CN102750099B

CN102750099B - Terminal and terminal control method

Info

Publication number: CN102750099B
Application number: CN201210205437.XA
Authority: CN
Inventors: 郭德英; 李锦为; 于慧娟
Original assignee: Yulong Computer Telecommunication Scientific Shenzhen Co Ltd
Current assignee: Yulong Computer Telecommunication Scientific Shenzhen Co Ltd
Priority date: 2012-06-20
Filing date: 2012-06-20
Publication date: 2016-01-13
Anticipated expiration: 2032-06-20
Also published as: CN102750099A

Abstract

The invention provides a kind of terminal, comprising: area setting unit, for arranging at least one centralized control district on terminal screen interface; Operand acquiring unit, for the real time position residing for each centralized control district, obtains the operand that real time position is corresponding; Function setting unit, corresponds to the virtual key of operand and/or the touch area for receiving gesture command for arranging at least one in centralized control district; Operational processes unit, when receiving for or touch area selected at least one virtual key the gesture command matched with default gesture, generates corresponding operational order, with control operation object.The invention allows for a kind of terminal operation method.By technical scheme of the present invention, fixed form can be adopted to realize control to different operating object, and integrated due to function, be convenient to the opereating specification reducing user, expand the display area of other interface contents, promote Consumer's Experience.

Description

Terminal and terminal control method

Technical field

The present invention relates to terminal manipulation technical field, in particular to a kind of terminal and a kind of terminal control method.

Background technology

In the related, each application function interface both provides respective feature operation hurdle, these feature operation hurdles, with the form such as display menu, virtual key, are presented at the relevant position on application function interface.For same application function interface, if feature operation hurdle is the forms such as display menu, then need shield portions or whole interface content, if modes such as virtual keys, often be arranged on each positions such as the top of screen interface, below, need user to pass through very large opereating specification practical function and control.And for different application function interface, because application function is that different developers develops, the setting position of each virtual key is not identical, the operation of user is brought inconvenience.

Therefore, need a kind of new terminal manipulation technology, fixed form can be adopted to realize control to different operating object, and integrated due to function, be convenient to the opereating specification reducing user, expand the display area of other interface contents, promote Consumer's Experience.

Summary of the invention

The present invention, just based on the problems referred to above, proposes a kind of new terminal manipulation technology, can adopt the control of fixed form realization to different operating object, and integrated due to function, be convenient to the opereating specification reducing user, expand the display area of other interface contents, promote Consumer's Experience.

In view of this, the present invention proposes a kind of terminal, comprising: area setting unit, for arranging at least one centralized control district on terminal screen interface; Operand acquiring unit, for the real time position residing for each described centralized control district, obtains the operand that described real time position is corresponding; Function setting unit, corresponds to the virtual key of described operand and/or the touch area for receiving gesture command for arranging at least one in described centralized control district; Operational processes unit, for virtual key described at least one selected or described touch area receives the gesture command matched with default gesture, generate corresponding operational order, to control described operand.

In this technical scheme, for different operands, similar centralized control district can be adopted to control, can not make due to the difference of terminal screen interface or operand to occur different virtual key set-up modes, and due to concentrating function, the opereating specification of user is reduced, is convenient to the operation of user.Here operand can be all kinds such as file, word, picture, option on terminal screen interface.

In technique scheme, preferably, also comprise: regional location mobile unit, for according to the movement directive received, the position in described centralized control district is moved.

In this technical scheme, user can move operation to the centralized control district appeared on terminal screen interface, and the change in the region along with place, centralized control district, operand corresponding to this region also changes thereupon, all can there is corresponding change in the gesture path that the virtual key in centralized control district and/or touch area can receive, to be applicable to new operand.

In technique scheme, preferably, also comprise: timing unit, stopping the time of movement for recording described centralized control district, when this time exceedes default time threshold, by described operand acquiring unit, described operand being obtained.

In this technical scheme, if detect in real time operand, to change the gesture path that virtual key in centralized control district or touch area can receive in real time, the judgement for the operand of the current correspondence in centralized control district needs consumption systems internal memory, increases electric quantity consumption; Therefore, can change again after the operation intention judging user, such as carry out the position of control zone in mobile set user after, if user wishes using object corresponding for its current position as operand, then stopping is proceeded mobile operation to centralized control district by user.By above-mentioned judgement, can system speed be accelerated, reduce electric quantity consumption.

In technique scheme, preferably, also comprise: acquiring unit, for obtaining at least one operand in described terminal, and for the procedure operation function of each described operand; Storage unit, for carrying out association store by the procedure operation function of described operand and correspondence; And button setting unit, for the procedure operation function that the operand obtained with determine is associated, and be corresponding virtual key in described centralized control district by the described procedure operation function setting be associated.

In this technical scheme, for different operands, need the function of realization often not identical, corresponding operation control mode also there are differences, therefore, each operand and corresponding procedure operation function can be carried out association store in advance, such as can be stored in database, then after user chooses certain operand, the procedure operation function corresponding to this operand can be found, and be corresponding virtual key in centralized control district by these procedure operation function setting.

In technique scheme, preferably, also comprise: acquiring unit, for the procedure operation function of operand described in Real-time Obtaining; Button setting unit, for by least one procedure operation function setting of described operand being corresponding virtual key in described centralized control district.

In this technical scheme, except storing in advance, the functional space due to each operand sets in corresponding application program, can obtain these functionality controls in real time, and be set to corresponding virtual key in centralized control district.

In technique scheme, preferably, each described operand belongs to corresponding application program, then described terminal also comprises: acquiring unit, for obtaining the Dynamic System function for described application program; And button setting unit, for by Dynamic System function setting described at least one being corresponding virtual key in described centralized control district.

In this technical scheme, terminal by hardware and operating system for each application program provides the workbench of operation; Various different picture, mode of operation, operating function etc. can be made in these application programs, may be different, but for all application programs, it is based in the aspect of this operating system, have the controlling functions that some are general, such as screen intensity, volume, exit, recall System menu etc., these controlling functions provide interface to all application programs, to realize controlling the unified of these application programs.For these controlling functions, can as corresponding virtual key, occur in the centralized control district that application program that is all or that specify is corresponding.

In technique scheme, preferably, also comprise: function user-defined unit, for according to the custom command received, self-defined setting is carried out to the correlation function of at least one virtual key in described centralized control district.

In this technical scheme, user can function corresponding to virtual key in sets itself centralized control district, to coordinate oneself operating habit and mode of operation, thus reaches better operating experience.Here carry out the virtual key that self-defining virtual key can be vacancy originally, also can be originally there are some corresponding functions, such as correspond to systemic-function or procedure operation function, all can be arranged voluntarily by user.

In technique scheme, preferably, also comprise: storage unit, at least one operand in described terminal and described desired guiding trajectory are carried out association store; Gesture setting unit, for the operand corresponding according to described centralized control district, obtains the desired guiding trajectory be associated, mates with the gesture path sensed described centralized control district.

In this technical scheme, for each operand, all there is different operating functions, and all operations object will comprise a lot of operating functions, if each operating function arranges a desired guiding trajectory, then desired guiding trajectory will Numerous and complex-shaped, and user will be difficult to memory, not easy to operate, and easily cause maloperation.Therefore, can only use several conventional track to associate with the function of each operand, then same gesture path can realize different operating functions to different operands, is convenient to user to the memory of gesture path and use.

In technique scheme, preferably, also comprise: described centralized control district is translucent, appear in one's mind on the displaying contents at described terminal screen interface.

In this technical scheme, here " appearing in one's mind " refers to the content in centralized control district and former substantial " superposition " on terminal screen interface or stacked placement, can think that centralized control district is now in different display layers from the content at terminal screen interface, wherein, centralized control district is in upper strata, the content at terminal screen interface is in lower floor, and user can not impact the content of lower floor for the operation (movement, convergent-divergent etc. do not comprise the operation of function) on upper strata.By this set to centralized control district, can not stop interface content original on terminal screen interface, be conducive to user and obtain maximized display area.Certainly, the concrete transparency in centralized control district here, obviously can by user's sets itself.

In technique scheme, preferably, also comprise: attribute configuration unit, for the real-time status of the configuration order received according to described terminal and/or the described terminal detected, configure the attribute in described centralized control district.

In this technical scheme, sending when configuration order can be arranged in advance, during for triggering this centralized control district afterwards, corresponding effect can be realized; Also after setting centralized control district, this centralized control district can be regulated in real time, such as pin the laggard line position in this region and move, by operations such as multi-point touch feasible region convergent-divergents.In addition, when terminal is in different states, such as vertically place or horizontal positioned (can be detected by gravity sensor etc.), gripped (can be detected by temperature sensor etc.) etc. by user's left-handed or the right hand, all can adjust the attribute in centralized control district, best operating experience is obtained to make user, when such as the right hand grips, centralized control district is presented at all the time the lower right corner place of terminal current pose, and by the size of control zone in domination set, so that user uses hand thumb to the greatest extent can complete operation.

In technique scheme, preferably, the attribute that described setting unit carries out the described centralized control district arranged comprise following at least one or a combination set of: the shape in the quantity of the virtual key in described centralized control district or the operating function of correspondence, the display position of described centralized control district on described terminal screen interface, described centralized control district.

In technique scheme, preferably, also comprise: statistic unit, for adding up all procedure operation functions and/or Dynamic System function by the number of times that uses and/or frequency; And described area setting unit also for: according to described by the size of the number of times that uses and/or frequency, the virtual key in described centralized control district is managed.

In this technical scheme, if user has higher access times or frequency for some virtual keys, then can these buttons be presented at together, such as the peripheral arrangement of virtual key in rounded centralized control district, then can by these Button arrangement the first half in circle, and by other key arrangement in the latter half; Such as virtual key is longitudinal arrangement in centralized control district, then can be presented at the most easily by the position that user chooses by button the highest for frequency in order, such as the top or centre.

In technique scheme, preferably, described operand acquiring unit obtains by the object that described centralized control district covers on described terminal screen interface, and using described object as described operand.

In this technical scheme, user oneself wishes to carry out on the object that operates by being moved in centralized control district, can set out corresponding virtual key or receive the touch area of corresponding gesture path in centralized control district.

In technique scheme, preferably, described operand acquiring unit comprises: area obtains subelement, when described object is multiple, obtains described object is accounted for this object total area ratio by the region area that described centralized control district covers respectively; And described operand acquiring unit using object maximum for described ratio as described operand.

In this technical scheme, owing to may comprise multiple virtual key, touch area etc. in centralized control district, the conveniently operation of user, for each object on terminal screen interface, the area in centralized control district may be comparatively large, can produce simultaneously cover with multiple object.And for the applied mental of user, be bound to centralized control district to be placed on as far as possible and carry out, above the object that operates, therefore, larger coating ratio to be produced to this object closer to hope.Here, if thus directly using capped area as criterion, then may there is erroneous judgement in not of uniform size due to each object self.

In technique scheme, preferably, described operand acquiring unit comprises: distance obtains subelement, and described centralized control district exists default center point, when the object that described ratio is maximum is multiple, then judge the distance between each object and described default center point; Described operand acquiring unit using object corresponding for minor increment as described operand.

In this technical scheme, centralized control district may cover multiple object simultaneously completely, then, for these objects, the ratio of covering is 100%.But centralized control district can be placed on directly over operand by user as far as possible, therefore, in meeting distance set, the distance of the central point of control zone is the shortest.

According to another aspect of the invention, also proposed a kind of terminal control method, comprising: step 202, terminal screen interface arranges at least one centralized control district; Step 204, according to the real time position residing for each described centralized control district, obtains the operand that described real time position is corresponding; Step 206, arranges at least one and corresponds to the virtual key of described operand and/or the touch area for receiving gesture command in described centralized control district; Step 208, if virtual key described at least one is selected or described touch area receives the gesture command matched with default gesture, then generates corresponding operational order, to control described operand.

In technique scheme, preferably, described step 202 also comprises: according to the movement directive received, and moves the position in described centralized control district.

In technique scheme, preferably, after described step 202, also comprise: judge that described centralized control district stops the time of movement whether to exceed default time threshold, if so, then enter step 204, otherwise proceed to judge.

In technique scheme, preferably, before described step 202, also comprise: obtain at least one operand in described terminal, and for the procedure operation function of each described operand; The procedure operation function of described operand and correspondence is carried out association store; And described step 206 specifically comprises: obtain the procedure operation function be associated with the operand determined, and be corresponding virtual key in described centralized control district by the described procedure operation function setting be associated.

In technique scheme, preferably, described step 206 specifically comprises: the procedure operation function of operand described in Real-time Obtaining, and is corresponding virtual key in described centralized control district by least one procedure operation function setting of described operand.

In technique scheme, preferably, also comprise: each described operand belongs to corresponding application program; Obtain the Dynamic System function for all application programs, and be corresponding virtual key in described centralized control district by Dynamic System function setting described at least one.

In technique scheme, preferably, also comprise: according to the custom command received, self-defined setting is carried out to the correlation function of at least one virtual key in described centralized control district.

In technique scheme, preferably, before described step 202, also comprise: at least one operand in terminal and described desired guiding trajectory are carried out association store; The operand corresponding according to described centralized control district, obtains the desired guiding trajectory be associated, mates with the gesture path sensed described centralized control district.

In technique scheme, preferably, also comprise: according to the configuration order received and/or the real-time status of described terminal detected, configure the attribute in described centralized control district.

In technique scheme, preferably, the attribute in described centralized control district comprise following at least one or a combination set of: the shape in the quantity of the virtual key in described centralized control district or the operating function of correspondence, the display position of described centralized control district on described terminal screen interface, described centralized control district.

In technique scheme, preferably, also comprise: add up all procedure operation functions and/or Dynamic System function by the number of times that uses and/or frequency; According to described by the size of the number of times that uses and/or frequency, the virtual key in described centralized control district is managed.

In technique scheme, preferably, also comprise: obtain by the object that described centralized control district covers on described terminal screen interface, and using described object as described operand.

In technique scheme, preferably, also comprise: if described object is multiple, then obtain described object is accounted for this object total area ratio by the region area that described centralized control district covers respectively; Using object maximum for described ratio as described operand.

In technique scheme, preferably, there is default center point in described centralized control district, if the maximum object of described ratio is multiple, then judge the distance between each object and described default center point, and using object corresponding for minor increment as described operand.

By above technical scheme, fixed form can be adopted to realize control to different operating object, and integrated due to function, be convenient to the opereating specification reducing user, expand the display area of other interface contents, promote Consumer's Experience.

Accompanying drawing explanation

Fig. 1 shows the block diagram of terminal according to an embodiment of the invention;

Fig. 2 shows the process flow diagram of terminal control method according to an embodiment of the invention;

Fig. 3 A to Fig. 3 L shows the schematic diagram of operation control terminal according to an embodiment of the invention.

Embodiment

In order to more clearly understand above-mentioned purpose of the present invention, feature and advantage, below in conjunction with the drawings and specific embodiments, the present invention is further described in detail.It should be noted that, when not conflicting, the feature in the embodiment of the application and embodiment can combine mutually.

Set forth a lot of detail in the following description so that fully understand the present invention; but; the present invention can also adopt other to be different from other modes described here and implement, and therefore, protection scope of the present invention is not by the restriction of following public specific embodiment.

Fig. 1 shows the block diagram of terminal according to an embodiment of the invention.

As shown in Figure 1, terminal 100 according to an embodiment of the invention, comprising: area setting unit 102, for arranging at least one centralized control district on terminal screen interface; Operand acquiring unit 104, for the real time position residing for each centralized control district, obtains the operand that real time position is corresponding; Function setting unit 106, corresponds to the virtual key of operand and/or the touch area for receiving gesture command for arranging at least one in centralized control district; Operational processes unit 108, when receiving for or touch area selected at least one virtual key the gesture command matched with default gesture, generates corresponding operational order, with control operation object.

In technique scheme, also comprise: regional location mobile unit 110, for according to the movement directive received, the position in centralized control district is moved.

In technique scheme, also comprise: timing unit 112, stop the time of movement for control zone in record set, when this time exceedes default time threshold, obtained by operand acquiring unit 104 pairs of operands.

In technique scheme, also comprise: acquiring unit 114, for obtaining at least one operand in terminal 100, and for the procedure operation function of each operand; Storage unit 116, for carrying out association store by the procedure operation function of operand and correspondence; And button setting unit 118, for the procedure operation function that the operand obtained with determine is associated, and be corresponding virtual key in centralized control district by the procedure operation function setting be associated.

In technique scheme, also comprise: acquiring unit 114, for the procedure operation function of Real-time Obtaining operand; Button setting unit 118, for being corresponding virtual key in centralized control district by least one procedure operation function setting of operand.

In technique scheme, each operand belongs to corresponding application program, then terminal 100 also comprises: acquiring unit 114, for obtaining the Dynamic System function for application program; And button setting unit 118, for by least one Dynamic System function setting being corresponding virtual key in centralized control district.

In technique scheme, also comprise: function user-defined unit 120, for according to the custom command received, self-defined setting is carried out to the correlation function of at least one virtual key in centralized control district.

In technique scheme, also comprise: storage unit 116, at least one operand in terminal 100 and desired guiding trajectory are carried out association store; Gesture setting unit 122, for the operand corresponding according to centralized control district, obtains the desired guiding trajectory be associated, mates with the gesture path sensed centralized control district.

In technique scheme, also comprise: centralized control district is translucent, appear in one's mind on the displaying contents at terminal screen interface.

In technique scheme, also comprise: attribute configuration unit 124, for the real-time status of the configuration order received according to terminal 100 and/or the terminal detected 100, the attribute of control zone in config set.

In technique scheme, the attribute that attribute configuration unit 124 carries out the centralized control district arranged comprise following at least one or a combination set of: the shape in the quantity of the virtual key in centralized control district or the operating function of correspondence, the display position of centralized control district on terminal screen interface, centralized control district.

In technique scheme, also comprise: statistic unit 126, for adding up all procedure operation functions and/or Dynamic System function by the number of times that uses and/or frequency; And area setting unit 102 also for: according to by the size of the number of times that uses and/or frequency, the virtual key in centralized control district is managed.

In technique scheme, operand acquiring unit 104 obtains by the object that centralized control district covers on terminal screen interface, and using this object as operand.

In technique scheme, operand acquiring unit 104 comprises: area obtains subelement 1042, when object is multiple, obtains object is accounted for this object total area ratio by the region area that centralized control district covers respectively; And operand acquiring unit 104 using object maximum for ratio as operand.

In technique scheme, operand acquiring unit 104 comprises: distance obtains subelement 1044, and centralized control district exists default center point, when the object that ratio is maximum is multiple, then judges the distance between each object and default center point; Operand acquiring unit 104 using object corresponding for minor increment as operand.

Fig. 2 shows the process flow diagram of terminal control method according to an embodiment of the invention.

As shown in Figure 2, terminal control method according to an embodiment of the invention, comprising: step 202, and terminal screen interface arranges at least one centralized control district; Step 204, according to the real time position residing for each centralized control district, obtains the operand that real time position is corresponding; Step 206, arranges at least one and corresponds to the virtual key of operand and/or the touch area for receiving gesture command in centralized control district; Step 208, if at least one virtual key is selected or touch area receives the gesture command matched with default gesture, then generates corresponding operational order, with control operation object.

In technique scheme, step 202 also comprises: according to the movement directive received, and moves the position in centralized control district.

In technique scheme, after step 202, also comprise: judge that centralized control district stops the time of movement whether to exceed default time threshold, if so, then enter step 204, otherwise proceed to judge.

In technique scheme, before step 202, also comprise: obtain at least one operand in terminal, and for the procedure operation function of each operand; The procedure operation function of operand and correspondence is carried out association store; And step 206 specifically comprises: obtain the procedure operation function be associated with the operand determined, and be corresponding virtual key in centralized control district by the procedure operation function setting be associated.

In technique scheme, step 206 specifically comprises: the procedure operation function of Real-time Obtaining operand, and is corresponding virtual key in centralized control district by least one procedure operation function setting of operand.

In technique scheme, also comprise: each operand belongs to corresponding application program; Obtain the Dynamic System function for all application programs, and be corresponding virtual key in centralized control district by least one Dynamic System function setting.

In technique scheme, also comprise: according to the custom command received, self-defined setting is carried out to the correlation function of at least one virtual key in centralized control district.

In technique scheme, before step 202, also comprise: at least one operand in terminal and desired guiding trajectory are carried out association store; The operand corresponding according to centralized control district, obtains the desired guiding trajectory be associated, mates with the gesture path sensed centralized control district.

In technique scheme, also comprise: according to the real-time status of the configuration order received and/or the terminal detected, the attribute of control zone in config set.

In technique scheme, the attribute in centralized control district comprise following at least one or a combination set of: the shape in the quantity of the virtual key in centralized control district or the operating function of correspondence, the display position of centralized control district on terminal screen interface, centralized control district.

In technique scheme, also comprise: add up all procedure operation functions and/or Dynamic System function by the number of times that uses and/or frequency; According to by the size of the number of times that uses and/or frequency, the virtual key in centralized control district is managed.

In technique scheme, also comprise: obtain the object that terminal screen interface is covered by centralized control district, and using this object as operand.

In technique scheme, also comprise: if object is multiple, then obtain object is accounted for this object total area ratio by the region area that centralized control district covers respectively; Using object maximum for ratio as operand.

In technique scheme, there is default center point in centralized control district, if the maximum object of ratio is multiple, then judges the distance between each object and default center point, and using object corresponding for minor increment as operand.

As shown in Figure 3A, first user needs to trigger the terminal screen interface of terminal, to demonstrate centralized control district 304 as shown in Figure 3 B on terminal screen interface, particularly, here the mode adopted can for clicking the mark 301 that terminal screen interface demonstrates, also can for judge that the time that the appointed area on terminal screen interface is pressed exceedes default very first time threshold value, terminal shakes after appointed area is clicked, appointed area is exceeded the second default time threshold by the time of the focus vision of user, the selection mark that terminal screen interface demonstrates is moved into appointed area, include not by the lastest imformation etc. of checking in appointed area, if occur in above-mentioned each trigger condition any one or its combination, then can think that user may need to operate terminal screen interface, then demonstrate centralized control district 304.

As shown in Fig. 3 B to Fig. 3 D, the centralized control district 304 that terminal screen interface demonstrates may be used for controlling this operand 302.

Particularly, in figure 3b, centralized control district 304 comprises multiple virtual key 304a and touch area 304b, user can by the operation to these virtual keys 304a, such as choose certain virtual key 304a, or in the 304b of touch area, mark the gesture path matched with desired guiding trajectory, thus realize corresponding function; In fig. 3 c, centralized control district 304 comprises multiple virtual key 304a, and user by the operation to these virtual keys 304a, can such as choose certain virtual key 304a, to realize corresponding function; In fig. 3d, centralized control district 304 comprises touch area 304b, and user by marking the gesture path matched with desired guiding trajectory in the 304b of touch area, thus realizes corresponding function.

In order to realize realizing corresponding function by virtual key 304a and/or touch area 304b, wherein:

For virtual key 304a, the operating function of each operand and correspondence can be obtained in advance, and carry out association store, then after determining operand 302, the operating function be associated is set to the virtual key 304a in centralized control district 304; Certainly, also can after determining operand 302, the operating function that Real-time Obtaining is corresponding, and be set to virtual key 304a." Edit Text ", " seeing details ", " refreshing " etc. in such as figure, be some functions for this operand 302.And for " exiting ", then and the operating function be not only for this operand 302, and systemic-function can be thought, versatility for whole system, these functions also provide corresponding interface by system, so that in spanning set during control zone 304, docked by this Interface realization, thus be shown as virtual key 304a.

For touch area 304b, desired guiding trajectory and corresponding function can being carried out association store, when receiving corresponding gesture path in the 304b of touch area, mating with desired guiding trajectory, if there is the desired guiding trajectory matched, then perform the function be associated with this desired guiding trajectory.And the function of association store here, obviously can be for operand 302, also can be said system function.

Certainly, for each virtual key 304a, obviously self-defined setting can be carried out by user, to meet individual requirements.

In technique scheme, relate to the determination for operand 302, particularly, in the inventive solutions, as shown in FIGURE 3 E, the position of centralized control district 304 on terminal screen interface is moved, thus obtain the region residing for centralized control district 304, and and then using the object on this region as operand, to be configured centralized control district 304.

Here real-time judge can be carried out, to configure in real time centralized control district 304 to object corresponding to the position in centralized control district 304 and position thereof; Also can after centralized control district 304 is moved into target location, then carry out judging and configuring.For the judgement of target location, can be after centralized control district 304 is moved, do not continued to be moved within a preset time interval, then judge that position is now as target location.

After centralized control district 304 is moved into target location, also there is other problems in the judgement for operand, is specifically described below in conjunction with Fig. 3 F to Fig. 3 H.

As illustrated in Figure 3 F, first, whether can be covered by centralized control district 304 by object and judge, if capped, then deposit overlay area 306 in the drawings, then can using this object as operand 302, so that according to the attribute of this operand 302, control zone 304 in further config set.

As shown in Figure 3 G, for the ease of user operation, centralized control district 304 is often larger, cause covering multiple object 303 simultaneously, then by judging that overlay area that centralized control district 304 and each object 303 produce accounts for the size of this object total area, there is overlay area 306a and overlay area 306b in such as figure, wherein, overlay area 306a proportion is greater than overlay area 306b proportion, then using object corresponding for overlay area 306a as operand 302.Here because the real area of each object often there are differences, if thus directly judged by the size of overlay area, then erroneous judgement may be caused.

As shown in figure 3h, the area of centralized control district 304 and the overlay area that multiple object 303 produces or proportion may be equal sometimes, and such as two objects are all covered completely by centralized control district 304, then overlay area proportion is 100%.Now, if to there is central point 308(irregularly shaped due to centralized control district 304, can be specified by user or manufacturer; Certainly, for regular shape, also not necessarily central point, can specify arbitrarily), thus can judge according to the distance between object and this central point 308, wherein, nearest object can by as operand 302.

Particularly, as shown in fig. 31, for the configuration in centralized control district 304, comprise for the kind of virtual key 304a and/or the change for the acceptable gesture path of touch area 304b.Be changed to " text " by " scheming greatly " by the operand 302 in centralized control district 304 in figure, then correspondingly, the virtual key " editing picture " in centralized control district 304 has become " Edit Text "; Meanwhile, if mark the gesture originally corresponding to " editing picture " in centralized control district 304, then the function of " Edit Text " can be realized.

In Fig. 3 I, centralized control district 304 is moved into the lower right corner at terminal screen interface, when user continues centralized control district 304 to move to this direction, until after coming in contact with screen interface edge, illustrate that user wishes that the object to being in below or corner operates, then can be configured, so that the operation of user the shape in centralized control district 304, size etc.Particularly, as shown in figure 3j, centralized control district 304 being become circular arc from disc, being convenient to user when using the right hand to be hold by one hand, can by means of only the operation of hand thumb realization to centralized control district 304.

This centralized control district 304 can be used in various applied environment, particularly, can be arranged voluntarily need or do not need to be controlled by centralized control district 304 by manufacturer or user.

In another kind of use scenes, on information spinner interface such as shown in Fig. 3 K and 3L, as user by centralized control district 304 from after the top of " inbox " moves to the top of " outbox ", operand 302 is changed to " outbox " from " inbox " by system, then in virtual key 304a, " enter inbox " and become " entering outbox ", and also corresponding change can be there is in the function of the gesture path that touch area 304b can receive and realization.

Here it should be noted that, for the content in centralized control district 304, also can there is difference with the real-time condition of operand 302.Such as in Fig. 3 K, unread short messages is not had in " inbox ", then in virtual key 304a, for " entering inbox ", " write information ", " checking rough draft " and " exiting " etc., and in Fig. 3 L, in " inbox ", there is an envelope people of unread information, then in corresponding virtual key 304a, " rough draft will be checked " and become " check and do not read ", can directly by selecting it, to check unread short messages.And can see, the position for " check and do not read " and " write information " also there occurs change, operates " check and do not read " for use in easier.

In addition, it should be noted that, here centralized control district 304 appears in one's mind all the time on terminal screen interface, can think and be in different layers, wherein, the content at terminal screen interface is in lower floor, and centralized control district 304 is in upper strata, as can be seen from above-mentioned each figure all, its moving process can not impact the content at terminal screen interface; Meanwhile, centralized control district 304 is translucent, thus can not produce stop to the other guide on terminal screen interface, makes user carry out, in the process operated, can obtaining maximum vision area.

More than be described with reference to the accompanying drawings technical scheme of the present invention, consider in correlation technique, operation push-button arranges confusion, not easy to operate, therefore, the invention provides a kind of terminal and a kind of terminal control method, fixed form can be adopted to realize control to different operating object, and integrated due to function, be convenient to the opereating specification reducing user, expand the display area of other interface contents, promote Consumer's Experience.

The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.

Claims

1. a terminal, is characterized in that, comprising:

Area setting unit, for arranging at least one centralized control district on terminal screen interface;

Operand acquiring unit, for the real time position residing for each described centralized control district, obtains the operand that described real time position is corresponding;

Function setting unit, corresponds to the virtual key of described operand and/or the touch area for receiving gesture command for arranging at least one in described centralized control district;

Operational processes unit, for virtual key described at least one selected or described touch area receives the gesture command matched with default gesture, generate corresponding operational order, to control described operand;

Attribute configuration unit, for the real-time status of the configuration order received according to described terminal and/or the described terminal detected, configures the attribute in described centralized control district;

Described operand acquiring unit obtains by the object that described centralized control district covers on described terminal screen interface, and using described object as described operand;

Described operand acquiring unit comprises:

Area obtains subelement, when described object is multiple, obtains described object is accounted for this object total area ratio by the region area that described centralized control district covers respectively; And

Described operand acquiring unit using object maximum for described ratio as described operand.

2. terminal according to claim 1, is characterized in that, also comprises:

Regional location mobile unit, for according to the movement directive received, moves the position in described centralized control district.

3. terminal according to claim 2, is characterized in that, also comprises:

Timing unit, stopping the time of movement, when this time exceedes default time threshold, being obtained by described operand acquiring unit to described operand for recording described centralized control district.

4. terminal according to claim 1, is characterized in that, also comprises:

Acquiring unit, for obtaining at least one operand in described terminal, and for the procedure operation function of each described operand;

Storage unit, for carrying out association store by the procedure operation function of described operand and correspondence; And

The described procedure operation function setting be associated for the procedure operation function that the operand obtained with determine is associated, and is corresponding virtual key in described centralized control district by button setting unit.

5. terminal according to claim 1, is characterized in that, also comprises:

Acquiring unit, for the procedure operation function of operand described in Real-time Obtaining;

Button setting unit, for by least one procedure operation function setting of described operand being corresponding virtual key in described centralized control district.

6. terminal according to claim 1, is characterized in that, each described operand belongs to corresponding application program, then described terminal also comprises:

Acquiring unit, for obtaining the Dynamic System function for described application program; And

Button setting unit, for by Dynamic System function setting described at least one being corresponding virtual key in described centralized control district.

7. terminal according to claim 1, is characterized in that, also comprises:

Function user-defined unit, for according to the custom command received, carries out self-defined setting to the correlation function of at least one virtual key in described centralized control district.

8. terminal according to claim 1, is characterized in that, also comprises:

Storage unit, for carrying out association store by least one operand in described terminal and described default gesture;

Gesture setting unit, for the operand corresponding according to described centralized control district, obtains the described default gesture be associated, mates with the gesture path sensed described centralized control district.

9. terminal according to any one of claim 1 to 8, is characterized in that, also comprises:

Described centralized control district is translucent, and appears in one's mind on the displaying contents at described terminal screen interface.

10. terminal according to claim 1, is characterized in that, the attribute that described attribute configuration unit carries out the described centralized control district arranged comprise following one of at least:

The shape in the quantity of the virtual key in described centralized control district or the operating function of correspondence, the display position of described centralized control district on described terminal screen interface, described centralized control district.

11. terminals according to any one of claim 4 to 6, is characterized in that, also comprise:

Statistic unit, for adding up all procedure operation functions or Dynamic System function by the number of times that uses and/or frequency; And

Described area setting unit also for: according to described by the size of the number of times that uses and/or frequency, the virtual key in described centralized control district is managed.

12. terminals according to claim 1, is characterized in that, described operand acquiring unit also comprises:

Distance obtains subelement, and described centralized control district exists default center point, when the object that described ratio is maximum is multiple, then judges the distance between each object and described default center point;

Described operand acquiring unit using object corresponding for minor increment as described operand.

13. 1 kinds of terminal control method, is characterized in that, comprising:

Step 202, terminal screen interface arranges at least one centralized control district;

Step 204, according to the real time position residing for each described centralized control district, obtains the operand that described real time position is corresponding;

Step 206, arranges at least one and corresponds to the virtual key of described operand and/or the touch area for receiving gesture command in described centralized control district;

Step 208, if virtual key described at least one is selected or described touch area receives the gesture command matched with default gesture, then generates corresponding operational order, to control described operand;

According to the configuration order received and/or the real-time status of described terminal detected, configure the attribute in described centralized control district;

Wherein, step 204 specifically comprises:

Obtain by the object that described centralized control district covers on described terminal screen interface, and using described object as described operand; And

If described object is multiple, then obtain described object is accounted for this object total area ratio by the region area that described centralized control district covers respectively;

Using object maximum for described ratio as described operand.

14. terminal control method according to claim 13, is characterized in that, described step 202 also comprises:

According to the movement directive received, the position in described centralized control district is moved.

15. terminal control method according to claim 14, is characterized in that, before described step 204, also comprise after described step 202:

Judge that described centralized control district stops the time of movement whether to exceed default time threshold, if so, then enter step 204, otherwise proceed to judge.

16. terminal control method according to claim 13, is characterized in that, before described step 202, also comprise:

Obtain at least one operand in terminal, and for the procedure operation function of each described operand;

The procedure operation function of described operand and correspondence is carried out association store; And

Described step 206 specifically comprises:

Obtain the procedure operation function be associated with the operand determined, and be corresponding virtual key in described centralized control district by the described procedure operation function setting be associated.

17. terminal control method according to claim 13, is characterized in that, described step 206 specifically comprises:

The procedure operation function of operand described in Real-time Obtaining, and be corresponding virtual key in described centralized control district by least one procedure operation function setting of described operand.

18. terminal control method according to claim 13, is characterized in that, described step 206 specifically comprises:

Each described operand belongs to corresponding application program;

Obtain the Dynamic System function for all application programs, and be corresponding virtual key in described centralized control district by Dynamic System function setting described at least one.

19. terminal control method according to claim 13, is characterized in that, described step 206 specifically comprises:

According to the custom command received, self-defined setting is carried out to the correlation function of at least one virtual key in described centralized control district.

20. terminal control method according to claim 13, is characterized in that, before described step 202, also comprise:

At least one operand in terminal and described default gesture are carried out association store; And

Described step 206 also comprises:

The operand corresponding according to described centralized control district, obtains the described default gesture be associated, mates with the gesture path sensed described centralized control district.

21., according to claim 13 to the terminal control method according to any one of 20, is characterized in that, described step 202 specifically comprises:

22. terminal control method according to claim 13, is characterized in that, the attribute in described centralized control district comprise following one of at least:

23., according to claim 16 to the terminal control method according to any one of 18, is characterized in that, described step 206 also comprises:

Add up all procedure operation functions or Dynamic System function by the number of times that uses and/or frequency;

According to described by the size of the number of times that uses and/or frequency, the virtual key in described centralized control district is managed.

24. terminal control method according to claim 13, it is characterized in that, there is default center point in described centralized control district, if the maximum object of described ratio is multiple, then judge the distance between each object and described default center point, and using object corresponding for minor increment as described operand.