CN110488964A

CN110488964A - A kind of electronic equipment and method of adjustment

Info

Publication number: CN110488964A
Application number: CN201910585474.XA
Authority: CN
Inventors: 王英明
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2019-07-01
Filing date: 2019-07-01
Publication date: 2019-11-22
Anticipated expiration: 2039-07-01
Also published as: CN110488964B

Abstract

This application discloses a kind of electronic equipment, comprising: the first noumenon；Attachment device is connect with the first noumenon；Second ontology is connect with the attachment device, and the first noumenon and second ontology have at least two relative positional relationships according to the attachment device；First acquisition device, for obtaining the first parameter at least characterizing relative positional relationship between the first noumenon and the second ontology；Light emitting device is arranged in the first noumenon and/or second ontology；Processing unit for handling first parameter, and can control the light emitting device when first parameter meets first condition and switch to the second luminous state from luminous first state.A kind of method of adjustment is also disclosed in the application.

Description

A kind of electronic equipment and method of adjustment

Technical field

This application involves electronic equipment adjustment technology more particularly to a kind of electronic equipment and method of adjustment.

Background technique

The connection type multiplicity of existing electronic equipment, and angle between different connection ontologies or distance can be adjusted arbitrarily It is whole, but electronic equipment in use electronic equipment light emitting device only open and close two states, can not only make At the waste of powder consumption of electronic equipment, the use of user also will affect.

Summary of the invention

The embodiment of the present application provides a kind of electronic equipment, and the electronic equipment includes the first noumenon and the second ontology, described The first noumenon and second ontology have at least two relative positional relationships according to attachment device, and pass through the first parameter list To show, the processing unit of the electronic equipment is capable of handling first parameter, and when first parameter meets first condition, It can control the light emitting device and switch to the second luminous state from luminous first state.

The technical solution of the embodiment of the present application is achieved in that

The embodiment of the present application provides a kind of electronic equipment, comprising:

The first noumenon；

Attachment device is connect with the first noumenon；

Second ontology is connect with the attachment device, and the first noumenon and second ontology are filled according to the connection It sets, there are at least two relative positional relationships；

First acquisition device at least characterizes of relative positional relationship between the first noumenon and the second ontology for obtaining One parameter；

Light emitting device is arranged in the first noumenon and/or second ontology；

Processing unit can control institute for handling first parameter, and when first parameter meets first condition It states light emitting device and switches to the second luminous state from luminous first state.

In above scheme, the processing unit for handling first parameter, and can control when meeting first condition The light emitting device switches to the second luminous state from luminous first state；Described shine is controlled when meeting second condition Device keeps the luminous third state.

In above scheme,

The first noumenon is platy morphology；Second ontology is platy morphology；The first noumenon and the second ontology It is relatively rotatable to each other by the attachment device；

Wherein, the relative positional relationship is used to characterize the first datum level and second ontology of the first noumenon The range of the angle of second datum level, the angle includes at least: the first range；

The first condition is first range, when first parameter is located in first range, described first Parameter meets the first condition；

The processing unit, for controlling the light emitting device from the first luminous shape according to first parameter State switches to the second luminous state.

In above scheme,

The range of the angle further include: the second range；

The second condition is second range, when first parameter is located in second range, described first Parameter meets the second condition；

The processing unit is cut for can control the light emitting device when meeting first condition from luminous first state Shift to the second luminous state；

The processing unit keeps shining for controlling the light emitting device when first parameter meets second condition The third state.

In above scheme,

First range is lower than second range, the second luminous state and the luminous third state phase Together.

In above scheme,

The processing unit, the state for shining when first parameter meets first condition to the light emitting device It is adjusted, to realize the trend phase of variation of the luminous state with first parameter in first range Match.

In above scheme,

The electronic equipment further include:

Second acquisition device, for acquiring the second parameter relevant to the second luminous state,

The processing unit, for determining second state depending at least on second parameter.

In above scheme,

The electronic equipment includes:

Cell apparatus, second parameter are the parameter of the cell apparatus；Alternatively,

Second parameter is the optical parameter of the electronic equipment local environment；

The processing unit, for controlling light emitting device and shining from described in response to identified the second luminous state First state switch to the second luminous state；

The processing unit, for controlling the brightness of the luminous first state and/or the regulated value of adjustment process；

The processing unit, for controlling the brightness of the second luminous state and/or the regulated value of adjustment process.

The embodiment of the present application provides a kind of method of adjustment, and the method for adjustment is applied in electronic equipment, the electronics Equipment includes:

The first noumenon；

Attachment device is connect with the first noumenon；

The described method includes:

It is obtained by the first acquisition device and at least characterizes the of relative positional relationship between the first noumenon and the second ontology One parameter；

First parameter is handled, and can control the light emitting device from hair when first parameter meets first condition The first state of light switches to the second luminous state.

In above scheme, the method also includes:

First parameter is handled, and can control the light emitting device from luminous first state when meeting first condition Switch to the second luminous state；The third state that the light emitting device keeps luminous is controlled when meeting second condition.

In above scheme, the relative positional relationship is used to characterize the first datum level and described second of the first noumenon The angle of second datum level of ontology, the range of the angle include at least: the first range；

The method also includes:

According to first parameter, control the light emitting device switched to from the luminous first state it is described luminous Second state.

In above scheme, the range of the angle further include: the second range；

The method is also wrapped:

In above scheme, first range be lower than second range, the second luminous state and it is described shine The third state it is identical.

In above scheme, the method also includes:

The state to shine when first parameter meets first condition to the light emitting device is adjusted, to realize The trend for stating variation of the luminous state with first parameter in first range matches.

In above scheme, the method also includes:

The second parameter relevant to the second luminous state is acquired,

Depending at least on the second parameter collected, the second luminous state is determined.

In above scheme,

Second parameter is the parameter of the cell apparatus；Alternatively,

Second parameter is the optical parameter of the electronic equipment local environment；The method also includes: according to described The brightness value that the second luminous state is adapted to, control light emitting device switch to described luminous from the luminous first state Second state；

In the embodiment of the present application, by obtaining for characterizing relative positional relationship between the first noumenon and the second ontology First parameter handles first parameter by the processing unit of electronic equipment, and meets first condition in first parameter When can control the light emitting device and switch to the second luminous state from luminous first state.So that luminous shape adjusted State is adapted to the use pattern of the first noumenon and second ontology, the luminance tune of the light emitting device of electronic equipment It saves more intelligent.

Detailed description of the invention

Fig. 1 is an optional structural schematic diagram of electronic equipment provided by the embodiments of the present application；

Fig. 2 is an optional structural schematic diagram of electronic equipment provided by the embodiments of the present application；

Fig. 3 is an optional structural schematic diagram of electronic equipment provided by the embodiments of the present application；

Fig. 4 is an optional structural schematic diagram of electronic equipment provided by the embodiments of the present application；

Fig. 5 is an optional structural schematic diagram of electronic equipment provided by the embodiments of the present application；

Fig. 6 is an optional structural schematic diagram of electronic equipment provided by the embodiments of the present application；

Fig. 7 shows an optional structural schematic diagram of electronic equipment；

Fig. 8 shows an optional structural schematic diagram of electronic equipment；

Fig. 9 shows an optional structural schematic diagram of electronic equipment；

Figure 10 shows an optional use state diagram of electronic equipment；

Figure 11 is to show an optional use state diagram of electronic equipment；

Figure 12 is to show an optional use state diagram of electronic equipment；

Figure 13 shows an optional use state diagram of electronic equipment；

Figure 14 is an optional process schematic of method of adjustment provided by the embodiments of the present application；

Figure 15 is an optional process schematic of method of adjustment provided by the embodiments of the present application；

Figure 16 is an optional process schematic of method of adjustment provided by the embodiments of the present application；

Figure 17 is an optional structural schematic diagram of electronic equipment provided by the embodiments of the present application.

Specific embodiment

In order to keep the purposes, technical schemes and advantages of the application clearer, below in conjunction with attached drawing to the application make into It is described in detail to one step, described embodiment is not construed as the limitation to the application, and those of ordinary skill in the art are not having All other embodiment obtained under the premise of creative work is made, shall fall in the protection scope of this application.

Unless otherwise defined, all technical and scientific terms used in this application and the technical field for belonging to the application The normally understood meaning of technical staff it is identical.Term used herein is intended merely to the mesh of description the embodiment of the present application , it is not intended that limitation the application.

It should be noted that in the embodiment of the present application, the terms "include", "comprise" or its any other variant are intended to Cover non-exclusive inclusion, so that including the method for a series of elements or device not only includes wanting of being expressly recited Element, but also including other elements that are not explicitly listed, or further include for implementation method or device intrinsic want Element.In the absence of more restrictions, the element limited by sentence "including a ...", it is not excluded that including the element Method or device in there is also other relevant factor (such as the step in method or the unit in device, for example, Unit can be partial circuit, segment processor, subprogram or software etc.).

For example, method of adjustment provided by the embodiments of the present application contains a series of step, but the embodiment of the present application mentions The method of adjustment of confession is not limited to documented step, and similarly, device provided by the embodiments of the present application includes a series of units, But device provided by the embodiments of the present application is not limited to include unit be expressly recited, and can also include to obtain related letter The unit of required setting when ceasing or being handled based on information.It is to be appreciated that in the following description, being related to " some realities Apply example ", which depict the subsets of all possible embodiments, it will be appreciated that " some embodiments " can be all possibility in fact The same subsets or different subsets of example are applied, and can be combined with each other in the absence of conflict.

Illustrate the exemplary application for realizing the electronic equipment of the embodiment of the present application, electronics provided by the embodiments of the present application below Equipment may be embodied as tablet computer, computer, mobile phone, remote controler, wearable device, multimedia play equipment or intelligent transportation Various types of tool etc. includes double postures or multi-pose electronic equipment composed by the first noumenon and the second ontology.

Fig. 1 is an optional structural schematic diagram of electronic equipment provided by the embodiments of the present application, as shown in Figure 1, this Shen Please embodiment provide electronic equipment in an optional structure include:

The first noumenon 101；Attachment device 102 is connect with the first noumenon 101；Second ontology 103, with the connection Device 102 connects.In some embodiments of the present application, the first noumenon 101 can be the main output device of electronic equipment The ontology at place, second ontology can be the ontology where the primary input device of electronic equipment, such as when the electronics is set Standby when being laptop, the first noumenon 101 can be the ontology where display screen or display screen functions, described second Body 103 can be the ontology where keyboard or keypad function；Or when the electronic equipment is double screen terminal, the first noumenon 101 can be the ontology where the first display screen or display screen functions, and second ontology 103 can be second display screen or aobvious Ontology where display screen function；Or when the electronic equipment is the integrated terminal of single display screen, the first noumenon 101 can Think that the ontology where display screen and host, second ontology 103 can support to be formed to the first noumenon where host Support member where ontology.

Wherein, the attachment device 102 can change the first noumenon 101 and the relative position of the second ontology 103 is closed System, wherein the relative positional relationship includes: relative angle and/or relative distance；Further, the first noumenon can be changed 101 and second the attachment device 102 of relative angle between ontology 103 can be pivot structure, specific pivot structure can be Hinge member or pin connection component；The attachment device of relative distance between the first noumenon 101 and the second ontology 103 can be changed 102 can be at least one: rail structure, retractable structure, elastic construction or detachable structure.

Fig. 2 is an optional structural schematic diagram of electronic equipment provided by the embodiments of the present application, as shown in Fig. 2, this Shen Please embodiment provide electronic equipment the first noumenon 101 and the second ontology 103 can also be connected by the attachment device 102 It connects；The attachment device 102 includes two connecting rods, and the both ends of each connecting rod in two connecting rods pass through hinged respectively Mode is connected to the first noumenon 101 and the second ontology 103.Based on the attachment device 102 with the first noumenon 101 and Two hinged connecting rods of two ontology 103, the first noumenon 101 can be rotated based on the hinge joint of 101 two sides of the first noumenon, and the Two ontologies 103 can be rotated based on the hinge joint of 103 two sides of the second ontology, in two connecting rod foots of the attachment device 102 In the case where enough long, the first noumenon 101 and the second ontology 103 can be based on rotating with the hinge joint of the attachment device 102 Any angle.In this example, the first noumenon 101 and the second ontology 103 are platy morphology.

The first noumenon 101 and second ontology 103 are opposite at least two according to the attachment device 102 Positional relationship.Here, at least two relative positional relationships, it may include more than two stable relative positional relationships, stablize Relative positional relationship characterize the first noumenon 101 and second ontology 103 and be able to maintain relative distance or relative angle. It can also all be non-stable relative positional relationship, non-stable relative positional relationship table at least two relative positional relationships It levies the first noumenon 101 and second ontology 103 is not able to maintain current relative distance or current relative angle.Institute In the case where the first noumenon 101 and second ontology 103 are stated as non-stable relative positional relationship, user needs using electronics Equipment and when the first noumenon 101 and second ontology 103 being made to keep relative positional relationship, can come by other component Maintain relative positional relationship current between the first noumenon 101 and second ontology 103.

First acquisition device 104 at least characterizes opposite position between the first noumenon 101 and the second ontology 103 for obtaining Set the first parameter of relationship.Specifically, first parameter can be the characterization the first noumenon 101 and second ontology The angle value that change in location occurs between 103 is also possible to absolute angle wherein the angle value can be relative angle angle value Value, wherein when relative angle angle value of first parameter between the first noumenon 101 and the second ontology 103, described the One acquisition device 104 can acquire the relative angle rotated between the first noumenon 101 and the second ontology 103, such as described 1 ° has been relatively rotated between the first noumenon 101 and the second ontology 103；When first parameter is the first noumenon 101 and the When absolute angle angle value between two ontologies 103, first acquisition device 104 can acquire the first noumenon 101 and second It is formed by angle after rotating between ontology 103, for example, first acquisition device 104 can be angular transducer, institute After stating the first noumenon 101 and the second ontology 103 generation change in location, first acquisition device 104 can detect described first Angle between ontology 101 and the second ontology 103 is 31 °.Such as first acquisition device 104 is angular transducer, it is described After change in location occurs for the first noumenon 101 and the second ontology 103, first acquisition device 104 can detect the first Angle is formed by between body 101 and the second ontology 103, the angle after changing amplitude and/or changing.

Further, first parameter, which can be, occurs position between the first noumenon 101 and second ontology 103 The distance value of variation is set, wherein the distance value can be relative distance value, is also possible to absolute distance value, wherein when described When relative distance value of first parameter between the first noumenon 101 and the second ontology 103, first acquisition device 104 The distance slided between the first noumenon 101 and the second ontology 103, such as the first noumenon 101 and second can be acquired 10cm has been relatively moved between ontology 103；When first parameter is between the first noumenon 101 and the second ontology 103 When absolute distance value, first acquisition device 104 can acquire to be occurred between the first noumenon 101 and the second ontology 103 Distance is formed by after sliding, for example, first acquisition device 104 can for range sensor (or characterization distance signal Intensity sensor), after change in location occurs for the first noumenon 101 and the second ontology 103, first acquisition device can be detectd It surveys between the first noumenon 101 and the second ontology 103 and is formed by distance change, the distance after changing amplitude and/or changing (or different numerical value of corresponding signal strength).

Light emitting device 105 is arranged in the first noumenon 101 and/or second ontology 103；The light emitting device 105 It can be used for changing luminance, to realize the identified ability for changing the light emitting device, further, the light emitting device 105 itself are debated other ability by change that the luminances of itself change, can be realized the adjustment the first noumenon 101 And/or second ontology 103 at least local other ability/be concerned ability debated.On the one hand, at least part is the hair Part where electro-optical device 105, specifically, by taking the electronic equipment is laptop as an example, the light emitting device 105 can be with For the back lighting device of keyboard and/or the back lighting device of display screen, when the backlight of the backlighting device for keypad and/or the display screen When the luminance of device changes, the identified ability of keyboard and/or display screen changes；On the other hand, at least part is The part that the light emitting device 105 is irradiated, for example light emitting device 105 is in the first noumenon 101 of electronic equipment, irradiation area energy In the first noumenon or the second ontology, specifically, by taking the electronic equipment is laptop as an example, when the light emitting device 105 When to be set to the keyboard light above display screen, the keyboard light is capable of the operating area of irradiation keyboard, and the shot-light shines State changes, and can change the identified ability of keyboard.In the embodiment of the present application, when electronic equipment local environment light is lower When, by adjusting the luminance of light emitting device 105, more preferably identification region can be waited to be irradiated on keyboard, made on keyboard Character be more advantageous to user and identify, thus the region darker in environment light, user also can more preferably use electronic equipment. Alternatively, user can be according to current environmental light brightness, by changing between the first noumenon 101 and second ontology 103 Relative positional relationship, by the brightness of electronic equipment adjust automatically light emitting device such as display screen.

In the embodiment of the present application, as illumination functions in use, the light emitting device 105 is also possible to be set to electronics and set Standby upper other lighting apparatus such as headlamp, flashlight, indicator light etc..

As a kind of implementation, the adjustment of the luminance of the light emitting device 105 can also be used as decoration and use, such as logical Crossing makes its flashing to the light emitting device 105 control, flashes and is always on interval to shine；Or the light emitting device 105 is controlled System makes it issue the light of different colours, opposite between the first noumenon 101 and second ontology 103 so as to be adapted to Positional relationship.Such as when the angle between the first noumenon 101 and second ontology 103 is bigger, the light emitting device 105 Flicker frequency is higher, and observer is made to experience out the effect of light of stage.

Processing unit 106 can be controlled for handling first parameter, and when first parameter meets first condition It makes the light emitting device 105 and switches to the second luminous state from luminous first state.Wherein, it can control the light emitting device 105, which switch to the second luminous state from luminous first state, specifically includes two kinds of adjusting forms of expression, it may be assumed that

1) when first parameter meets first condition, the light emitting device 105 is switched to from luminous first state The second luminous state.Specifically, the first condition that first parameter meets is described in some embodiments of the present application When angle between the first noumenon 101 and second ontology 103 increases by 1 degree, i.e., when becoming N+1 from N degree and spending, the light emitting device 105 switch to the second luminous state from luminous first state, i.e., adjust from the corresponding luminance of N degree corresponding to N+1 degree Luminance.

2) when first parameter meets first condition, the light emitting device 105 is in can be from luminous first state Switch to the second luminous state.Specifically, in some embodiments of the present application, what first parameter to be met First condition is when being adjusted between 30 degree to 60 degree, and the light emitting device 105 can switch to institute from luminous first state The second luminous state is stated, then in response to the variation of first parameter, for example adjusted from 30 degree to 31 degree, thereby executing shining The adjustment of state.Here, when first parameter changes between 30 degree to 60 degree, the luminance of the light emitting device 105 It is corresponding luminous from 30 degree of corresponding luminous first state gradual changes to 60 degree of corresponding second luminous states, or from 60 degree The second state gradual change to 30 degree of corresponding luminous first states.Here gradual change can be 0.5 degree of every variation and carry out one When the adjustment of secondary luminance, such as first parameter by 30 degree variations are 30.5 degree, a luminance adjustment is carried out, up to arriving 60 degree, it is switched to the second luminous state.It is also possible to 1 degree of every variation and carries out a luminance adjustment or every variation 2 Degree carries out luminance adjustment etc..It should be noted that in the embodiment of the present application, what the light emitting device 105 was adjusted It is the luminance of the light emitting device 105, i.e., during carrying out state adjustment, the light emitting device 105 is all always It is not the light emitting device 105 by non-luminescent state to the switching between luminance in shining.I.e. the application is implemented The luminance control of the light emitting device 105 in example is different from general electronic equipment by the dark state switching between bright Adjustment.

As it can be seen that the first condition can characterize the first noumenon 101 and second in some embodiments of the present application The value range of 103 relative positional relationships of ontology.In some embodiments of the present application, the first condition can characterize described The occurrence or relative value of relative positional relationship between the first noumenon 101 and the second ontology 103.In some embodiments of the present application In, the first condition, which can characterize relative positional relationship between the first noumenon 101 and the second ontology 103, can also be range Occurrence or relative value in value.

In some embodiments of the present application, when the relative position of the first noumenon 101 and the second ontology 103 reaches can When one unit value of adjustment, the unit value that the processing unit 106 can change depending on the relative position adjusts the luminous dress Set 105 luminance, wherein an adjustable unit value can be degree value corresponding with angle, be also possible to With apart from corresponding distance value.In conjunction with previous embodiment, the first parameter first condition to be met is 30 degree to 60 degree Between when being adjusted, the light emitting device 105 is simultaneously in response to the variation of first parameter, in 30 degree of corresponding luminous shapes It is adjusted between state and 60 degree of corresponding luminances, wherein the angle between the first noumenon and second ontology is 30 Corresponding three kinds of fixed luminances when section is to 60 degree, i.e., 30 degree to 40 degree corresponding luminous values are X, 40 degree to 50 degree corresponding luminous values For 2X, 50 degree to 60 degree corresponding luminous values are 3X, and an adjustable unit value is 10 degree, such as: when the first noumenon 101 When angle between second ontology 103 is changed to 35 degree by 30 degree, due to being not up to an adjustable unit value, The luminance of the light emitting device 105 does not adjust；When the angle between the first noumenon 101 and second ontology 103 by 30 degree when being changed to 45 degree, due to reaching an adjustable unit value, the hair of the luminance of the light emitting device 105 Light value is adjusted to 2X by X.

In some embodiments of the present application, the luminance can be at least one:

The luminous frequency of the light emission luminance of light emitting device, the luminescent color of light emitting device or light emitting device.

Wherein, the light emitting device 105 can be carried out luminous with different brightness, to be adapted to 101 He of the first noumenon Relative positional relationship between second ontology 103；Further, be different brightness luminous sub-device switching or one Luminous sub-device can control brightness；In the embodiment of the present application, light emitting device 105 can have the hair of multiple and different light emission luminance The adjustment of PHOTONIC DEVICE, light emission luminance can be according to the opposite position between the first noumenon 101 and second ontology 103 Relationship is set, the luminous sub-device for triggering corresponding light emission luminance respectively carries out luminous, the tune of realization 105 luminance of light emitting device It is whole；Alternatively, the luminous sub-device that there is light emitting device at least one luminous power can adjust, corresponds to the first noumenon Relative positional relationship between 101 and second ontology 103 is carried out by one can adjusted to luminous power luminous sub-device Luminous power adjustment realizes that light emitting device 105 is adjusted from luminous first state to the second luminous state.By to luminous dress The different adjustment for setting 105 luminance, may be implemented the energy conservation of electronic equipment；As user can be according to the bright of current environment It spends, the relative positional relationship described in appropriate adjustment between the first noumenon 101 and second ontology 103, so that such as display screen Display brightness and environment light are adapted, and to turn down the display brightness of display screen when environmental light brightness is darker, realize electronic equipment Energy saving purpose.

Or the light emitting device 105 can be carried out with different luminous frequencies it is luminous, to be adapted to 101 He of the first noumenon Relative positional relationship between second ontology 103, further, the luminous frequency includes at least: viewer can perceive Flashing and be always on two kinds of luminous frequencies or viewer can perceive different flashing (such as different intervals and/or difference Duration)；It can also be that the frequency that viewer can not perceive is adjusted.It, can be by adjusting institute when electronic equipment plays music The relative positional relationship between the first noumenon 101 and second ontology 103 is stated, makes 105 flashing of light emitting device, makes Viewer has the effect of light of stage, promotes live atmosphere.What the light emitting device 105 can also can not be perceived with viewer Frequency adjusts luminous frequency, such as the camera of electronic equipment shoots target object (filming frequency is higher and user not Can perceive) when, it is apparent in order to shoot camera to target object, light emitting device can be made to keep hair when camera is shot Light, and when camera is not shot, makes light emitting device not shine, so that the filming frequency of camera and the flicker frequency of light emitting device be made to protect It holds unanimously, in this way in the case where guaranteeing to target object normal photographing, light emitting device holding need not also be always on, to save The energy consumption of electronic equipment.

In some embodiments of the invention, the light emitting device 105 can be to export the light of different colors, with adaptation Relative positional relationship between the first noumenon 101 and second ontology 103, further, the light emitting device includes The luminous sub-device of different colours can switch between the luminous sub-device or light emitting device includes display device, display Device can switch between different colors, so that different colours are presented in the light of the light emitting device 105.The embodiment of the present application In, light emitting device 105 can have the luminous sub-device of multiple and different luminescent colors, and the adjustment of luminescent color can be according to institute The relative positional relationship between the first noumenon 101 and second ontology 103 is stated, triggers shining for corresponding luminescent color respectively Sub-device carries out luminous, the adjustment of the different luminances of realization light emitting device 105；Alternatively, light emitting device has at least one The luminous sub-device that luminescent color can be adjusted, corresponding to opposite between the first noumenon 101 and second ontology 103 Positional relationship carries out luminescent color adjustment by one can adjusted to luminescent color luminous sub-device, makes light emitting device 105 from hair The first state of first color of light is adjusted to the second state of the second color of light of hair.By to 105 luminescent color of light emitting device Adjustment, electronic equipment can be made to issue luminescent color compatible with current environment light can such as when user places oneself in the midst of outdoor To issue the light of green, to be adapted with external trees green grass；When user places oneself in the midst of public house, adjustable light emitting device The light for example more orange than milder light is issued, it can also be according to the light of the hobby adjustment corresponding color of user, to improve The experience effect of electronic equipment.

Technical solution shown in through this embodiment, in the use process of electronic equipment, angle between different ontologies and/ Or distance, when changing, the variation that the light emitting device of electronic equipment can be occurred according to angle and/or distance carry out luminous The adjustment of state is to realize the adjustment such as light emission luminance.In the embodiment of the present application, the light emitting device is adjusted always It is its luminance, i.e., during carrying out state adjustment, the light emitting device is at always in luminous, is not By non-luminescent state (black state of such as display screen) to luminance, (such as display screen starts power up display to the light emitting device State) between switching.The luminance control of the light emitting device i.e. in the embodiment of the present application is different from general electronics and sets It is standby by the dark switching to only two states between bright, the embodiment of the present application is based between the first noumenon and the second ontology The first parameter such as distance or angle etc., be used by a user in the lower situation of probability when it is in, gradually adjust light emitting device Luminance such as light emission luminance etc., and in the case where the first noumenon and the second ontology are in and are used by a user the biggish situation of probability, So that light emitting device is kept normal use state, guarantees user to the normal use of electronic equipment.

In some embodiments of the present application, the processing unit 106, for handling first parameter, and described First parameter controlled when meeting first condition the light emitting device 105 switched to from the luminous first state it is described luminous Second state；The light emitting device 105 is controlled when meeting the second condition keeps the luminous third state.

Wherein, when the electronic equipment in use, can adjust the first noumenon 101 and the second ontology 103 it Between relative positional relationship, therefore, it is necessary to the light emitting device 105 is controlled when first parameter meets second condition from institute It states luminous first state and switches to the second luminous state；Further when meeting the second condition described in control Light emitting device 105 keeps the luminous third state.Here, second condition includes characterizing the first noumenon 101 and second First parameter of 103 relative positional relationships of ontology reaches a certain numerical value, such as when the first parameter is the first noumenon 101 and the When angle between two ontologies 103 reaches 70 degree, controls the light emitting device 105 and keep the luminous third state, it is described Angle between the first noumenon 101 and the second ontology 103 is more than 70 degree, the luminous state quilt of the light emitting device 105 It remains unchanged, that is, maintains 70 degree of luminous state.Or when the first parameter reaches 15cm, controls the light emitting device 105 and protect Hold the luminous third state.

In some embodiments of the present application, the luminous first state and the second luminous state be not identical, The second luminous state is identical with the luminous third state.Wherein, the second luminous state is the light emitting device The luminance of 105 normal use, i.e., when the angle between the first noumenon of electronic equipment and the second ontology be adjusted to by with In the case where the maximum probability normal use of family, light emitting device is set to keep the luminance under normal use, so that user can be normal Use electronic equipment., such as work as first condition are as follows: when the first parameter such as current angular are between 30 degree to 60 degree, current angular from 30 degree to 60 degree be gradually increased when, the light emission luminance for adjusting light emitting device gradually brightens；And current angular from 60 degree to 30 degree by Gradual change hour, adjustment light emitting device such as display screen gradually turn down brightness；And when anterior angle is higher than 60 degree, keep the first Brightness when angle between body 101 and the second ontology 103 is 60 degree.I.e. when between two ontologies of electronic equipment angle gradually become When greatly to 60 degree, it is believed that electronic equipment maximum probability by user's normal use, need to guarantee at this time as display screen normal luminous with It is used by a user it normally.In this case, the second luminous state is identical as the luminous third state, that is, works as electronic equipment The first noumenon and the second ontology between angle or distance it is smaller when, the probability being used by a user is lower, at this time with first Angle or distance between body and the second ontology and the brightness for gradually adjusting light emitting device make it than the luminous shape that normally uses The corresponding brightness value of state is lower, only reach may be by the state of normal use when, just adjust light emitting device luminance Reach the luminance of normal use.

In some embodiments of the present application, the luminous first state and the second luminous state be not identical, The second luminous state and the luminous third state can also be different.Such as when the angle between two ontologies of electronic equipment When smaller, it is believed that the probability that it is used is lower, can gradually adjust the brightness of light emitting device at this time, make light emitting device from shine First state be adjusted to the second luminous state.But when be more than a certain angle when, it is believed that the electronic equipment will by normal use, And although light emitting device is adjusted to the second luminous state before, is also insufficient for the luminance of normal use, and When angle is further enlarged, light emitting device directly can be adjusted to the luminous third state.And the luminous third state Luminance when may be considered by normal use.At this point, the luminous third state is different from the second luminous state.Such as work as First condition are as follows: when the first parameter such as current angular are between 30 degree to 60 degree, current angular degree is gradually increased from 30 degree to 60 When, the light emission luminance for adjusting light emitting device gradually brightens, such as by 30 degree when brightness value X gradually brighten to 2X, 2X is still at this time And the light emission luminance of non-normal use；And when current angular be higher than 60 degree when, the brightness value of light emitting device 105 can be adjusted to 2.5X, and the angle between the first noumenon 101 and the second ontology 103 be higher than 60 degree when keep 2.5X brightness；At this point, Brightness 2.5X is by the luminance as normal use.

As an example, there may also be four luminous states in adjustment process values for light emitting device, such as ascending It is successively: the 4th state, first state, the second state, the third state；Wherein, the 4th luminous state and the first luminous shape State is identical, and the second luminous state is identical with the luminous third state, and luminous first state is less than the second luminous state.Such as When angle is lower than 30 degree, the 4th luminous state remains brightness value X at 30 degree；And current angular from 30 degree to 60 degree by When gradual change is big, adjustment light emitting device such as display screen gradually brighten, such as by 30 degree when brightness value X gradually adjust to 2X；And work as When preceding angle is higher than 60 degree, it is 2X that the luminance that the brightness value of light emitting device 105 remains third, which is kept brightness value,；I.e. When angle is greater than 60 degree, it is believed that electronic equipment will make at this time the holdings such as its light emitting device such as display screen normal by normal use The luminance used, and when angle is lower than 30 degree, keep lesser brightness X.Example is applied as a kind of, works as light emitting device First state, the second luminous state, the luminous third state to shine described in application scenarios when using as keyboard light is equal It is not identical.Wherein, the brightness value of the light emitting device 105 corresponding to the luminous first state is lower than the second luminous shape The brightness value of the light emitting device 105 corresponding to state, meanwhile, the light emitting device 105 corresponding to the second luminous state Brightness value below or above the light emitting device 105 corresponding to the luminous third state brightness value.Such as work as first condition Are as follows: when the first parameter such as current angular are between 30 degree to 120 degree, when current angular degree is gradually increased from 30 degree to 120, adjustment The light emission luminance of light emitting device gradually brightens；And current angular is from 120 degree to 30 when degree gradually becoming smaller, adjustment light emitting device is such as aobvious Display screen gradually turns down brightness；And when current angular is lower than 30 degree, due to the first noumenon 101 and the second ontology 103 at this time Between angle too small, for the user of electronic equipment can not normal use (such as can neither light see display screen, also can not benefit Inputted with keyboard), therefore, if when still to keep angle between the first noumenon 101 and the second ontology 103 be 30 Brightness is unfavorable for reducing the power consumption of electronic equipment, at this point it is possible to the angle between the first noumenon 101 and the second ontology 103 When degree is lower than 30 degree, the light emitting device of electronic equipment is made to keep a lower brightness, which is lower than shining when angle is 30 The brightness of device.When angle is greater than 120 degree, as light emitting device it is luminous when in order to illuminate keyboard, this angle hair at this time Electro-optical device such as display screen cannot again be irradiated keyboard, therefore set when angle is more than 120 degree, can turn down luminous dress The light emission luminance set, the light emission luminance of light emitting device when making light emission luminance when being greater than 120 degree lower than 120 degree, and keep this Lower light emission luminance, so that electronic equipment energy saving.

As one embodiment, work as first condition are as follows: when the first parameter such as current angular are between 30 degree to 60 degree, currently When angle degree is gradually increased from 30 degree to 60, the light emission luminance for adjusting light emitting device gradually brightens；And current angular is more than 60 degree When, it is believed that current 60 degree of corresponding light emission luminance are not able to satisfy the requirement of user still, can be more than after 60 in angle A brighter light emission luminance is kept to make that is, when the angle between the first noumenon 101 and the second ontology 103 is more than 60 degree Light emitting device is carried out luminous with the luminous third state, and light emission luminance at this time is greater than 60 degree of corresponding light emission luminance.

In some embodiments of the present application, the first state of the light and the second luminous state be not identical, luminous First state is identical with the luminous third state.Wherein, the second luminous state is that first parameter is meeting first The corresponding brightness value of the light emitting device 105, color or luminous frequency when condition.

As one embodiment, work as first condition are as follows: when the first parameter such as current angular are between 30 degree to 60 degree, currently When angle degree is gradually increased from 30 degree to 120, the light emission luminance for adjusting light emitting device gradually brightens；And current angular is more than 120 When spending, as light emitting device it is luminous when in order to illuminate keyboard, this angle light emitting device such as display screen cannot be right again at this time Keyboard is irradiated, therefore is set when angle is more than 120 degree, and the light emission luminance of light emitting device and luminous at 30 degree can be made Brightness is consistent, the light emission luminance of light emitting device when making light emission luminance when being greater than 120 degree lower than 120 degree, and this is kept to shine Brightness, so that electronic equipment energy saving.Alternatively, when angle is more than 150 degree, shine dress at this time as a kind of implementation Cannot again keyboard will be irradiated completely by setting display screen such as, can further turn down the light emission luminance of display screen at this time, so that The energy consumption of electronic equipment is lower.

Although above-mentioned example is the elaboration carried out by taking the light emission luminance of light emitting device as an example, but those skilled in the art should Understand, above-mentioned example is equally applicable to the adjustment of luminous frequency and luminescent color.

Fig. 3 is an optional structural schematic diagram of electronic equipment provided by the embodiments of the present application, as shown in figure 3, this Shen Please embodiment provide electronic equipment in an optional structure include:

The first noumenon 101；

Attachment device 102 is connect with the first noumenon 101；

Second ontology 103 is connect with the attachment device 102, wherein the first noumenon 101 and second ontology 103, according to the attachment device 102, have at least two relative positional relationships；

First acquisition device 104 at least characterizes opposite position between the first noumenon 101 and the second ontology 103 for obtaining Set the first parameter of relationship；

Light emitting device 105 is arranged in the first noumenon 101 and/or second ontology 103；

Processing unit 106 can be controlled for handling first parameter, and when first parameter meets first condition It makes the light emitting device and switches to the second luminous state from luminous first state.In the present embodiment, the first noumenon 101 be platy morphology；Second ontology 103 is platy morphology；The first noumenon 101 and the second ontology 103 pass through described Attachment device 102 is relatively rotatable to each other；Wherein, first acquisition device 104 is able to respond in the first noumenon 101 and The relative rotation that two ontologies 103 are realized by the attachment device 102 detects the first noumenon 101 and the second ontology 103 Between angle and/or distance.Embodiment as the aforementioned, attachment device 102 can be the component of pivot structure, example in the application Such as: hinge member and/or pin connection component；Can also be rail structure component, the component of retractable structure, elastic construction or The component of detachable structure, therefore, the acquisition device 104 can be range sensor to detect 101 He of the first noumenon The distance between second ontology 103, particular exam mode can be found in the detection process of aforementioned acquisition device 104.

Certainly, as it is aforementioned as shown in Figure 2, the first noumenon 101 is platy morphology；Second ontology 103 is plate Shape form；Fig. 4 is an optional structural schematic diagram of electronic equipment provided by the embodiments of the present application, as shown in figure 4, the application The first noumenon 101 and the second ontology 103 in the electronic equipment of embodiment offer being capable of phases by the attachment device 102 It can be understood as the ontology of fan-shaped platy morphology to rotation, the ontology of two platy morphologies carries out opposite turn around fixed axle center point It is dynamic.Remaining part and its function are identical as the function of the corresponding component in aforementioned electronic devices, and which is not described herein again.The application In embodiment, the first noumenon 101 and second ontology 103 can be arbitrary platy morphology, such as can be sector, Rectangle, triangle or polygon etc., the first noumenon 101 and second ontology 103 can be with the unfolding modes of fan It is opened and closed.

Fig. 5 is an optional structural schematic diagram of electronic equipment provided by the embodiments of the present application, as shown in figure 5, this Shen Please embodiment provide electronic equipment in the first noumenon 101 and the second ontology 103 can also be column structure, it is so-called Column structure is that one group of floor space of ontology is significantly less than the object that lateralarea is in the form of a column, and slab structure is one group of body Floor space is significantly greater than the object that lateralarea is in offset flat shape.The of the first noumenon 101 of the column structure and column structure Two ontologies 103 are relatively rotatable to each other, to realize that distance or the angle of the first noumenon 101 and the second ontology 103 change Become.As a kind of implementation, the first noumenon 101 and the second ontology 103 can also be chondritic.

Wherein, pass through when first acquisition device 104 is able to respond in the first noumenon 101 and the second ontology 103 The relative rotation that the attachment device 102 is realized, when detecting the angle between the first noumenon 101 and the second ontology 103, The relative positional relationship can be used for characterizing the first noumenon 101 the first datum level and second ontology 103 The range of the angle of two datum levels, the angle includes at least: the first range；The first condition is first range, institute When stating the first parameter and being located in first range, first parameter meets the first condition；The processing unit 106, For according to first parameter, control the light emitting device 105 switched to from the luminous first state it is described luminous Second state.

In some embodiments of the present application, the relative positional relationship can be used for characterizing the first noumenon 101 The angle of second datum level of the first datum level and second ontology 103, the range of the angle include at least: the first model It encloses；The first condition is first range, is embodied in 90 degree to 120 degree, light emitting device 105 within the scope of this Effect is perceived difficulty and changes with angulation change, and the change direction of the two is identical, such as 90 degree of whens corresponding perceived difficulty Corresponding perceived difficulty when degree is lower than 120 degree, therefore, it is necessary to control the light emitting device 105 from the first luminous shape State switches to the second luminous state.

In some embodiments of the present application, the range of the angle further include: the second range；The second condition is institute The second range is stated, when first parameter is located in second range, first parameter meets the second condition；It is described Processing unit 106, for controlling the light emitting device 105 from the luminous first state switching according to first parameter To the second luminous state；The processing unit 106, for controlling the light emitting device 105 according to first parameter Keep the luminous third state.

In some embodiments of the present application, first range is lower than second range, the second luminous shape State is identical with the luminous third state.

Below by taking electronic equipment is laptop as an example, illustrate the adjustment of electronic equipment documented by the application.

Fig. 6 is an optional structural schematic diagram of electronic equipment provided by the embodiments of the present application, and electronics shown in fig. 6 is set Standby is laptop, as shown in fig. 6, an optional structure includes: in electronic equipment provided by the embodiments of the present application

The first noumenon 201；One surface of the first noumenon 201 is provided with display screen 205, which can be used as this Apply for the light emitting device of embodiment；

Attachment device 202 is connect with the first noumenon 201；

Second ontology 203 is connect with the attachment device 202, wherein the first noumenon 201 and 203 base of the second ontology It can be opened and closed in attachment device 202；I.e. the first noumenon 201 and the second ontology 203 can be along the attachment devices 202 such as shaft energy Enough rotations, and the damping setting such as shaft based on shaft and the resistance between shaft set, the first noumenon 201 and the second ontology 203 can open such as 30 degree of corresponding angle, 60 degree, 80 degree, 90 degree, 120 degree, 180 degree, 360 degree etc., and are able to maintain and beat The angle opened.

In this example, keyboard 207 is set on the second ontology 203.

First acquisition device at least characterizes relative position pass between the first noumenon 201 and the second ontology 203 for obtaining First parameter of system；In this example, the first acquisition device uses angular transducer 204.Angular transducer 204 can be with real-time detection Relative angle or absolute angle between the first noumenon 201 and the second ontology 203.The first noumenon 201 and the second ontology After 203 occur change in location, first acquisition device can detect institute between the first noumenon 201 and the second ontology 203 The angle of formation, the angle after changing amplitude and/or changing.As in the foregoing embodiment, the first acquisition device can also use Distance detection device such as can be depth camera, can determine the first noumenon 201 and the second ontology by depth camera Distance between 203.

In this example, light emitting device is display screen 205, and a surface of the first noumenon 201 is arranged in；It can as one kind The mode of realization, light emitting device also can be set on the second ontology 203, such as when keyboard 207 is provided with bias light and keyboard 207 For can shine keyboard when, can be using the bias light of keyboard 207 as light emitting device, such as processing unit 206 pass through joins to first The detection of number such as angle, the bias light that can control illuminated keyboard are flashed, it is made to have more preferably using effect.Or pass through institute The angle between the first noumenon 201 and the second ontology 203 is stated to adjust the brightness of illuminated keyboard bias light, user is made to be easier to identification key Character etc. on disk.Light emitting device may be the independent luminaire being set on electronic equipment, such as be set to electronic equipment On flashlight, indication light equipment etc..

Processing unit 206 can be controlled for handling first parameter, and when first parameter meets first condition It makes the light emitting device and switches to the second luminous state from luminous first state.In the embodiment of the present application, processing unit 206 The processor that can be electronic equipment is also possible to processing chip being independently arranged etc..The function of processing unit 206 and effect can Referring to the associated description of previous embodiment, which is not described herein again its function and purposes.

In this example, described be the ontology where display screen 205 is the first noumenon 201, and keyboard 207 is set to the second ontology On 203；The first noumenon 201 and the second ontology 203 are carried out hingedly by attachment device 202；The first noumenon 201 and institute The second ontology 203 is stated according to the attachment device 202, there are at least two relative positional relationships；Angular transducer 204 is first Acquisition device, for obtaining the first ginseng at least characterizing relative positional relationship between the supporting body 201 and second ontology 203 Number；After change in location occurs for the first noumenon 201 and the second ontology 203, angular transducer 204 can detect the first Angle is formed by between body 201 and the second ontology 203, the angle after changing amplitude and/or changing.The specific supporting body Display screen 205 in 201 can show as independent luminescence unit, and being set to light emitting device on second ontology 203 can be with For keyboard light；Processing unit 206, for handling first parameter, and the control when first parameter meets first condition The light emitting device such as display screen 205 or keyboard light switch to the second luminous state from luminous first state.

In some embodiments of the present application, the second of the first datum level of the first noumenon 201 and the second ontology 203 The range for the angle that the angle of datum level can be formed at least includes at least: the first range, and the first condition is described first Range, when first parameter is located in first range, first parameter meets the first condition；The processing dress 206 are set, for the display screen 205 being controlled from the luminous first state and switching to the hair according to first parameter Second state of light.

In one embodiment of the application, when institute's electronic equipment is laptop, display screen or display screen functions institute Plane as the first noumenon be platy morphology；The second ontology for being provided with keyboard is platy morphology；Wherein, the opposite position Relationship is set for characterizing the angle of the first datum level of the first noumenon and the second datum level of second ontology, the base Quasi- face is logic centre face or the first noumenon or the second body upper surface/following table of the first noumenon or the second ontology The corresponding plane in face.Wherein, when the surface exhibits of the first noumenon and/or second ontology are concave plane, lead to Cross the corresponding plane of the first noumenon or the second body upper surface/lower surface can accurately during the adjustment determine described in The angle of second datum level of the first datum level of the first noumenon and second ontology.In some embodiments of the present application, Fig. 7 shows an optional structural schematic diagram of electronic equipment, as shown in fig. 7, the relative positional relationship is for characterizing institute The logic centre face for stating the surface of the second ontology where keyboard and the first noumenon where the display screen or display screen functions The angle in the logic centre face on surface, the logic centre face are the virtual plane where center of gravity and/or center.

In some embodiments of the present application, Fig. 8 shows an optional structural schematic diagram of electronic equipment, such as Fig. 8 Shown, the relative positional relationship is used to characterize the folder of the plane at the place of the keyboard and the place plane of the display screen Angle.

In some embodiments of the present application, Fig. 9 shows an optional structural schematic diagram of electronic equipment, such as Fig. 9 Display screen or the first noumenon where display screen functions shown, that the relative positional relationship is used to characterize the laptop With the angle of the second ontology where the keyboard of the laptop.

In some embodiments of the present application, first range is optionally (s, t), and the optional s is 30 °, institute Stating t is 60 °, and Figure 10 shows an optional use state diagram of electronic equipment, and as shown in Figure 10, electronic equipment is corresponding The first range be (30 °, 60 °).When first parameter changes in first range, the processing unit 206 is used Described luminous second is switched to from the luminous first state according to first parameter, controlling the display screen 205 State, specifically in first range when, first parameter increases, then bright corresponding to the second luminous state Angle value is higher than brightness value corresponding to luminous first state.First parameter reduces, then the second luminous state institute Corresponding brightness value is lower than brightness value corresponding to luminous first state.

In some embodiments of the present application, equally by taking the use state shown in Figure 10 as an example, when first range can Choosing is (s, t), and it is 60 ° that the optional s, which is 30 ° of t, and corresponding first range of electronic equipment is (30 °, 60 °).Work as institute It states the first parameter to change in first range, and change direction is 60 ° to when 30 ° of variations, the processing unit 206 is used Described luminous second is switched to from the luminous first state according to first parameter, controlling the display screen 205 State, specifically in first range when, when the angle of the display screen and keyboard reduce when, the processing unit 206, Described luminous is switched to from the luminous first state for according to first parameter, controlling the display screen 205 Two-state, wherein the luminous corresponding brightness value of the second state is lower than brightness value corresponding to luminous first state.By upper Embodiment is stated, when first parameter changes in first range, and change direction is 60 ° to when 30 ° of variations, this mistake Controlled in journey the display screen 205 from the luminous first state switch to the second luminous state can reduce it is described The power consumption of electronic equipment is saved in the brightness of display screen.

As a kind of implementation, processing unit 206 is based on the first acquisition device such as angular transducer 204 collected the Angle value between one parameter such as the first noumenon 201 and the second ontology 203 judges that the first parameter such as angle value is satisfaction first Condition still meets second condition, such as works as first condition are as follows: when the first parameter such as current angular are between 30 degree to 90 degree, currently When angle degree is gradually increased from 30 degree to 90, adjustment light emitting device such as display screen gradually brightens；And current angular is from 90 degree to 30 When degree gradually becomes smaller, adjustment light emitting device such as display screen gradually turns down brightness；And when current angular is lower than 30 degree or higher than 90 degree When, respectively keep 30 degree when brightness or keep 90 degree when brightness.And the angle value of the first parameter is less than 30 degree or greater than 90 Degree, processing unit 206 determine that the first parameter meets second condition, control the light emitting device such as display screen and keep luminous third State.Luminance when display screen being made to keep the first noumenon 201 and 203 90 degree of the second ontology, or keep the first noumenon 201 With the second ontology 203 be 30 degree when luminance.

As a kind of implementation, processing unit 206 is based on the first acquisition device such as angular transducer 204 collected the Angle value between one parameter such as the first noumenon 201 and the second ontology 203, when determining that the first parameter is such as 60 degree, by luminous dress Set corresponding luminance when being directly adjusted to 60 degree such as the brightness of display screen；And current angular be 105 degree when, then it is uncomfortable to haircut The brightness of electro-optical device such as display screen；And current angular be 25 degree when, the brightness of uncomfortable luminescent device such as display screen.Processing unit 206 directly can directly adjust the hair of light emitting device such as display screen according to the current angular of the first noumenon 201 and the second ontology 203 Light state, or the luminance of light emitting device such as display screen is not adjusted.Certainly, it is contemplated that between two ontologies of notebook Angle when being lower than 30 degree, display screen etc. is difficult to be used by a user again, when can be set at 25 degree to 30 degree 30 degree of holding Light emission luminance, and when the angle value between the first noumenon 201 and the second ontology 203 is lower than 25 degree, directly it is adjusted to a pole Low brightness value.

In some embodiments of the present application, first range is optionally (s, t), and the optional s is 30 °, institute Stating t is 60 °, when first parameter changes in first range, the processing unit 206, for according to described the One parameter controls the display screen 205 from the luminous first state and switches to the second luminous state, specifically, When first parameter is adjusted by original state to first range, the processing unit 206 is according to preset brightness value Function (the brightness value function is linear function) is searched and thinks corresponding brightness value with first parameter, and the display screen is controlled 205 to switch to the second luminous state from luminous first state include: the processing unit 206 by the display screen 205 Luminance adjusts brightness value corresponding to first parameter.Through the foregoing embodiment, when first parameter is described Variation in one range, and change direction is 30 ° to when 60 ° of variations, user are intended to the display of unlatching display screen, and by display screen Or the angle of the second ontology where the first noumenon and keyboard where display screen functions is adjusted to be suitble to angle, this mistake Controlled in journey the display screen 205 from the luminous first state switch to the second luminous state be able to ascend it is described The brightness of display screen avoids manually adjusting for user, promotes the use feeling of user.

In some embodiments of the present application, the processing unit 206 for handling first parameter, and is meeting The display screen 205 is controlled when first condition, and the second luminous state is switched to from luminous first state；Meeting Article 2 The third state that the display screen 205 keeps luminous is controlled when part；The display screen 205 is controlled when meeting the second condition Keep the luminous third state.

In some embodiments of the present application, the range of the angle further include: the second range；The second condition is institute The second range is stated, when first parameter is located in second range, first parameter meets the second condition；It is described Processing unit 206, for controlling the display screen 205 and being switched to from the luminous first state according to first parameter The second luminous state；The processing unit 206, for controlling the display screen 205 and keeping according to first parameter The luminous third state.Wherein, when user is during using laptop, needing will be where display screen and keyboard The second ontology between angle and/or distance adjust to the position of normal use, during this, pass through the control display Screen 205 switches to the second luminous state from the luminous first state；And it controls the display screen 205 and keeps described The luminous third state can be realized the brightness of the use state adjust automatically display screen according to laptop, save user hand The time of dynamic adjustment, and the third state for keeping luminous is adjusted according to user.

In some embodiments of the present application, the second of the first datum level of the first noumenon 201 and the second ontology 203 The range for the angle that the angle of datum level can be formed at least further include: the second range, the second condition are second model It encloses, when first parameter is located in second range, second parameter meets the second condition；The processing unit 206, for controlling the display screen 205 from the luminous first state and switching to described shine according to first parameter The second state.Optionally, second range be optionally [t, m), it is 360 ° that the optional t, which is 60 ° of m, is needed Illustrate, electronic equipment form is different, and m is different, can be 160 °, 180 °, 270 °, 360 ° or according to electronic equipment form Determining arbitrary value, wherein angle corresponds to the use brightness value that aforementioned display screen 205 can be realized by 60 °.The use Brightness value can be maximum brightness value achieved by light emitting device, be also possible to user to electronic equipment manual setting, when What the right operating system for being also possible to electronic equipment limited automatically, when the angle exceeds 60 °, the brightness of the display screen 205 It not will increase, be only able to maintain maximum brightness value, Figure 11 is to show an optional use state signal of electronic equipment Figure, as shown in figure 11, corresponding second range of electronic equipment be [60 °, 360 °), 270 ° of currently used angle.

When first parameter changes in second range, the processing unit 206, in first ginseng When number meets second condition, the third state that the display screen 205 keeps luminous is controlled.Technical side shown in through this embodiment Case, when the second benchmark of the second ontology 203 where the first datum level and keyboard of the first noumenon 201 where the display screen When the angle that the angle in face can be formed at least is more than 60 °, the brightness of the display screen 205 is remained unchanged, and only angle is 60 ° When, brightness value corresponding to display screen 205；The actual use demand of user can either be met as a result, and can guarantee that electronics is set Standby power supply unit such as battery will not because of display screen 205 brightness it is excessively high and reduce can power-on time.

In some embodiments of the present application, the first datum level of the first noumenon 201 and second where keyboard The range for the angle that the angle of second datum level of body 203 can be formed at least further include: the second range, the second condition are Second range, when first parameter is located in second range, second parameter meets the second condition；Institute Processing unit 206 is stated, for controlling the display screen 205 from the luminous first state switching according to first parameter To the second luminous state.Optionally, second range be optionally [t, m), the optional t is that 0 ° of m is 30 °, Figure 12 is to show an optional use state diagram of electronic equipment, and as shown in figure 12, electronic equipment is corresponding Second range be [0 °, 30 °).When first parameter changes in second range, the processing unit 206 is used for When first parameter meets second condition, the third state that the display screen 205 keeps luminous is controlled.Due to when described aobvious When the angle of display screen and keyboard is lower than 30 °, the user tends to stop using electronic equipment, therefore, optional described luminous The third state is that brightness value is 0 (or lower than any brightness value for using brightness value), through this embodiment shown in technical side Case, when the second benchmark of the second ontology 203 where the first datum level and keyboard of the first noumenon 201 where the display screen When the angle that the angle in face can be formed at least is lower than 30 °, the brightness adjustment of the display screen 205 is 0, can either meet user Use demand, and can guarantee that the power supply unit of electronic equipment extends to the power-on time of the display screen 205, avoid wasting The electricity of electronic equipment.Compared between ontologies different in previous embodiment angle and/or distance change when, electronics is set Standby light emitting device can according to angle and/or the variation that be occurred of distance, through this embodiment shown in technical solution, moreover it is possible to Enough realize that the low-power consumption position of display screen shifts to an earlier date, i.e., when the angle between the display screen and keyboard is lower than 30 degree, user becomes To in stopping viewing display screen, therefore, when the angle between the display screen and keyboard is lower than 30 degree, corresponding display is kept State can more reduce the power consumption of display screen.

Figure 13 shows an optional use state diagram of electronic equipment, and as shown in figure 13, electronic equipment makes It is [0 °, 360 °] with range, current use angle is 270 °, the first benchmark of the first noumenon 201 where the display screen The range for the angle that the angle of second datum level of face and the second ontology 203 can be formed at least includes at least: the first range, institute Stating first condition is first range, and when first parameter is located in first range, first parameter meets institute State first condition；The processing unit 206, for according to first parameter, controlling the display screen 205 from described luminous First state switches to the second luminous state.The first datum level and key of the first noumenon 201 where the display screen The range for the angle that the angle of second datum level of the second ontology 203 where disk can be formed at least further include: the second range, The second condition is second range, and when first parameter is located in second range, second parameter meets The second condition；The processing unit 206, for controlling the display screen 205 and shining from described according to first parameter First state switch to the second luminous state, the display screen 205 is controlled when meeting the second condition and is kept The luminous third state.Optionally, the corresponding third range of the electronic equipment be [0 °, 30 °] the first range be (30 °, 60 °), the second range is [60 °, 360 °], and corresponding, it is 0 that the display screen 205 keeps brightness value within the scope of the third, Keep brightness value identical as 60 ° of corresponding brightness values in the second range.It is first adjusted in the first range, to save The waiting time of user promotes the use feeling of user.

Further, the processing unit 206, for when first parameter meets first condition to the display screen 205 luminous states are adjusted, to realize the luminous state and change of first parameter in first range The trend of change matches.When first parameter the first range be (30 °, 60 °) in increase when, the display screen 205 it is bright Degree is gradually dispatched, and when first parameter reaches 60 °, being considered electronic equipment will at this time will by normal use Display screen is set to keep the brightness value under normal operating condition, and bright when the first parameter still keeps 60 ° after 60 ° always increase Degree, so that user makes display screen keep normal use state when using electronic equipment.Technology shown in through this embodiment Scheme can be realized the brightness for dynamically adjusting the display screen 205, keep the adjustment of the luminance of display screen 205 more intelligent.

In some embodiments of the present application, the electronic equipment further include:

Second acquisition device (not shown), for acquiring the second parameter relevant to the second luminous state,

The processing unit 206, for determining the second luminous state depending at least on second parameter.Wherein, The second ontology 203 where the display screen in the electronic equipment or the first noumenon where display screen functions 201 and keyboard Between angle and/or distance when changing, the use environment of electronic equipment and/or the information about power of itself may also sent out Variation is given birth to, these variations will affect the adjustment of display state.Therefore it needs by described according to second parameter, determining The second luminous state or the luminous third state when the second state or the identical luminous third state (described luminous).This Shen Please be in embodiment, the second luminous state is the luminance used for electronic equipment setting, such as aforementioned exemplary the first noumenon 201 and the second angle between ontology 203 60 degree of corresponding luminances when being changed to 60 degree by 30 degree, since electronic equipment exists In practical application when angle is lower than 60 degree, due to lower than the smaller probability being used by a user of angle between ontology and the second ontology It is lower, at this time can be lower than user's normal use when luminance carry out it is luminous, in this way, can be in 201 He of the first noumenon Angle between second ontology 203 is changed to by 30 degree when changing between 60 degree, gradually lightens the luminous power of light emitting device i.e. Brightness, to keep the light emission luminance when reaching 60 degree.In view of electronic equipment practical service environment such as current environment light becomes Secretly, not enough power supply will lead to if electronic equipment still supports the adjustment of luminance before this using upper inconvenience, such as battery The light emission luminance that electricity is exhausted quickly or currently adjusted is not adapted to environment.At this point it is possible to redefine luminous second The luminous value etc. of state, so that user when adjusting the folding condition of electronic equipment, makes luminous the second state and the second parameter Such as electricity or ambient brightness are more adapted to, and the second luminous state can be dynamically adjusted by the second parameter.

Below by way of specific example, the essence of technical scheme is furtherd elucidate.

In some embodiments of the present application,

The electronic equipment includes:

Second acquisition device is used to acquire the second parameter of the optical parameter for characterizing the electronic equipment local environment； Wherein, the processing unit 206, for controlling display screen 205 and shining from described in response to identified the second luminous state First state switch to the second luminous state；And it can be used to control the brightness, described of the luminous first state The brightness of the second luminous state and/or the regulated value of adjustment process.It, can be again by the second parameter in the embodiment of the present application Determine luminous the second state and luminous first state, i.e. electronic equipment is that a normal use situation is arranged in light emitting device again Under luminance, to be adapted to the current low battery of electronic equipment.Second acquisition device may include battery control chip, By obtaining the voltage of the battery of electronic equipment, battery is determined according to the non-linear relation between the electricity of battery and voltage Remaining capacity.Or the galvanoscopy resistance being arranged between the anode and cathode for passing through battery calculates to determine the electricity discharged Remaining capacity.Second acquisition device is also possible to photosensitive sensors, is detected with the brightness to current environment light.

By taking parameter such as electricity that second parameter is the cell apparatus as an example, second parameter shows battery capacity When lower than 20%, it is contemplated that user is largely it is expected that electronic equipment can use more permanent in such a scenario, can be with It, can be to adjustable when adjusting brightness with the distance or variable angle between the first noumenon and the second ontology to light emitting device Brightness value be controlled, such as when the first noumenon and the second ontology are when angle is to adjust between 30 degree to 60 degree, with angle Constantly increase, such as 5 degree of increase level-one brightness of every increase, at this point, since battery capacity is lower than 20%, in the feelings without other power supplys Under condition, if be also adjusted by brightness value added before to the light emission luminance of light emitting device, it will lead to electronic equipment Power is bigger, therefore, when the battery capacity of electronic equipment is lower than 20%, when the angle of the first noumenon and the second ontology is by 30 When degree variation is 35 degree, by increased brightness value added be set as the 60% of former value added, it can by every grade of brightness tune Whole value is set to original 60%；Alternatively, when changing between the angle of the first noumenon and the second ontology is by 30 degree 50 degree, it will The brightness adjustment value of every level-one is set as the 60% of former adjusted value, and when the angle of the first noumenon and the second ontology is by 50 degree 60 degree Between when changing, the brightness adjustment value of every level-one is set as the 30% of former adjusted value.This allows for brightness adjustment to 50 degree After corresponding brightness, this brightness is acceptable brightness for a user, thus can by back angle increase when tune Whole amount is arranged smaller.Similarly, battery capacity is lower than 20%, and the luminous state of light emitting device to be adjusted is the frequency that shines It, can also root when such as needing to adjust the luminous frequency of light emitting device according to the distance between the first noumenon and the second ontology when rate The adjustment of the luminous frequency of light emitting device is carried out according to the adjustment mode of aforementioned light emission luminance.

By taking second parameter is the optical parameter such as current environmental light brightness of environment as an example, second parameter shows to work as Preceding environmental light brightness be 30 candelas/square metre when, it is believed that current environment light is darker.To light emitting device with the first noumenon The distance between second ontology or variable angle and when adjusting brightness, adjustable brightness value can be controlled, be made bright The larger of adjusted value configuration is spent, such as when the first noumenon and the second ontology are when angle is to adjust between 30 degree to 60 degree, with the angle of entry Degree constantly increases, such as 5 degree of increase level-one brightness of every increase, at this point, since environmental light brightness is lower, if the brightness before still pressing Value added is adjusted the light emission luminance of light emitting device, it will causes the luminance of light emitting device that user is insufficient to allow to see clearly Therefore display screen when the angle of the first noumenon and the second ontology is 35 degree by 30 degree of variations, brightness to be adjusted is increased Value is set as two times of former value added, it can every grade of brightness adjustment value is set to original two times, so that the dress that shines It sets and is adjusted luminous power as early as possible, to make up the deficiency of external environment brightness；Alternatively, working as the folder of the first noumenon and the second ontology When angle between 30 degree 50 degree by changing, the brightness adjustment value of every level-one is set as two times of former adjusted value, and works as the first noumenon And second ontology angle by changing between 50 degree to 60 degree when, the brightness adjustment value of every level-one is set as former adjusted value 1.2 again.By the continuous adjustment of this luminance, 60 degree of corresponding luminances can be made to meet normal under current environment Use brightness.

As an example, the processing unit 206 of the application electronic equipment can be according to the second acquisition device institute The parameter of the cell apparatus of acquisition or the optical parameter of environment determine brightness value corresponding to the second luminous state, need It is noted that brightness value corresponding to the second state determined by the program be display screen 205 can be realized with the The compatible brightness value of two parameters, if maximum brightness value corresponding to luminous the second state and the luminous third state Not identical, then the processing unit 206 can be according to the parameter or environment of the second acquisition device cell apparatus collected Optical parameter, determine that brightness value corresponding to the luminous third state, that is, display screen 205 to be kept normal The brightness value used.Specifically, by taking the use environment of previous embodiment as an example, when first parameter is in the first range When increasing in (30 °, 60 °), processing unit 206 can according to the parameter of the second acquisition device cell apparatus collected or The optical parameter of environment, determine brightness value compatible with the second parameter that display screen 205 can be realized be 100 candelas/ Square metre, at the same brightness value corresponding to the third luminance be similarly 100 candelas/square metre, successively decreased using equal difference Mode, determine the corresponding brightness value of the first luminance be 20 candelas/square metre；Further, when second parameter When changing, the brightness value compatible with the second parameter that the determining display screen 205 can be realized becomes 200 bank morals Draw/square metre, in conjunction with the mode that equal difference above-mentioned is successively decreased, determine that the corresponding brightness value of the first luminance is 120 candelas/flat Square rice.Alternatively, processing unit 206 can be according to the parameter of the second acquisition device cell apparatus collected or the light of environment Learn parameter, determine brightness value compatible with the second parameter that display screen 205 can be realized be 100 candelas/square metre, together Brightness value corresponding to Shi Suoshu third luminance be similarly 100 candelas/square metre, using etc. than by the way of successively decreasing, really The fixed corresponding brightness value of first luminance be 10 candelas/square metre.When second parameter changes, the determination The brightness value compatible with the second parameter that display screen 205 can be realized become 200 candelas/square metre, in conjunction with above-mentioned Deng than the mode successively decreased, determine the corresponding brightness value of the first luminance be 40 candelas/square metre.

The laptop of the embodiment of the present application, acquisition device is by obtaining for characterizing the first noumenon and second First parameter of relative positional relationship between body handles first parameter by the processing unit of electronic equipment, and described the One parameter can control the light emitting device and switch to the second luminous state from luminous first state when meeting first condition.Make The luminous condition adapted the first noumenon and second ontology adjusted use pattern, when the first noumenon and Second ontology is in the larger situation of probability being used by a user, and the luminance for adjusting light emitting device reaches energy quilt The luminance of normal use, so that it is more intelligent to adjust the luminance of the light emitting device of electronic equipment.

Figure 14 is an optional process schematic of method of adjustment provided by the embodiments of the present application, as shown in figure 14, this Apply for that the method for adjustment that embodiment provides is applied in electronic equipment, wherein the electronic equipment includes: the first noumenon；Connection Device is connect with the first noumenon；Second ontology is connect with the attachment device, the first noumenon and second described Body has at least two relative positional relationships according to the attachment device；Light emitting device, setting in the first noumenon and/or Second ontology；Processing unit, for handling first parameter, and when first parameter meets first condition, energy It controls the light emitting device and switches to the second luminous state from luminous first state.The electronic equipment of the embodiment of the present application can To be embodied as tablet computer, computer, mobile phone, remote controler, wearable device, multimedia play equipment or intelligent transportation tool etc. Various types of includes double postures or multi-pose electronic equipment composed by the first noumenon and the second ontology.For details, reference can be made to preceding State the structure for the electronic equipment of Fig. 1 to Figure 13 shown.Method of adjustment shown in Figure 14 the following steps are included:

Step 1001: relative position between the first noumenon and the second ontology is at least characterized by the acquisition of the first acquisition device First parameter of relationship.

In the embodiment of the present application, the first acquisition device can be to relative position between the characterization the first noumenon and the second ontology The parameter of relationship is detected, and the processing dress after collecting relevant parameter by collected relevant parameter into electronic equipment Set transmission；Alternatively, after receiving the detection parameters that the processing unit in electronic equipment is sent and reporting request, it will be detected Processing unit of the relevant parameter into electronic equipment is sent.

In the embodiment of the present application, first parameter can be to characterize and send out between the first noumenon and second ontology The angle value of raw change in location is also possible to absolute angle angle value wherein the angle value can be relative angle angle value, wherein when When relative angle angle value of first parameter between the first noumenon and the second ontology, first acquisition device can be adopted Collect opposite between the relative angle rotated between the first noumenon and the second ontology, such as the first noumenon and the second ontology Have rotated 1 °；When absolute angle angle value of first parameter between the first noumenon and the second ontology, described first is adopted Acquisition means can acquire rotate between the first noumenon and the second ontology after be formed by angle.The embodiment of the present application In, first acquisition device can be angular transducer.It is described after change in location occurs for the first noumenon and the second ontology First acquisition device can be detected and be formed by angle between the first noumenon and the second ontology, and amplitude and/or change are changed Angle afterwards.

First parameter can be the distance value that change in location occurs between the first noumenon and second ontology, Wherein the distance value can be relative distance value, be also possible to absolute distance value, wherein when first parameter is described the When relative distance value between one ontology and the second ontology, first acquisition device can acquire the first noumenon and second 10cm has been relatively moved between the distance slided between ontology, such as the first noumenon and the second ontology；When first ginseng When counting the absolute distance value between the first noumenon and the second ontology, first acquisition device can acquire described first It is formed by distance after sliding between ontology and the second ontology, for example, first acquisition device can be Distance-sensing After change in location occurs for device (or signal strength sensors of characterization distance), the first noumenon and the second ontology, described first Acquisition device, which can be detected, is formed by distance change between the first noumenon and the second ontology, change amplitude and/or change Distance (or different numerical value of corresponding signal strength) afterwards.

In the embodiment of the present application, the first noumenon and second ontology have at least two relative positional relationships, institute Stating relative positional relationship includes: relative angle and/or relative distance.It may include two at least two relative positional relationships A above stable relative positional relationship, stable relative positional relationship characterizes the first noumenon and second ontology can Keep relative distance or relative angle.It can also all be non-stable relative positional relationship at least two relative positional relationships, Non-stable relative positional relationship characterizes the first noumenon and second ontology is not able to maintain current relative distance or works as Preceding relative angle.In the case where the first noumenon and second ontology are non-stable relative positional relationship, user It needs using electronic equipment and when the first noumenon and second ontology being made to keep relative positional relationship, it can be by other Component maintains relative positional relationship current between the first noumenon and second ontology.

Step 1002: processing first parameter.

After processing unit in electronic equipment obtains the first acquisition device the first parameter collected, first parameter is judged If whether angle value meets first condition, first condition may include: the first parameter such as current angular be in 30 degree to 90 degree it Between when, the luminance of light emitting device is adjusted with the first Parameters variation；As current angular degree gradually becomes smaller from 90 degree to 30 When, the luminance for adjusting light emitting device gradually turns down light emission luminance；And when current angular is lower than 30 degree or higher than 90 degree, point Brightness when Bao Chi not be 30 degree or brightness when being kept for 90 degree.Alternatively, the processing dress as a kind of implementation, in electronic equipment It sets based on the collected first parameter such as angle value of the first acquisition device, when determining that the first parameter is such as 60 degree, by light emitting device Brightness is directly adjusted to corresponding luminance at 60 degree；And the first parameter be 105 degree when, then uncomfortable luminescent device shine State；And the first parameter be 25 degree when, the luminance of uncomfortable luminescent device.I.e. the processing unit of electronic equipment can be direct First parameter and the luminance for directly adjusting light emitting device.

Step 1003: when first parameter meets first condition, can control the light emitting device from luminous first State switches to the second luminous state.

Processing unit in electronic equipment determines that the first parameter meets first condition, and such as the first parameter is located at the first parameter model When enclosing interior, controls the light emitting device and switch to the second luminous state from luminous first state and specifically include two kinds of tune Save the form of expression, it may be assumed that 1) when first parameter meets first condition, processing unit controls the light emitting device simultaneously from hair The first state of light switches to the second luminous state.2) when first parameter meets first condition, processing unit control The light emitting device switches to described luminous second from luminous first state simultaneously in response to the variation of first parameter State.Specifically, in some embodiments of the invention, processing unit is in the first condition for determining that first parameter meets When angle between the first noumenon and second ontology increases by 1 degree, i.e., when becoming N+1 from N degree and spending, control the luminous dress It sets and switches to the second luminous state from luminous first state, i.e., adjusted from the corresponding luminance of N degree corresponding to N+1 degree Luminance.In some embodiments of the invention, processing unit determines that the first parameter first condition to be met is When being adjusted between 30 degree to 60 degree, the light emitting device is controlled simultaneously in response to the variation of first parameter, at 30 degree It is adjusted between corresponding luminance and 60 degree of corresponding luminances, processing unit determines first parameter at 30 degree extremely When changing between 60 degree, the luminance of the light emitting device is controlled from 30 degree of corresponding luminance gradual changes to corresponding to 60 degree Luminance, or from 60 degree of corresponding luminance gradual changes to 30 degree of corresponding luminances.Here gradual change, can be 0.5 degree of every variation carries out a luminance adjustment, and the first parameter is 30.5 degree by 30 degree of variations as described in determining processing unit When, a luminance adjustment is carried out, until being switched to the second luminous state to 60 degree.It is also possible to 1 degree of progress of every variation 2 degree of luminance adjustment or every variation carry out luminance adjustment etc..It should be noted that the application is real It applies in example, what the light emitting device was adjusted is the luminance of the light emitting device, i.e., during carrying out state adjustment, The light emitting device be at always shine in, be not the light emitting device by non-luminescent state between luminance Switching.The luminance control of the light emitting device i.e. in the embodiment of the present application be different from general electronic equipment by it is dark to it is bright it Between state switching adjustment.

In embodiments herein, the first condition can characterize opposite position between the first noumenon and the second ontology Set the value range of relationship.In some embodiments of the present application, the first condition can characterize the first noumenon and second The occurrence or relative value of relative positional relationship between ontology.In some embodiments of the present application, the first condition can be with Characterizing relative positional relationship between the first noumenon and the second ontology can also be occurrence or relative value in value range.

In embodiments herein, when the relative position of the first noumenon and the second ontology reaches adjustable one When unit value, the unit value that the processing unit can change depending on the relative position adjusts the luminance of the light emitting device, Wherein, an adjustable unit value can be degree value corresponding with angle, be also possible to apart from corresponding distance Value.In conjunction with previous embodiment, the processing unit determines that the first parameter first condition to be met is 30 degree to 60 degree Between when being adjusted, control the light emitting device simultaneously in response to the variation of first parameter, it is corresponding luminous at 30 degree It is adjusted between state and 60 degree of corresponding luminances, wherein the angle between the first noumenon and second ontology exists Corresponding three kinds of fixed luminances at 30 sections to 60 degree, i.e., 30 degree to 40 degree corresponding luminous values are X, and 40 degree to 50 degree correspondences shine Value is 2X, and 50 degree to 60 degree corresponding luminous values are 3X, and an adjustable unit value is 10 degree, such as: when the first noumenon When angle between second ontology is changed to 35 degree by 30 degree, due to being not up to an adjustable unit value, institute Processing unit is stated not adjust the luminance of the light emitting device；Angle between the first noumenon and second ontology When being changed to 45 degree by 30 degree, due to reaching an adjustable unit value, the processing unit says the light emitting device The luminous value of luminance 2X is adjusted to by X.

Wherein, the processing unit can control the light emitting device carried out with different brightness it is luminous, with adaptation described in Relative positional relationship between the first noumenon and second ontology；It further, is the luminous sub-device switching of different brightness Or a luminous sub-device can control brightness；

Or the processing unit can control the light emitting device carried out with different luminous frequencies it is luminous, with adaptation described in Relative positional relationship between the first noumenon and second ontology, further, the luminous frequency includes at least: viewer Appreciable flashing and be always on two kinds of luminous frequencies or viewer can perceive different flashing (such as different intervals and/ Or different durations)；It can also be that the frequency that viewer can not perceive is adjusted.

In some embodiments of the invention, the processing unit can control the light emitting device can be to export difference Color light, with the relative positional relationship being adapted between the first noumenon and second ontology, further, the hair Electro-optical device includes the luminous sub-device of different colours, can switch between the luminous sub-device or light emitting device includes aobvious Showing device, display device can switch between different colors, so that different colours are presented in the light of the light emitting device.

As a kind of implementation, the first condition may be first range.

When first acquisition device detects the angle between the first noumenon and the second ontology, the relative positional relationship can With the angle of the second datum level of the first datum level and second ontology for characterizing the first noumenon, the angle Range includes at least: the first range；The first condition is first range, and first parameter is located at first range When interior, first parameter meets the first condition；The processing unit that according to first parameter, control the hair Electro-optical device switches to the second luminous state from the luminous first state.

In some embodiments of the present application, the relative positional relationship can be used for characterizing the first of the first noumenon The angle of second datum level of datum level and second ontology, the range of the angle include at least: the first range；Described One condition is first range, is embodied in 90 degree to 120 degree, effect of light emitting device is with angle within the scope of this Change, be perceived difficulty and change, and the change direction of the two is identical, such as 90 degree of whens corresponding perceived difficulty is lower than 120 degree When corresponding perceived difficulty, therefore, it is necessary to control the light emitting device to switch to the hair from the luminous first state Second state of light.

In some embodiments of the present application, the range of the angle further include: the second range；The second condition is institute The second range is stated, when first parameter is located in second range, first parameter meets the second condition；It is described Processing unit is switched to for according to first parameter, controlling the light emitting device from the luminous first state described The second luminous state；The processing unit controls the light emitting device and keeps described luminous according to first parameter Three condition.

Technical solution shown in through this embodiment, in the use process of electronic equipment, the processing unit is at different When angle and/or distance between body change, that control light emitting device is according to angle and/or apart from the change occurred Change, carries out the adjustment of luminance to improve user experience.

Figure 15 is an optional process schematic of method of adjustment provided by the embodiments of the present application, as shown in figure 15, this Apply for that the method for adjustment that embodiment provides is applied in electronic equipment, wherein the electronic equipment includes: the first noumenon；Connection Device is connect with the first noumenon；Second ontology is connect with the attachment device, the first noumenon and second described Body has at least two relative positional relationships according to the attachment device；Light emitting device, setting in the first noumenon and/or Second ontology；Processing unit, for handling first parameter, and when first parameter meets first condition, energy It controls the light emitting device and switches to the second luminous state from luminous first state.The electronic equipment of the embodiment of the present application can To be embodied as tablet computer, laptop, mobile phone, remote controler, wearable device, multimedia play equipment or intelligent transportation work Various types of tool etc. includes double postures or multi-pose electronic equipment composed by the first noumenon and the second ontology.Can specifically it join See earlier figures 1 to Figure 13 the electronic equipment shown structure.Method of adjustment shown in Figure 15 the following steps are included:

Step 1101: relative position between the first noumenon and the second ontology is at least characterized by the acquisition of the first acquisition device First parameter of relationship.

In the embodiment of the present application, first parameter can be to characterize and send out between the first noumenon and second ontology The angle value of raw change in location is also possible to absolute angle angle value wherein the angle value can be relative angle angle value, wherein when When relative angle angle value of first parameter between the first noumenon and the second ontology, first acquisition device can be adopted Collect opposite between the relative angle rotated between the first noumenon and the second ontology, such as the first noumenon and the second ontology Have rotated 1 °；When absolute angle angle value of first parameter between the first noumenon and the second ontology, described first is adopted Acquisition means can acquire rotate between the first noumenon and the second ontology after be formed by angle.The embodiment of the present application In, first acquisition device can be angular transducer.

Step 1102: processing first parameter.

Step 1103: when first parameter meets first condition, can control the light emitting device from luminous first State switches to the second luminous state；The third state that the light emitting device keeps luminous is controlled when meeting second condition.

When the electronic equipment in use, different users can adjust between the first noumenon and the second ontology Relative positional relationship, therefore, it is necessary to control the light emitting device from the hair when first parameter meets second condition The first state of light switches to the second luminous state；Described shine further is controlled when meeting the second condition Device keeps the luminous third state.Here, second condition includes characterizing between the first noumenon and the second ontology relatively First parameter of positional relationship reaches a certain threshold value, such as when the first parameter reaches 70 degree, controls the light emitting device and keeps institute State the luminous third state, the angle between the first noumenon and the second ontology is more than 70 degree, the light emitting device it is described Luminous state is left intact, that is, maintains 70 degree of luminous state.Such as when the first parameter reaches 15cm, the hair is controlled Electro-optical device keeps the luminous third state.

As an example, there may also be four luminous states in adjustment process values for light emitting device, such as ascending It is successively: the 4th state, first state, the second state, the third state；Wherein, the 4th luminous state and the first luminous shape State is identical, and the second luminous state is identical with the luminous third state, and luminous first state is less than the second luminous state.Such as When angle is lower than 30 degree, the 4th luminous state remains brightness value X at 30 degree；And current angular from 30 degree to 60 degree by When gradual change is big, adjustment light emitting device such as display screen gradually brighten, such as by 30 degree when brightness value X gradually adjust to 2X；And work as When preceding angle is higher than 60 degree, it is 2X that the luminance that the brightness value of light emitting device 105 remains third, which is kept brightness value,；I.e. When angle is greater than 60 degree, it is believed that electronic equipment will make at this time the holdings such as its light emitting device such as display screen normal by normal use The luminance used, and when angle is lower than 30 degree, keep lesser brightness X.

Further, the application example as light emitting device as keyboard lighting function, the luminous first state, hair The second state, the luminous third state of light are all different.Wherein, the luminous dress corresponding to the luminous first state The brightness value set is lower than the brightness value of the light emitting device corresponding to the second luminous state, meanwhile, the second luminous state The brightness value of the corresponding light emitting device is bright below or above the light emitting device corresponding to the luminous third state Angle value.Such as work as first condition are as follows: when the first parameter such as current angular are between 30 degree to 120 degree, current angular is from 30 degree to 120 When degree is gradually increased, the light emission luminance for adjusting light emitting device gradually brightens；And current angular degree gradually becomes smaller from 120 degree to 30 When, adjustment light emitting device such as display screen gradually turns down brightness；And when current angular is lower than 30 degree, due to the first at this time Angle too small between body and the second ontology, for the user of electronic equipment can not normal use (such as can neither light see it is aobvious Display screen can not also be inputted using keyboard), therefore, if still keeping the angle between the first noumenon and the second ontology Brightness when being 30 is unfavorable for reducing the power consumption of electronic equipment, at this point it is possible between the first noumenon and the second ontology When angle is lower than 30 degree, the light emitting device of electronic equipment is made to keep a lower brightness, which is lower than hair when angle is 30 The brightness of electro-optical device.When angle is greater than 120 degree, as light emitting device it is luminous when in order to illuminate keyboard, this angle at this time Light emitting device such as display screen cannot again be irradiated keyboard, therefore set when angle is more than 120 degree, can turn down luminous The light emission luminance of device, the light emission luminance of light emitting device when making light emission luminance when being greater than 120 degree lower than 120 degree, and keep this One lower light emission luminance, so that electronic equipment energy saving.

As one embodiment, work as first condition are as follows: when the first parameter such as current angular are between 30 degree to 60 degree, currently When angle degree is gradually increased from 30 degree to 60, the light emission luminance for adjusting light emitting device gradually brightens；And current angular is more than 60 degree When, it is believed that current 60 degree of corresponding light emission luminance are not able to satisfy the requirement of user still, can be more than after 60 in angle A brighter light emission luminance is kept, i.e., when the angle between the first noumenon and the second ontology is more than 60 degree, makes the dress that shines It sets and is carried out with the luminous third state luminous, light emission luminance at this time is greater than 60 degree of corresponding light emission luminance.

In some embodiments of the present application, the first state of the light and the second luminous state be not identical, luminous First state is identical with the luminous third state.Wherein, the second luminous state is that first parameter is meeting first The corresponding brightness value of the light emitting device, color or luminous frequency when condition.

As a kind of implementation, the processing unit is when first parameter meets first condition to the luminous dress The luminous state set is adjusted, to realize the luminous state and change of first parameter in first range The trend of change matches.Specifically, as worked as first parameter (angle) when the first range is to increase in (30 °, 60 °), institute High brightness can be gradually adjusted to by low-light level by stating display screen 205, and the second luminous state is the use for electronic equipment setting Luminance, 60 degree when being changed to 60 degree by 30 degree such as the angle between aforementioned exemplary the first noumenon 201 and the second ontology 203 Corresponding luminance, due to electronic equipment in practical applications when angle be lower than 60 degree when, due to be lower than ontology and second The smaller probability being used by a user of angle is lower between body, can be carried out at this time with being lower than luminance when user's normal use Shine, in this way, can the angle between the first noumenon 201 and the second ontology 203 be changed to by 30 degree when changing between 60 degree, The luminous power i.e. brightness of light emitting device is gradually lightened, to keep the light emission luminance when reaching 60 degree.The embodiment of the present application Realize the adjustment of the luminance of light emitting device.

Figure 16 is an optional process schematic of method of adjustment provided by the embodiments of the present application, as shown in figure 16, this Apply for that the method for adjustment that embodiment provides is applied in electronic equipment, wherein the electronic equipment includes: the first noumenon；Connection Device is connect with the first noumenon；Second ontology is connect with the attachment device, the first noumenon and second described Body has at least two relative positional relationships according to the attachment device；Light emitting device, setting in the first noumenon and/or Second ontology；Processing unit, for handling first parameter, and when first parameter meets first condition, energy It controls the light emitting device and switches to the second luminous state from luminous first state.The electronic equipment of the embodiment of the present application can To be embodied as tablet computer, laptop, mobile phone, remote controler, wearable device, multimedia play equipment or intelligent transportation work Various types of tool etc. includes double postures or multi-pose electronic equipment composed by the first noumenon and the second ontology.Can specifically it join See earlier figures 1 to Figure 13 the electronic equipment shown structure.Method of adjustment shown in Figure 16 the following steps are included:

Step 1301: relative position between the first noumenon and the second ontology is at least characterized by the acquisition of the first acquisition device First parameter of relationship；The second parameter relevant to the second luminous state is acquired by the second acquisition device.

In the embodiment of the present application, the second acquisition device acquires the second parameter relevant to the second luminous state, institute State the optical parameter of parameter or the characterization electronic equipment local environment that the second parameter may include the cell apparatus.Electricity The parameter of pool device can be electricity or brightness value of electronic equipment current environment of battery etc..Accordingly, described Two acquisition devices may include battery control chip, the voltage of the battery by obtaining electronic equipment, according to the electricity of battery and Non-linear relation between voltage determines the remaining capacity of battery.Or the electric current being arranged between the anode and cathode for passing through battery It checks resistance, to determine the electricity discharged, calculates remaining capacity.Second acquisition device is also possible to photosensitive sensors, It is detected with the brightness to current environment light.

Step 1302: processing first parameter；And depending at least on second parameter, described luminous is determined Two-state.

In the embodiment of the present application, the second acquisition device collects the second parameter relevant to the second luminous state Afterwards, the processing unit determines the second luminous state according to second parameter.Wherein, when in the electronic equipment The first noumenon and the second ontology between angle and/or distance when changing, the use environment of electronic equipment and/or itself Information about power variation also may occur, these variations will affect the adjustment of display state.Therefore it needs to pass through foundation Second parameter determines the second luminous state.In the embodiment of the present application, the second luminous state is for electronic equipment The luminance that the suitable user of setting uses, as the angle between aforementioned exemplary the first noumenon and the second ontology is changed by 30 degree 60 degree of corresponding luminances when to 60 degree, even if light emitting device reaches in the larger situation of probability that electronic equipment is used It is the luminance of normal use by brightness adjustment when to 60 degree.

Since electronic equipment can be related to that various situation such as current environment light is dimmed, not enough power supply in practical applications, such as Fruit electronic equipment still supports the adjustment of luminance before this, will lead to using upper inconvenience, exhausted quickly such as battery capacity or The light emission luminance currently adjusted is not adapted to environment.At this point it is possible to redefine the luminous value of the second luminous state, hair Light frequency or luminescent color etc., so that user makes luminous the second state and second when adjusting the folding condition of electronic equipment Parameter such as electricity or ambient brightness etc. are more adapted to.

When needing to consider the second parameter to determine the adjustment for the luminance of light emitting device, need to being adjusted The adjustment amount of the corresponding luminous parameters of luminance is adjusted.When being lower than 20% such as the battery capacity in electronic equipment, such as still It is adjusted according to original luminous parameters adjustment amount, it is likely that cause the battery of electronic equipment to exhaust quickly, therefore, to hair It, can be to adjustable brightness when electro-optical device adjusts brightness with the distance between the first noumenon and the second ontology or variable angle Value is controlled, such as when the first noumenon and the second ontology are when angle is to adjust between 30 degree to 60 degree, as angle constantly increases Greatly, such as 5 degree of increase level-one brightness of every increases, by increased brightness value added be set as the 60% of former value added, it can general Every grade of brightness adjustment value is set to original 60%, thus guarantee to be adjusted in the luminance to light emitting device, It can guarantee that the battery of electronic equipment is unlikely to exhaust quickly.It is such as 30 when the second acquisition unit collects current environmental light brightness Candela/square metre when, it is believed that current environment light is darker.To light emitting device between the first noumenon and the second ontology away from From or variable angle and when adjusting brightness, adjustable brightness value can be controlled, brightness adjustment value is set larger It is some, it is such as every as angle constantly increases such as when the first noumenon and the second ontology are when angle is to adjust between 30 degree to 60 degree Increase by 5 degree of increase level-one brightness, brightness value added to be adjusted is set as two times of former value added, it can by every grade Brightness adjustment value is set to original two times, so that light emitting device is adjusted luminous power as early as possible, to make up external environmental light The deficiency of brightness.

Step 1303: when first parameter meets first condition, can control the light emitting device from luminous first State switches to the second luminous state.

Processing unit in electronic equipment determines that the first parameter meets first condition, and such as the first parameter is located at the first parameter model When enclosing interior, the light emitting device is controlled from luminous first state and switches to the second luminous state.

By taking parameter such as electricity that second parameter is the cell apparatus as an example, second parameter shows battery capacity When lower than 20%, it is contemplated that user is largely it is expected that electronic equipment can use more permanent in such a scenario, can be with It, can be to adjustable when adjusting brightness with the distance or variable angle between the first noumenon and the second ontology to light emitting device Brightness value be controlled, such as when the first noumenon and the second ontology are when angle is to adjust between 30 degree to 60 degree, with angle Constantly increase, such as 5 degree of increase level-one brightness of every increase, at this point, since battery capacity is lower than 20%, in the feelings without other power supplys Under condition, if be also adjusted by brightness value added before to the light emission luminance of light emitting device, it will lead to electronic equipment Power is bigger, therefore, when the battery capacity of electronic equipment is lower than 20%, when the angle of the first noumenon and the second ontology is by 30 When degree variation is 35 degree, by increased brightness value added be set as the 60% of former value added, it can by every grade of brightness tune Whole value is set to original 60%；Alternatively, when changing between the angle of the first noumenon and the second ontology is by 30 degree 50 degree, it will The brightness adjustment value of every level-one is set as the 60% of former adjusted value, and when the angle of the first noumenon and the second ontology is by 50 degree 60 degree Between when changing, the brightness adjustment value of every level-one is set as the 30% of former adjusted value.This allows for brightness adjustment to 50 degree After corresponding brightness, this brightness is acceptable brightness for a user, thus can by back angle increase when tune Whole amount is arranged smaller, will not influence the viewing effect of user.Similarly, battery capacity is lower than 20%, and hair to be adjusted When the luminous state of electro-optical device is luminous frequency, such as need to be adjusted according to the distance between the first noumenon and the second ontology to shine When the luminous frequency of device, the tune of the luminous frequency of light emitting device can also be carried out according to the adjustment mode of aforementioned light emission luminance It is whole.

By taking second parameter is the optical parameter such as current environmental light brightness of environment as an example, second parameter shows to work as Preceding environmental light brightness be 30 candelas/square metre when, it is believed that current environment light is darker.To light emitting device with the first noumenon The distance between second ontology or variable angle and when adjusting brightness, adjustable brightness value can be controlled, be made bright The larger of adjusted value configuration is spent, such as when the first noumenon and the second ontology are when angle is to adjust between 30 degree to 60 degree, with the angle of entry Degree constantly increases, such as 5 degree of increase level-one brightness of every increase, at this point, since environmental light brightness is lower, if the brightness before still pressing Value added is adjusted the light emission luminance of light emitting device, it will causes the luminous power of light emitting device to be not enough to illuminate electronics and sets Standby relevant range, therefore, when the angle of the first noumenon and the second ontology by 30 degree of variations for 35 degree when, will be to be adjusted bright Degree value added is set as two times of former value added, it can every grade of brightness adjustment value is set to original two times, so that Light emitting device is adjusted luminous power as early as possible, to make up the deficiency of external environment brightness；Alternatively, working as the first noumenon and second When the angle of body between 30 degree 50 degree by changing, the brightness adjustment value of every level-one is set as two times of former adjusted value, and when the When the angle of one ontology and the second ontology between 50 degree 60 degree by changing, the brightness adjustment value of every level-one is set as former adjusted value 1.2 times.After this allows for brightness adjustment to 50 degree of corresponding brightness, this brightness is brighter than convenient for a user Adjustment amount when spending, therefore back angle can be increased is arranged smaller.

As an example, the processing unit 206 of the application electronic equipment can be according to the second acquisition device institute The parameter of the cell apparatus of acquisition or the optical parameter of environment determine brightness value corresponding to the second luminous state, need It is noted that brightness value corresponding to the second state determined by the program be display screen 205 can be realized with the The compatible brightness value of two parameters, if maximum brightness value corresponding to luminous the second state and the luminous third state Not identical, then the processing unit 206 can be according to the parameter or environment of the second acquisition device cell apparatus collected Optical parameter, determine brightness value corresponding to the luminous third state, that is, display screen 205 to be kept can be just The brightness value being often used.Specifically, by taking the use environment of previous embodiment as an example, when first parameter is in the first range When increasing in (30 °, 60 °), processing unit 206 can according to the parameter of the second acquisition device cell apparatus collected or The optical parameter of environment, determine brightness value compatible with the second parameter that display screen 205 can be realized be 100 candelas/ Square metre, at the same brightness value corresponding to the third luminance be similarly 100 candelas/square metre, successively decreased using equal difference Mode, determine the corresponding brightness value of the first luminance be 20 candelas/square metre；Further, when second parameter When changing, the brightness value compatible with the second parameter that the determining display screen 205 can be realized becomes 200 bank morals Draw/square metre, in conjunction with the mode that equal difference above-mentioned is successively decreased, determine that the corresponding brightness value of the first luminance is 120 candelas/flat Square rice.Alternatively, processing unit 206 can be according to the parameter of the second acquisition device cell apparatus collected or the light of environment Learn parameter, determine brightness value compatible with the second parameter that display screen 205 can be realized be 100 candelas/square metre, together Brightness value corresponding to Shi Suoshu third luminance be similarly 100 candelas/square metre, using etc. than by the way of successively decreasing, really The fixed corresponding brightness value of first luminance be 10 candelas/square metre.When second parameter changes, the determination The brightness value compatible with the second parameter that display screen 205 can be realized become 200 candelas/square metre, in conjunction with above-mentioned Deng than the mode successively decreased, determine the corresponding brightness value of the first luminance be 40 candelas/square metre.

The laptop of the embodiment of the present application, acquisition device is by obtaining for characterizing the first noumenon and second First parameter of relative positional relationship between body handles first parameter by the processing unit of electronic equipment, and described the One parameter can control the light emitting device and switch to the second luminous state from luminous first state when meeting first condition.This Apply in embodiment, the second luminous state is the luminance used for electronic equipment setting, such as aforementioned exemplary first 60 degree of corresponding luminances when angle between body 201 and the second ontology 203 is changed to 60 degree by 30 degree, due to electronic equipment In practical applications when angle be lower than 60 degree when, due to lower than between ontology and the second ontology angle it is smaller be used by a user it is general Rate is lower, at this time can be lower than user's normal use when luminance carry out it is luminous, in this way, can be in the first noumenon 201 And the second angle between ontology 203 is changed to when changing between 60 degree by 30 degree, gradually lightens the luminous power of light emitting device That is brightness, to keep the light emission luminance when reaching 60 degree.In view of electronic equipment practical service environment such as current environment light Dimmed, not enough power supply will lead to if electronic equipment still supports the adjustment of luminance before this using upper inconvenience, such as electricity The light emission luminance that pond electricity is exhausted quickly or currently adjusted is not adapted to environment.At this point it is possible to redefine luminous The luminous value etc. of two-state, so that user when adjusting the folding condition of electronic equipment, makes luminous the second state and the second ginseng Number such as electricity or ambient brightness are more adapted to, and the second luminous state can be dynamically adjusted by the second parameter.

Figure 17 is an optional structural schematic diagram of electronic equipment provided by the embodiments of the present application, as shown in figure 17, electricity It includes Medical Devices, hand-held analyzer etc. with monitoring information output function that sub- equipment 1200, which can be and have,.Figure 17 institute The electronic equipment 1200 shown includes: at least one processor 1201, memory 1202, at least one network interface 1204 and user Interface 1203.Various components in electronic equipment 1200 are coupled by bus system 1205.It is understood that bus system 1205 for realizing the connection communication between these components.Bus system 1205 further includes power supply in addition to including data/address bus Bus, control bus and status signal bus in addition.But for the sake of clear explanation, various buses are all designated as bus in Figure 17 System 1205.

Wherein, user interface 1203 may include display, keyboard, mouse, trace ball, click wheel, key, button, touching Feel plate or touch screen etc..

It is appreciated that memory 1202 can be volatile memory or nonvolatile memory, volatibility may also comprise Both with nonvolatile memory.Wherein, nonvolatile memory can be read-only memory (ROM, Read Only Memory), programmable read only memory (PROM, Programmable Read-Only Memory), erasable programmable are read-only Memory (EPROM, Erasable Programmable Read-Only Memory), electrically erasable programmable read-only memory The storage of (EEPROM, Electrically Erasable Programmable Read-Only Memory), magnetic random access Device (FRAM, ferromagnetic random access memory), flash memory (Flash Memory), magnetic surface are deposited Reservoir, CD or CD-ROM (CD-ROM, Compact Disc Read-Only Memory)；Magnetic surface storage can be Magnetic disk storage or magnetic tape storage.Volatile memory can be random access memory (RAM, Random Access Memory), it is used as External Cache.By exemplary but be not restricted explanation, the RAM of many forms is available, such as Static random access memory (SRAM, Static Random Access Memory), synchronous static random access memory (SSRAM, Synchronous Static Random Access Memory), dynamic random access memory (DRAM, Dynamic Random Access Memory), Synchronous Dynamic Random Access Memory (SDRAM, Synchronous Dynamic Random Access Memory), double data speed synchronous dynamic RAM (DDRSDRAM, Double Data Rate Synchronous Dynamic Random Access Memory), enhanced synchronous dynamic random Access memory (ESDRAM, Enhanced Synchronous Dynamic Random Access Memory), synchronized links Dynamic random access memory (SLDRAM, SyncLink Dynamic Random Access Memory), direct rambus Random access memory (DRRAM, Direct Rambus Random Access Memory).The embodiment of the present application description is deposited Reservoir 1202 is intended to include the memory of these and any other suitable type.

Memory 1202 in the embodiment of the present application includes but is not limited to: three-state content addressing memory, static random are deposited Reservoir can store the first parameter, the second parameter, luminous first state, the second luminous state, the luminous third state Multiple types data are waited to support the operation of electronic equipment 1200.The example of these data includes: in electronic equipment 1200 Any computer program of operation, such as operating system 12021 and application program 12022, monitoring parameters, power information.Wherein, Operating system 12021 includes various system programs, such as ccf layer, core library layer, driving layer etc., for realizing various basic industry It is engaged in and handles hardware based task.Application program 12022 may include various application programs, such as with information processing function Client or application program of energy etc., for realizing including: to obtain at least to characterize between the first noumenon and the second ontology relatively First parameter of positional relationship, and can control the light emitting device from luminous when first parameter meets first condition One state switches to the various applied business including the second luminous state.Realize the phase of the embodiment of the present application adjustment luminance The program that should be operated may be embodied in application program 12022.

The method that above-mentioned the embodiment of the present application discloses can be applied in processor 1201, or real by processor 1201 It is existing.Processor 1201 may be a kind of IC chip, the processing capacity with signal.During realization, the above method Each step can be completed by the operation of the integrated logic circuit of the hardware in processor 1201 or software form.Above-mentioned Processor 1201 can be general processor, digital signal processor (DSP, Digital Signal Processor), or Other programmable logic device, discrete gate or transistor logic, discrete hardware components etc..Processor 1201 may be implemented Or disclosed each method, step and logic diagram in execution the embodiment of the present application.General processor can be microprocessor Or any conventional processor etc..The step of method in conjunction with disclosed in the embodiment of the present application, can be embodied directly in hardware Decoding processor executes completion, or in decoding processor hardware and software processor combination execute completion.Software processing Device can be located in storage medium, which is located at memory 1202, and processor 1201 reads the letter in memory 1202 Breath completes aforementioned corresponding step in conjunction with its hardware.

In the exemplary embodiment, monitoring information output system 1200 can be by one or more application specific integrated circuit (ASIC, Application Specific Integrated Circuit), DSP, programmable logic device (PLD, Programmable Logic Device), Complex Programmable Logic Devices (CPLD, Complex Programmable Logic Device), field programmable gate array (FPGA, Field-Programmable Gate Array), general processor, control Device, microcontroller (MCU, Micro Controller Unit), microprocessor (Microprocessor) or other electronics member Part is realized, is configured to execute the monitoring information output method.

In the exemplary embodiment, the embodiment of the present application also provides a kind of computer readable storage medium, for example including The memory 1202 of computer program, above-mentioned computer program can be held by the processor 1201 of monitoring information output system 1200 Row, to complete step described in preceding method.Computer readable storage medium can be FRAM, ROM, PROM, EPROM, EEPROM, The memories such as Flash Memory, magnetic surface storage, CD or CD-ROM；Be also possible to include one of above-mentioned memory or The various equipment of any combination, such as hand-held analyzer.

The embodiment of the present application also provides a kind of computer readable storage mediums, are stored thereon with computer program, the meter When calculation machine program is run by processor, execute:

It should be understood by those skilled in the art that, the embodiment of the present application can provide as the production of method, system or computer program Product.Therefore, hardware embodiment, software implementation or embodiment combining software and hardware aspects can be used in the embodiment of the present application Form.Moreover, it wherein includes the calculating of computer usable program code that the embodiment of the present application, which can be used in one or more, The form for the computer program product implemented in machine usable storage medium (including magnetic disk storage and optical memory etc.).

The embodiment of the present application is referring to the method, equipment (system) and computer program product according to the embodiment of the present application Flowchart and/or the block diagram describe.It should be understood that can be operated by computer program in implementation flow chart and/or block diagram The combination of process and/or box in each flow and/or block and flowchart and/or the block diagram.It can provide these calculating Processing of the machine procedure operation to general purpose computer, special purpose computer, Embedded Processor or other programmable data processing devices Device is to generate a machine, so that being generated by the operation that computer or the processor of other programmable data processing devices execute For realizing the function of being specified in one or more flows of the flowchart and/or one or more blocks of the block diagram Device.

The operation of these computer programs, which may also be stored in, is able to guide computer or other programmable data processing devices with spy Determine in the computer-readable memory that mode works, so that it includes behaviour that operation stored in the computer readable memory, which generates, Make the manufacture of device, the operating device realize in one box of one or more flows of the flowchart and/or block diagram or The function of being specified in multiple boxes.

The operation of these computer programs also can be loaded onto a computer or other programmable data processing device, so that counting Series of operation steps are executed on calculation machine or other programmable devices to generate computer implemented processing, thus in computer or The operation executed on other programmable devices is provided for realizing in one or more flows of the flowchart and/or block diagram one The step of function of being specified in a box or multiple boxes.

The above, the only preferred embodiment of the application, are not intended to limit the protection scope of the application, it is all Made any modifications, equivalent replacements, and improvements etc. within spirit herein and principle, should be included in the protection of the application Within the scope of.

Claims

1. a kind of electronic equipment, comprising:

The first noumenon；

Attachment device is connect with the first noumenon；

Second ontology is connect with the attachment device, and the first noumenon and second ontology are according to the attachment device, tool There are at least two relative positional relationships；

First acquisition device, for obtaining the first ginseng at least characterizing relative positional relationship between the first noumenon and the second ontology Number；

Processing unit can control the hair for handling first parameter, and when first parameter meets first condition Electro-optical device switches to the second luminous state from luminous first state.

2. electronic equipment according to claim 1,

The processing unit can control the luminous dress for handling first parameter, and when meeting the first condition It sets from the luminous first state and switches to the second luminous state；The luminous dress is controlled when meeting second condition Set the third state for keeping luminous.

3. electronic equipment according to claim 1,

The first noumenon is platy morphology；

Second ontology is platy morphology；

The first noumenon and second ontology are relatively rotatable to each other by the attachment device；

Wherein, the relative positional relationship be used for characterize the first noumenon the first datum level and second ontology second The range of the angle of datum level, the angle includes at least: the first range；

The first condition is first range, when first parameter is located in first range, first parameter Meet the first condition；

The processing unit, for controlling the light emitting device and being cut from the luminous first state according to first parameter Shift to the second luminous state.

4. electronic equipment according to claim 3,

The range of the angle further include: the second range；

The second condition is second range, when first parameter is located in second range, first parameter Meet the second condition；

The processing unit, for when meeting the first condition, can control the light emitting device from described luminous first State switches to the second luminous state；And for described in the control when first parameter meets the second condition Light emitting device keeps the luminous third state.

5. electronic equipment according to claim 4, wherein

First range is lower than second range, and the second luminous state and the luminous third state phase Together.

6. electronic equipment according to claim 3,

The processing unit, for being carried out when first parameter meets first condition to the state that the light emitting device shines It adjusts, to realize variation tendency phase of the luminous state variation tendency with first parameter in first range Match.

7. electronic equipment according to claim 1, the electronic equipment further include:

The processing unit, for determining the second luminous state depending at least on second parameter.

8. electronic equipment according to claim 7, the electronic equipment include:

Second acquisition device is used to acquire the second parameter of the optical parameter for characterizing the electronic equipment local environment；

Wherein, the processing unit, for controlling light emitting device and shining from described in response to identified the second luminous state First state switch to the second luminous state；And it can be used to control the brightness, described of the luminous first state The brightness of the second luminous state and/or the regulated value of adjustment process.

9. a kind of method of adjustment, comprising:

The first parameter at least characterizing relative positional relationship between the first noumenon and the second ontology is obtained by the first acquisition device, In, the first noumenon is connected with second ontology by attachment device, and can have at least two relative positional relationships；

First parameter is handled, and when first parameter meets first condition, can be controlled positioned at the first noumenon And/or the light emitting device of second ontology switches to the second luminous state from luminous first state.

10. according to the method described in claim 9, the method also includes:

First parameter is handled, and when meeting first condition, can control the light emitting device and cut from luminous first state Shift to the second luminous state；The third state that the light emitting device keeps luminous is controlled when meeting second condition.