CN105468135B

CN105468135B - A kind of information processing method and electronic equipment

Info

Publication number: CN105468135B
Application number: CN201410455816.3A
Authority: CN
Inventors: 万喜
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2014-09-09
Filing date: 2014-09-09
Publication date: 2019-02-05
Anticipated expiration: 2034-09-09
Also published as: CN105468135A

Abstract

The embodiment of the invention discloses a kind of information processing method and electronic equipments；The described method includes: the first display area output the first object identity of display of the first display module of control, so that the user in the first interactive mode perceives first object identity by first display area；Sensed parameter is obtained by the first sensing unit；The interactive mode that the electronic equipment is in is determined according to the sensed parameter；When the sensed parameter, which characterizes the electronic equipment, is in the second interactive mode, first object identity is determined；Call instruction is generated based on first object identity；It responds the call instruction and starts the first application program corresponding with first object identity；The second display area for controlling the second display module exports the first user interface corresponding to first application program, so that the user in second interactive mode perceives first user interface by second display area.

Description

A kind of information processing method and electronic equipment

Technical field

The present invention relates to the information processing technologies, and in particular to a kind of information processing method and electronic equipment.

Background technique

Currently, the notification message of the application in the electronic equipment is presented in the notification bar region of electronic equipment, the application Notification message can be rendered as the summary info of the icon of the application or the notification message of the application, in this case, institute State the icon of application or the notification message of the application summary info be the application notification message it is corresponding in detail The entrance of information, user, which needs to click the icon or the summary info, could obtain the notification message correspondence of the application Details, will lead to the acquisition low efficiency of information in this way.

If there is a kind of information processing scheme, without passing through the trigger action for above-mentioned icon or above-mentioned summary info It can realize the acquisition of information, the acquisition efficiency of information can be greatly improved, promote the operating experience of user.However, related skill In art, for the problem, effective solution there is no.

Summary of the invention

To solve existing technical problem, the embodiment of the present invention provides a kind of information processing method and electronic equipment, The acquisition efficiency that can be improved information, promotes the experience of user.

In order to achieve the above objectives, the technical solution of the embodiment of the present invention is achieved in that

The present invention provides a kind of information processing method, and the method is applied in electronic equipment, and the electronic equipment has First sensing unit, the first display module and the second display module；First display module has the first display area；It is described Second display module has the second display area；The electronic equipment with the user of the first interactive mode and the electronic equipment into The user is able to observe that first display area of first display module when row interaction；The electronic equipment is with Two interactive modes and the user when interacting the user be able to observe that the described second aobvious of second display module Show region；The described method includes:

The first display area output the first object identity of display for controlling first display module, so that in described The user of first interactive mode perceives first object identity by first display area；

Sensed parameter is obtained by first sensing unit；

The interactive mode that the electronic equipment is in is determined according to the sensed parameter；

When the sensed parameter, which characterizes the electronic equipment, is in second interactive mode, first object is determined Mark；Call instruction is generated based on first object identity；Respond the call instruction starting and first object identity Corresponding first application program；

Second display area for controlling second display module exports corresponding to first application program One user interface, so that the user in second interactive mode is perceived by second display area First user interface.

In above scheme, first display module is different from the displaying principle of second display module；Described second Display area is less than first display area；Due to the displaying principle of first display module and second display module Difference causes the user different using the interactive mode of the electronic equipment；

First interactive mode is the eyes of the user far from first display module on the electronic equipment First display area view mode；Wherein, it is set when the user observes the electronics with first interactive mode The eyes of user make the user perceive the first perception picture when standby first display area；First sense Know that the size of picture is equal to first display area；The first perception picture includes first object identity；

Second interactive mode is the eyes of the user close to second display module on the electronic equipment Second display area view mode, wherein set when the user observes the electronics with second interactive mode The eyes that the light beam that second display module described in when standby second display area is issued is incident on the user make institute It states user and perceives the second perception picture；The size of the second perception picture is greater than second display area；Described second Perceiving picture includes first user interface.

In above scheme, second display area is less than or equal to predetermined area；First display area is greater than described Predetermined area.

In above scheme, when the predetermined area meets preset distance with the electronic equipment for the eyes of the user, The cross-sectional area of the eye coverage of the user.

In above scheme, the first display area output the first object identity of display of control first display module Before, the method also includes:

Sensed parameter is obtained by first sensing unit；

When the sensed parameter, which characterizes the electronic equipment, is in first interactive mode, K object identity is obtained, K is positive integer；

The first display area for controlling first display module shows an object mark in the K object identity Know；

The first display area output the first object identity of display of control first display module, comprising:

Selection operation is obtained by the second sensing unit of the electronic equipment；

The first object identity is determined from the K object identity according to the selection operation and by first object Mark is shown in the first display area of first display module.

In above scheme, the method also includes:

The input operation for first user interface is obtained by the third sensing unit of the electronic equipment；

It responds the first user interface described in the input operation change and forms second user interactive interface；

Sensed parameter is obtained by first sensing unit of the electronic equipment；

When the sensed parameter, which characterizes the electronic equipment, is in first interactive mode, the second user is handled Interactive interface generates an addition information；

The change of first object identity is controlled with the addition information, and by the first of first display module The first object identity after the display output display change of display area；The first object identity after the change includes the addition Information.

In above scheme, which comprises

When the sensed parameter, which characterizes the electronic equipment, is in second interactive mode, it is directed to same target every time Second display area that mark controls second display module exports first corresponding to first application program The display parameter value of the loading end of user interface is once updated.

In above scheme, the electronic equipment is wearable electronic equipment；The wearable electronic equipment includes: frame Body, fixed device and function body portion；

The fixed device is connect with the frame body, and the fixed device is used to the electronic equipment being fixed on support On body and the frame body and the fixation when the electronic equipment is fixed on the supporter by the fixed device Device constitutes an annulus；

The function body portion includes at least the first display module and the second display module；The first display module setting In the frame body, second display module is arranged in the frame body；

First display module is the first display screen, and the first display screen is for showing in the second display of output Hold, the size of the first display screen is the first display area of first display module；

Second display module is optical projection system, and the first part of second display module is light conduction group Part, the second part of second display module are display component and collimator assembly；

The smooth conducting subassembly is made of transparent material；

The display component projects the output of the first light beam for showing output the first display content in a manner of light beam；

The collimator assembly is used to carrying out first light beam for projecting output in a manner of the light beam into processing to be converted into The second light beam output；

The smooth conducting subassembly is used to carry out second light beam in the transparent material for constituting the smooth conducting subassembly It is conducted, wherein including reflector element in the smooth conducting subassembly, the spy beyond part is arranged in the reflector element Determine region, the reflector element will be for that will change conduction orientation of second light beam in the transparent material, with second party To projection；The output of first content to be displayed of first display screen of the second direction and first display module Direction is consistent；The specific region that the reflector element is provided in the smooth conducting subassembly is second display module Second display area.

The present invention provides a kind of electronic equipment, and the electronic equipment has the first sensing unit, the first display unit and the Two display units；First display unit has the first display area；Second display unit has the second display area； The electronic equipment when being interacted with the user of the first interactive mode and the electronic equipment user be able to observe that institute State first display area of the first display unit；The electronic equipment is interacted with the second interactive mode and the user Shi Suoshu user is able to observe that second display area of second display unit；The electronic equipment further include: the One output control unit, calls execution unit and the second output control unit at the first determination unit；Wherein,

First output control unit, the first display area for controlling first display unit export display the An object mark, so that described in the user in first interactive mode perceived by first display area First object identity；

First determination unit is joined for obtaining sensed parameter by first sensing unit according to the induction Number determines the interactive mode that the electronic equipment is in；

The calling execution unit, for determining that the electronic equipment is in described second and hands over when first determination unit When mutual mode, determines first object identity of the first output control unit output display, be based on first object Mark generates call instruction；It responds the call instruction and starts the first application program corresponding with first object identity；

Second output control unit, second display area for controlling second display unit export institute It states and calls the first user interface corresponding to first application program of execution unit starting, so that in described the The user of two interactive modes perceives first user interface by second display area.

In above scheme, first display unit is different from the displaying principle of second display unit；Described second Display area is less than first display area；Due to the displaying principle of first display unit and second display unit Difference causes the user different using the interactive mode of the electronic equipment；

First interactive mode is the eyes of the user far from first display unit on the electronic equipment First display area view mode；Wherein, it is set when the user observes the electronics with first interactive mode The eyes of user make the user perceive the first perception picture when standby first display area；First sense Know that the size of picture is equal to first display area；The first perception picture includes first object identity；

Second interactive mode is the eyes of the user close to second display unit on the electronic equipment Second display area view mode, wherein set when the user observes the electronics with second interactive mode The eyes that the light beam that second display unit described in when standby second display area is issued is incident on the user make institute It states user and perceives the second perception picture；The size of the second perception picture is greater than second display area；Described second Perceiving picture includes first user interface.

In above scheme, the electronic equipment further includes the second sensing unit, for obtaining selection operation；

First output control unit is also used to control the first display area output display of first display unit Before first object identity, sensed parameter is obtained by first sensing unit；When the sensed parameter characterizes the electronics When equipment is in first interactive mode, K object identity is obtained, K is positive integer；Control the of first display unit One display area shows an object identity in the K object identity；It is also used to be obtained according to second sensing unit Selection operation determine and the first object identity and show first object identity described from the K object identity First display area of the first display unit.

In above scheme, the electronic equipment further includes third sensing unit, is handed over for obtaining for first user The input operation at mutual interface；

Second output control unit is also used to respond described in the input operation change that the third sensing unit obtains First user interface forms second user interactive interface；

First output control unit is also used to determine that the electronic equipment is in described when first determination unit When the first interactive mode, handles the second user interactive interface and generate an addition information；Described in addition information control The change of first object identity, and the first display area of first display unit shown after output display changes the An object mark；The first object identity after the change includes the addition information.

In above scheme, second output control unit is also used to determine the electronics when first determination unit When equipment is in second interactive mode, controlled institute is identified for the same target of the calling execution unit starting every time Second display area for stating the second display unit exports the first user interface corresponding to first application program The display parameter value of loading end once updated.Information processing method and electronic equipment provided in an embodiment of the present invention, institute Information processing method is stated applied in electronic equipment, the electronic equipment has the first sensing unit, the first display module and the Two display modules；First display module has the first display area；Second display module has the second display area； The electronic equipment when being interacted with the user of the first interactive mode and the electronic equipment user be able to observe that institute State first display area of the first display module；The electronic equipment is interacted with the second interactive mode and the user Shi Suoshu user is able to observe that second display area of second display module；The described method includes: described in control The first display area output the first object identity of display of first display module, so that being in the institute of first interactive mode It states user and first object identity is perceived by first display area；It is answered by described first sensing unit the sense of access Parameter；The interactive mode that the electronic equipment is in is determined according to the sensed parameter；When the sensed parameter characterizes the electricity When sub- equipment is in second interactive mode, first object identity is determined；Tune is generated based on first object identity With instruction；It responds the call instruction and starts the first application program corresponding with first object identity；Control described second Second display area of display module exports the first user interface corresponding to first application program, so that The user in second interactive mode perceives first user interface by second display area. In this way, corresponding using journey it is not necessary that first object identity can be started by the trigger action for the first object identity Sequence, while the first user interface corresponding to first application program is exported, the acquisition efficiency of information is substantially increased, Improve the experience of user；On the other hand, the embodiment of the present invention provides two kinds of display interfaces, shows one by the first display module A little summary infos, more, more fully details can be carried by being shown by the second display module；In this way, the present invention is implemented The electronic equipment that example provides can not be limited by size itself, and image or the video for providing larger size and higher resolution are aobvious Show.

Detailed description of the invention

Fig. 1 is the flow diagram of the information processing method of the embodiment of the present invention one；

Fig. 2 a and Fig. 2 b are the schematic diagram of the electronic equipment in the embodiment of the present invention two；

Fig. 3 a to Fig. 3 c is the schematic diagram of the electronic equipment interactive mode in the embodiment of the present invention two；

Fig. 4 is the flow diagram of the information processing method of the embodiment of the present invention three；

Fig. 5 is the flow diagram of the information processing method of the embodiment of the present invention four；

Fig. 6 a and Fig. 6 b are the application scenarios schematic diagram of the embodiment of the present invention four；

Fig. 7 a to Fig. 7 d is the schematic diagram of the wearable electronic equipment in the embodiment of the present invention；

Fig. 8 is the first composed structure schematic diagram of the electronic equipment of the embodiment of the present invention；

Fig. 9 is second of composed structure schematic diagram of the electronic equipment of the embodiment of the present invention；

Figure 10 is the third composed structure schematic diagram of the electronic equipment of the embodiment of the present invention.

Specific embodiment

With reference to the accompanying drawing and specific embodiment the present invention is described in further detail.

Embodiment one

The embodiment of the invention provides a kind of information processing method, the information processing method is applied in electronic equipment, The electronic equipment has the first sensing unit, the first display module and the second display module；First display module has First display area；Second display module has the second display area；The electronic equipment is with the first interactive mode and institute State first viewing area that the user when user of electronic equipment interacts is able to observe that first display module Domain；The electronic equipment when being interacted with the second interactive mode and the user user be able to observe that described second is aobvious Show second display area of mould group；Fig. 1 is the flow diagram of the information processing method of the embodiment of the present invention one；Such as Fig. 1 It is shown, which comprises

Step 101: the first display area output the first object identity of display of control first display module, so that The user in first interactive mode perceives first object identity by first display area.

In the present embodiment, the electronic equipment can be the terminal devices such as smart phone, tablet computer, be also possible to such as intelligence The wearable intelligent electronic devices such as energy wrist-watch.

Here, first object identity specifically can be the object identity of a certain application in the electronic equipment, such as Icon or the icon of weather application of clock application etc.；Preferably, the object identity can be live icon (Live Icon), such as weather information icon (Live Weather Icon)；First object identity can also be and can present at least The widget (Widget) of one information, the widget such as clock widget, the clock widget can show time, date, current Weather condition and pollution condition etc..

Step 102: sensed parameter being obtained by first sensing unit, the electronics is determined according to the sensed parameter The interactive mode that equipment is in.

The present embodiment can be applied to following several scenes:

Scene one: for the electronic equipment tool there are two screen, described two screens are located at the electronic equipment not On coplanar, the front that such as the first screen is located at the electronic equipment, the second screen is located at the reverse side of the electronic equipment；It is described The display area of second screen is second display area；Under this scene, first interactive mode faces institute for user State the interactive mode of the first screen；Second interactive mode is the interactive mode that user faces second screen；Wherein, institute The display area for stating the first screen is first display area.Then the first sensing unit described in this step specifically can be Image acquisition units, described image acquisition unit and first display area are in the same plane；The sensed parameter is Image data parameter；Specifically, by described image acquisition unit acquire image data, when in described image data include face Characteristic parameter when, it may be determined that the electronic equipment is in the first interactive mode；When electronic equipment overturning, pass through the figure When not including the characteristic parameter of face in the described image data acquired as acquisition unit, it may be determined that the electronic equipment is in the Two interactive modes.

Scene two: for the electronic equipment tool there are two screen, described two screens stack gradually setting in a first direction, Assuming that the first screen is located above the second screen；First screen can be slided upward or downward by sliding rail and is allowed to described in presentation Second screen；Under this scene, first interactive mode is that first screen does not slide to make user upward or downward In face of the interactive mode of first screen；Second interactive mode is that first screen slides to make upward or downward User faces the interactive mode of second screen.Then the first sensing unit described in this step, which can be, is arranged in the cunning Pressure sensor on rail, the sensed parameter are the pressure value detected by the pressure sensor；Specifically, when detection When the pressure value arrived is the first default value, it may be determined that the electronic equipment is in the first interactive mode；When first screen It slides upward or downward, when the pressure value variation detected is second value, it may be determined that the electronic equipment is in the second interaction Mode.

Step 103: when the sensed parameter, which characterizes the electronic equipment, is in second interactive mode, described in determination First object identity.

Here, based on two kinds of scenes described in step 102, second interactive mode is that the electronics in scene one is set Standby overturning makes user face the interactive mode of second screen, or for electronic equipment in scene two the first screen upwards or Slide downward makes interactive mode of the user in face of second screen.

Wherein, first object identity of determination is first object for choosing the first display area output display Mark；Specifically, the first display area of first display module only exports display first object identity, when the electricity When sub- equipment switches to second interactive mode by the first interactive mode, first object identity is chosen in triggering.

Step 104: call instruction being generated based on first object identity, responds call instruction starting and described the An object identifies corresponding first application program.

Here, described right when first object identity is the object identity of a certain application in the electronic equipment As the property parameters of mark include installation addresses of the corresponding application program of the object identity in the electronic equipment；Work as institute Stating the first object identity is when the widget of at least one information can be presented, and the property parameters of the widget include the widget institute The uniform resource locator (URL, Uniform Resource Locator) for the webpage being correspondingly connected with or the category of the widget Property parameter includes installation addresses of the corresponding application program of the widget in the electronic equipment；It is then described to be based on described first Object identity generates call instruction, responds the call instruction starting with first object identity corresponding first using journey Sequence, comprising: the property parameters of identification first object identity, according to the acquisition of the property parameters of first object identity The installation addresses of corresponding first application program of first object identity, the installation addresses based on first application program, which generate, to be adjusted With instruction, the call instruction is responded to start first application program.

Wherein, as the URL of the webpage of connection corresponding to the property parameters of the widget include the widget, described first Application program is browser application.

Step 105: second display area of control second display module exports the first application program institute Corresponding first user interface, so that the user in second interactive mode passes through second viewing area Domain perceives first user interface.

Here, based on two kinds of scenes described in step 102, second display area is that the electronics in scene one is set The display area of second screen after standby overturning, or after being slided upward or downward for the first screen of electronic equipment in scene two The display area for the second screen that can be presented to the user.Wherein, first user interface is that journey is applied in starting described first The interface being presented to the user after sequence；When first application program is the application program being mounted in the electronic equipment, institute The first user interface is stated by the interactive interface that presents after the starting application program；When first application program is clear Look at device application program when, first user interface is after starting the browser application, with first object The corresponding webpage interactive interface of the URL for the webpage for including in the property parameters of mark.

Using the technical solution of the embodiment of the present invention, without that can be started by the trigger action for the first object identity The corresponding application program of first object identity, while exporting the interaction of the first user corresponding to first application program circle Face substantially increases the acquisition efficiency of information, improves the experience of user；On the other hand, the embodiment of the present invention provides two kinds and shows Show interface, some summary infos are shown by the first display module, being shown by the second display module can carry more, more entirely The details in face；In this way, electronic equipment provided in an embodiment of the present invention can not be limited by size itself, bigger ruler is provided Very little and higher resolution image or video are shown.

Embodiment two

In presently preferred embodiment, based on information processing method documented by embodiment one, the letter It ceases processing method to be applied in electronic equipment, the electronic equipment has the first sensing unit, the first display module and second aobvious Show mould group；First display module has the first display area；Second display module has the second display area；It is described Electronic equipment when being interacted with the user of the first interactive mode and the electronic equipment user be able to observe that described the First display area of one display module；The electronic equipment interacts when institute with the second interactive mode and the user State second display area that user is able to observe that second display module；Wherein, first display module and institute The displaying principle for stating the second display module is different；Second display area is less than first display area；Due to described The displaying principle difference of one display module and second display module causes the user to use the interaction of the electronic equipment Mode is different；

It is carried out so that the electronic equipment is wearable intelligent electronic device (such as smartwatch) as an example in the present embodiment detailed It describes in detail bright.Fig. 2 a and Fig. 2 b are the schematic diagram of the electronic equipment in the embodiment of the present invention two；As shown in Figure 2 a and 2 b, the intelligence Energy wrist-watch has the first display module 21 and the second display module 22, first display module 21 and second display module 22 displaying principle is different；By taking the dial plate of the smartwatch is round as an example, first display module 21 has the present embodiment There is the first display area 221；Second display module 22 has the second display area 222；Second display area 222 is small In first display area 221；Not due to the displaying principle of first display module 21 and second display module 22 It is same that the user is caused to make using the first interactive mode and the user of first display module 21 of the electronic equipment The second interactive mode with second display module 22 of the electronic equipment is different；Second interactive mode is the use Observation of the eyes at family close to second display area 222 (direction as shown in arrow 1 in Fig. 2 a) on the electronic equipment Mode；First interactive mode is the eyes of the user far from first display area 221 on the electronic equipment The view mode in (direction as shown in arrow 2 in Fig. 2 a)；When the user is set with second interactive mode close to the electronics The eyes that the light beam that second display module 22 described in when standby second display area 222 is issued is incident on the user make It obtains the user and perceives the second perception picture；The size of the second perception picture is greater than second display area 222；When The user with first interactive mode far from the electronic equipment first display area 221 when user the eye Eyeball makes the user perceive the first perception picture；The size of the first perception picture is equal to first display area 221.Wherein, the dial plate of the smartwatch is not limited to circle, can also be the other shapes such as square or rectangular.

In this example, first display area 221 and second display area 222 are the one of the smartwatch In a dial plate (display screen), in other embodiments, first display area 221 and second display area 222 It can be separately positioned in two display screens of the smartwatch, described two display screens may be provided at same plane, can also set It sets in Different Plane.

In another example, the electronic equipment can also be that smart phone, the smart phone have above-mentioned Fig. 2 a In arbitrary structures, unlike, first display area and second display area may be provided at the smart phone Different appearances on, such as first display area be arranged in the smart phone the first appearance it is (in the prior art Appearance where showing screen, i.e., positive) on, second display area may be provided at reverse side or the side of the smart phone On, specific position can be arranged according to the flexible layout of the display module in the smart phone.

Fig. 3 a to Fig. 3 c is the schematic diagram of the electronic equipment interactive mode in the embodiment of the present invention two；With the electronic equipment For smartwatch, when the smartwatch is in the first interactive mode, the eyes of the i.e. described user are set far from the electronics When the view mode of first display area of standby upper first display module, user wears the smartwatch observation First display area can be as shown in Figure 3a, and in conjunction with Fig. 2 a and Fig. 2 b, wrist is raised to front by user, sets the electronics Standby 20 eyes far from the user, make user observe first display area 221 with the first interactive mode.When the intelligence Wrist-watch be in the second interactive mode, the i.e. described user eyes close to second display module on the electronic equipment institute When stating the view mode of the second display area, as shown in Figure 3b, when the eyes of user are shown close to the second of the electronic equipment When region 222, the light that second display module is issued is directly incident in the eyes of the user, i.e., using the side of projection Formula, so that the size for the second perception picture 23 that the user perceives is much larger than described in the visual field of the user Second display area 222, and the second perception picture 23 of user's perception is sensuously apart from user itself larger distance.Such as This, when user observes second display area 222 with the second interactive mode, observed picture size is bigger, significantly Improve the visual experience of user.

Specifically, when the smartwatch is in the second interactive mode, in practical applications, when the second display mould When the issued light of group is directly incident in the eyes of the user, it is with a hot spot in second display area 222 The display output effect of the second display module output display content, hot spot 2221 as shown in Figure 3c, in this case, The hot spot 2221 is second display area 222.

In the present embodiment, second display area is less than or equal to predetermined area；First display area is greater than described Predetermined area；Wherein, when the predetermined area meets preset distance with the electronic equipment for the eyes of the user, the use The cross-sectional area of the eye coverage at family.

Wherein, when the preset distance is that the electronic equipment is in the second interactive mode, the eyes of the user and institute State distance locating between electronic equipment；When the user observes first display area with the preset distance, it is clear that The area of first display area is greater than the cross-sectional area in the eye coverage of user at this time；When the user is with described pre- When set a distance observes the second display area (i.e. the hot spot 2221 in Fig. 3 c), due to the eyes and the electronics of the user The distance between equipment is alterable, i.e., the head of user is moved forward and backward, therefore the area that will lead to second display area can The cross-sectional area that can be less than in the eye coverage of user at this time, it is also possible in the eyes and the electronic equipment of the user The distance between it is suitable when, the area of second display area is equally likely to the cross section face in the eye coverage of user at this time Product.

Using the technical solution of the embodiment of the present invention, based on the technical solution bring beneficial effect that embodiment one provides, I.e. it is not necessary that the corresponding application program of first object identity can be started by the trigger action for the first object identity, together When export the first user interface corresponding to first application program, substantially increase the acquisition efficiency of information, promoted The experience of user；On the other hand, the embodiment of the present invention can be applied to two kinds of different display modules of displaying principle, correspondingly, Two kinds of display interfaces are provided by the way that the different display module of described two displaying principles is corresponding, show one by the first display module A little summary infos, more, more fully details can be carried by being shown by the second display module；In this way, the present invention is implemented The electronic equipment that example provides can not be limited by size itself, and image or the video for providing larger size and higher resolution are aobvious Show.

Embodiment three

In presently preferred embodiment, based on electronic equipment documented by embodiment two, the present invention is implemented Example additionally provides a kind of information processing method, and Fig. 4 is the flow diagram of the information processing method of the embodiment of the present invention three；Such as figure Shown in 4, which comprises

Step 301: sensed parameter is obtained by first sensing unit.

In the present embodiment, the electronic equipment specifically can be tool, and there are two the wearable smart electronics of display module Equipment, such as smartwatch.Or there are two the smart phones of display module for tool；Wherein, the display of described two display modules is former Reason is different.The structure and interactive mode of the electronic equipment can be as shown in embodiments two, and which is not described herein again.

Here, described that sensed parameter is obtained by first sensing unit in this step, following several modes can be passed through It realizes:

Mode one: switching key is provided on the electronic equipment；When the electronic equipment detects the switching key When being triggered, determine that the interactive mode between the electronic equipment is switched to the second interaction side from first interactive mode Formula；When by detecting that the switching key is again triggered, determine interactive mode between the electronic equipment from described Two interactive modes are switched to first interactive mode；In such a scenario, first sensing unit is specifically as follows key Detection unit, the sensed parameter are key detection parameters；It can be by presetting pair of key detection parameters and interactive mode It should be related to, the key detection parameters as described in setting are 0, and corresponding interactive mode is the first interactive mode；The key is set Detection parameters are 1, and corresponding interactive mode is the second interactive mode；The key then detected by the key detection unit State parameter determines that the switching mode of the electronic equipment is the first switching mode or the second switching mode；Specifically, described cut Changing key can be physical button on the electronic equipment, be also possible to virtual key, the virtual key can be by described The corresponding touching display screen triggering in first display area；

Mode two: first sensing unit is voice recognition unit, and the sensed parameter is to pass through the speech recognition The voice data parameter that unit obtains；Refer to when the electronic equipment is identified by the voice recognition unit with preset switching When enabling corresponding voice data parameter, determine that the electronics is set according to the corresponding preset switching command of the voice data parameter The standby interactive mode being in；

Mode three: first sensing unit is gravity sensing unit or gyro sensor, and the sensed parameter is logical Cross the tilt angle of the gravity sensing unit or gyro sensor acquisition；When the electronic equipment passes through the gravity sensing When unit or gyro sensor detect that the tilt angle of the electronic equipment reaches first threshold range, it may be determined that the electricity Sub- equipment is in the first interactive mode；When the electronic equipment is detected by the gravity sensing unit or gyro sensor When the tilt angle of the electronic equipment reaches second threshold range, it may be determined that the electronic equipment is in the second interactive mode；

Mode four: first sensing unit is range sensor, and the sensed parameter is to pass through the range sensor The distance between the shelter detected；The range sensor can be arranged with second display area in same plane； When the electronic equipment detects that the distance between shelter is less than first threshold by the range sensor, it may be determined that Interactive mode at the electronic equipment is the second interactive mode；When being detected by the range sensor and shelter The distance between when reaching the first threshold, determine that interactive mode at the electronic equipment is the first interaction side Formula；

Mode five: first sensing unit is height-gauge and gravity sensor, and the sensed parameter is passes through State the tilt angle of height value that height-gauge detects and the electronic equipment detected by the gravity sensor； When the electronic equipment detects that the electronic equipment rises to the second altitude range (eye of user by the height-gauge Height where eyeball) and detect that the tilt angle of the electronic equipment is inclined by first angle range by the gravity sensor Tiltedly to second angle range, (direction of the i.e. described electronic equipment is by positive towards user towards being changed on the outside of user side Inside) when, determine that interactive mode locating for the electronic equipment is the second interactive mode；It is detected when by the height-gauge Third height range is dropped to by second altitude range to the electronic equipment and is detected by the gravity sensing unit When not changing to the direction of the electronic equipment, determine that interactive mode locating for user and the electronic equipment is described the One interactive mode.

Step 302: when the sensed parameter, which characterizes the electronic equipment, is in first interactive mode, obtaining K Object identity, K are positive integer.

Here, the K object identity specifically can be the K corresponding object identity of application, institute in the electronic equipment State the object identity or the object identity of weather application etc. of object identity such as clock application；Preferably, the object identity can To be live icon (Live Icon), such as weather information icon (Live Weather Icon)；The K object identity may be used also To be the K widget (Widget) that at least one information can be presented, the widget such as clock widget, the clock widget can be shown Show time, date, current weather condition and pollution condition etc..

Step 303: the first display area of control first display module shows one in the K object identity Object identity.

In the present embodiment, the first display area of the electronic equipment can only show one in the K object identity A object identity.

Step 304: selection operation is obtained by the second sensing unit of the electronic equipment, according to the selection operation from The first object identity is determined in the K object identity and shows first object identity in first display module The first display area so that being perceived in the user of first interactive mode by first display area First object identity.

Here, second sensing unit can be touch-control sensing unit, identify touch-control by the touch-control sensing unit Gesture operation, such as page turning gesture operation；Since the first display area of electronic equipment described in the present embodiment can only show institute An object identity in K object identity is stated, if the object identity that presently described first display area is shown is not user It, can be by the page turning gesture operation that the touch-control sensing unit identifies by first display area when determining object identity The content of display turns to lower one page, also shows next object identity of existing object mark, until passing through the page turning gesture The object identity that the user determines is determined as institute by the object identity that operation makes first display area show that user determines State the first object identity.

Under another embodiment, second sensing unit can also be voice recognition unit, pass through the voice Recognition unit identifies voice operating, is executed in showing in first display area according to the corresponding operational order of voice operating The page turning of appearance, until the object identity for making first display area show that user determines by the voice operating, it will be described The object identity that user determines is determined as first object identity.

Step 305: sensed parameter being obtained by first sensing unit, the electronics is determined according to the sensed parameter The interactive mode that equipment is in.

Here, the specific implementation of this step can as depicted at step 301, and which is not described herein again.

Step 306: when the sensed parameter, which characterizes the electronic equipment, is in second interactive mode, described in determination First object identity.

Here, first object identity of determination is first object for choosing the first display area output display Mark；Specifically, the first display area of first display module only exports display first object identity, when the electricity When sub- equipment switches to second interactive mode by the first interactive mode, first object identity is chosen in triggering.

Step 307: call instruction being generated based on first object identity, responds call instruction starting and described the An object identifies corresponding first application program.

Here, described right when first object identity is the object identity of a certain application in the electronic equipment As the property parameters of mark include installation addresses of the corresponding application program of the object identity in the electronic equipment；Work as institute Stating the first object identity is when the widget of at least one information can be presented, and the property parameters of the widget include the widget institute The URL for the webpage being correspondingly connected with or the property parameters of the widget include the corresponding application program of the widget in the electricity Installation addresses in sub- equipment；It is then described that call instruction is generated based on first object identity, it responds the call instruction and opens Move the first application program corresponding with first object identity, comprising: the property parameters of identification first object identity, root The installation addresses of corresponding first application program of first object identity are obtained according to the property parameters of first object identity, Installation addresses based on first application program generate call instruction, respond the call instruction to start first application Program.

Step 308: second display area of control second display module exports the first application program institute Corresponding first user interface, so that the user in second interactive mode passes through second viewing area Domain perceives first user interface.

Here, first user interface is to start the interface being presented to the user after first application program；When described When first application program is the application program being mounted in the electronic equipment, first user interface is described in starting The interactive interface presented after application program；When first application program is browser application, first user Interactive interface is after starting the browser application, with the webpage for including in the property parameters of first object identity The corresponding webpage interactive interface of URL.

Example IV

In presently preferred embodiment, based on electronic equipment documented by embodiment two, the present invention is implemented Example additionally provides a kind of information processing method, and Fig. 5 is the flow diagram of the information processing method of the embodiment of the present invention four；Such as figure Shown in 5, which comprises

Step 401: the first display area output the first object identity of display of control first display module, so that The user in first interactive mode perceives first object identity by first display area.

In the present embodiment, the electronic equipment specifically can be tool, and there are two the wearable smart electronics of display module to set It is standby, such as smartwatch.Or there are two the smart phones of display module for tool；Wherein, the displaying principle of described two display modules It is different.The structure and interactive mode of the electronic equipment can be as shown in embodiments two, and which is not described herein again.

Here, first object identity specifically can be the object identity of a certain application in the electronic equipment, such as Object identity or the object identity of weather application of clock application etc.；Preferably, the object identity can be live icon (Live Icon), such as weather information icon (Live Weather Icon)；First object identity can also be The widget (Widget) of at least one existing information, the widget such as clock widget, the clock widget can show the time, the date, Current weather condition and pollution condition etc..

Step 402: sensed parameter being obtained by first sensing unit, the electronics is determined according to the sensed parameter The interactive mode that equipment is in.

Here, described that sensed parameter, true according to the sensed parameter is obtained by first sensing unit in this step The interactive mode that the fixed electronic equipment is in, can be realized by following several modes:

Mode one: switching key is provided on the electronic equipment；When the electronic equipment detects the switching key When being triggered, determine that the interactive mode between the electronic equipment is switched to the second interaction side from first interactive mode Formula；When by detecting that the switching key is again triggered, determine interactive mode between the electronic equipment from described Two interactive modes are switched to first interactive mode；In such a scenario, first sensing unit is specifically as follows key Detection unit, the sensed parameter are key detection parameters；It can be by presetting pair of key detection parameters and interactive mode It should be related to, the key detection parameters as described in setting are 0, and corresponding interactive mode is the first interactive mode；The key is set Detection parameters are 1, and corresponding interactive mode is the second interactive mode；Then by the key detection unit detect by Bonded state parameter determines that the switching mode of the electronic equipment is the first switching mode or the second switching mode；Specifically, described Switching key can be the physical button on the electronic equipment, be also possible to virtual key, and the virtual key can pass through institute State the corresponding touching display screen triggering in the first display area；

Mode five: first sensing unit is height-gauge and gravity sensor, and the sensed parameter is passes through State the tilt angle of height value that height-gauge detects and the electronic equipment detected by the gravity sensor； When the electronic equipment detects that the electronic equipment rises to the second altitude range (eye of user by the height-gauge Height where eyeball) and detect that the tilt angle of the electronic equipment is inclined by first angle range by the gravity sensor Tiltedly to second angle range, (direction of the i.e. described electronic equipment is by positive towards user towards being changed on the outside of user side Inside) when, determine that interactive mode locating for the electronic equipment is the second interactive mode；It is detected when by the height-gauge Third height range is dropped to by second altitude range to the electronic equipment and is examined by the gravity sensing unit Measure the electronic equipment is described towards user when not changing, is determined with interactive mode locating for the electronic equipment First interactive mode.

Step 403: when the sensed parameter, which characterizes the electronic equipment, is in second interactive mode, described in determination First object identity.

Step 404: call instruction being generated based on first object identity, responds call instruction starting and described the An object identifies corresponding first application program.

Step 405: second display area of control second display module exports the first application program institute Corresponding first user interface, so that the user in second interactive mode passes through second viewing area Domain perceives first user interface.

Step 406: being obtained by the third sensing unit of the electronic equipment for first user interface Input operation responds the first user interface described in the input operation change and forms second user interactive interface.

Here, the third sensing unit can be voice recognition unit, then the electronic equipment can pass through the voice Recognition unit obtains voice messaging, is referred to by analyzing the voice messaging to generate voice corresponding with the voice messaging It enables, the input operation for first user interface is generated based on the phonetic order.

Specifically, for first user interface is the display interface of map application, then first user Interactive interface is the map interface that user shown after the map application starts is currently located city；User can be by described Voice recognition unit issues phonetic order, the phonetic order such as: setting start position A, final position B calculate the starting point Best route between position A and the final position B, starts to navigate；Second user is then produced based on above-mentioned phonetic order The start position A, the final position B, the start position A can be presented in interactive interface, the second user interactive interface The position that best route figure and the user between the final position B are currently located, and the user is obtained in real time Current position is navigated based on the current position of the user, changes the use in the second user interactive interface The current position in family.

Step 407: sensed parameter being obtained by first sensing unit of the electronic equipment, when the sensed parameter When characterizing the electronic equipment and being in first interactive mode, handles the second user interactive interface and generate an addition letter Breath.

In this step, after the second user interactive interface is formed, when the induction obtained by first sensing unit When electronic equipment described in parameter characterization is in first interactive mode, i.e., the described electronic equipment is cut by second interactive mode When shifting to first interactive mode, an addition information is generated according to the second user interactive interface.

Wherein, when the electronic equipment switches to first interactive mode by second interactive mode, described Two user interfaces still show output by second display module in second display area, and according to the time Variation or the variation of user's self-position, the second user interactive interface are also changing.Therefore, the addition information can To be the information that can characterize the variation showed in the second user interactive interface.

By taking specific practical application as an example, Fig. 6 a and Fig. 6 b are the application scenarios schematic diagram of the embodiment of the present invention four；Fig. 6 a is The schematic diagram of four kinds of the embodiment of the present invention of second user interactive interface；As shown in Figure 6 a, it is in when stating second user interactive interface Existing best route figure between the start position A, the final position B, the start position A and the final position B with And position C or D where the user；When being navigated based on above-mentioned second user interactive interface, the addition information can be with It is the direction arrow that user should currently move；The addition information in the first interactive interface that Fig. 6 b is four kinds of the embodiment of the present invention Schematic diagram, as shown in Figure 6 b, as user's present position C, according to leading in the second user interactive interface Air route line, the user need to continue towards east movement, i.e., the described addition information is the arrow towards east；Preferably, in the addition The user can be also added in information may proceed toward the mobile distance in east, the arrow and 2305 in direction east as shown in Figure 6b Rice.

Step 408: controlling the change of first object identity with the addition information, and show mould for described first The first object identity after the first display area display output display change of group；The first object identity after the change includes The addition information.

Here, when first object identity is the object identity of a certain application in the electronic equipment, such as weather The icon of application, icon of map application etc., the addition information is added in first object identity.With described When an object is identified as the icon of map application, by addition information described in step 407 (such as arrow or arrow+away from From) add in the icon of the map application, the user current location is followed to control the icon of the map application Change and change, so as to make user according to the change of the arrow direction in the icon of the map application or described The change of arrow direction in the icon of map application and the variation of distance are navigated.

When first object identity is, and the widget of at least one information can be presented, the addition information is added to In the widget.When using the widget as map widget, by addition information described in step 407 (such as arrow or arrow Head+distance) addition in the map widget, follows the variation of the user current location and sends out to control the map widget Changing, so as to make user according to the arrow in the change or the map widget of the arrow direction in the map widget The change in head direction and the variation of distance are navigated.

Using the technical solution of the embodiment of the present invention, without by trigger action for the first object identity, only pass through The switching of first interactive mode to the second interactive mode can start the corresponding application program of first object identity, while defeated First user interface corresponding to first application program out, substantially increases the acquisition efficiency of information；And it is not necessarily to For the trigger action of the first object identity, can only be realized by the switching of the second interactive mode to the first interactive mode to institute The change for stating the first object identity improves the experience of user；On the other hand, the embodiment of the present invention provides two kinds of display interfaces, Some summary infos are shown by the first display module, and showing by the second display module can carry more, more fully in detail Thin information；In this way, electronic equipment provided in an embodiment of the present invention can not be limited by size itself, larger size and more is provided High-resolution image or video are shown.

Embodiment five

In presently preferred embodiment, based on information processing method documented by embodiment two, when described When the sensed parameter characterization electronic equipment is in second interactive mode, identified every time for same target described in controlling Second display area of second display module exports the first user interface corresponding to first application program The display parameter value of loading end is once updated.

Specifically, technical solution provided by the present embodiment can be using with a variety of environment, such as outdoor light is stronger The various environment such as the single region of region, indoor more dim region, the coloury region of ambient enviroment, ambient enviroment color Region；Here, when the electronic equipment switches to second interactive mode by first interactive mode and is directed to a pair of When as mark, first user interaction circle of second display area output of the second display module of the electronic equipment The background in face and the environmental parameter of surrounding are adapted；Such as current environment is when being the stronger region of brightness, adjustment that can be adaptive The brightness of the background of first user interface and the similar brightness of current environment；Current environment is the region based on green When (such as lawn, the woods), the background color of adjustment first user interface that can be adaptive is green；Make institute in this way The display for stating the first user interface is mutually suitable for mitigating the visual fatigue of user with external environment, avoids two eyes of user The various discomforts that the excessive body for leading to user of the vision difference of eyeball occurs, and improve the operating experience of user.

In the embodiment of the present invention one into embodiment five, the electronic equipment is wearable electronic equipment；Fig. 7 a to Fig. 7 d For the schematic diagram of the wearable electronic equipment in the embodiment of the present invention；As shown in Figure 7a, the wearable electronic equipment includes: frame Frame body 71, fixed device and function body portion；

The fixed device is connect with the frame body 71, and the fixed device is used to the electronic equipment being fixed on branch On support body and when the electronic equipment is fixed on the supporter by the fixed device frame body with it is described solid Determine device and constitutes an annulus；

The function body portion includes at least the first display module 21 and the second display module 22；First display module 21 are arranged in the frame body 71, and second display module 22 is arranged 71 in the frame body；The electronic equipment tool Have the first section, first section be when the electronic equipment is fixed on the supporter by the fixed device, Section, which is carried out, for the electronic equipment perpendicular to the supporter as reference substance using the supporter is formed by ring, described the One direction is from the outside of the ring to the inside of the ring and towards the direction at the center of the ring.

In the embodiment of the present invention, the electronic equipment is wearable electronic equipment, as a kind of preferred embodiment, institute Stating electronic equipment can be smartwatch.First section can be understood as section shown in Fig. 7 a, the section shown in Fig. 7 a On see, the frame body 71 for being in the electronic equipment and fixed device surround a ring, can penetrate supporter in the ring.Work as institute When to state ring be standard round, the first direction can be understood as the direction out of circle export-oriented circle towards the center of circle, and the ring less may be used Can be a standard round, thus it is above-mentioned explain first direction by taking standard round as an example simply to illustrate that the embodiment of the present invention skill Art scheme, rather than true situation, true situation are, it is assumed that when the smartwatch is worn in wrist, due to the wrist of human body It is not inherently the cylindrical body of a standard, therefore, which, which is formed by ring, is also not a standard round.

In an embodiment of the present invention, the supporter can be user wrist, or user other Physical feeling；Certain supporter can also be any object other than user body parts, such as can be arm artificial limb Deng can also be the hand rod on bus or metro operation vehicle.

In the embodiment of the present invention, the electronic equipment is wearable electronic equipment, as a kind of preferred embodiment, institute Stating electronic equipment can also be intelligent ring.When the electronic equipment is intelligent ring, accordingly, the supporter can be with For finger.

In an embodiment of the present invention, the electronic equipment can include two fixed devices as shown in Figure 7a, i.e., First fixed device 72 and the second fixed device 73, in which: the first end of the first fixed device 72 is flexibly connected the frame body The first end of 71 first end, the second fixed device 73 is flexibly connected the second end of the frame body 71, and described first is fixed The second end of device 72 and the second end of the second fixed device 73 cooperate the electronic equipment being fixed on the branch On support body.During specific implementation, those skilled in the art can come real by card and component or adhering part etc. Mutual cooperation between the second end of existing described first fixed device 72 and the second end of the second fixed device 73；This field Technical staff can also realize the first end of the first fixed device 72 and the first end of the frame body 71 by shaft connection etc. Between flexible connection, and realize the activity between the first end of the second fixed device 73 and the second end of the frame body 71 Connection, which is not described herein again.

Wherein, first display module 21 is the first display screen, the first display screen 21, for showing output Second display content, the size of the first display screen are the first display output area of first display module；It is described Second display module 22 is optical projection system, and as shown in Figure 7b, second display module 22 includes first part 13 and the Two parts, wherein the first part 13 of second display module be light conducting subassembly, second of second display module Divide includes display component 15 and collimator assembly 14；Wherein:

The display component 15 projects the first light beam simultaneously for showing the second content to be displayed of output in a manner of light beam It exports to collimator assembly 14；The collimator assembly 14, for will be projected in a manner of the light beam first light beam of output into Row processing, is converted into second light beam and exports to light conducting subassembly 13；The smooth conducting subassembly 13 is also known as light path converting group Part, the smooth conducting subassembly are made of transparent material, the smooth conducting subassembly 13, for constituting second light beam progress It is conducted in the material of the smooth conducting subassembly, wherein including reflector element, the reflector element in the smooth conducting subassembly The specific region beyond part is set, and the reflector element will be for that will change second light beam in the transparent material In conduction orientation, projected with second direction；The institute of first display screen of the second direction and first display module The outbound course for stating the first content to be displayed is consistent；The given zone of the reflector element is provided in the smooth conducting subassembly Domain is the second display output area of second display module.

Fig. 7 c and Fig. 7 d are respectively the composed structure schematic diagram of the second display module in the electronic equipment of the embodiment of the present invention； As shown in figs. 7 c and 7d, the display component 15 includes beam splitting unit 151 and display unit 152, and the collimator assembly 14 wraps The second collimation unit 141 and the first collimation unit 142 and polarization beam-splitting unit 143 are included, the smooth conducting subassembly 13 includes waveguide Unit 131 and reflector element 132.Wherein the display component 15 in Fig. 7 d further includes luminescence unit 150.The collimator assembly 15 will First light beam that output is projected in a manner of the light beam is handled, and is converted into second light beam and exports to give light conduction group Part.

Specifically, the collimator assembly 15 includes the first collimation unit 142 and the second collimation unit 141 positioned opposite, And it is arranged in the polarization beam-splitting unit 143 between first collimation unit 142 and the second collimation unit 141, from described First light beam of display component output begins to be reflected towards first collimation unit 142 via the polarization beam-splitting unit 143, Then through by 143 conduct of polarization beam-splitting unit after being collimated via first collimation unit 142 and the second collimation unit 141 Second beam exit.

Here, first collimation unit 142 and the second collimation unit 141 can be the single lens designed as needed Or lens group.

The smooth conducting subassembly 13, for by second light beam carry out in the material for constituting the smooth conducting subassembly into Row conduction, finally exports to observer；The smooth conducting subassembly 13 includes Wave guide unit 131 and reflector element 132, passes through setting The position of reflector element 132 and angle can control from second light beam, and be oriented to the specific position outgoing.First In the case of, the collimator assembly 14 and the display component 15 are in the relative to plane locating for the Wave guide unit 131 It side can be to relative to plane locating for the Wave guide unit 131 with second light beam when reflector element 132 is arranged Second side outgoing, first side and second side are the opposite sides relative to plane locating for the Wave guide unit 131.

Specifically, in second display module for example applied to smartwatch when, can use above-mentioned configuration example, So that be emitted with second light beam to described second side, i.e., so that second light beam is set to wearing and watch Wrist belt-type electronics The eye of standby user is emitted.Ground is further described, going out for second display module can be needed to configure according to viewing Direction is penetrated, such as can control the rotation of the reflector element 132, to control 132 exit direction of reflector element, is realized The switching of the bi-directional display of second display module.In the embodiment of the present invention, the reflector element 132 be can be as needed The single prism or prism group of design.

In the embodiment of the present invention, first display module 21 has the first display output area, as described above, described the One display module 21 is the first display screen, and therefore, the physical size of the first display screen and first display export The size in region is consistent.

Second display module 22 has the second display output area, and the second display output area is the reflection The specific region beyond on part is arranged in unit.In general, observer (user) sees the physics of reflector element 132 It is sized larger than and is equal to the described second size for showing output area, and the display unit 152 in second display module 22 Size is less than the size of the second display output area.It should be noted that Fig. 7 c or Fig. 7 d are intended merely to help this field Technical staff understands the technical solution of the application, is not the state of electronic equipment provided in an embodiment of the present invention when in use； Such as the electronic equipment using when be that, when the supporter is wrist, user lifts arm will be described in fixed support body Electronic equipment is placed before eyes, it is seen then that user can be when in use watches letter provided by the electronic equipment with positive angle Breath.

Two display modules in the electronic equipment of above-mentioned offer can have various use states when in use.Now with electronics Equipment is worn in wrist as smartwatch and is illustrated, for example, user is walking, the arm of user is under nature at this time It hangs down, at this moment the first display module and the second display module of electronic equipment can be low all in closed state or standby mode etc. Power consumption state, closed state or standby mode can extend the use time of electronic equipment with power saving；When the arm of user is in certainly When so sagging, it is believed that electronic equipment is in the first opposed area, that is to say, that the first opposed area shows user and electricity A kind of relative positional relationship between sub- equipment, that is, the lateral side regions of the body of user.

Then, user wants to have a look the time at certain a moment in the process of walking, and at this moment user can lift arm, it is assumed that user When arm is lifted, electronic equipment is in the second opposed area (that is, front region of the body of user)；At this moment electric When sub- equipment detects that its own is in the second opposed area, enabling the first display module, (the first display module can open or meeting Wake up), then show the time to user；Or by the first display module display reminding information to user.

At this point, if user want to have a look with prompt information more associated data content, electronic equipment can then be continued It is past close at the moment, it is assumed that at this moment electronic equipment is in third opposed area (that is, head forefoot area of the body of user), that is, It says, when electronic equipment is in third opposed area, electronic equipment can enable the second display module, make when the eyes of user are close Associated data content can be seen by second display module after second display module.

Certainly, the first display module shown in Fig. 7 a- Fig. 7 d and the second display module are arranged in smartwatch, i.e., with intelligence Energy wrist-watch is frame, and not limiting can only be with smartwatch or the wearable electronic equipment of intelligence；Shown in the first display module It can also be arranged in smart phone using smart phone as frame with the second display module, specific set-up mode can intelligent hand The interior layout flexible setting of machine.

Embodiment six

The embodiment of the invention also provides a kind of electronic equipment, Fig. 8 is the first of the electronic equipment of the embodiment of the present invention Composed structure schematic diagram, as shown in figure 8, the electronic equipment has the first sensing unit 81, the first display unit 82 and second Display unit 83；First display unit 82 has the first display area；Second display unit 83 has the second display Region；The electronic equipment when being interacted with the first interactive mode and the user of the electronic equipment user can observe To first display area of first display unit 82；The electronic equipment with the second interactive mode and the user into The user is able to observe that second display area of second display unit 83 when row interaction；The electronic equipment is also Include: the first output control unit 84, the first determination unit 85, call execution unit 86 and the second output control unit 87；Its In,

First output control unit 84, the first display area for controlling first display unit 82 export aobvious Show the first object identity, so that the user in first interactive mode is perceived by first display area First object identity；

First determination unit 85, for obtaining sensed parameter by first sensing unit 81, according to the sense The interactive mode for answering parameter to determine that the electronic equipment is in；

The calling execution unit 86, for determining that the electronic equipment is in described the when first determination unit 85 When two interactive modes, first object identity of first output control unit 84 output display is determined, based on described the An object mark generates call instruction；The call instruction starting is responded with first object identity corresponding first using journey Sequence；

Second output control unit 87, for controlling second display area of second display unit 83 The first user interface corresponding to first application program that the calling execution unit 86 starts is exported, so that place First user interface is perceived by second display area in the user of second interactive mode.

Another preferred embodiment according to an embodiment of the present invention, first display unit 82 and second display unit 83 displaying principle is different；Second display area is less than first display area；Due to first display unit 82 Cause the user different using the interactive mode of the electronic equipment from the displaying principle difference of second display unit 83；

First interactive mode is the eyes of the user far from first display unit on the electronic equipment The view mode of 82 first display area；Wherein, when the user observes the electronics with first interactive mode The eyes of user make the user perceive the first perception picture when first display area of equipment；Described first The size for perceiving picture is equal to first display area；The first perception picture includes first object identity；

Second interactive mode is the eyes of the user close to second display unit on the electronic equipment The view mode of 83 second display area, wherein when the user observes the electronics with second interactive mode The eyes that the light beam that the second display unit 83 is issued described in when the second display area of equipment is incident on the user make It obtains the user and perceives the second perception picture；The size of the second perception picture is greater than second display area；It is described Second perception picture includes first user interface.

Here, second display area is less than or equal to predetermined area；First display area is greater than the predetermined face Product.Wherein, when the predetermined area meets preset distance with the electronic equipment for the eyes of the user, the eye of the user The cross-sectional area in the eyeball visual field.

It will be appreciated by those skilled in the art that in the electronic equipment of the embodiment of the present invention each processing unit function, can join According to aforementioned information processing method associated description and understand, each processing unit in the electronic equipment of the embodiment of the present invention, can pass through It realizes the analog circuit of function described in the embodiment of the present invention and realizes, it can also be by executing function described in the embodiment of the present invention Can operation of the software on intelligent terminal and realize.

Embodiment seven

The embodiment of the invention also provides a kind of electronic equipment, Fig. 9 is second of the electronic equipment of the embodiment of the present invention Composed structure schematic diagram；As shown in figure 9, the electronic equipment has the first sensing unit 81, the first display unit 82 and second Display unit 83；First display unit 82 has the first display area；Second display unit 83 has the second display Region；The electronic equipment when being interacted with the first interactive mode and the user of the electronic equipment user can observe To first display area of first display unit 82；The electronic equipment with the second interactive mode and the user into The user is able to observe that second display area of second display unit 83 when row interaction；First display is single Member 82 is different from the displaying principle of second display unit 83；Second display area is less than first display area； Since the displaying principle difference of first display unit 82 and second display unit 83 causes described in user's use The interactive mode of electronic equipment is different；

Second interactive mode is the eyes of the user close to second display unit on the electronic equipment The view mode of 83 second display area, wherein when the user observes the electronics with second interactive mode The eyes that the light beam that the second display unit 83 is issued described in when the second display area of equipment is incident on the user make It obtains the user and perceives the second perception picture；The size of the second perception picture is greater than second display area；It is described Second perception picture includes first user interface；

The electronic equipment further include: the second sensing unit 88, the first output control unit 84, the first determination unit 85, Call execution unit 86 and the second output control unit 87；Wherein,

Second sensing unit 88, for obtaining selection operation；

First output control unit 84, the first display area for controlling first display unit 82 export aobvious Before showing the first object identity, sensed parameter is obtained by first sensing unit 81；Described in sensed parameter characterization When electronic equipment is in first interactive mode, K object identity is obtained, K is positive integer；Control first display unit 82 the first display area shows an object identity in the K object identity；It is also used to single according to second induction The selection operation that member 88 obtains determines the first object identity from the K object identity and shows first object identity Show in the first display area of first display unit 82；It is also used to control the first viewing area of first display unit 82 Domain output the first object identity of display, so that the user in first interactive mode passes through first viewing area Domain perceives first object identity；

Second output control unit 87, second display area for controlling second display unit 83 are defeated First user interface corresponding to first application program for calling execution unit 86 to start out, so that being in The user of second interactive mode perceives first user interface by second display area.

Embodiment eight

The embodiment of the invention also provides a kind of electronic equipment, Figure 10 is the third of the electronic equipment of the embodiment of the present invention Composed structure schematic diagram；As shown in Figure 10, the electronic equipment has the first sensing unit 81, the first display unit 82 and second Display unit 83；First display unit 82 has the first display area；Second display unit 83 has the second display Region；The electronic equipment when being interacted with the first interactive mode and the user of the electronic equipment user can observe To first display area of first display unit 82；The electronic equipment with the second interactive mode and the user into The user is able to observe that second display area of second display unit 83 when row interaction；First display is single Member 82 is different from the displaying principle of second display unit 83；Second display area is less than first display area； Since the displaying principle difference of first display unit 82 and second display unit 83 causes described in user's use The interactive mode of electronic equipment is different；

The electronic equipment further include: third sensing unit 89, the first output control unit 84, the first determination unit 85, Call execution unit 86 and the second output control unit 87；Wherein,

First output control unit 84, the first display area for controlling first display unit 82 export aobvious Show the first object identity, so that the user in first interactive mode is perceived by first display area First object identity；It is also used to determine that the electronic equipment is in the first interaction side when first determination unit 85 When formula, handles the second user interactive interface and generate an addition information；The first object mark is controlled with the addition information The change of knowledge, and the first display area of first display unit 82 is shown into the first object mark after output display change Know；The first object identity after the change includes the addition information；

Second output control unit 87, second display area for controlling second display unit 83 are defeated First user interface corresponding to first application program for calling execution unit 86 to start out, so that being in The user of second interactive mode perceives first user interface by second display area；Also use Second user friendship is formed in responding the first user interface described in the input operation change that the third sensing unit 89 obtains Mutual interface；

The third sensing unit 89, for obtaining the input operation for being directed to first user interface.

Embodiment nine

The embodiment of the invention also provides a kind of electronic equipment, as shown in figure 8, the electronic equipment has the first induction single First 81, first display unit 82 and the second display unit 83；First display unit 82 has the first display area；Described Two display units 83 have the second display area；The electronic equipment with the user of the first interactive mode and the electronic equipment into The user is able to observe that first display area of first display unit 82 when row interaction；The electronic equipment with Second interactive mode and the user when interacting the user be able to observe that described the of second display unit 83 Two display areas；First display unit 82 is different from the displaying principle of second display unit 83；Second display Region is less than first display area；Due to the displaying principle of first display unit 82 and second display unit 83 Difference causes the user different using the interactive mode of the electronic equipment；

The electronic equipment further include: the first output control unit 84, calls 86 and of execution unit at first determination unit 85 Second output control unit 87；Wherein,

Second output control unit 87, second display area for controlling second display unit 83 are defeated First user interface corresponding to first application program for calling execution unit 86 to start out, so that being in The user of second interactive mode perceives first user interface by second display area；Also use In when first determination unit 85 determines that the electronic equipment is in second interactive mode, it is directed to the calling every time The same target mark that execution unit 86 starts controls second display area output institute of second display unit 83 The display parameter value for stating the loading end of the first user interface corresponding to the first application program is once updated.

It will be appreciated by those skilled in the art that in the electronic equipment of the embodiment of the present invention each processing unit function, can join According to aforementioned information processing method associated description and understand, each processing unit in the electronic equipment of the embodiment of the present invention, can pass through It realizes the analog circuit of function described in the embodiment of the present invention and realizes, it can also be by executing described in the embodiment of the present invention Operation of the software of function on intelligent terminal and realize.

The first output control unit 84, first in the embodiment of the present invention six into embodiment nine, in the electronic equipment Determination unit 85 calls execution unit 86 and the second output control unit 87, in practical applications can be by the electronic equipment In central processing unit (CPU, Central Processing Unit), digital signal processor (DSP, Digital Signal Processor) or programmable gate array (FPGA, Field-Programmable Gate Array) is realized；The electronics is set The first display unit 82 in standby, can be realized in practical applications by the display screen or display of the electronic equipment；The electricity The second display unit 83 in sub- equipment can be realized in practical applications by the optical projection system in the electronic equipment；Institute The first sensing unit 81 in electronic equipment is stated, it in practical applications can be by the camera or pressure biography in the electronic equipment Sensor or gravity sensor or range sensor or chip with speech identifying function or with key detection function Chip etc. is realized；The second sensing unit 88 in the electronic equipment, can be realized in practical applications by touch-control sensing screen；It is described Third sensing unit 89 in electronic equipment in practical applications can be real by CPU, DSP or FPGA in the electronic equipment It is existing.

It should be understood by those skilled in the art that, the embodiment of the present invention can provide as method, equipment or computer program Product.Therefore, the shape of hardware embodiment, software implementation or embodiment combining software and hardware aspects can be used in the present invention Formula.Moreover, the present invention, which can be used, can use storage in the computer that one or more wherein includes computer usable program code The form for the computer program product implemented on medium (including but not limited to magnetic disk storage and optical memory etc.).

The present invention be referring to according to the method for the embodiment of the present invention, the flow chart of equipment and computer program product and/or Block diagram describes.It should be understood that each process that can be realized by computer program instructions in flowchart and/or the block diagram and/or The combination of process and/or box in box and flowchart and/or the block diagram.It can provide these computer program instructions to arrive General purpose computer, special purpose computer, Embedded Processor or other programmable data processing devices processor to generate one Machine, so that being generated by the instruction that computer or the processor of other programmable data processing devices execute for realizing flowing The device for the function of being specified in journey figure one process or multiple processes and/or block diagrams one box or multiple boxes.

These computer program instructions, 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 instruction stored in the computer readable memory generation includes The manufacture of command device, the command device are realized in one box of one or more flows of the flowchart and/or block diagram Or the function of being specified in multiple boxes.

These computer program instructions 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 instruction 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 foregoing is only a preferred embodiment of the present invention, is not intended to limit the scope of the present invention.

Claims

1. a kind of information processing method, the method is applied in electronic equipment, the electronic equipment have the first sensing unit, First display module and the second display module；First display module has the first display area；Second display module With the second display area；Described in when the electronic equipment is interacted with the user of the first interactive mode and the electronic equipment User is able to observe that first display area of first display module；The electronic equipment with the second interactive mode with The user when interacting the user be able to observe that second display area of second display module；The side Method includes:

The first display area output the first object identity of display for controlling first display module, so that being in described first The user of interactive mode perceives first object identity by first display area；

Sensed parameter is obtained by first sensing unit；

When the sensed parameter, which characterizes the electronic equipment, is in second interactive mode, the first object mark is determined Know；Call instruction is generated based on first object identity；Respond the call instruction starting and first object identity pair The first application program answered；

Second display area for controlling second display module exports the first use corresponding to first application program Family interactive interface, so that described in the user in second interactive mode perceived by second display area First user interface；

Wherein, first display module is different from the displaying principle of second display module；Second display area is small In first display area；Since the displaying principle difference of first display module and second display module leads to institute It is different using the interactive mode of the electronic equipment to state user.

2. the method according to claim 1, wherein first interactive mode is separate for the eyes of the user The view mode of first display area of first display module on the electronic equipment；Wherein, as the user The eyes of user make described when observing first display area of the electronic equipment with first interactive mode User perceives the first perception picture；The size of the first perception picture is equal to first display area；First sense Know that picture includes first object identity；

Second interactive mode for the user eyes close to second display module on the electronic equipment institute State the view mode of the second display area, wherein when the user observes the electronic equipment with second interactive mode The eyes that the light beam that the second display module is issued described in when the second display area is incident on the user make the use Family perceives the second perception picture；The size of the second perception picture is greater than second display area；Second perception Picture includes first user interface.

3. according to the method described in claim 2, it is characterized in that, second display area is less than or equal to predetermined area；Institute The first display area is stated greater than the predetermined area.

4. according to the method described in claim 3, it is characterized in that, the predetermined area is the eyes and the electricity of the user When sub- equipment meets preset distance, the cross-sectional area of the eye coverage of the user.

5. according to the method described in claim 2, it is characterized in that, the first viewing area of control first display module Before domain output the first object identity of display, the method also includes:

Sensed parameter is obtained by first sensing unit；

The first display area for controlling first display module shows an object identity in the K object identity；

The first object identity is determined from the K object identity according to the selection operation and by first object identity It is shown in the first display area of first display module.

6. according to the method described in claim 2, it is characterized in that, the method also includes:

When the sensed parameter, which characterizes the electronic equipment, is in first interactive mode, the second user interaction is handled Interface generates an addition information；

The change of first object identity is controlled with the addition information, and the first of first display module is shown The first object identity after the display output display change of region；The first object identity after the change includes the addition letter Breath.

7. according to the method described in claim 2, it is characterized in that, which comprises

When the sensed parameter, which characterizes the electronic equipment, is in second interactive mode, identified every time for same target Second display area for controlling second display module exports the first user corresponding to first application program The display parameter value of the loading end of interactive interface is once updated.

8. according to the method described in claim 2, it is characterized in that, the electronic equipment is wearable electronic equipment；It is described to wear The formula electronic equipment of wearing includes: frame body, fixed device and function body portion；

The fixed device is connect with the frame body, and the fixed device is used to the electronic equipment being fixed on supporter Above and when the electronic equipment passes through the frame body and the fixed dress when the fixed device is fixed on the supporter It sets and constitutes an annulus；

The function body portion includes at least the first display module and the second display module；First display module is arranged in institute It states in frame body, second display module is arranged in the frame body；

First display module is the first display screen, and the first display screen is used to show output the second display content, The size of the first display screen is the first display area of first display module；

Second display module is optical projection system, and the first part of second display module is light conducting subassembly, institute The second part for stating the second display module is display component and collimator assembly；

The smooth conducting subassembly is made of transparent material；

The collimator assembly is used to carrying out first light beam for projecting output in a manner of the light beam into processing to be converted into second Light beam output；

The smooth conducting subassembly is used to carry out second light beam to carry out in the transparent material for constituting the smooth conducting subassembly Conduction, wherein including reflector element in the smooth conducting subassembly, the specific region beyond part, institute is arranged in the reflector element Reflector element is stated for conduction orientation of second light beam in the transparent material will to be changed, is projected with second direction；Institute It is consistent with the second display outbound course of content of the first display screen of first display module to state second direction；Institute State the second viewing area that the specific region of the reflector element is provided in light conducting subassembly as second display module Domain.

9. a kind of electronic equipment, the electronic equipment has the first sensing unit, the first display unit and the second display unit；Institute The first display unit is stated with the first display area；Second display unit has the second display area；The electronic equipment The user is able to observe that first display is single when being interacted with the user of the first interactive mode and the electronic equipment First display area of member；Electronic equipment user's energy when being interacted with the second interactive mode and the user Enough observe second display area of second display unit；The electronic equipment further include: the first output control is single Member, calls execution unit and the second output control unit at the first determination unit；Wherein,

First output control unit, the first display area for controlling first display unit export first pair of display As mark, so that the user in first interactive mode perceives described first by first display area Object identity；

First determination unit, it is true according to the sensed parameter for obtaining sensed parameter by first sensing unit The interactive mode that the fixed electronic equipment is in；

The calling execution unit, for determining that the electronic equipment is in the second interaction side when first determination unit When formula, determines first object identity of the first output control unit output display, be based on first object identity Generate call instruction；It responds the call instruction and starts the first application program corresponding with first object identity；

Second output control unit, second display area for controlling second display unit export the tune First user interface corresponding to first application program with execution unit starting, so that being handed in described second The user of mutual mode perceives first user interface by second display area；

Wherein, first display unit is different from the displaying principle of second display unit；Second display area is small In first display area；Since the displaying principle difference of first display unit and second display unit leads to institute It is different using the interactive mode of the electronic equipment to state user.

10. electronic equipment according to claim 9, which is characterized in that first interactive mode is the eye of the user The view mode of first display area of the eyeball far from first display unit on the electronic equipment；Wherein, work as institute The eyes for stating user when user observes first display area of the electronic equipment with first interactive mode make It obtains the user and perceives the first perception picture；The size of the first perception picture is equal to first display area；It is described First perception picture includes first object identity；

Second interactive mode for the user eyes close to second display unit on the electronic equipment institute State the view mode of the second display area, wherein when the user observes the electronic equipment with second interactive mode The eyes that the light beam that the second display unit is issued described in when the second display area is incident on the user make the use Family perceives the second perception picture；The size of the second perception picture is greater than second display area；Second perception Picture includes first user interface.

11. electronic equipment according to claim 10, which is characterized in that second display area is less than or equal to predetermined face Product；First display area is greater than the predetermined area.

12. electronic equipment according to claim 11, which is characterized in that the predetermined area be the user eyes with When the electronic equipment meets preset distance, the cross-sectional area of the eye coverage of the user.

13. electronic equipment according to claim 10, which is characterized in that the electronic equipment further includes the second induction list Member, for obtaining selection operation；

First output control unit is also used to control the first display area output display first of first display unit Before object identity, sensed parameter is obtained by first sensing unit；When the sensed parameter characterizes the electronic equipment When in first interactive mode, K object identity is obtained, K is positive integer；Control first display unit first is aobvious Show that region shows an object identity in the K object identity；It is also used to the choosing obtained according to second sensing unit Operation is selected to determine the first object identity from the K object identity and show first object identity described first First display area of display unit.

14. electronic equipment according to claim 10, which is characterized in that the electronic equipment further includes that third induction is single Member, for obtaining the input operation for being directed to first user interface；

Second output control unit is also used to respond first described in the input operation change that the third sensing unit obtains User interface forms second user interactive interface；

First output control unit is also used to determine that the electronic equipment is in described first when first determination unit When interactive mode, handles the second user interactive interface and generate an addition information；With addition information control described first The change of object identity, and the first display area of first display unit is shown into first pair after output display change As mark；The first object identity after the change includes the addition information.

15. electronic equipment according to claim 10, which is characterized in that second output control unit is also used to work as When first determination unit determines that the electronic equipment is in second interactive mode, list is executed for the calling every time The same target mark of member starting controls second display area output, first application of second display unit The display parameter value of the loading end of first user interface corresponding to program is once updated.