CN102541492A - Display method and electronic equipment - Google Patents

Abstract

The embodiment of the invention provides a display method for electronic equipment and the corresponding electronic equipment. The display method provided by the embodiment of the invention is used in the electronic equipment which comprises a display unit. The method comprises: running a first application and generating a first operation mapping display region associated with the first application; running a second application and generating a second operation mapping display region associated with the second application; and generating and displaying a third operation interface, wherein the third operation interface comprises the first operation mapping display region and the second operation mapping display region, and in the third operation interface, the size of the first operation mapping display region and the size of the second operation mapping display region are associated.

Description

Display packing and electronic equipment

Technical field

The embodiment of the invention relates to a kind of display packing and corresponding electronic device that is applied to electronic equipment.

Background technology

At present, for example the various electronics of personal computer, portable computer, lithographic plate formula computing machine, portable cell phone and portable music player etc. are widely used.User's use for ease, increasing electronic equipment production firm and operating system provider have proposed improved user interface.For example, Android operating system has proposed to show on the table the tumbling-type main screen (Home Screen) of the quick demonstration of plug-in unit and application.And Legend Company has proposed to integrate the operation interface that communication is experienced, that is, in operation interface, will represent conversation, note, instant chat, these four kinds of the most frequently used communication modes of Email to integrate.

Yet, when the user hopes the application in the electronic equipment operated, need usually to activate application corresponding, and main screen is switched to this use pairing operation interface through the quick demonstration in the main screen.In this case, the user can only see this and use pairing interface when operational applications, and can not watch other interior in using perhaps other application to be operated simultaneously.

In addition, though existing certain operations system supports a plurality of application to move simultaneously, yet the operation interface of these a plurality of application is separate or arrange with simple overlap mode, is not easy to the user and carries out unified management.

Summary of the invention

The purpose of the embodiment of the invention is to provide a kind of display packing and corresponding electronic device that is applied to electronic equipment, to address the above problem.

The embodiment of the invention provides a kind of display packing, is applied to electronic equipment, and wherein electronic equipment comprises display unit, and method comprises: operation first is used, and generates the first operation map viewing area of using about first; Operation second is used, and generates the second operation map viewing area of using about second; Generation also shows the 3rd operation interface, and wherein the 3rd operation interface comprises the first operation map viewing area and the second operation map viewing area, and the size of the first operation map viewing area and the second operation map viewing area is big or small interrelated in the 3rd operation interface.

Another embodiment of the present invention provides a kind of display packing; Be applied to electronic equipment; Wherein electronic equipment comprises display unit; Method comprises: operation first is used and is generated with first and uses the first corresponding operation interface, wherein in said first operation interface, the function of said first application is carried out control operation; According to generating the first operation map viewing area, wherein in the first operation map viewing area, can realize the partial function in first operation interface with pairing first operation interface of first application; Generation also shows the 6th operation interface, and wherein the 6th operation interface comprises the first operation map viewing area.

Another embodiment of the present invention provides a kind of electronic equipment, comprising: first processing unit, configuration move first and use and generate the first operation map viewing area of using about first; Second processing unit, configuration move second and use and generate the second operation map viewing area of using about second; The 3rd processing unit; Configuration generates the 3rd operation interface; Wherein the 3rd operation interface comprises the first operation map viewing area and the second operation map viewing area, and the size of the first operation map viewing area and the second operation map viewing area is big or small interrelated in the 3rd operation interface; And display unit, configured for displaying the 3rd operation interface.

Another embodiment of the present invention provides a kind of electronic equipment, comprising: application processing unit, configuration are moved first and are used and generate and the first corresponding operation interface of first application, wherein in first operation interface, the function of first application are carried out control operation; First generation unit, configuration come basis and pairing first operation interface generation of first application to show wherein can realize the partial function in first operation interface in the first operation map viewing area in the first operation map viewing area; Second generation unit, configuration generates the 6th operation interface, and wherein the 6th operation interface comprises the first operation map viewing area; And display unit, configured for displaying the 6th operation interface.

Another embodiment of the present invention provides a kind of electronic equipment, comprising: information process unit comprises: first functional module is used to carry out first function; Second functional module is used to carry out second function; And interface management module; Be used for generating user interface based on first functional module and second functional module; Wherein user interface comprises corresponding to first operational zone of first functional module with corresponding to second operational zone of second functional module, in user interface, and the size of first operational zone and second operational zone big or small interrelated; Said electronic equipment also comprises: display unit is used for the explicit user operation interface.

Through the scheme that the invention described above embodiment provides, can in same operation interface, watch the content in a plurality of application simultaneously, or a plurality of application are operated.In addition, through the scheme that the invention described above embodiment provides, can be in same operation interface, to carrying out unified management about the first operation map viewing area of first application with about the second operation map viewing area of second application.Thereby convenient for users to use, improved user experience.

Description of drawings

In order to be illustrated more clearly in the technical scheme of the embodiment of the invention, will do to introduce simply to the accompanying drawing of required use in the description of embodiment below.Accompanying drawing in describing below only is an exemplary embodiment of the present invention.

Fig. 1 is the process flow diagram of having described according to the display packing of the embodiment of the invention.

Fig. 2 shows the key diagram of a kind of illustrative case of original state of the 3rd operation interface of generation.

Fig. 3 a shows in the 3rd operation interface a kind of key diagram of illustrative case that change in location according to tie point changes the size of the first operation map viewing area and the second operation map viewing area.

Fig. 3 b shows in the 3rd operation interface the key diagram of another kind of illustrative case that change in location according to tie point changes the size of the first operation map viewing area and the second operation map viewing area.

Fig. 4 a shows in the 3rd operation interface, the key diagram of a kind of illustrative case when tie point moves to first edge of the 3rd operation interface.

Fig. 4 b shows when the mobile end of tie point the key diagram that tie point is moved to a kind of illustrative case of the primary importance the 3rd operation interface from first edge.

Fig. 5 a shows under the original state of the 3rd operation interface that generates, the key diagram of a kind of illustrative case of the arrangement of object in the first operation map viewing area and the second operation map viewing area.

Fig. 5 b shows when the position change of tie point; The first operation map viewing area of confirming according to the position of tie point and the size of the second operation map viewing area are confirmed the key diagram of a kind of illustrative case that puts in order of object in the first operation map viewing area and the second operation map viewing area.

Fig. 6 has described the process flow diagram of display packing according to another embodiment of the present invention.

Fig. 7 has described the process flow diagram of display packing according to another embodiment of the present invention.

Fig. 8 shows the key diagram that in the 3rd operation interface, carries out a kind of illustrative case of move operation.

Fig. 9 has described the process flow diagram of display packing according to another embodiment of the present invention.

Figure 10 is the demonstrative structure block diagram that illustrates according to the electronic equipment of the embodiment of the invention.

Figure 11 illustrates the demonstrative structure block diagram of electronic equipment according to another embodiment of the present invention.

Figure 12 illustrates the demonstrative structure block diagram of electronic equipment according to another embodiment of the present invention.

Figure 13 illustrates the demonstrative structure block diagram of electronic equipment according to another embodiment of the present invention.

Figure 14 illustrates the demonstrative structure block diagram of electronic equipment according to another embodiment of the present invention.

Figure 15 illustrates the demonstrative structure block diagram of electronic equipment according to another embodiment of the present invention.

Figure 16 illustrates the demonstrative structure block diagram of electronic equipment according to another embodiment of the present invention.

Figure 17 illustrates the demonstrative structure block diagram of electronic equipment according to another embodiment of the present invention.

Embodiment

Hereinafter, with preferred embodiments of the present invention will be described in detail with reference to the annexed drawings.Note, in this instructions and accompanying drawing, have substantially the same step and represent with identical Reference numeral, and will be omitted the repetition of explanation of these steps and element with element.

In following examples of the present invention, electronic equipment refer to can with the equipment of other devices communicatings.The concrete form of electronic equipment includes but not limited to personal computer, portable computer, lithographic plate formula computing machine, portable cell phone, personal digital assistant and portable music player etc.Electronic equipment has display unit.Display unit can comprise the display screen of types such as TFT, OLED, also can comprise the display screen of low-power consumption such as the display screen of types such as Memory LCD, E-Ink.The type of display screen does not constitute qualification of the present invention.

Fig. 1 is the process flow diagram of having described according to the display packing 100 of the embodiment of the invention.Below, will the display packing according to the embodiment of the invention be described with reference to Fig. 1.

Display packing 100 can be used for comprising the electronic equipment of display unit.As shown in Figure 1, in step S101, operation first is used, and generates the first operation map viewing area of using about first, and operation second is used in step S102, and generates the second operation map viewing area of using about second.Particularly, first answer apparatus that first operation interface that can carry out control operation to first function used can be arranged wherein.Can generate the first operation map viewing area according to first operation interface, and at least a portion of in the first operation map viewing area, carrying out the control operation of the carrying out in first operation interface.Similarly, second answer apparatus that second operation interface that can carry out control operation to second function used can be arranged wherein.Can generate the second operation map viewing area according to second operation interface, and at least a portion of in the second operation map viewing area, carrying out the control operation of the carrying out in second operation interface.

For example, application can be audio/video player, Flame Image Process application, text processing application etc.The particular type of using does not constitute qualification of the present invention.Particularly, first application can be audio player, in first operation interface, can carry out control operation to the function such as broadcast, F.F., rewind down that audio player provided.Can generate the first operation map viewing area according to first operation interface.And in the first operation map viewing area, can carry out and control operation identical in first operation interface, that is, can in the first operation map viewing area, can carry out control operation the function such as broadcast, F.F., rewind down that audio player provided.Second application can be Flame Image Process and uses, and in second operation interface, can use the function such as display image, amplification/downscaled images, edited image, image rotating that is provided to Flame Image Process and carry out control operation.Can generate the second operation map viewing area according to second operation interface.And in the second operation map viewing area, can carry out the part control operation in second operation interface.For example, can be in the second operation map viewing area can use the display image that is provided to Flame Image Process, the function of amplification/downscaled images is carried out control operation.

In the operation map viewing area, carry out the part of the control operation of the carrying out in corresponding operation interface; Promptly; Mapping carry out in the viewing area for application corresponding under the situation of control operation of partial function, the control operation of in the mapping viewing area, carrying out can be the control operation for the basic function of application corresponding.For example be applied as the Flame Image Process application; And have under the situation of functions such as display image, amplification/downscaled images, edited image, image rotating; Can be in the second operation map viewing area can use basic functions such as the display image that provided, amplification/downscaled images to Flame Image Process and carry out control operation, and in the second operation map viewing area, not realize for the comparatively control of complicated function such as edited image, image rotating.

In step S103, generate and show the 3rd operation interface.The 3rd operation interface comprises the first operation map viewing area and the second operation map viewing area, and the size of the first operation map viewing area and the second operation map viewing area is big or small interrelated in the 3rd operation interface.For example, when the input in response to the user, when the area of the first operation map viewing area increases, can correspondingly dwindle the area of the second operation map viewing area, vice versa.Preferably, can use generation and show the 3rd operation interface through moving the 3rd.That is to say; Use generation and show the 3rd operation interface that comprises the first operation map viewing area and the second operation map viewing area through moving the 3rd, and the partial function at least that in the first operation map viewing area and the second operation map viewing area, can use the partial function at least and second of first application respectively carry out control operation.

In display packing according to present embodiment, can in same operation interface, carry out control operation to the partial function at least in a plurality of application, and can be to carrying out unified management corresponding to a plurality of mappings viewing area of many application respectively.Thereby made things convenient for user's operation.

According to an example of the present invention, in the 3rd operation interface of generation and demonstration, the big I of the size of the first operation map viewing area and the second operation map viewing area is interrelated through tie point in step S103.And in the 3rd operation interface, the first operation map viewing area is between first edge of tie point and the 3rd operation interface, and the second operation map viewing area is between second edge of tie point and the 3rd operation interface.

Fig. 2 shows the key diagram of a kind of illustrative case of original state of the 3rd operation interface 300 of generation.Fig. 3 a shows in the 3rd operation interface 300 a kind of key diagram of illustrative case that change in location according to tie point 330 changes the size of the first operation map viewing area 310 and the second operation map viewing area 320.Fig. 3 b shows in the 3rd operation interface 300 key diagram of another kind of illustrative case that change in location according to tie point 330 changes the size of the first operation map viewing area 310 and the second operation map viewing area 320.Below, will the step S103 in the display packing 100 according to an embodiment of the invention be described with reference to Fig. 2 and Fig. 3 a and Fig. 3 b.

In the embodiment shown in Fig. 2 and Fig. 3 a and Fig. 3 b, the 3rd operation interface 300 comprises the first operation map viewing area 310 and the second operation map viewing area 320.The size of the size of the first operation map viewing area 310 and the second operation map viewing area 320 is interrelated through tie point 330.In the 3rd operation interface 330, the first operation map viewing area 310 is between the left hand edge of tie point 330 and the 3rd operation interface, and the second operation map viewing area 320 is between the right hand edge of tie point 330 and the 3rd operation interface.

In addition, according to this example in the 3rd operation interface, confirm the size of the first operation map viewing area and the second operation map viewing area according to the position of tie point.Particularly, when tie point when first edge moves, dwindle the first operation map viewing area, amplify the second operation map viewing area simultaneously.Fig. 3 b shows in the 3rd operation interface 300 a kind of key diagram of illustrative case that change in location according to tie point 330 changes the size of the first operation map viewing area 310 and the second operation map viewing area 320.Shown in Fig. 3 b; In the 3rd operation interface 300, when tie point 330 from the initial position shown in Fig. 3 a when the left hand edge of the 3rd operation interface 300 moves, according to the position of tie point 330; Correspondingly dwindle the first operation map viewing area 310, amplify the second operation map viewing area 320 simultaneously.

Preferably; Shown in Fig. 3 a; When tie point 330 moves from initial position shown in Figure 2 left hand edge to the 3rd operation interface 300; And according to the position of tie point 330, when the area of confirming the first operation map viewing area 310 is less than or equal to predetermined area, can be when amplifying the second operation map viewing area 320; The icon that data representing first is used in the first operation map viewing area 310, and do not show under normal circumstances the option of the control operation of can the first operation map viewing area 310 checking first content-data that comprised in using that obtains or under normal circumstances showing in the first operation map viewing area 310.

For example; Preestablish in the 3rd operation interface 300; The initial position of tie point 330 is the geometric center of the 3rd operation interface 300, and the first operation map viewing area 310 and the second operation map viewing area 320 have equal initial area S, and predetermined area s is 1/3rd of initial area S.Suppose that first is applied as audio player.When confirming the first operation map viewing area 310 greater than predetermined area s according to the position of tie point, tabulation and the control operation option such as broadcast, F.F., rewind down that audio player provided display the play in can the first operation map viewing area 310.And when according to the position of tie point 330, the area of confirming the first operation map viewing area 310 is during less than predetermined area s, only the icon of data representing audio player in the first operation map viewing area 310.

Similarly, shown in Fig. 3 b, when tie point when second edge moves, dwindle the second operation map viewing area, amplify the first operation map viewing area simultaneously.Fig. 3 c shows in the 3rd operation interface 300 key diagram of another kind of illustrative case that change in location according to tie point 330 changes the size of the first operation map viewing area 310 and the second operation map viewing area 320.Shown in Fig. 3 c; In the 3rd operation interface 300, when tie point 330 from initial position shown in Figure 2 when the right hand edge of the 3rd operation interface 300 moves, according to the position of tie point 330; Correspondingly dwindle the second operation map viewing area 320, amplify the first operation map viewing area 310 simultaneously.

Preferably; When tie point 330 moves from initial position shown in Figure 2 right hand edge to the 3rd operation interface 300; And position according to tie point 330; When the area of confirming the second operation map viewing area 320 is less than or equal to predetermined area; Can be when amplifying the second operation map viewing area 310, the icon that data representing second is used in the second operation map viewing area 320, and do not show under normal circumstances the option of the control operation of can the second operation map viewing area 320 checking first content-data that comprised in using that obtains or under normal circumstances showing in the second operation map viewing area 320.

According to another embodiment of the present invention, display packing also can comprise: when tie point moves to first edge, in the 3rd operation interface, show the second operation map viewing area with maximization, and do not show the first operation map viewing area.And after tie point is moved to first edge, detect moving of tie point and whether finish.When the mobile end of tie point, tie point is moved to the primary importance the 3rd operation interface from first edge, and confirm the size of the first operation map viewing area and the second operation map viewing area according to primary importance.After the size of adjusting the first operation map viewing area and the second operation map viewing area according to primary importance, the user can see the existence first operation map viewing area at least.

Primary importance can be optional position on the edge that is not positioned at the 3rd operation interface, in the 3rd operation interface.Replacedly, can in the 3rd operation interface, primary importance be set in advance near first edge.In addition, primary importance can be when generating the 3rd operation interface, the initial position of tie point.When the mobile end of tie point, tie point is moved to the predefined primary importance the 3rd operation interface from first edge.

Fig. 4 a shows in the 3rd operation interface 400, the key diagram of a kind of illustrative case when tie point 430 moves to first edge of the 3rd operation interface 400.Fig. 4 b shows when the mobile end of tie point 430 key diagram that tie point 430 is moved to a kind of illustrative case of the primary importance A the 3rd operation interface from first edge.In the example shown in Fig. 4 a and Fig. 4 b, the 3rd operation interface 400 comprises the first operation map viewing area 410, the second operation map viewing area 420 and tie point 430.

Shown in Fig. 4 a, when tie point 430 moves to the left hand edge of the 3rd operation interface 400, in the 3rd operation interface 400, show the second operation map viewing area 420, and do not show the first operation map viewing area 410 with maximization.That is to say, at this moment, in the 3rd operation interface 400, can't see the existence first operation map viewing area 410.

After tie point 430 is moved to the left hand edge of the 3rd operation interface 400, detect moving of tie point 430 and whether finish.When the mobile end of tie point 430; Shown in Fig. 4 b; Tie point 430 is moved to the primary importance A the 3rd operation interface 400 from left hand edge, and confirm the size of the first operation map viewing area 410 and the second operation map viewing area 430 according to primary importance A.Shown in Fig. 4 b, according to primary importance A, the area of the first operation map viewing area 410 is less, and the second operation map viewing area 420 is bigger.At this moment, in the 3rd operation interface 400, can see the existence first operation map viewing area 410.

Thereby in display packing according to present embodiment; Even under an edge that moves to the 3rd operation interface owing to tie point 430 causes situation that an operation map viewing area in the 3rd operation interface can't show; After finishing the moving of tie point; Can return the primary importance in the 3rd operation interface through making tie point; In the 3rd operation interface, can see comprising each operation map viewing area, prevent that the user from misunderstanding to the operation map viewing area that comprises in the 3rd operation interface.

Similarly, according to another embodiment of the present invention, when tie point moves to second edge, in the 3rd operation interface, show the first operation map viewing area, and do not show the second operation map viewing area with maximization.And after tie point is moved to second edge, detect moving of tie point and whether finish.When the mobile end of tie point, tie point is moved to the second place the 3rd operation interface from second edge, and confirm the size of the first operation map viewing area and the second operation map viewing area according to the second place.

According to another embodiment of the present invention; When confirming the first operation map viewing area and the second operation map viewing area big or small according to the position of tie point; Also can be according to the size of the determined first operation map viewing area and the second operation map viewing area, confirm putting in order of object in the first operation map viewing area and the second operation map viewing area.

Fig. 5 a shows under the original state of the 3rd operation interface 500 that generates, the key diagram of a kind of illustrative case of the arrangement of object in the first operation map viewing area 510 and the second operation map viewing area 520.Fig. 5 b shows when the position change of tie point 530; The first operation map viewing area of confirming according to the position of tie point 530 510 and the size of the second operation map viewing area 520 are confirmed the key diagram of a kind of illustrative case that puts in order of object in the first operation map viewing area 510 and the second operation map viewing area 520.Below will combine Fig. 5 a and Fig. 5 b to describe the display packing of present embodiment.

Shown in Fig. 5 a; Under the original state of the 3rd operation interface 500 that generates; Preceding 4 objects 511,512,513,514 that comprise in first application have been shown in the first operation map viewing area 510, and preceding 4 objects 521,522,523,524 that comprise in second application have been shown in the second operation map viewing area 520.Shown in Fig. 5 b; In the 3rd operation interface 500, when tie point 530 from the initial position shown in Fig. 5 a when the left hand edge of the 3rd operation interface 500 moves, according to the position of tie point 530; Correspondingly dwindle the first operation map viewing area 510, amplify the second operation map viewing area 520 simultaneously.Because the first operation map viewing area 510 diminishes; Therefore preceding 2 objects that only in first application shown in the first operation map viewing area 510, comprise; Promptly; Therefore object 511 and 512, and because the narrowed width of the first operation map viewing area 510 changes object 511 and 512 into vertical arrangement from transversely arranged.Simultaneously; Because the second operation map viewing area 520 becomes big; Therefore preceding 6 objects that in second application shown in the second operation map viewing area 520, comprise, that is, and object 521,522,523,524,525,526; And, therefore increase the quantity of the object of every row layout because the width of the second operation map viewing area 520 broadens.

According to another embodiment of the present invention, display packing also can comprise: generation comprises corresponding to the 4th operation interface of the icon of at least one application and the 5th operation interface that generation comprises at least one little (widget).The quantity of in electronic equipment, using more for a long time, the 4th operation interface can comprise the multihead display content of the icon of show using.In addition, each little can be corresponding to a screen displaying contents, and when having the quantity of a plurality of application in the electronic equipment, the 5th operation interface can comprise the multihead display content of these a plurality of application.

Application can comprise application program (application).Usually, application program is corresponding to process independently, and when the user selects this application program, calls the process corresponding with this application program.And little be embedded in the pairing process of main screen (Home Screen), and each little corresponding to a thread in this main screen process.That is to say that when user's unlocking electronic equipment got into main screen, little in this electronic equipment also was activated simultaneously.For example, in Android operating system, in the launcher process that little is included in corresponding to main screen.

Fig. 6 has described the process flow diagram of display packing 600 according to another embodiment of the present invention.Below, will display packing according to another embodiment of the present invention be described with reference to Fig. 6.

As shown in Figure 6; Similar with the step S101 of the method 100 shown in Fig. 1 to step S103; In step S601, operation first is used, and generates the first operation map viewing area of using about first; And operation second is used in step S602, and generates the second operation map viewing area of using about second.In step S603, generate and show the 3rd operation interface.

The difference of the method shown in the method shown in Fig. 6 and Fig. 1 is that display packing 600 comprises that also step S604 is to step S606.Particularly, in step S604, generation comprises the 4th operation interface corresponding to the icon of at least one application, and in step S605, generation comprises at least one the 5th operation interface of little.In step S606, generate and the display interface toggle control.Through being operated, the interface toggle control can between said the 3rd operation interface, said the 4th operation interface and said the 5th operation interface, carry out switching displayed.It should be noted that toggle control not necessarily is presented on the viewing area all the time.Precalculated position that can be in the viewing area generates the interface toggle control, and when in detecting the switching controls zone that the user comprising the precalculated position that generates toggle control, carrying out the operation of moving cursor and so on for example, the toggle control of demonstration generation.

Fig. 7 has described the process flow diagram of display packing 700 according to another embodiment of the present invention.Below, will display packing according to another embodiment of the present invention be described with reference to Fig. 7.In the present embodiment, electronic equipment also comprises touch sensing unit.Touch sensing unit can comprise the touching induction region that can be made up of capacitive touch sensors or resistive touch sensor and so on sensor element.The particular type of sensor element does not constitute qualification of the present invention.

As shown in Figure 7; Similar with the step S101 of the method 100 shown in Fig. 1 to step S103; In step S701, operation first is used, and generates the first operation map viewing area of using about first; And operation second is used in step S702, and generates the second operation map viewing area of using about second.In step S703, generate and show the 3rd operation interface.

The difference of the method shown in the method shown in Fig. 7 and Fig. 1 is that display packing 700 comprises that also step S704 is to step S707.Particularly, in step S704, generation comprises the 4th operation interface corresponding to the icon of at least one application, and in step S705, generation comprises at least one the 5th operation interface of little.In step S706, the move operation of detecting operation body carries out switching displayed according to move operation at step S707 then between said the 3rd operation interface, said the 4th operation interface and said the 5th operation interface.

Preferably, with touch sensing unit and the overlapping setting of display unit.When the move operation of detecting operation body, can obtain the starting point coordinate and the terminal point coordinate of the corresponding vector of move operation.When starting point coordinate and terminal point coordinate all are positioned at same operation map viewing area, do not carry out blocked operation; And when not all being positioned at same operation map viewing area, carry out between the 3rd operation interface, the 4th operation interface and the 5th operation interface, carrying out switching displayed with corresponding vectorial starting point coordinate of move operation and terminal point coordinate.

Fig. 8 shows the key diagram that in the 3rd operation interface 800, carries out a kind of illustrative case of move operation.In the example depicted in fig. 8, the 3rd operation interface 800 comprises the first operation map viewing area 810 and the second operation map viewing area 820.When not all being positioned at same operation map viewing area, carry out between the 3rd operation interface, the 4th operation interface and the 5th operation interface, carrying out switching displayed with corresponding vectorial starting point coordinate of move operation and terminal point coordinate.When detect operating body between the B in the first operation map viewing area 810, the C point when the direction of arrow moves, do not carry out blocked operation.And when detect operating body the D point in the first operation map viewing area 810 and between the E point in the first operation map viewing area 810 when the direction of arrow moves, switch 800 to the 4th operation interface (not shown) from the 3rd operation interface.

Should note; Though be that example is described in the 3rd operation interface, simultaneously the operation map viewing area of first, second two application is managed in the above-described embodiments; But the invention is not restricted to this; For example, also can in the 3rd operation interface, manage more a plurality of operation map viewing areas of using simultaneously, and can in the 3rd operation interface, carry out control operation the partial function at least in a plurality of application.

Fig. 9 has described the process flow diagram of display packing 900 according to another embodiment of the present invention.Below, will display packing according to another embodiment of the present invention be described with reference to Fig. 9.Operation first is used and is generated with first and uses the first corresponding operation interface in step S901.In first operation interface, can carry out control operation to the function of said first application.In step S902, generate the first operation map viewing area according to using pairing first operation interface in first of step S901 operation.At least a portion of in the first operation map viewing area, carrying out the control operation of the carrying out in first operation interface.Last in step S903, generate and show the 6th operation interface that comprises the first operation map viewing area.Can use through operation the 6th and generate the 6th operation interface.

Below, the electronic equipment of embodiments of the invention is described with reference to Figure 10.Figure 10 is the demonstrative structure block diagram that illustrates according to the electronic equipment 1000 of the embodiment of the invention.As shown in Figure 10, the electronic equipment 1000 of present embodiment comprises first processing unit 1010, second processing unit 1020, the 3rd processing unit 1030 and display unit 1040.

Each module of electronic equipment 1000 is carried out each step/function of the display packing among above-mentioned Fig. 1, and is therefore succinct in order to describe, and no longer specifically describes.

For example, first processing unit 1010 can move first and use and generate the first operation map viewing area of using about first.Second processing unit 1020 can move second and use and generate the second operation map viewing area of using about second.As stated, first answer apparatus that first operation interface that can carry out control operation to first function used can be arranged wherein.First processing unit can generate the first operation map viewing area according to first operation interface, and at least a portion of in the first operation map viewing area, carrying out the control operation of the carrying out in first operation interface.Similarly, second answer apparatus that second operation interface that can carry out control operation to second function used can be arranged wherein.Second processing unit can generate the second operation map viewing area according to second operation interface, and at least a portion of in the second operation map viewing area, carrying out the control operation of the carrying out in second operation interface.

The 3rd processing unit 1030 can generate the 3rd operation interface; Wherein the 3rd operation interface comprises the first operation map viewing area and the second operation map viewing area, and the size of the first operation map viewing area and the second operation map viewing area is big or small interrelated in the 3rd operation interface.Display unit 1040 can show the 3rd operation interface.

Through electronic equipment according to present embodiment, can in same operation interface, carry out control operation to the partial function at least in a plurality of application, and can be to carrying out unified management corresponding to a plurality of mappings viewing area of many application respectively.Thereby made things convenient for user's operation.

Below, with reference to Figure 11 electronic equipment according to another embodiment of the present invention is described.Figure 11 illustrates the demonstrative structure block diagram of electronic equipment 1100 according to another embodiment of the present invention.Each module of electronic equipment 1100 is carried out each step/function of the display packing among above-mentioned Fig. 2, and is therefore succinct in order to describe, and no longer specifically describes.

As shown in Figure 11, similar with electronic equipment 1000, electronic equipment 1100 comprises first processing unit 1110, second processing unit 1120.First processing unit 1110 can move first and use and generate the first operation map viewing area of using about first.Second processing unit 1120 can move second and use and generate the second operation map viewing area of using about second.According to one embodiment of present invention, the 3rd processing unit 1130 can generate the 3rd operation interface that comprises the first operation map viewing area and the second operation map viewing area.Particularly; The size of the size of the first operation map viewing area and the second operation map viewing area is interrelated through tie point; And in the 3rd operation interface; The first operation map viewing area is between first edge of tie point and the 3rd operation interface, and the second operation map viewing area is between second edge of tie point and the 3rd operation interface.

The difference of the electronic equipment shown in the electronic equipment shown in Figure 11 and Figure 10 is that electronic equipment 1100 also comprises position detection unit 1150.Detecting unit 1150 can detect moving of tie point, and obtains first and move testing result.The 3rd processing unit 1130 also disposes to come in the 3rd operation interface confirms the size of the first operation map viewing area and the second operation map viewing area according to moving testing result about first of tie point.Move testing result indication tie point when first edge moves when first, the 3rd processing unit 1130 dwindles the first operation map viewing area, amplifies the second operation map viewing area simultaneously.And moving testing result indication tie point when second edge moves when first, the 3rd processing unit 1130 dwindles the second operation map viewing area, amplifies the first operation map viewing area simultaneously.Display unit 1140 can show the 3rd operation interface.

According to another embodiment of the present invention, the 3rd processing unit also can work as first when moving testing result indication tie point and moving to first edge, and the second operation map viewing area is arranged in maximization in the 3rd operation interface, and does not arrange the first operation map viewing area.After tie point was moved to first edge, whether position detection unit can detect moving of tie point and finish, and when detecting the mobile end of tie point, obtained second and move testing result.Move testing result according to second, the 3rd processing unit can move to the primary importance the 3rd operation interface from first edge with tie point, and confirms the size of the first operation map viewing area and the second operation map viewing area according to primary importance.

Thereby through electronic equipment according to present embodiment; Even under an edge that moves to the 3rd operation interface owing to tie point causes situation that an operation map viewing area in the 3rd operation interface can't show; After finishing the moving of tie point; Can return the primary importance in the 3rd operation interface through making tie point; In the 3rd operation interface, can see comprising each operation map viewing area, prevent that the user from misunderstanding to the operation map viewing area that comprises in the 3rd operation interface.

Similarly; According to another embodiment of the present invention; The 3rd processing unit also can work as first when moving testing result indication tie point and moving to second edge, in the 3rd operation interface, arranges the first operation map viewing area with maximization, and does not arrange the second operation map viewing area.After tie point moved to second edge, whether position detection unit also can detect moving of tie point and finish, and when detecting the mobile end of tie point, obtained the 3rd and move testing result.Move testing result according to the 3rd, the 3rd processing unit also can move to the second place the 3rd operation interface from second edge with tie point, and confirms the size of the first operation map viewing area and the second operation map viewing area according to the second place.

According to another embodiment of the present invention, first processing unit also can be according to the size of the determined first operation map viewing area, confirms putting in order of object in the first operation map viewing area.Second processing unit also can be according to the size of the determined second operation map viewing area, confirms putting in order of object in the second operation map viewing area.

According to another embodiment of the present invention, electronic equipment also can comprise: application management unit and little administrative unit.The application management unit can generate the 4th operation interface that comprises corresponding to the icon of at least one application.Little administrative unit can generate and comprise at least one the 5th operation interface of little.

Below, with reference to Figure 12 electronic equipment according to another embodiment of the present invention is described.Figure 12 illustrates the demonstrative structure block diagram of electronic equipment 1200 according to another embodiment of the present invention.Each module of electronic equipment 1200 is carried out each step/function of the display packing among above-mentioned Fig. 6, and is therefore succinct in order to describe, and no longer specifically describes.

As shown in Figure 12, similar with electronic equipment 1000, electronic equipment 1200 comprises first processing unit 1210, second processing unit 1220, the 3rd processing unit 1230 and display unit 1240.First processing unit 1210 can move first and use and generate the first operation map viewing area of using about first.Second processing unit 1220 can move second and use and generate the second operation map viewing area of using about second.The 3rd processing unit 1230 can generate the 3rd operation interface; Wherein the 3rd operation interface comprises the first operation map viewing area and the second operation map viewing area, and the size of the first operation map viewing area and the second operation map viewing area is big or small interrelated in the 3rd operation interface.Display unit 1240 can show the 3rd operation interface.

The difference of the electronic equipment shown in the electronic equipment shown in Figure 12 and Figure 10 is, electronic equipment 1200 also comprises application management unit 1250, little administrative unit 1260 and the first interface control unit 1270.Application management unit 1250 can generate the 4th operation interface that comprises corresponding to the icon of at least one application.Little administrative unit 1260 can generate and comprise at least one the 5th operation interface of little.The first interface control unit 1270 can generate and the display interface toggle control, and between said the 3rd operation interface, said the 4th operation interface and said the 5th operation interface, carries out switching displayed through detecting first input operation that said interface toggle control is carried out.

Below, with reference to Figure 13 electronic equipment according to another embodiment of the present invention is described.Figure 13 illustrates the demonstrative structure block diagram of electronic equipment 1300 according to another embodiment of the present invention.Each module of electronic equipment 1300 is carried out each step/function of the display packing among above-mentioned Fig. 7, and is therefore succinct in order to describe, and no longer specifically describes.

As shown in Figure 13, similar with electronic equipment 1300, electronic equipment 1300 comprises first processing unit 1310, second processing unit 1320, the 3rd processing unit 1330 and display unit 1340.First processing unit 1310 can move first and use and generate the first operation map viewing area of using about first.Second processing unit 1320 can move second and use and generate the second operation map viewing area of using about second.The 3rd processing unit 1330 can generate the 3rd operation interface; Wherein the 3rd operation interface comprises the first operation map viewing area and the second operation map viewing area, and the size of the first operation map viewing area and the second operation map viewing area is big or small interrelated in the 3rd operation interface.Display unit 1340 can show the 3rd operation interface.

The difference of the electronic equipment shown in the electronic equipment shown in Figure 13 and Figure 10 is that electronic equipment 1300 also comprises application management unit 1350, little administrative unit 1360, touch sensing unit 1370 and second contact surface control module 1380.Application management unit 1350 can generate the 4th operation interface that comprises corresponding to the icon of at least one application.Little administrative unit 1360 can generate and comprise at least one the 5th operation interface of little.The move operation of touch sensing unit 1370 detecting operation bodies.According to the move operation that touch sensing unit 1370 detects, second contact surface control module 1380 can carry out switching displayed between the 3rd operation interface, the 4th operation interface and the 5th operation interface.

Preferably, touch sensing unit and display unit can overlappingly be provided with.Touch sensing unit can obtain the starting point coordinate and the terminal point coordinate of the corresponding vector of move operation.When starting point coordinate and terminal point coordinate all were positioned at same operation map viewing area, the second contact surface control module did not carry out blocked operation; And when starting point coordinate and terminal point coordinate not all were positioned at same operation map viewing area, the second contact surface control module can carry out switching displayed according to starting point coordinate and terminal point coordinate between the 3rd operation interface, the 4th operation interface and the 5th operation interface.

Below, with reference to Figure 14 electronic equipment according to another embodiment of the present invention is described.Figure 14 illustrates the demonstrative structure block diagram of electronic equipment 1400 according to another embodiment of the present invention.As shown in Figure 14, the electronic equipment 1400 of present embodiment comprises application processing unit 1410, first generation unit 1420, second generation unit 1430 and display unit 1440.

Each module of electronic equipment 1400 is carried out each step/function of the display packing among above-mentioned Fig. 9, and is therefore succinct in order to describe, and no longer specifically describes.

For example, application processing unit 1410 can be moved first application and generate and the first corresponding operation interface of first application.In first operation interface, can carry out control operation to the function of first application.First generation unit 1420 can show according to pairing first operation interface generation of first application wherein can realize the partial function in first operation interface in the first operation map viewing area in the first operation map viewing area.Second generation unit can generate the 6th operation interface, and wherein the 6th operation interface comprises the first operation map viewing area.Display unit 1440 can show the 6th operation interface.

Below, with reference to Figure 15 electronic equipment according to another embodiment of the present invention is described.Figure 15 illustrates the demonstrative structure block diagram of electronic equipment 1500 according to another embodiment of the present invention.As shown in Figure 15, the electronic equipment 1500 of present embodiment comprises information process unit 1510 and display unit 1520.Information process unit 1510 comprises: first functional module 1511, second functional module 1512 and interface management module 1513.

Particularly, first functional module 1511 can be carried out first function.Second functional module 1512 can be carried out second function.For example, a plurality of operating engines that are made up of function library can be provided in the operating system of electronic equipment 1500, each engine can provide different services,, can carry out different functions that is.First functional module 1511 and second functional module 1512 can provide the user interface for the engine in a plurality of operating engines respectively.When activating first functional module 1511 or second functional module 1512, call corresponding engine, to carry out function corresponding through this engine.When opening information process unit 1510; Can activate first functional module 1511 and second functional module 1512; Win functional module 1511 and second functional module 1512 are in have called corresponding operating engine, thereby can carry out the state of first function and second function respectively.For example, can realize that in first functional module 1,511 first functional module 1511 can provide the interface of the image engine that provides for operating system under the situation of image demonstration and editting function.When first functional module 1511 is activated, call image engine, show and editting function to realize image.The image engine that the system of it should be noted that provides also possibly called by other images demonstrations or the edit cell except information process unit in electronic equipment 1500.

Replacedly, first functional module 1511 and second functional module 1512 can be can distinguish the independent module that realizes first function and second function, and need the operating engine that operating system provides not called.In the case; With above embodiment similarly; When opening information process unit 1510, can activate first functional module 1511 and second functional module 1512, make win functional module 1511 and second functional module 1512 be in the state that can carry out first function and second function respectively.

Interface management module 1513 can generate user interface based on first functional module and second functional module.User interface comprises corresponding to first operational zone of first functional module with corresponding to second operational zone of second functional module, in user interface, and the size of first operational zone and second operational zone big or small interrelated.But the user interface that display unit 1520 display message processing units 1510 generate.

According to one embodiment of present invention; The size of the size of first operational zone and second operational zone is interrelated through tie point; And in user interface; First operational zone is between first edge of tie point and user interface, and first operational zone is between second edge of tie point and user interface.Electronic equipment can comprise position detection unit in the present embodiment.Position detection unit can detect moving of tie point, and obtains first and move testing result.The interface management module can be according to moving testing result about first, is adjusted at the size of first operational zone and second operational zone in the user interface.Particularly, with the embodiment shown in above Fig. 3 a and Fig. 3 b similarly, move testing result indication tie point when first edge moves when first, the interface management module is dwindled first operational zone, amplifies second operational zone simultaneously; And moving testing result indication tie point when second edge moves when first, the interface management module is dwindled second operational zone, amplifies first operational zone simultaneously.

Preferably, after tie point was moved to first edge, whether position detection unit also can detect moving of tie point and finish, and when detecting the mobile end of tie point, obtained second and move testing result.The interface management module can move testing result according to second, tie point is moved to the primary importance the user interface from first edge, and confirm the size of first operational zone and second operational zone according to primary importance.Primary importance is arranged in user interface, and is not positioned on the edge of user interface, makes that after the size of adjusting first operational zone and second operational zone according to primary importance, the user can see all operations district that exists in the user interface.Below combined Fig. 4 a and Fig. 4 b that tie point turns back to the primary importance the interface from first edge at interface process is described in detail, so repeat no more at this.

Similarly, after tie point was moved to second edge, whether position detection unit also can detect moving of tie point and finish, and when detecting the mobile end of tie point, obtained the 3rd and move testing result.Move testing result according to the 3rd, the interface management module can move to the second place the user interface from second edge with tie point, and confirms the size of first operational zone and second operational zone according to the second place.The said second place is arranged in said user interface; And be not positioned on the edge of said user interface; Make that after the size of adjusting first operational zone and second operational zone according to the second place, the user can see all operations district that exists in the user interface.

According to one embodiment of present invention, but the information process unit in the electronic equipment also comprises application management module and little administration module, so that respectively the application in the electronic equipment and little are managed.The interface management module can generate based on little administration module and comprise the application operating interface corresponding to the icon of at least one application, and comprises at least one little operation interface of little based on little administration module generation.

Below, with reference to Figure 16 electronic equipment according to another embodiment of the present invention is described.Figure 16 illustrates the demonstrative structure block diagram of electronic equipment 1600 according to another embodiment of the present invention.As shown in Figure 16, similar with electronic equipment 1500, electronic equipment 1600 comprises information process unit 1610 and display unit 1620.Information process unit 1610 comprises: first functional module 1611, second functional module 1612 and interface management module 1613.

Particularly, first functional module 1611 can be carried out first function.Second functional module 1612 can be carried out second function.Interface management module 1613 can generate user interface based on first functional module and second functional module.User interface comprises corresponding to first operational zone of first functional module with corresponding to second operational zone of second functional module, in user interface, and the size of first operational zone and second operational zone big or small interrelated.But the user interface that display unit 1620 display message processing units 1610 generate.

The difference of the electronic equipment shown in the electronic equipment shown in Figure 16 and Figure 15 is; Information process unit 1610 in the electronic equipment 1600 also comprises application management module 1614 and little administration module 1615, so that respectively the application in the electronic equipment 1600 and little are managed.Interface management module 1613 also can generate based on little administration module and comprise the application operating interface corresponding to the icon of at least one application, and comprises at least one little operation interface of little based on little administration module generation.

In addition, interface management module 1613 also can comprise the first interface control submodule 1616.The first interface control submodule 1616 can generate and the display interface toggle control, and generates the first interface control signal through detecting first input that the interface toggle control is carried out.Interface management module 1613 can be according to the output of the first interface control signal user interface, application operating interface or little operation interface.Display unit 1620 can be according to the output of interface management module 1613, explicit user operation interface, application operating interface or little operation interface.

Below, with reference to Figure 17 electronic equipment according to another embodiment of the present invention is described.Figure 17 illustrates the demonstrative structure block diagram of electronic equipment 1700 according to another embodiment of the present invention.As shown in Figure 17, similar with electronic equipment 1500, electronic equipment 1700 comprises information process unit 1710 and display unit 1720.Information process unit 1710 comprises: first functional module 1711, second functional module 1712 and interface management module 1713.

Particularly, first functional module 1711 can be carried out first function.Second functional module 1712 can be carried out second function.Interface management module 1713 can generate user interface based on first functional module and second functional module.User interface comprises corresponding to first operational zone of first functional module with corresponding to second operational zone of second functional module, in user interface, and the size of first operational zone and second operational zone big or small interrelated.But the user interface that display unit 1720 display message processing units 1710 generate.

The difference of the electronic equipment shown in the electronic equipment shown in Figure 17 and Figure 15 is; Information process unit 1710 in the electronic equipment 1700 also comprises application management module 1714 and little administration module 1715, so that respectively the application in the electronic equipment 1700 and little are managed.Interface management module 1713 also can generate based on little administration module and comprise the application operating interface corresponding to the icon of at least one application, and comprises at least one little operation interface of little based on little administration module generation.

In addition, electronic equipment 1700 also comprises the touch sensing unit 1730 of the move operation that is used for the detecting operation body.Interface management module 1713 also comprises second contact surface controlling sub 1716.Second contact surface controlling sub 1716 can generate the second contact surface control signal according to the move operation that touch sensing unit detects.According to the second contact surface control signal, interface management module 1713 exportable user interfaces, application operating interface or little operation interface.In addition, display unit 1720 can be according to the output of interface management module 1713, explicit user operation interface, application operating interface or little operation interface.

Preferably, touch sensing unit 1730 and display unit 1720 and then overlapping setting.Touch sensing unit 1730 also can obtain the starting point coordinate and the terminal point coordinate of the corresponding vector of move operation.When starting point coordinate and terminal point coordinate not all were positioned at same operational zone, second contact surface controlling sub 1716 generated the second contact surface control signals.

Those of ordinary skills can recognize; The unit and the algorithm steps of each example of describing in conjunction with embodiment disclosed herein; Can realize with electronic hardware, computer software or the combination of the two; For the interchangeability of hardware and software clearly is described, the composition and the step of each example described prevailingly according to function in above-mentioned explanation.These functions still are that software mode is carried out with hardware actually, depend on the application-specific and the design constraint of technical scheme.The professional and technical personnel can use distinct methods to realize described function to each certain applications, but this realization should not thought and exceeds scope of the present invention.

For example, can realize each parts in the electronic equipment 1500,1600 and 1700 shown in Figure 15 to Figure 17 through software, and constitute corresponding method.

Although illustrated and described some embodiments of the present invention, it will be understood by those skilled in the art that under the situation that does not break away from principle of the present invention and spirit can carry out various modifications to these embodiment, such modification should fall in the scope of the present invention.

Claims (30)

1. a display packing is applied to electronic equipment, and wherein said electronic equipment comprises display unit, and said method comprises:

Operation first is used, and generates the first operation map viewing area of using about said first;

Operation second is used, and generates the second operation map viewing area of using about said second;

Generation also shows the 3rd operation interface; Wherein said the 3rd operation interface comprises said first operation map viewing area and the said second operation map viewing area, big or small interrelated in the size of the first operation map viewing area described in said the 3rd operation interface and the said second operation map viewing area.

2. the method for claim 1, wherein

Said first application has first operation interface, wherein in said first operation interface, the function of said first application is carried out control operation;

Said second application has second operation interface, wherein in said second operation interface, the function of said second application is carried out control operation;

Said generation comprises about the first operation map viewing area of said first application: generate the said first operation map viewing area according to said first operation interface, at least a portion of wherein in the said first operation map viewing area, carrying out the control operation of the carrying out in said first operation interface;

Said generation comprises about the second operation map viewing area of said second application: generate the said second operation map viewing area according to said second operation interface, at least a portion of wherein in the said second operation map viewing area, carrying out the control operation of the carrying out in said second operation interface.

3. the method for claim 1, wherein

The size of the size of the said first operation map viewing area and the said second operation map viewing area is interrelated through tie point, and

In said the 3rd operation interface, the said first operation map viewing area between first edge of said tie point and said the 3rd operation interface, the said second operation map viewing area between second edge of said tie point and said the 3rd operation interface,

Said in the size of the first operation map viewing area described in said the 3rd operation interface and big or small interrelated the comprising of the said second operation map viewing area: in said the 3rd operation interface; Confirm the size of said first operation map viewing area and the said second operation map viewing area according to the position of said tie point

Wherein, when said tie point when said first edge moves, dwindle the said first operation map viewing area, amplify the said second operation map viewing area simultaneously; And

When said tie point when said second edge moves, dwindle the said second operation map viewing area, amplify the said first operation map viewing area simultaneously.

4. method as claimed in claim 3 also comprises:

When said tie point moves to said first edge, in said the 3rd operation interface, show the said second operation map viewing area, and do not show the said first operation map viewing area with maximization; And

After said tie point is moved to said first edge, detect moving of said tie point and whether finish;

When the mobile end of said tie point; Said tie point is moved to the primary importance said the 3rd operation interface from said first edge, and confirm the size of said first operation map viewing area and the said second operation map viewing area according to said primary importance.

5. method as claimed in claim 3 also comprises:

When said tie point moves to said second edge, in said the 3rd operation interface, show the said first operation map viewing area, and do not show the said second operation map viewing area with maximization; And

After said tie point is moved to said second edge, detect moving of said tie point and whether finish;

When the mobile end of said tie point; Said tie point is moved to the second place said the 3rd operation interface from said second edge, and confirm the size of said first operation map viewing area and the said second operation map viewing area according to the said second place.

6. method as claimed in claim 3, said position according to said tie point confirm that the size of said first operation map viewing area and the said second operation map viewing area also comprises:

According to the size of determined said first operation map viewing area and the said second operation map viewing area, confirm putting in order of object in said first operation map viewing area and the said second operation map viewing area.

7. the method for claim 1 also comprises:

Generate the 4th operation interface, wherein said the 4th operation interface comprises the icon corresponding at least one application;

Generate the 5th operation interface, wherein said the 5th operation interface comprises at least one little.

8. method as claimed in claim 7 also comprises:

Generate and the display interface toggle control,

Wherein, said interface toggle control carries out switching displayed through being operated between said the 3rd operation interface, said the 4th operation interface and said the 5th operation interface.

9. method as claimed in claim 7, wherein said electronic equipment also comprises touch sensing unit, said method also comprises:

The move operation of detecting operation body; And

Between said the 3rd operation interface, said the 4th operation interface and said the 5th operation interface, carry out switching displayed according to said move operation.

10. method as claimed in claim 9, wherein said touch sensing unit and the overlapping setting of said display unit, wherein

The move operation of said detecting operation body comprises: the starting point coordinate and the terminal point coordinate that obtain the corresponding vector of said move operation;

Saidly between said the 3rd operation interface, said the 4th operation interface and said the 5th operation interface, carry out switching displayed according to said move operation and comprise:

When said starting point coordinate and terminal point coordinate all are positioned at same operation map viewing area, do not carry out blocked operation; And

When said starting point coordinate and terminal point coordinate not all are positioned at same operation map viewing area, carry out between said the 3rd operation interface, said the 4th operation interface and said the 5th operation interface, carrying out switching displayed.

11. a display packing is applied to electronic equipment, wherein said electronic equipment comprises display unit, and said method comprises:

Move first application and generation and use the first corresponding operation interface, wherein in said first operation interface, the function of said first application is carried out control operation with said first;

According to generating the first operation map viewing area, at least a portion of wherein in the said first operation map viewing area, carrying out the control operation of the carrying out in said first operation interface with pairing said first operation interface of said first application;

Generation also shows that the 6th operation interface, wherein said the 6th operation interface comprise the said first operation map viewing area.

12. an electronic equipment comprises:

First processing unit, configuration move first and use and generate the first operation map viewing area of using about said first;

Second processing unit, configuration move second and use and generate the second operation map viewing area of using about said second;

The 3rd processing unit; Configuration generates the 3rd operation interface; Wherein said the 3rd operation interface comprises said first operation map viewing area and the said second operation map viewing area, big or small interrelated in the size of the first operation map viewing area described in said the 3rd operation interface and the said second operation map viewing area; And

Display unit, said the 3rd operation interface of configured for displaying.

13. electronic equipment as claimed in claim 12, wherein

Said first application has first operation interface, wherein in said first operation interface, the function of said first application is carried out control operation;

Said second application has second operation interface, wherein in said second operation interface, the function of said second application is carried out control operation;

Said first processing unit generates the said first operation map viewing area according to said first operation interface, at least a portion of wherein in the said first operation map viewing area, carrying out the control operation of the carrying out in said first operation interface;

Said second processing unit generates the said second operation map viewing area according to said second operation interface, at least a portion of wherein in the said second operation map viewing area, carrying out the control operation of the carrying out in said second operation interface.

14. electronic equipment as claimed in claim 12, wherein

The size of the size of the said first operation map viewing area and the said second operation map viewing area is interrelated through tie point, and

In said the 3rd operation interface, the said first operation map viewing area between first edge of said tie point and said the 3rd operation interface, the said second operation map viewing area between second edge of said tie point and said the 3rd operation interface,

Said electronic equipment also comprises:

Position detection unit, configuration detects moving of said tie point, and obtains first and move testing result,

Said the 3rd processing unit also disposes to come in said the 3rd operation interface confirms the size of said first operation map viewing area and the said second operation map viewing area according to moving testing result about said first of said tie point,

Wherein, move testing result and indicate said tie point when said first edge moves when said first, said the 3rd processing unit dwindles the said first operation map viewing area, amplifies the said second operation map viewing area simultaneously; And

Move testing result and indicate said tie point when said second edge moves when said first, said the 3rd processing unit dwindles the said second operation map viewing area, amplifies the said first operation map viewing area simultaneously.

15. electronic equipment as claimed in claim 14, wherein

Said the 3rd processing unit also disposes when said first moves testing result and indicate said tie point to move to said first edge; The said second operation map viewing area is arranged in maximization in said the 3rd operation interface, and does not arrange the said first operation map viewing area;

Whether said position detection unit also disposes comes after said tie point is moved to said first edge, detect moving of said tie point and finish, and when detecting the mobile end of said tie point, obtain second and move testing result; And

Said the 3rd processing unit also disposes to move testing result according to said second; Said tie point is moved to the primary importance said the 3rd operation interface from said first edge, and confirm the size of said first operation map viewing area and the said second operation map viewing area according to said primary importance.

16. electronic equipment as claimed in claim 14, wherein

Said the 3rd processing unit also disposes when said first moves testing result and indicate said tie point to move to said second edge; In said the 3rd operation interface, arrange the said first operation map viewing area, and do not arrange the said second operation map viewing area with maximization; And

Whether said position detection unit also disposes comes after said tie point is moved to said second edge, detect moving of said tie point and finish, and when detecting the mobile end of said tie point, obtain the 3rd and move testing result;

Said the 3rd processing unit also disposes to move testing result according to the said the 3rd; Said tie point is moved to the second place said the 3rd operation interface from said second edge, and confirm the size of said first operation map viewing area and the said second operation map viewing area according to the said second place.

17. electronic equipment as claimed in claim 14, wherein

Said first processing unit also disposes the size of coming according to the determined said first operation map viewing area, confirms putting in order of object in the said first operation map viewing area; And

Said second processing unit also disposes the size of coming according to the determined said second operation map viewing area, confirms putting in order of object in the said second operation map viewing area.

18. electronic equipment as claimed in claim 12 also comprises:

The application management unit, configuration generates the 4th operation interface, and wherein said the 4th operation interface comprises the icon corresponding at least one application; And

Little administrative unit, configuration generates the 5th operation interface, and wherein said the 5th operation interface comprises at least one little.

19. electronic equipment as claimed in claim 18 also comprises:

The first interface control unit; Configuration generates and the display interface toggle control, and between said the 3rd operation interface, said the 4th operation interface and said the 5th operation interface, carries out switching displayed through detecting first input operation that said interface toggle control is carried out.

20. electronic equipment as claimed in claim 18 also comprises:

Touch sensing unit, configuration comes the move operation of detecting operation body; And

Second contact surface control module, configuration come between said the 3rd operation interface, said the 4th operation interface and said the 5th operation interface, to carry out switching displayed according to the move operation that said touch sensing unit detects.

21. electronic equipment as claimed in claim 20, wherein

Said touch sensing unit and the overlapping setting of said display unit,

Said touch sensing unit also disposes starting point coordinate and the terminal point coordinate that obtains the corresponding vector of said move operation;

Said second contact surface control module also disposes when said starting point coordinate and terminal point coordinate all are positioned at same operation map viewing area, does not carry out blocked operation; And

Said second contact surface control module also disposes when said starting point coordinate and terminal point coordinate not all are positioned at same operation map viewing area, between said the 3rd operation interface, said the 4th operation interface and said the 5th operation interface, carries out switching displayed.

22. an electronic equipment comprises:

Application processing unit, configuration move first application and generation is used the first corresponding operation interface with said first, wherein in said first operation interface, the function of said first application is carried out control operation;

First generation unit, configuration come basis and pairing said first operation interface generation of said first application to show wherein can realize the partial function in said first operation interface in the first operation map viewing area in the said first operation map viewing area;

Second generation unit, configuration generates the 6th operation interface, and wherein said the 6th operation interface comprises the said first operation map viewing area; And

Display unit, said the 6th operation interface of configured for displaying.

23. an electronic equipment comprises:

Information process unit comprises:

First functional module is used to carry out first function;

Second functional module is used to carry out second function; And

The interface management module; Be used for generating user interface based on said first functional module and said second functional module; Wherein said user interface comprises corresponding to first operational zone of said first functional module with corresponding to second operational zone of said second functional module; In said user interface, the size of said first operational zone and said second operational zone big or small interrelated

Said electronic equipment also comprises:

Display unit is used to show said user interface.

24. electronic equipment as claimed in claim 23, wherein

The size of the size of said first operational zone and said second operational zone is interrelated through tie point, and

In said user interface, said first operational zone between first edge of said tie point and said user interface, said first operational zone between second edge of said tie point and said user interface,

Said electronic equipment also comprises:

Position detection unit, configuration detects moving of said tie point, and obtains first and move testing result,

Said interface management module also disposes basis to move testing result about said first, is adjusted at the size of first operational zone described in the said user interface and said second operational zone,

Wherein, move testing result and indicate said tie point when said first edge moves when said first, said interface management module is dwindled said first operational zone, amplifies said second operational zone simultaneously; And

Move testing result and indicate said tie point when said second edge moves when said first, said interface management module is dwindled said second operational zone, amplifies said first operational zone simultaneously.

25. electronic equipment as claimed in claim 24, wherein

Whether said position detection unit also disposes comes after said tie point is moved to said first edge, detect moving of said tie point and finish, and when detecting the mobile end of said tie point, obtain second and move testing result; And

Said interface management module also disposes to move testing result according to said second; Said tie point is moved to the primary importance the said user interface from said first edge; And confirm the size of said first operational zone and said second operational zone according to said primary importance

Wherein said primary importance is arranged in said user interface, and is not positioned on the edge of said user interface.

26. electronic equipment as claimed in claim 24, wherein

Whether said position detection unit also disposes comes after said tie point is moved to said second edge, detect moving of said tie point and finish, and when detecting the mobile end of said tie point, obtain the 3rd and move testing result;

Said interface management module also disposes to move testing result according to the said the 3rd; Said tie point is moved to the second place the said user interface from said second edge; And confirm the size of said first operational zone and said second operational zone according to the said second place

The wherein said second place is arranged in said user interface, and is not positioned on the edge of said user interface.

27. electronic equipment as claimed in claim 23, wherein

Said information process unit also comprises: application management module and little administration module,

Said interface management module also is used for generating the application operating interface based on said little administration module; Wherein said application operating interface comprises the icon corresponding at least one application; And based on little operation interface of the said generation of said little administration module, wherein said little operation interface comprises at least one little.

28. electronic equipment as claimed in claim 27, wherein

Said interface management module also comprises:

The first interface control submodule is used for generating and the display interface toggle control, and generates the first interface control signal through detecting first input that said interface toggle control is carried out,

Said interface management module also is used for exporting said user interface, application operating interface or little operation interface according to the said first interface control signal,

Said display unit also is used to show said user interface, application operating interface or little operation interface of said interface management module output.

29. electronic equipment as claimed in claim 27 also comprises:

Touch sensing unit is used for the move operation of detecting operation body,

Said interface management module also comprises: the second contact surface controlling sub, and the move operation that is used for detecting according to said touch sensing unit generates the second contact surface control signal,

Said interface management module also is used for exporting said user interface, application operating interface or little operation interface according to said second contact surface control signal,

Said display unit also is used to show said user interface, application operating interface or little operation interface of said interface management module output.

30. electronic equipment as claimed in claim 29, wherein

Said touch sensing unit and the overlapping setting of said display unit,

Said touch sensing unit also is used to obtain the starting point coordinate and the terminal point coordinate of the corresponding vector of said move operation;

Said second contact surface controlling sub is used for when said starting point coordinate and terminal point coordinate not all are positioned at same said operational zone, generating said second contact surface control signal.

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