique effect of adjustment, and the needs for meeting user are better able to, and then improve the Experience Degree of user.

（5）During due in the embodiment of the present application, judging whether the behavioural characteristic meets the first preset condition, mainly sentence Whether the behavioural characteristic of breaking shows that the intensity of illumination corresponding to the ambient light is more than the illumination corresponding to the user Intensity threshold, wherein judging whether the behavioural characteristic shows that the intensity of illumination corresponding to the ambient light is more than the user Corresponding intensity of illumination threshold value then can be divided into a variety of situations again, such as：Judge whether the behavioural characteristic shows the first screening The head of block material and the user meet the first predetermined relationship, judge the behavioural characteristic whether show the second shelter with it is described Display unit judges whether the behavioural characteristic meets the first preset condition there are second predetermined relationship etc., so having reached The more diversified technique effect of mode.

Brief description of the drawings

Fig. 1 is the flow chart of the method for information processing in the embodiment of the present application one；

Fig. 2 a are the position relationship schematic diagram of optical unit and display unit in one method of the embodiment of the present application；

Fig. 2 b are the schematic diagram that an at least liquid crystal particle is in first order mode in one method of the embodiment of the present application；

Fig. 2 c are the schematic diagram that an at least liquid crystal particle is in second order mode in one method of the embodiment of the present application；

Fig. 3 is the structure chart of electronic equipment in the embodiment of the present application four.

Embodiment

For technical solution in the embodiment of the present application to solve above-mentioned technical problem, general thought is as follows：

When showing display content on the display unit of electronic equipment, collection obtains a parameter information；Judge the ginseng Whether number information meets the first preset condition；, will be with the display when the parameter information meets first preset condition Display parameter value corresponding to the display of unit is adjusted to the second value different from first value by the first value, with described in raising Contrast of the display content under the ambient light residing for the electronic equipment.

Due in such scheme, employing when having display content on the display unit of electronic equipment, collection obtains Parameter information, and when the parameter information meets the first preset condition, pass through will be corresponding to the display with display unit show Show that parameter value is adjusted to the second value different from the first value by the first value, and then improve the display content in the electronic equipment The technical solution of contrast under local environment light, so reached the dry of the display content for reducing ambient light to display unit The technique effect disturbed.

In order to better understand the above technical scheme, in conjunction with appended figures and specific embodiments to upper Technical solution is stated to be described in detail.

Embodiment one

The embodiment of the present application one provides a kind of method of information processing, and the method is applied in electronic equipment, the electricity Sub- equipment is, for example,：Laptop, tablet computer, mobile phone etc..

Please refer to Fig.1, the method for described information processing includes the following steps：

Step S101：When showing display content on the display unit, collection obtains a parameter information；

Step S102：Judge whether the parameter information meets the first preset condition；

Step S103：When the parameter information meets first preset condition, by the display with the display unit Corresponding display parameter value is adjusted to the second value different from first value by the first value, is existed with improving the display content The contrast under ambient light residing for the electronic equipment.

Wherein, in step S101, the parameter information can be many kinds of parameters, be set forth below two kinds therein and be situated between Continue, certainly, in specific implementation process, be not limited to following two situations.

The first, the parameter information is specially：Pass through built in the electronic equipment or external image collector Put the behavioural characteristic of the user of electronic equipment described in gathered use, the behavioural characteristic can be a variety of behavioural characteristics, example Such as：Behavioural characteristic for block the behavioural characteristic of the forehead of the user with hand, the display unit being blocked with hand etc..

As seen from the above description, due in the embodiment of the present application, the parameter information is specially：Set using the electronics The behavioural characteristic of standby user, then judges whether to need to be adjusted the display parameter value by the behavioural characteristic, Since the behavior of user can accurately reflect annoyance level of the ambient light to the display content, so reached to described The more accurate technique effect of adjustment of display parameter value, and the needs for meeting user are better able to, and then improve user Experience Degree.

Second, the parameter information is specially：The ambient light of the electronic equipment gathered by optical sensor Parameter value.

Wherein, based on the difference that the parameter information obtained is detected in step S101, the parameter is judged in step S102 Whether information meets that the process of the first preset condition is also different, is set forth below two kinds therein and is introduced, certainly, specific real During applying, following two situations are not limited to.

The first, it is described to judge whether the parameter information is full when the parameter information is specially the behavioural characteristic The first preset condition of foot, is specially：

Specifically, that is, by analyzing the behavioural characteristic, to determine the intensity of illumination of the ambient light Whether not in the range of receiving of the user, the user is set to have to take corresponding behavioural characteristic to reduce the light According to influence of the intensity to the display unit.

In specific implementation process, the intensity of illumination can be characterized by the behavioural characteristic of a variety of situations and be more than the use Intensity of illumination threshold value corresponding to family, is described below two kinds of situations therein, certainly, in specific implementation process, be not limited to Lower two kinds of situations.

(1) it is described to judge whether the behavioural characteristic shows that the intensity of illumination corresponding to the ambient light is more than the user Corresponding intensity of illumination threshold value, is specially：

In specific implementation process, when the intensity of illumination is too strong, the user may use the first shelter, than Such as：Hand, books etc., block the forehead of the user, and then reduce the intensity of illumination for being radiated at the display unit, so can With by connect outside the electronic equipment or built-in image acquisition device described in user and the position of first shelter Put relation, and then the light is determined by the way that whether the head of first shelter and the user meets the first predetermined relationship Whether it is more than the intensity of illumination threshold value according to intensity, first predetermined relationship is, for example,：First shelter and the head The distance in portion be less than a pre-determined distance threshold value, first shelter be connected with the head and first shelter and Angle between the head is in a default angular range, for example,:60 °~120 °, it is of course also possible to be other angle models Enclose, the embodiment of the present application is not restricted.

（2）It is described to judge whether the behavioural characteristic shows that the intensity of illumination corresponding to the ambient light is more than the use Intensity of illumination threshold value corresponding to family, is specially：

In specific implementation process, when the user experiences the intensity of illumination and is more than the intensity of illumination threshold value, The display unit may also be blocked by the second shelter, second shelter is, for example,：The hand of user, books etc., So the people's predetermined relationship that can be whether there is by second shelter and the display unit, and then judge the illumination Whether intensity is more than the intensity of illumination threshold value., can be by built in the electronic equipment or outer in specific implementation process The position relationship of second shelter and the display unit described in image acquisition device even, and then determine whether to meet institute State the second preset condition；Or when the display unit is touch-display unit, it can also be shown by the touch-control single Member whether with second shelter there are a preset exposure area, and then determine second shelter and the display unit With the presence or absence of the second predetermined relationship.For in specific implementation process, using which kind of mode judge the behavioural characteristic whether table Bright second shelter whether there is the second relation with the display unit, and the embodiment of the present application is not restricted.

As seen from the above description, due in the embodiment of the present application, judging whether the behavioural characteristic meets that first is default During condition, mainly judge whether the behavioural characteristic shows that the intensity of illumination corresponding to the ambient light is more than the user Corresponding intensity of illumination threshold value, wherein judging whether the behavioural characteristic shows the intensity of illumination corresponding to the ambient light Then it can be divided into a variety of situations again more than the intensity of illumination threshold value corresponding to the user, such as：Judging the behavioural characteristic is The no head for showing the first shelter and the user meets the first predetermined relationship, judges whether the behavioural characteristic shows second Shelter and the display unit judge whether the behavioural characteristic meets the there are second predetermined relationship etc., so having reached The more diversified technique effect of mode of one preset condition.

In specific implementation process, if the behavioural characteristic be by image collecting device used by behavioural characteristic, It so can also carry out following steps：Judge whether described image harvester is in Image Acquisition state；Adopted in described image When acquisition means are in described image acquisition state, the behavioural characteristic is gathered by described image harvester.

Specifically, that is, in described image harvester Image Acquisition state is in, such as：Shoot photo, video During chat, the behavioural characteristic is just gathered by described image harvester, since described image collection need not be restarted Device, so with the technique effect for saving energy consumption.

Second, be specially the environmental light parameter value in the parameter information, described whether to judge the parameter information Meet the first preset condition, be specially：

Judge whether the environmental light parameter value is more than a default environmental light parameter threshold value.

In specific implementation process, environmental light parameter threshold value, Jin Er can be preset in the electronic equipment The environmental light parameter value then illustrates interference of the ambient light to the display content more than the default environmental light parameter value It is larger, and then the display parameter value is adjusted.In specific implementation process, the default environmental light parameter threshold value can be with For a fixed value, it can also be adjusted based on different users, this embodiment of the present application is not restricted.

Wherein, in step S103, the display parameter value can be divided into a variety of display parameter values, and then the display is joined The adjustment mode of numerical value is also different, is set forth below two kinds therein and is introduced, certainly, in specific implementation process, is not limited to Following two situations.

The first, when the display unit surface is provided with optical unit, the display parameter value is specially：The light The optical parameter value of unit is learned, it is described that the display parameter value is adjusted to different from first value second by the first value Value, is specially：

In specific implementation process, when the optical parameter value is second optical parameter value, the optical unit First absorbability of the ambient light is more than when the optical parameter value is first optical parameter value, the optics Second absorbability of the unit to the ambient light；When the optical parameter value is second optical parameter value, the light It is described to learn unit to be more than in the optical parameter value the 3rd absorbability of the first light corresponding to the display content Fourth absorbability of the optical unit described in first optical parameter value to first light.

Wherein, although the optical parameter value be in the second optical parameter value is adjusted to by the first optical parameter value when, The optical unit can all increase the absorbability of first light absorbability of ambient light and the optical unit, But in contrast, the absorption of the optical unit ambient light can be stronger, so the display content phase can be increased For the contrast of ambient light, and then interference of the ambient light to the display content can be reduced.

In specific implementation process, a is please referred to Fig.2, the optical unit is specifically included such as lower structure：

Liquid crystal layer 21, is arranged at 20 surface of display unit, wherein, the liquid crystal layer 21 includes an at least liquid crystal particle 21a；

Linear polarizer 22, is arranged at 21 surface of liquid crystal layer.

The optical parameter value by the optical unit is adjusted to and first Optical Parametric by the first optical parameter value The second different optical parameter value of numerical value, is specially：

An at least liquid crystal particle 21a is adjusted to different from the first order mode by first order mode Two arrangement modes；

Wherein, when an at least liquid crystal particle 21a is in the first order mode, the linear polarizer 22 is to institute The absorbability for stating ambient light 23 is second absorbability, absorbability of the linear polarizer 22 to first light For the 4th absorbability；When an at least liquid crystal particle 21a is in the second order mode, the linear polarizer The absorbability of 22 pairs of ambient lights 23 is first absorbability, suction of the linear polarizer 22 to first light Receipts ability is the 3rd absorbability, and in specific implementation process, the first order mode is, for example,：An at least liquid The sub- 21a of crystal grain is longitudinal arrangement mode, as shown in Figure 2 b；The second order mode is, for example,：An at least liquid crystal particle 21a is horizontal mode, as shown in Figure 2 c.

In specific implementation process, when an at least liquid crystal particle 21a is in the second order mode, the line Polarizer 22 is used to absorb the light that polarized component is parallel with 22 polarization direction of linear polarizer in the ambient light 23, and then The ambient light 23 is converted into the first linearly polarized photon 24, the polarization direction of first linearly polarized photon 24 and the line are inclined It is vertical that the piece 22 that shakes absorbs direction；The liquid crystal layer 21 is used to first linearly polarized photon 24 being converted to the first circularly polarized light 25；The display unit 20 is used to first circularly polarized light 25 being reflected back the liquid crystal layer 21 and then obtains the second circular polarization Light 26；The liquid crystal layer 21 is additionally operable to second circularly polarized light 26 being converted to the second linearly polarized photon 27, second line Property polarised light 27 polarization direction and the linear polarizer 22 to absorb direction parallel；The linear polarizer 22 is additionally operable to described in absorption Second linearly polarized photon 27；In addition, the display unit 20 is additionally operable to produce first light, first light is the 3rd Linearly polarized photon；The liquid crystal layer 21 is additionally operable to the third linear polarised light being converted to the 3rd circularly polarized light；The line is inclined The piece 22 that shakes is additionally operable to absorb the component that polarization direction is parallel with the linear polarizer 22 absorption direction in the 3rd circularly polarized light； When an at least liquid crystal particle 21a is in the first order mode, the liquid crystal layer 21 cannot be linear by described first Polarised light 24 is converted to second linearly polarized photon 27, so be only capable of filtering out the environment by the linear polarizer 22 The component parallel with the linear polarizer 22 absorption direction in light 23, and first linearly polarized photon 24 cannot be filtered out, And then second absorbability is set to be less than first absorbability；And the liquid crystal layer 21 cannot be by the third linear Polarised light is converted into the 3rd circularly polarized light, and the linear polarizer 22 absorbs the inclined of direction and the third linear polarised light The direction that shakes is vertical, so as to the third linear polarised light without absorption, and then the third linear polarised light will not be by institute State linear polarizer 22 to be absorbed, and then the 4th absorbability is less than the 3rd absorbability.

It is described to be adjusted to an at least liquid crystal particle 21a and institute by first order mode in specific implementation process The different second order mode of first order mode is stated, is specially：

The voltage that 21 both ends of liquid crystal layer are applied is adjusted to different from the first voltage by first voltage Two voltages, by by an at least liquid crystal particle 21a described in the second voltage by being adjusted to described in a manner of the first order Two arrangement modes.

In specific implementation process, 21 both ends of liquid crystal layer are being applied with first of a magnitude of voltage more than a preset value During voltage, an at least liquid crystal particle 21a will be in the first order mode；And apply by 21 both ends of liquid crystal layer When being less than the second voltage of the preset value by a magnitude of voltage, an at least liquid crystal particle 21a will be in the first order Mode, the predetermined threshold value are, for example,：0V, is not absolute 0V, or with 0V in specific implementation process certainly Similar other values, such as：0.01V, 0.1V etc., the embodiment of the present application are not restricted.

As seen from the above description, since in the embodiment of the present application, the display parameter value can be to be arranged at described show Show the optical parameter value of the optical unit of cell surface, can be improved by being adjusted to the optical parameter value described Contrast of the display content under the ambient light residing for the electronic equipment, so ring can optically be reduced by having reached The technique effect of interference of the border light to display content.

Second, the display parameter value is specially：Parameter value corresponding to the display content, in this case, The difference of parameter value based on the display content, it is described to be adjusted to the display parameter value and described by the first value The different second value of one value can be divided into a variety of situations again, be set forth below three kinds therein and be introduced, certainly, be embodied During, it is not limited to following three kinds of situations.

（1）It is described that the display parameter value is adjusted to the second value different from first value by the first value, tool Body is：

The first brightness value of display brightness value of the display content is adjusted to different from first brightness value second Brightness value.

Specifically, that is, by way of the display brightness value for improving the display content, improve in the display Hold the contrast relative to the ambient light.

（2）It is described that the display parameter value is adjusted to the second value different from first value by the first value, tool Body is：

The contrast value of the display content is adjusted to different from first contrast value by the first contrast value Second contrast value.

Specifically, the mode of the contrast value that is, by adjusting the display content, improves the display content It is under normal conditions the raising contrast value relative to the contrast of the ambient light, such as：Will be bright in the display content Degree improves brightness more than the part of the first predetermined luminance value, and brightness in the display content is less than first predetermined luminance The part reduce brightness of value.

（3）It is described that the display parameter value is adjusted to the second value different from first value by the first value, tool Body is：

Specifically, the mode of the tone value that is, by adjusting the display content, improves the display content phase For the contrast of the ambient light, it is generally the case that to improve the saturation degree of the tone value of the display content, normal conditions Under, the easier eyes by user of the higher image of saturation degree note that so can be by way of improving the saturation degree To improve contrast of the display content relative to the ambient light.

As seen from the above description, due in the embodiment of the present application, can also by adjusting display content display brightness, Or contrast or the mode of tone improve contrast of the display content under the electronic equipment local environment light, So having reached reduces the more diversified technique effect of mode of interference of the ambient light to the display content.

Embodiment two

For make those skilled in the art further understand information processing that the embodiment of the present application one introduced Method, the present embodiment introduce the specific implementation of the method for the information processing that the embodiment of the present application one is introduced by standing in user side Journey, in the present embodiment, will be introduced, the electronic equipment includes a touch-control so that the electronic equipment is mobile phone as an example Display screen.

At the T1 moment, user A is unlocked the mobile phone, by the mobile phone browse the operation of microblogging.

At the T2 moment, user A thinks that ambient light is excessively strong, so hand is blocked in the surface of the touching display screen, The touching display screen detects the hand of the user A and the touching display screen there are a contact area, so the mobile phone Determine that the behavioural characteristic of the user A meets the first preset condition, and then produce a display parameter value for adjusting the mobile phone First control instruction；

At the T3 moment, the mobile phone performs first control instruction, and then in the display of the raising touching display screen The contrast of appearance, and then reduce interference of the ambient light to the display content of the touching display screen.

Embodiment three

For make those skilled in the art further understand information processing that the embodiment of the present application one introduced Method, the embodiment of the present application three introduce the side for the information processing that the embodiment of the present application one is introduced by further standing in user side Method, will be introduced, the laptop includes one so that the electronic equipment is laptop as an example in the present embodiment Display unit and camera, the display unit surface are provided with liquid crystal layer, and the liquid crystal layer includes an at least liquid crystal particle, institute State liquid crystal layer surface and be provided with linear polarizer, the liquid crystal layer both ends are applied with voltage, and then an at least liquid crystal particle is in It is transversely arranged.

At the T4 moment, user B opens the laptop, and opens the chat software on the laptop.

At the T5 moment, user B opens the camera, and then carries out Video chat by the chat software and user C. After the laptop detects that user B opens the camera and carries out the operation of Video chat, the user B is gathered Behavioural characteristic.

At the T6 moment, user B blocks the forehead of the user B by a book, and the laptop collects described After the above-mentioned behavioural characteristic of user B, and then determine that the behavioural characteristic of the user B meets first preset condition, and then The second control instruction is produced, is adjusted with the relevant display parameter value of display of the display unit with Dui.

At the T7 moment, the laptop performs second control instruction, and then stops at the liquid crystal layer both ends Apply the voltage, so that it is in longitudinal arrangement to control an at least liquid crystal particle, with an at least liquid crystal particle described in unlatching Anti-reflective function, and then ambient light is absorbed completely by the linear polarizer and the liquid crystal layer, to reduce ambient light to institute State the interference of the display content of display unit.

Example IV

Based on same inventive concept, the embodiment of the present application four provides information in a kind of implementation the embodiment of the present application one, two, three The electronic equipment of the method for processing, please refers to Fig.3, and the electronic equipment includes such as lower structure：

Acquisition module 301, for when showing display content on the display unit, collection to obtain a parameter information；

Judgment module 302, for judging whether the parameter information meets the first preset condition；

Module 303 is adjusted, will be with the display unit for when the parameter information meets first preset condition Display corresponding to display parameter value the second value different from first value is adjusted to by the first value, to improve the display Contrast of the content under the ambient light residing for the electronic equipment.

In specific implementation process, the parameter information that the acquisition module 301 is gathered can be many kinds of parameters information, Such as：Use the behavioural characteristic of the user of the electronic equipment, the environmental light parameter value of the electronic equipment local environment etc..

In specific implementation process, the difference of the parameter information gathered based on the acquisition module 301 is described to sentence The judgement of disconnected module 302 is also different, is set forth below two kinds therein and is introduced, certainly, in specific implementation process, is not limited to Following two situations.

The first, be specially in the parameter information：Using the user of the electronic equipment behavioural characteristic when, it is described to sentence Disconnected module 302, is specifically used for：

Wherein, the judgment module 302 is judging whether the behavioural characteristic shows the illumination corresponding to the ambient light Intensity is more than the intensity of illumination threshold value corresponding to the user, and can be divided into a variety of situations, be set forth below two kinds therein into Row is introduced, and certainly, in specific implementation process, is not limited to following two situations.

（1）The judgment module 302, is specifically used for：

（2）The judgment module 302, is specifically used for：

As seen from the above description, due in the embodiment of the present application, judging whether the behavioural characteristic meets that first is default During condition, mainly judge whether the behavioural characteristic shows that the intensity of illumination corresponding to the ambient light is more than the user Corresponding intensity of illumination threshold value, wherein judging whether the behavioural characteristic shows that the illumination corresponding to the ambient light is strong The intensity of illumination threshold value that degree is more than corresponding to the user then can be divided into a variety of situations again, such as：Judge the behavioural characteristic Whether show that the head of the first shelter and the user meet the first predetermined relationship, judge whether the behavioural characteristic shows the Two shelters, there are second predetermined relationship etc., judge whether the behavioural characteristic meets with the display unit so having reached The more diversified technique effect of mode of first preset condition.

Second, the judgment module 302, is specifically used for：

In specific implementation process, the display parameter value can be with a variety of display parameter values, and then the adjustment module 303 Adjustment process it is also different, be set forth below two kinds therein and be introduced, certainly, in specific implementation process, be not limited to following Two kinds of situations.

The first, when the display unit surface is provided with optical unit, the display parameter value is specially：The light The optical parameter value of unit is learned, the adjustment module 303, is specifically used for：

In specific implementation process, please continue to refer to Fig. 2 a, specifically included in the optical unit：Liquid crystal layer 21, is set In 20 surface of display unit, wherein, the liquid crystal layer 21 includes an at least liquid crystal particle 21a；Linear polarizer 22, is arranged at During 21 surface of liquid crystal layer, the adjustment module 303, is specifically used for：

Wherein, when an at least liquid crystal particle 21a is in the first order mode, the linear polarizer 22 is to institute The absorbability for stating ambient light 23 is second absorbability, absorbability of the linear polarizer 22 to first light For the 4th absorbability；When an at least liquid crystal particle 21a is in the second order mode, the linear polarizer The absorbability of 22 pairs of ambient lights 23 is first absorbability, suction of the linear polarizer 22 to first light Receipts ability is the 3rd absorbability.

In specific implementation process, the adjustment module 303, is specifically used for：

Second, the adjustment module 303, is specifically used for：

By the electronic equipment that the embodiment of the present application four is introduced, obtained to implement information in the embodiment of the present application one to three Electronic equipment used by the method taken, so the method based on the acquisition of information described in the embodiment of the present application one to three, Those skilled in the art can understand the concrete structure and its various change form of the electronic equipment in the present embodiment four, So no longer it is discussed in detail for the electronic equipment herein.As long as those skilled in the art implement the embodiment of the present application one to Electronic equipment used by the method for acquisition of information in three, belongs to the scope to be protected of the application.

One or more technical solutions that the application provides, have at least the following technical effects or advantages：

Although preferred embodiments of the present invention have been described, but those skilled in the art once know basic creation Property concept, then can make these embodiments other change and modification.So appended claims be intended to be construed to include it is excellent Select embodiment and fall into all change and modification of the scope of the invention.

Obviously, various changes and modifications can be made to the invention without departing from essence of the invention by those skilled in the art God and scope.In this way, if these modifications and changes of the present invention belongs to the scope of the claims in the present invention and its equivalent technologies Within, then the present invention is also intended to comprising including these modification and variations.

Claims

1. a kind of method of information processing, the method is applied in electronic equipment, and the electronic equipment includes display unit, its It is characterized in that, the described method includes：

When showing display content on the display unit, collection obtains a parameter information, wherein, the parameter information is specific For：Using the behavioural characteristic of the electronic equipment, the behavioural characteristic is for reflecting whether the intensity of illumination of ambient light does not exist User's receives scope, takes the user to reduce the behavior of influence of the intensity of illumination to display unit spy Sign；

Judge whether the parameter information meets the first preset condition；

When the parameter information meets first preset condition, the display corresponding to the display with the display unit is joined Numerical value is adjusted to the second value different from first value by the first value, to improve the display content in the electronic equipment institute Contrast under the ambient light at place；

Wherein, it is described to judge whether the parameter information meets the first preset condition, be specially：

Judge whether the behavioural characteristic shows that the first shelter and the head of the user meet the first predetermined relationship；Or judge Whether the behavioural characteristic shows the second shelter, and there are the second predetermined relationship with the display unit.

2. the method as described in claim 1, it is characterised in that when the display unit surface is provided with optical unit, institute Stating display parameter value is specially：The optical parameter value of the optical unit, it is described to adjust the display parameter value by the first value For the second value different from the described first value, it is specially：

The optical parameter value is adjusted to second optics different from first optical parameter value by the first optical parameter value Parameter value.

3. method as claimed in claim 2, it is characterised in that in the optical parameter value be second optical parameter value When, it is first Optical Parametric that the optical unit, which is more than in the optical parameter value the first absorbability of the ambient light, During numerical value, second absorbability of the optical unit to the ambient light；It is second optics in the optical parameter value During parameter value, the optical unit is more than in the light the 3rd absorbability of the first light corresponding to the display content Parameter value is fourth absorbability of the optical unit to first light described in first optical parameter value.

4. method as claimed in claim 3, it is characterised in that specifically included in the optical unit：Liquid crystal layer, is arranged at institute Display unit surface is stated, wherein, the liquid crystal layer includes an at least liquid crystal particle；Linear polarizer, is arranged at the liquid crystal layer table During face, the optical parameter value by the optical unit is adjusted to and first optical parameter value by the first optical parameter value The second different optical parameter values, is specially：

An at least liquid crystal particle is adjusted to the second order different from the first order mode by first order mode Mode；

Wherein, when an at least liquid crystal particle is in the first order mode, the linear polarizer is to the ambient light Absorbability be second absorbability, the linear polarizer inhales the absorbability of first light for the described 4th Receipts ability；When an at least liquid crystal particle is in the second order mode, the linear polarizer is to the ambient light Absorbability is first absorbability, and the linear polarizer absorbs the absorbability of first light for the described 3rd Ability.

5. method as claimed in claim 4, it is characterised in that be in the second order side in an at least liquid crystal particle During formula, the linear polarizer is used to absorb the light that polarized component is parallel with the linear polarizer polarization direction in the ambient light Line, and then the ambient light is converted into the first linearly polarized photon, polarization direction and the line of first linearly polarized photon It is vertical that polarizer absorbs direction；The liquid crystal layer is used to first linearly polarized photon being converted to the first circularly polarized light；It is described Display unit is used to first circularly polarized light being reflected back the liquid crystal layer and then obtains the second circularly polarized light；The liquid crystal layer It is additionally operable to second circularly polarized light being converted to the second linearly polarized photon, the polarization direction of second linearly polarized photon and institute It is parallel to state linear polarizer absorption direction；The linear polarizer is additionally operable to absorb second linearly polarized photon；In addition, the display Unit is additionally operable to produce first light, and first light is third linear polarised light；The liquid crystal layer is additionally operable to institute State third linear polarised light and be converted to the 3rd circularly polarized light；The linear polarizer is additionally operable to absorb in the 3rd circularly polarized light partially Shake the direction component parallel with linear polarizer absorption direction；The first order side is in an at least liquid crystal particle During formula, first linearly polarized photon cannot be converted to second linearly polarized photon by the liquid crystal layer, so be only capable of leading to Cross the linear polarizer and filter out in the ambient light and absorb the parallel component in direction with the linear polarizer, and cannot filter Fall first linearly polarized photon, and then second absorbability is less than first absorbability；And the liquid crystal The third linear polarised light cannot be converted into the 3rd circularly polarized light by layer, the absorption direction of the linear polarizer with it is described The polarization direction of third linear polarised light is vertical, so as to the third linear polarised light without absorption, and then the described 3rd Linearly polarized photon will not be absorbed by the linear polarizer, and then the 4th absorbability is less than the described 3rd and absorbed energy Power.

6. method as claimed in claim 4, it is characterised in that an at least liquid crystal particle by described in is by first order mode The second order mode different from the first order mode is adjusted to, is specially：

The voltage that the liquid crystal layer both ends are applied is adjusted to the second voltage different from the first voltage by first voltage, By by an at least liquid crystal particle described in the second voltage by being adjusted to the second order mode in a manner of the first order.

7. the method as described in claim 1, it is characterised in that be adjusted to the display parameter value and described by the first value The different second value of one value, is specially：

The first brightness value of display brightness value of the display content is adjusted to second brightness different from first brightness value Value；Or

The contrast value of the display content is adjusted to different from first contrast value second by the first contrast value Contrast value；Or

The tone value of the display content is adjusted to second tone value different from first tone value by the first tone value.

8. the method for claim 7, it is characterised in that described to judge whether the parameter information meets the first default bar Part, is specially：

Judge whether the behavioural characteristic shows that intensity of illumination corresponding to the ambient light is more than the light corresponding to the user According to intensity threshold.

9. a kind of electronic equipment, it is characterised in that including：

Acquisition module, during for showing display content on the display unit, collection obtains a parameter information, wherein, the ginseng Counting information is specially：Using the behavioural characteristic of the electronic equipment, the behavioural characteristic is strong for the illumination for reflecting ambient light Whether degree does not receive scope in user, takes the user to reduce influence of the intensity of illumination to the display unit Behavioural characteristic；

Module is adjusted, for when the parameter information meets first preset condition, by the display with the display unit Corresponding display parameter value is adjusted to the second value different from first value by the first value, is existed with improving the display content The contrast under ambient light residing for the electronic equipment；

Wherein, the judgment module, is specifically used for：

10. electronic equipment as claimed in claim 9, it is characterised in that the display unit surface is provided with optical unit When, the display parameter value is specially：The optical parameter value of the optical unit, the adjustment module, is specifically used for：

11. electronic equipment as claimed in claim 10, it is characterised in that in the optical parameter value be second Optical Parametric During numerical value, it is first light that the optical unit, which is more than in the optical parameter value the first absorbability of the ambient light, When learning parameter value, second absorbability of the optical unit to the ambient light；It is described second in the optical parameter value During optical parameter value, the optical unit is more than in institute the 3rd absorbability of the first light corresponding to the display content It is fourth absorbability of the optical unit to first light described in first optical parameter value to state optical parameter value.

12. electronic equipment as claimed in claim 11, it is characterised in that specifically included in the optical unit：Liquid crystal layer, if The display unit surface is placed in, wherein, the liquid crystal layer includes an at least liquid crystal particle；Linear polarizer, is arranged at the liquid During crystal layer surface, the adjustment module, is specifically used for：

13. electronic equipment as claimed in claim 12, it is characterised in that be in described second in an at least liquid crystal particle During arrangement mode, the linear polarizer is parallel with the linear polarizer polarization direction for absorbing polarized component in the ambient light Light, and then the ambient light is converted into the first linearly polarized photon, the polarization direction of first linearly polarized photon and institute It is vertical to state linear polarizer absorption direction；The liquid crystal layer is used to first linearly polarized photon being converted to the first circularly polarized light； The display unit is used to first circularly polarized light being reflected back the liquid crystal layer and then obtains the second circularly polarized light；The liquid Crystal layer is additionally operable to second circularly polarized light being converted to the second linearly polarized photon, the polarization direction of second linearly polarized photon It is parallel that direction is absorbed with the linear polarizer；The linear polarizer is additionally operable to absorb second linearly polarized photon；It is in addition, described Display unit is additionally operable to produce first light, and first light is third linear polarised light；The liquid crystal layer is additionally operable to The third linear polarised light is converted into the 3rd circularly polarized light；The linear polarizer is additionally operable to absorb the 3rd circularly polarized light The middle polarization direction component parallel with linear polarizer absorption direction；The first row is in an at least liquid crystal particle During row mode, first linearly polarized photon cannot be converted to second linearly polarized photon by the liquid crystal layer, so only The component parallel with linear polarizer absorption direction in the ambient light can be filtered out by the linear polarizer, and cannot First linearly polarized photon is filtered out, and then second absorbability is less than first absorbability；It is and described The third linear polarised light cannot be converted into the 3rd circularly polarized light by liquid crystal layer, the absorption direction of the linear polarizer with The polarization direction of the third linear polarised light is vertical, so as to the third linear polarised light without absorption, and then it is described Third linear polarised light will not be absorbed by the linear polarizer, and then the 4th absorbability is less than the described 3rd and absorbed Ability.

14. electronic equipment as claimed in claim 12, it is characterised in that the adjustment module, is specifically used for：

15. electronic equipment as claimed in claim 9, it is characterised in that the adjustment module, is specifically used for：

16. electronic equipment as claimed in claim 15, it is characterised in that the judgment module, is specifically used for：