CN104866188A

CN104866188A - Display interface adjusting method

Info

Publication number: CN104866188A
Application number: CN201510093539.0A
Authority: CN
Inventors: 刘真; 唐冰冰
Original assignee: Shenzhen Jinli Communication Equipment Co Ltd
Current assignee: Shenzhen Jinli Communication Equipment Co Ltd
Priority date: 2015-03-02
Filing date: 2015-03-02
Publication date: 2015-08-26

Abstract

The embodiment of the invention provides a display interface adjusting method. The display interface adjusting method comprises the following steps: acquiring an interface adjusting command; adjusting the display sizes of icons on a display interface according to the interface adjusting command to obtain an adjusted display interface so as to enable the icons on the adjusted display interface to fall into a single-hand controlled area on the display interface; displaying the adjusted display interface on a touch screen, and acquiring touch-control commands for touch control of the icons through the touch screen based on the adjusted display interface. By adoption of the embodiment of the invention, a user can be supported to touch-control the icons displayed on the display screen by one hand and can more conveniently control the mobile terminal of a big display screen, so that the user experience is improved.

Description

A kind of method of adjustment of display interface

Technical field

The present invention relates to human machine interface technologies field, particularly relate to a kind of method of adjustment of display interface.

Background technology

Along with the development of science and technology, mobile terminal is more and more universal, and meanwhile, function also from strength to strength, develops the intelligent and portable equipment becoming a kind of integrated multifunction from a kind of simple means of communication.In order to coordinate the visual display effect in types of applications program work process, increasing manufacturer starts to strengthen screen size, while this makes the screen of mobile terminal also increasing, add the use burden of user: user is in the situations such as hand-held thing, a hand steered handrail, all icons that cannot singlehanded touching display screen show, thus can not the mobile terminal of singlehanded manipulation large scale display screen freely.

Summary of the invention

Embodiments provide the method for a kind of display interface adjustment, the icon that the singlehanded touching display screen of user shows can be supported, make user's singlehanded mobile terminal manipulating large scale display screen more easily, improve Consumer's Experience.

Concrete, the embodiment of the present invention provides a kind of method of adjustment of display interface, and it can comprise:

Obtain interface adjustment instruction;

According to the display size of the icon on described interface adjustment instruction adjustment display interface with the display interface after being adjusted, fall into the singlehanded controlled area of described display interface with the icon on the display interface after making described adjustment;

Show the display interface after described adjustment on the touchscreen, and obtained the touch command being used for touch-control icon based on the display interface after described adjustment by described touch-screen.

The embodiment of the present invention by the display size of the icon on interface adjustment instruction adjustment display interface with the display interface after being adjusted, with the singlehanded controlled area making the icon on the display interface after adjustment fall into display interface.Adopt embodiment of the present invention mobile terminal can support the icon that the singlehanded touching display screen of user shows, make user's singlehanded mobile terminal manipulating large scale display screen more easily, improve Consumer's Experience.

Accompanying drawing explanation

In order to be illustrated more clearly in the technical scheme of the embodiment of the present invention, be briefly described to the accompanying drawing used required in embodiment below, apparently, accompanying drawing in the following describes is some embodiments of the embodiment of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.

Fig. 1 is an embodiment schematic flow sheet of the method for adjustment of a kind of display interface of the present invention;

A kind of structural representation of mobile terminal of Fig. 2 a for providing in first embodiment of the invention;

A kind of structural representation of mobile terminal of Fig. 2 b for providing in second embodiment of the invention;

A kind of structural representation of mobile terminal of Fig. 2 c for providing in third embodiment of the invention;

A kind of structural representation of mobile terminal of Fig. 2 d for providing in fourth embodiment of the invention;

A kind of structural representation of mobile terminal of Fig. 2 e for providing in fifth embodiment of the invention;

The structure composition schematic diagram that Fig. 3 is the another kind of mobile terminal that provides in the embodiment of the present invention;

A kind of movement locus schematic diagram of mobile terminal of Fig. 4 a for providing in the embodiment of the present invention;

A kind of position view of mobile terminal of Fig. 4 b for providing in the embodiment of the present invention;

Fig. 5 a the first controlled area dividing condition schematic diagram for providing in the embodiment of the present invention;

The second controlled area dividing condition schematic diagram of Fig. 5 b for providing in the embodiment of the present invention;

Fig. 5 c the third controlled area dividing condition schematic diagram for providing in the embodiment of the present invention;

Fig. 5 d is the display interface schematic diagram after provide in the embodiment of the present invention the 4th kind adjustment;

Fig. 5 e is the display interface schematic diagram after provide in the embodiment of the present invention the 5th kind adjustment;

Fig. 5 f is the display interface schematic diagram after provide in the embodiment of the present invention the 6th kind adjustment;

Fig. 5 g is the display interface schematic diagram after provide in the embodiment of the present invention the 7th kind adjustment;

Fig. 5 h is the display interface schematic diagram after provide in the embodiment of the present invention the 8th kind adjustment.

Embodiment

Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.

The embodiment of the present invention provides a kind of method of adjustment of display interface, and it can comprise: obtain interface adjustment instruction; According to the display size of the icon on described interface adjustment instruction adjustment display interface with the display interface after being adjusted, fall into the singlehanded controlled area of described display interface with the icon on the display interface after making described adjustment; Show the display interface after described adjustment on the touchscreen, and obtained the touch command being used for touch-control icon based on the display interface after described adjustment by described touch-screen.The embodiment of the present invention can support the icon that the singlehanded touching display screen of user shows, and makes user's singlehanded mobile terminal manipulating large scale display screen more easily, improves Consumer's Experience.

Below in conjunction with the drawings and the specific embodiments, the technical scheme of the embodiment of the present invention is described in detail.

As shown in Figure 1, an embodiment of the method for adjustment of a kind of display interface provided by the invention can comprise the following steps:

Step S110, obtains interface adjustment instruction.

In the embodiment of the present invention, acquisition for mobile terminal to interface adjustment instruction mobile terminal based on user, the operation of mobile terminal is generated, when mobile terminal detects the operation that user specifies mobile terminal, then correspondingly generate the adjustment instruction of aforesaid interface.

Further alternatively, mobile terminal can using the kinematic parameter of mobile terminal as the foundation whether generating interface adjustment instruction:

The movement locus that kinematic parameter can form by strategy one, mobile terminal is as basis for estimation, a predetermined movement can be pre-set, such as mobile terminal is moved according to track shown in A figure in Fig. 4 a, and the kinematic parameter produced in moving process is extracted generation predetermined movement track.Correspondingly, when user moves the mobile terminal of the embodiment of the present invention again, and according to when in Fig. 4 a, the track shown in B figure moves, mobile terminal can generate current kinetic track according to the kinematic parameter obtained in current kinetic process, and judge that whether current kinetic track is consistent with predetermined movement track, if judge, current kinetic track is consistent with predetermined movement track, then confirm that mobile terminal has carried out predetermined movement, and generate interface adjustment instruction, wherein, predetermined movement can include but are not limited to shake mobile terminal, shake mobile terminal etc., predetermined movement can be not limited only to continuous motion, can also comprise and carry out above-mentioned shake according to certain time interval, the operations such as shake, correspondingly, such as, when mobile terminal judges that mobile terminal has shaken N time according to certain time interval at the appointed time, can confirm that mobile terminal has carried out predetermined movement,

Strategy two, mobile terminal can using the run duration in kinematic parameter as basis for estimation, a predetermined movement can be pre-set, such as mobile terminal is moved according to track shown in A figure in Fig. 4 a, record the position at each time point mobile terminal place, and further extrapolate the speed of predetermined movement Track Pick-up.Correspondingly, when user moves the mobile terminal of the embodiment of the present invention again, and according to when in Fig. 4 a, the track shown in B figure moves, based on the kinematic parameter of current acquisition, mobile terminal judges that whether the speed of current kinetic Track Pick-up is consistent with the speed of predetermined movement Track Pick-up, if judge, the speed of current kinetic Track Pick-up is consistent with the speed of predetermined movement Track Pick-up, then confirm that mobile terminal has carried out predetermined movement, and generate interface adjustment instruction;

Strategy three, mobile terminal can using the direction of motion in kinematic parameter as basis for estimation, a predetermined movement can be pre-set, such as mobile terminal is rotated to the direction shown in B figure mobile terminal in Fig. 4 b according to the direction shown in A figure mobile terminal in Fig. 4 b, have rotated predetermined angle by mobile terminal along preset direction.Correspondingly, when user moves the mobile terminal of the embodiment of the present invention again, mobile terminal analyzes mobile terminal according to the current kinetic parameters got and has done rotary motion, and when the direction rotated angle that is consistent with preset direction or that rotate is identical with predetermined angle, confirm that mobile terminal has carried out predetermined movement, and generate interface adjustment instruction.

Further alternatively, mobile terminal can using the click signal received as whether generating the foundation that interface adjusts instruction, concrete, it is predeterminable when in Preset Time, mobile terminal have received N number of click signal, generate interface adjustment instruction, wherein, the click signal signal knocking housing that can include but are not limited to the knocking received by touch-screen, the push button signalling received by the physical keyboard of mobile terminal and be received by the sensor that mobile terminal shell position distributes.Correspondingly, such as, when mobile terminal have received N number of knocking by touch-screen in Preset Time, interface adjustment instruction can be generated; Or, when a button have received N number of push button signalling in Preset Time in the physical keyboard of mobile terminal, interface adjustment instruction can be generated; Or, when the sensor of mobile terminal shell position distribution receive to have received in Preset Time N number of knock housing signal time, interface adjustment instruction can be generated.

Further alternatively, whether mobile terminal can using voice signal as generating the foundation that interface adjusts instruction, and concrete, predeterminable for triggering the default voice signal generating interface adjustment instruction, such as presetting voice signal is " interface adjustment ".Correspondingly, when mobile terminal receives voice signal again, can judge that whether the voice signal be currently received is consistent with default voice signal, if the voice signal received before judging is consistent with default voice signal, then think and be currently received default voice signal, and trigger the adjustment instruction of generation interface.Wherein, judge whether consistent with the default voice signal judgement scheme of the voice signal that is currently received can include but are not limited to that vocal print contrasts, audio frequency contrast etc.

Further alternatively, mobile terminal can using the push button signalling corresponding to default key assignments as the foundation whether generating interface adjustment instruction, concrete, the predeterminable push button signalling for triggering corresponding to the default key assignments generating interface adjustment instruction.Correspondingly, after mobile terminal again detects that user pushes button, obtains button value, can judge that whether the button value got is identical with default key assignments, the button value got if judge is identical with default key assignments, then think the push button signalling be currently received corresponding to default key assignments, and trigger and generate interface adjustment instruction.In addition, in order to distinguish with the operation that pushes button under normal condition, the lasting duration that user can push button by the embodiment of the present invention is further as annex basis for estimation, namely, when mobile terminal detects that user continues to exceed regulation duration by programmable button, trigger according to push button signalling and generate interface adjustment instruction.

Further alternatively, mobile terminal can using the push button signalling corresponding to default combination key assignments as whether generating the foundation that interface adjusts instruction, concrete, the predeterminable signal for triggering corresponding to the default combination key assignments generating interface adjustment instruction, as " volume+" and " key " combine.Correspondingly, after mobile terminal detects that user presses combination button, acquisition combination button key assignments according to preset order again, can judge that whether the combination button key assignments got is identical with default combination key assignments, the combination button key assignments got if judge with preset that to combine key assignments identical, then think the signal be currently received corresponding to default combination key assignments, and trigger and generate interface adjustment instruction.

Further alternatively, mobile terminal can using the slip signals received by touch-screen as whether generating the foundation that interface adjusts instruction, concrete, sliding trace corresponding to the predeterminable slip signals for triggering the adjustment instruction of generation interface is as default sliding trace, correspondingly, after touching medium slides on the touchscreen, the mobile terminal of the embodiment of the present invention can calculate sliding trace according to current slide, and judge whether the sliding trace calculated matches with default sliding trace, the sliding trace calculated if judge and default sliding trace match, then trigger and generate interface adjustment instruction.

Further alternatively, mobile terminal can using with the head of a household by time of pressing of touch-screen any point as the foundation whether generating interface adjustment instruction, can arrange to preset and press the time, correspondingly, when mobile terminal detect with the head of a household by touch-screen exceed preset press the time time, trigger generate interface adjustment instruction.

Further alternatively, the embodiment of above generation interface adjustment instruction can also combination in any be implemented, and the embodiment of the present invention is not restricted this.

Step S111, according to the display size of the icon on interface adjustment instruction adjustment display interface with the display interface after being adjusted, with the singlehanded controlled area making the icon on the display interface after adjustment fall into display interface.

Singlehanded controlled area mentioned by the embodiment of the present invention, when can be user's one hand manipulation mobile terminal, the maximum magnitude that manipulation hand can touch on mobile terminals.

Further alternatively, the embodiment of the present invention can based on the singlehanded controlled area of display interface predefine, wherein, operator can add up by inquiry, divide singlehanded controlled area exactly, concrete, singlehanded controlled area can be divided according to the difference of left hand and right hand, and correspondingly configure to be suitable for respectively in the system of mobile terminal and be controlled by left hand and be controlled by the singlehanded controlled area scheme of the right hand; Singlehanded controlled area can also be divided according to crowd's hand size difference of all ages and classes layer, and correspondingly in the system of mobile terminal configuration be controlled by children, be controlled by teenager and be controlled by the singlehanded controlled area scheme of all ages and classes layer crowd that be applicable to of adult; Singlehanded controlled area can also be divided according to the size difference of man and Ms particularly again, and correspondingly in the system of mobile terminal configuration be controlled by man and be controlled by the singlehanded controlled area scheme of Ms.Here, can divide for the right hand of Common men:

Strategy one: through adopting statistics, can by hand thumb can touch-control to maximum region be set to singlehanded controlled area, wherein the boundary line of singlehanded controlled area and non-singlehanded controlled area can with reference to dummy line shown in figure 5a, according to the segmentation of dummy line, controlled area is divided into singlehanded controlled area I and non-singlehanded controlled area II.

Strategy two: the mobile terminal of the embodiment of the present invention can support that user is according to the self-defined singlehanded controlled area of own situation, concrete enforcement can be: mobile terminal is received from definition signal; Scope definition specified by self-defined signal is singlehanded controlled area by mobile terminal.Wherein, self-defined signal can carry user and draw dummy line as shown in Figure 5 b on the touchscreen by hand thumb, the dummy line that mobile terminal can mark according to user defines singlehanded controlled area, according to the segmentation of dummy line, controlled area is divided into singlehanded controlled area I and non-singlehanded controlled area II.In the embodiment of the present invention, the singlehanded controlled area of User Defined can operate according to the custom of oneself or hand shape size.

Strategy three: singlehanded controlled area can also divide by the mobile terminal of the embodiment of the present invention further, can in the lump with reference to Fig. 5 c, according to use habit, singlehanded controlled area can also be carried out further level-2 area division, be divided into the first singlehanded controlled area I-I and the second singlehanded controlled area I-II, and other level-2 areas, level-2 area can also be divided into tertiary zone etc.The foundation of this division can be that, when the right hand of user is on the upper side relative to mobile terminal locations, the icon falling into the display interface of the second singlehanded controlled area I-II will become and relatively be difficult to touch-control, therefore this part be made a distinction; Or when the right hand of user is on the lower side relative to the position of mobile terminal, the icon falling into the display interface of the first singlehanded controlled area I-I will become and relatively be difficult to touch-control, this part can be distinguished.

Further alternatively, the predeterminable icon for adjusting icon sizes of mobile terminal that the embodiment of the present invention adopts shows size.The displaying scheme that the embodiment of the present invention provides provides different display sizes for the icon of zones of different, and based on the size of different display sizes adjustment icon.Concrete, the preset strategy that mobile terminal presets display size can be:

Strategy one: this programme object is that all icons making display interface shows all fall into singlehanded controlled area, then directly the first enlargement factor can be set to the icon not falling into singlehanded controlled area, all fall into singlehanded controlled area to make the icon not falling into singlehanded controlled area: the singlehanded controlled area of icon selected distance that mobile terminal never falls into singlehanded controlled area the first icon farthest farthest; Mobile terminal calculate send as an envoy to first farthest icon fall into the first minimum enlargement factor of singlehanded controlled area; Mobile terminal presets the first enlargement factor based on the first minimum enlargement factor.Such as, the icon 1 shown in Fig. 5 d can be chosen, calculate the first minimum enlargement factor that icon 1 of sening as an envoy to falls into singlehanded controlled area I, and choose first enlargement factor according to the first minimum enlargement factor, wherein, the first enlargement factor chosen can equal the first minimum enlargement factor.

Strategy two: as Fig. 5 e, when the right hand of user is on the upper side relative to mobile terminal locations, the icon falling into the display interface of the second singlehanded controlled area I-II will become and relatively be difficult to touch-control, now, can to falling into I-II district but the icon not falling into I-I district arranges the second enlargement factor: mobile terminal is from the singlehanded controlled area of icon selected distance first falling into the second singlehanded controlled area the second icon farthest farthest; Mobile terminal calculate send as an envoy to second farthest icon fall into the second minimum enlargement factor of the first singlehanded controlled area; Mobile terminal presets the second enlargement factor based on the second minimum enlargement factor, all falls into the first singlehanded controlled area to make the icon of the second singlehanded controlled area simultaneously.As depicted in fig. 5e, when mobile terminal amplifies according to office second enlargement factor, the icon 14 originally only falling into the second singlehanded controlled area can be made to fall into the first singlehanded controlled area simultaneously.

Strategy three: as Fig. 5 f, when the right hand of user is on the lower side relative to mobile terminal locations, the icon only falling into the display interface of the first singlehanded controlled area I-I will become and relatively be difficult to touch-control, now, can to falling into I-I district but the icon not falling into I-II district arranges the 3rd enlargement factor: mobile terminal is the 3rd icon farthest farthest from icon selected distance second singlehanded controlled area I-II district falling into the first singlehanded controlled area I-I district; Mobile terminal calculate send as an envoy to the 3rd farthest icon fall into the 3rd minimum enlargement factor in the second singlehanded controlled area I-II district; Mobile terminal presets the 3rd enlargement factor based on the 3rd minimum enlargement factor, all falls into the second singlehanded controlled area I-II district to make the icon in the first singlehanded controlled area I-I district simultaneously.As shown in figure 5f, by amplifying, the icon 15 originally only falling into the first singlehanded controlled area I-I district can be made to fall into the second singlehanded controlled area I-II district simultaneously.

Above-mentioned tactful two and the essence of strategy three be identical, be implement in detail to set forth to two kinds of aforementioned claim 5, strategy three should be interpreted as it is restriction to aforementioned claim by those skilled in the art.

Strategy four: when the icon of non-singlehanded controlled area becomes large, display screen may be caused to seem very crowded, now can also be reduced by the icon arranging the singlehanded controlled area of the large young pathbreaker of display, play the object of adjustment display interface: mobile terminal presets the minification falling into singlehanded controlled area icon.Wherein, the setting of minification also needs investigation and sampling to add up, usually can using finger can exact touch icon area as reduce display size choice criteria, the concrete effect that realizes can in the lump with reference to Fig. 5 g, and Fig. 5 g achieves the effect being carried out by the icon of singlehanded controlled area reducing.

Strategy five: minification is preset in the operation that the embodiment of the present invention also can carry out reducing adjustment for the icon of the singlehanded controlled area of first of aforementioned division and the second singlehanded controlled area, such as, be directed to Fig. 5 e, first minification of the icon of the first singlehanded controlled area can be set, think that the icon of non-singlehanded controlled area and the second singlehanded controlled area provides icon display space.

Above tactful one can implement separately to strategy five, also can combine enforcement, and the presupposed solution of the embodiment of the present invention to display size is not restricted.

Further alternatively, based on the display size of above-mentioned setting, mobile terminal can adjust the display size of the icon on instruction adjustment display interface with the display interface after being adjusted according to interface, with the concrete enforcement making the icon on the display interface after adjustment fall into the singlehanded controlled area of display interface can be:

When carrying the first enlargement factor in the adjustment instruction of interface, icon display interface not falling into singlehanded controlled area can be amplified the first enlargement factor by mobile terminal, to obtain the first display interface, wherein, the first display interface is the whole interface shown by touch-screen;

When carrying the first enlargement factor and the second enlargement factor in the adjustment instruction of interface, icon display interface not falling into singlehanded controlled area can be amplified the first enlargement factor by mobile terminal, second singlehanded controlled area will be fallen into again but the icon not falling into the first singlehanded controlled area amplifies the second enlargement factor, to obtain the second display interface, wherein, the second display interface is the whole interface shown by touch-screen;

When carrying the first enlargement factor in the adjustment instruction of interface, when the second enlargement factor and the first minification, icon display interface not falling into singlehanded controlled area can be amplified the first enlargement factor by mobile terminal, second singlehanded controlled area will be fallen into again but the icon not falling into the first singlehanded controlled area amplifies the second enlargement factor, first display interface will fall into the first singlehanded controlled area again but the icon not falling into the second singlehanded controlled area is chosen out, and based on the second display interface, the icon corresponding with the icon selected is reduced the first minification, to obtain the 3rd display interface, wherein, 3rd display interface is the whole interface shown by touch-screen,

When carrying the first enlargement factor, the second minification in the adjustment instruction of interface, icon display interface not falling into singlehanded controlled area can be amplified the first enlargement factor by mobile terminal, first singlehanded controlled area will be fallen into again but the icon not falling into the second singlehanded controlled area reduces the second minification, to obtain the 4th display interface, wherein, the 4th display interface is the whole interface shown by touch-screen;

When carrying the first enlargement factor and the 3rd enlargement factor in the adjustment instruction of interface, icon display interface not falling into singlehanded controlled area can be amplified the first enlargement factor by mobile terminal, to the first singlehanded controlled area be fallen into again but do not fall into the second singlehanded controlled area icon amplify the 3rd enlargement factor, to obtain the 5th display interface, wherein, the 5th display interface is the whole interface shown by touch-screen.

Step S112, shows the display interface after adjustment on the touchscreen, and is obtained the touch command being used for touch-control icon by touch-screen based on the display interface after adjustment.

Further alternatively, after mobile terminal shows the display interface after adjustment on the touchscreen, can also adjust further each icon on display interface further, concrete implementation strategy is as follows:

Strategy one: the icon on the display interface of mobile terminal is divided into singlehanded controlled area and non-singlehanded controlled area, the icon of non-singlehanded controlled area all amplifies the first enlargement factor, certainly, be certain to overlapping to some extent with other icons, beautiful interface can be affected to a certain extent.Further alternative, if the icon of the non-singlehanded controlled area after user operation amplification, can amplify apart from singlehanded controlled area that icon farthest, other icons also amplify, but preferentially can show the singlehanded controlled area of distance that icon farthest after amplification when display interface display, icon after other amplifications can be hidden, when mobile terminal receives corresponding operational order, after singlehanded for the distance after amplification controlled area that icon farthest and other can being amplified and the icon hidden switches.Wherein, optionally, the icon only having part to enter singlehanded controlled area is also decided to be the icon of singlehanded controlled area, the icon that the area that also can enter singlehanded controlled area according to icon is greater than 50% is defined as the icon of singlehanded controlled area.

Strategy two: as the another kind of embodiment of strategy one, on the basis of strategy one, mobile terminal the first display interface will fall into the second singlehanded controlled area but the icon not falling into the first singlehanded controlled area amplifies the second enlargement factor, to obtain the second display interface.Alternatively, icon on the display interface of mobile terminal is divided into the first singlehanded controlled area, the second singlehanded controlled area and other regions, the first display interface will fall into the second singlehanded controlled area but the icon not falling into the first singlehanded controlled area amplifies the second enlargement factor.Like this, certainly, be certain to overlapping to some extent with other icons, beautiful interface can have been affected to a certain extent.Further alternative, if the icon of the second singlehanded controlled area after user operation amplification, distance the first singlehanded controlled area that icon farthest can be amplified, other icons also amplify, but preferentially can show the icon of the singlehanded controlled area of distance first that second area farthest after amplification when display interface display, icon after other amplifications can carry out similar in an overlapping arrangement, or the icon after other amplifications can be hidden, when mobile terminal receives corresponding operational order, directly can click the part that the icon of the singlehanded controlled area of distance first that second area farthest after amplification is not overlapping with other icons, or after the icon of the singlehanded controlled area of distance first that second area farthest after amplification and other can being amplified and the icon hidden switches.

Strategy three: mobile terminal adjusts the frequency of utilization of application program corresponding to each icon on instruction and display interface according to interface, adjusts the position of each icon on described display interface.Alternatively, the frequency of utilization of the application program that each icon on the display interface of mobile terminal is corresponding is certainly different.Singlehanded controlled area can be divided according to the frequency of utilization of application program corresponding to each icon, as: the icon that frequency of utilization is relatively high can be placed on singlehanded controlled area, further, icon that can be corresponding by application program best for frequency of utilization is placed on the position of singlehanded touch-control most convenient.In this case, if user finds certain application function, according to its frequency of utilization to this function, the approximate location this application function corresponding icon can be inferred.

Above-mentioned tactful one can combination in any implement to strategy three, and the embodiment of the present invention is not restricted this.

Further alternatively, on the basis of strategy five, if mobile terminal receives corresponding touch command, icon in singlehanded controlled area can be switched, as the icon in the icon beyond singlehanded controlled area and current singlehanded controlled area is switched, after switching, the icon before the icon in current singlehanded controlled area has just changed into and switched beyond singlehanded controlled area, and the region beyond singlehanded controlled area has just switched to the icon of the singlehanded controlled area after switching.Specific implementation process, as the change procedure described by Fig. 5 h, wherein, the icon order in the right figure of the icon order changeable one-tenth Fig. 5 h in the left figure of Fig. 5 h.

The embodiment of the present invention by the display size of the icon on interface adjustment instruction adjustment display interface with the display interface after being adjusted, with the singlehanded controlled area making the icon on the display interface after adjustment fall into display interface.The method of the embodiment of the present invention can support the icon that the singlehanded touching display screen of user shows, and makes user's singlehanded mobile terminal manipulating large scale display screen more easily, improves Consumer's Experience.

Correspondingly, the embodiment of the present invention additionally provides a kind of mobile terminal for implementing the method for display interface adjustment, and it can comprise: acquiring unit, for obtaining interface adjustment instruction; Adjustment unit, for according to the display size of the icon on described interface adjustment instruction adjustment display interface with the display interface after being adjusted, fall into the singlehanded controlled area of described display interface with the icon on the display interface after making described adjustment; Display unit, for showing the display interface after described adjustment on the touchscreen; Described acquiring unit, also for being obtained the touch command being used for touch-control icon by described touch-screen based on the display interface after described adjustment.The mobile terminal of the embodiment of the present invention can support the icon that the singlehanded touching display screen of user shows, and makes user's singlehanded mobile terminal manipulating large scale display screen more easily, improves Consumer's Experience.

Below in conjunction with the drawings and the specific embodiments, the technical scheme of device in the embodiment of the present invention is described in detail.

Fig. 2 a is the structure composition schematic diagram of the mobile terminal of the embodiment of the present invention.The device of this embodiment can be used for performing the way shown in Fig. 1, concrete, the device of this embodiment comprises: acquiring unit 21, adjustment unit 22 and display unit 23, the mobile terminal of the embodiment of the present invention can further include first and chooses unit 24, first computing unit 25, first and preset unit 26, second and choose unit 27, second computing unit 28, second and preset unit 29, first predefine unit 210, receiving element 211, second predefine unit 212, wherein:

Acquiring unit 21, for obtaining interface adjustment instruction.

In the embodiment of the present invention, the interface adjustment instruction mobile terminal that acquiring unit 21 gets generates the operation of mobile terminal based on user, when mobile terminal detects the operation that user specifies mobile terminal, generate corresponding aforesaid interface adjustment instruction.

The movement locus that kinematic parameter can form by strategy one, mobile terminal is as basis for estimation, a predetermined movement can be pre-set, such as mobile terminal is moved according to track shown in A figure in Fig. 4 a, and the kinematic parameter produced in moving process is extracted generation predetermined movement track.Correspondingly, further alternative, please with reference to Fig. 2 b, the mobile terminal of the embodiment of the present invention can also comprise: when user moves the mobile terminal of the embodiment of the present invention again, and according to when in Fig. 4 a, the track shown in B figure moves, acquiring unit 21 can generate current kinetic track according to the kinematic parameter obtained in current kinetic process, and judge that whether current kinetic track is consistent with predetermined movement track by the first judging unit 24, if judge, current kinetic track is consistent with predetermined movement track, then confirm that mobile terminal has carried out predetermined movement, first generation unit 25 generates interface adjustment instruction, wherein, predetermined movement can include but are not limited to shake mobile terminal, shake mobile terminal etc., predetermined movement can be not limited only to continuous motion, can also comprise and carry out above-mentioned shake according to certain time interval, the operations such as shake, correspondingly, such as, when mobile terminal judges that mobile terminal has shaken N time according to certain time interval at the appointed time, can confirm that mobile terminal has carried out predetermined movement,

Strategy two, mobile terminal can using the run duration in kinematic parameter as basis for estimation, a predetermined movement can be pre-set, such as mobile terminal is moved according to track shown in A figure in Fig. 4 a, record the position at each time point mobile terminal place, and further extrapolate the speed of predetermined movement Track Pick-up.Correspondingly, when user moves the mobile terminal of the embodiment of the present invention again, and according to when in Fig. 4 a, the track shown in B figure moves, based on the kinematic parameter of current acquisition, mobile terminal judges that whether the speed of current kinetic Track Pick-up is consistent with the speed of predetermined movement Track Pick-up, if the first judging unit 24 judges that the speed of current kinetic Track Pick-up is consistent with the speed of predetermined movement Track Pick-up, then confirm that mobile terminal has carried out predetermined movement, the first generation unit 25 generates interface adjustment instruction;

Strategy three, mobile terminal can using the direction of motion in kinematic parameter as basis for estimation, a predetermined movement can be pre-set, such as mobile terminal is rotated to the direction shown in B figure mobile terminal in Fig. 4 b according to the direction shown in A figure mobile terminal in Fig. 4 b, have rotated predetermined angle by mobile terminal along preset direction.Correspondingly, when user moves the mobile terminal of the embodiment of the present invention again, mobile terminal analyzes mobile terminal according to the current kinetic parameters got and has done rotary motion, and when the direction rotated angle that is consistent with preset direction or that rotate is identical with predetermined angle, confirm that mobile terminal has carried out predetermined movement, the first generation unit 25 generates interface adjustment instruction.

Further alternatively, mobile terminal can using the click signal received as whether generating the foundation that interface adjusts instruction, concrete, it is predeterminable when in Preset Time, mobile terminal have received N number of click signal, generate interface adjustment instruction, wherein, the click signal signal knocking housing that can include but are not limited to the knocking received by touch-screen, the push button signalling received by the physical keyboard of mobile terminal and be received by the sensor that mobile terminal shell position distributes.Further alternative, please with reference to Fig. 2 c, the mobile terminal of the embodiment of the present invention can also comprise: correspondingly, such as, when the first receiving element 26 have received N number of knocking by touch-screen in Preset Time, the second generation unit 27 can generate interface adjustment instruction; Or when the first receiving element 26 have received N number of push button signalling in Preset Time, the second generation unit 27 can generate interface adjustment instruction; Or, when the first receiving element 26 receive to have received in Preset Time N number of knock housing signal time, the second generation unit 27 can generate interface adjustment instruction.

Further alternatively, whether mobile terminal can using voice signal as generating the foundation that interface adjusts instruction, and concrete, predeterminable for triggering the default voice signal generating interface adjustment instruction, such as presetting voice signal is " interface adjustment ".Correspondingly, further alternative, please with reference to Fig. 2 d, the mobile terminal of the embodiment of the present invention can also comprise: when the second receiving element 28 receives voice signal again, can judge that whether the voice signal be currently received is consistent with default voice signal, if the voice signal received before judging is consistent with default voice signal, then thinks and be currently received default voice signal, and trigger the 3rd generation unit 29 generate interface adjustment instruction.Wherein, judge whether consistent with the default voice signal judgement scheme of the voice signal that is currently received can include but are not limited to that vocal print contrasts, audio frequency contrast etc.

Further alternatively, mobile terminal can using the push button signalling corresponding to default key assignments as the foundation whether generating interface adjustment instruction, concrete, the predeterminable push button signalling for triggering corresponding to the default key assignments generating interface adjustment instruction.Correspondingly, further alternative, please with reference to Fig. 2 e, the mobile terminal of the embodiment of the present invention can also comprise: correspondingly, after again detecting that user pushes button, obtaining button value, can judge that whether the button value got is identical with default key assignments, the button value got if judge is identical with default key assignments, then think the push button signalling be currently received corresponding to default key assignments, and trigger the 4th generation unit 210 and generate interface adjustment instruction.In addition, in order to distinguish with the operation that pushes button under normal condition, the lasting duration that user can push button by the embodiment of the present invention is further as annex basis for estimation, namely, when mobile terminal detects that user continues to exceed regulation duration by programmable button, trigger according to push button signalling and generate interface adjustment instruction.

Further alternatively, mobile terminal can using the push button signalling corresponding to default combination key assignments as whether generating the foundation that interface adjusts instruction.Correspondingly, further alternative, the mobile terminal of the embodiment of the present invention can also comprise: concrete, and the predeterminable signal for triggering corresponding to the default combination key assignments generating interface adjustment instruction, as " volume+" and " key " combine.Correspondingly, after detecting unit (not marking in figure) detects that user presses combination button, acquisition combination button key assignments according to preset order again, can judge that whether the combination button key assignments got is identical with default combination key assignments, the combination button key assignments got if judge with preset that to combine key assignments identical, then think the signal be currently received corresponding to default combination key assignments, and trigger the 5th generation unit 211 and generate interface adjustment instruction.

Further alternatively, mobile terminal can using the slip signals received by touch-screen as whether generating the foundation that interface adjusts instruction.Correspondingly, further alternative, the mobile terminal of the embodiment of the present invention can also comprise: concrete, sliding trace corresponding to the predeterminable slip signals for triggering the adjustment instruction of generation interface is as default sliding trace, correspondingly, after touching medium slides on the touchscreen, 3rd receiving element 212 of the embodiment of the present invention can calculate sliding trace according to current slide, second judging unit 213 also judges whether the sliding trace calculated matches with default sliding trace, the sliding trace calculated if judge and default sliding trace match, then trigger the 6th generation unit 214 and generate interface adjustment instruction.

Further alternatively, mobile terminal can using with the head of a household by time of pressing of touch-screen any point as the foundation whether generating interface adjustment instruction, can arrange to preset and press the time.The mobile terminal of the embodiment of the present invention can also comprise: correspondingly, when detecting unit (not marking in figure) detect with the head of a household by touch-screen exceed preset press the time time, generation unit (not marking in figure) generate interface adjustment instruction.

Adjustment unit 22, for according to the display size of the icon on described interface adjustment instruction adjustment display interface with the display interface after being adjusted, fall into the singlehanded controlled area of described display interface with the icon on the display interface after making described adjustment.

The embodiment of the present invention can based on the singlehanded controlled area of display interface predefine, and wherein, operator can add up by inquiry, divides singlehanded controlled area exactly.Concrete, the mobile terminal of the embodiment of the present invention can divide singlehanded controlled area according to the difference of left hand and right hand, and correspondingly configures to be suitable for respectively in the system of mobile terminal and be controlled by left hand and be controlled by the singlehanded controlled area scheme of the right hand; The mobile terminal of the embodiment of the present invention can also divide singlehanded controlled area according to crowd's hand size difference of all ages and classes layer, and correspondingly in the system of mobile terminal configuration be controlled by children, be controlled by teenager and be controlled by the singlehanded controlled area scheme of all ages and classes layer crowd that be applicable to of adult; The mobile terminal of the embodiment of the present invention can also divide singlehanded controlled area according to the size difference of man and Ms more particularly, and correspondingly in the system of mobile terminal configuration be controlled by man and be controlled by the singlehanded controlled area scheme of Ms.Here, can divide for the right hand of Common men:

Strategy one: through adopting statistics, please with reference to Fig. 2 d, first predefine unit 210 can by hand thumb can touch-control to maximum region be set to singlehanded controlled area, wherein the boundary line of singlehanded controlled area and non-singlehanded controlled area can with reference to dummy line shown in figure 5a, according to the segmentation of dummy line, controlled area is divided into singlehanded controlled area I and non-singlehanded controlled area II.

Strategy two: the mobile terminal of the embodiment of the present invention can support that user is according to the self-defined singlehanded controlled area of own situation.Correspondingly, further alternative, please with reference to Fig. 2 e, the 4th receiving element 216 can be received from definition signal; Scope definition specified by self-defined signal is singlehanded controlled area by the second predefine unit 212.Wherein, self-defined signal can carry user and draw dummy line as shown in Figure 5 b on the touchscreen by hand thumb, the dummy line that second predefine unit 212 can mark according to user defines singlehanded controlled area, according to the segmentation of dummy line, controlled area is divided into singlehanded controlled area I and non-singlehanded controlled area II.In the embodiment of the present invention, the singlehanded controlled area of User Defined can operate according to the custom of oneself or hand shape size.

Strategy three: correspondingly, further alternative, singlehanded controlled area can divide by the second predefine unit 212 further, can in the lump with reference to Fig. 5 c, according to use habit, singlehanded controlled area can also be carried out further level-2 area division, be divided into the first singlehanded controlled area I-I and the second singlehanded controlled area I-II, and other level-2 areas, level-2 area can also be divided into tertiary zone etc.The foundation of this division can be that, when the right hand of user is on the upper side relative to mobile terminal locations, the icon falling into the display interface of the second singlehanded controlled area I-II will become and relatively be difficult to touch-control, therefore this part be made a distinction; Or when the right hand of user is on the lower side relative to the position of mobile terminal, the icon falling into the display interface of the first singlehanded controlled area I-I will become and relatively be difficult to touch-control, this part can be distinguished.

Further alternatively, correspondingly, the icon that the mobile terminal of the embodiment of the present invention can also be preset for amplifying icon sizes zooms in or out multiple.The displaying scheme that the embodiment of the present invention provides provides for the icon of zones of different different to zoom in or out multiple, and based on the different sizes zooming in or out multiple adjustment icon.Concrete, presetting the preset strategy zooming in or out multiple can be:

Strategy one: this programme object is that all icons making display interface shows all fall into singlehanded controlled area, then directly the first enlargement factor can be set to the icon not falling into singlehanded controlled area, all fall into singlehanded controlled area to make the icon not falling into singlehanded controlled area.Further alternative, please with reference to Fig. 2 b, wherein: first chooses the singlehanded controlled area of icon selected distance that unit 24 never falls into singlehanded controlled area the first icon farthest farthest; First computing unit 25 calculate send as an envoy to first farthest icon fall into the first minimum enlargement factor of singlehanded controlled area; First presets unit 26 presets the first enlargement factor based on the first minimum enlargement factor.Such as, the icon 1 shown in Fig. 5 d can be chosen, calculate the first minimum enlargement factor that icon 1 of sening as an envoy to falls into singlehanded controlled area I, and choose first enlargement factor according to the first minimum enlargement factor, wherein, the first enlargement factor chosen can equal the first minimum enlargement factor.

Strategy two: as Fig. 5 e, when the right hand of user is on the upper side relative to mobile terminal locations, the icon falling into the display interface of the second singlehanded controlled area I-II will become and relatively be difficult to touch-control, now, and can to falling into I-II district but the icon not falling into I-I district arranges the second enlargement factor.Further alternative, please with reference to Fig. 2 c, wherein: second chooses unit 27 from the singlehanded controlled area of icon selected distance first falling into the second singlehanded controlled area the second icon farthest farthest; Second computing unit 28 calculate send as an envoy to second farthest icon fall into the second minimum enlargement factor of the first singlehanded controlled area; Second presets unit 29 presets the second enlargement factor based on the second minimum enlargement factor, all falls into the first singlehanded controlled area to make the icon of the second singlehanded controlled area simultaneously.As depicted in fig. 5e, when mobile terminal amplifies according to office second enlargement factor, the icon 14 originally only falling into the second singlehanded controlled area can be made to fall into the first singlehanded controlled area simultaneously.

Strategy three: as Fig. 5 f, when the right hand of user is on the lower side relative to mobile terminal locations, the icon only falling into the display interface of the first singlehanded controlled area I-I will become and relatively be difficult to touch-control, now, and can to falling into I-I district but the icon not falling into I-II district arranges the 3rd enlargement factor.Concrete, choosing unit can from icon selected distance second singlehanded controlled area I-II district falling into the first singlehanded controlled area I-I district the farthest the 3rd icon farthest; Computing unit calculate send as an envoy to the 3rd farthest icon fall into the 3rd minimum enlargement factor in the second singlehanded controlled area I-II district; Amplifying unit presets the 3rd enlargement factor based on the 3rd minimum enlargement factor, all falls into the second singlehanded controlled area I-II district to make the icon in the first singlehanded controlled area I-I district simultaneously.As shown in figure 5f, by amplifying, the icon 15 originally only falling into the first singlehanded controlled area I-I district can be made to fall into the second singlehanded controlled area I-II district simultaneously.

Strategy four: when the icon of non-singlehanded controlled area becomes large, display screen may be caused to seem very crowded, now adjustment unit 22 can also be reduced by the icon arranging the singlehanded controlled area of the large young pathbreaker of display, plays the object of adjustment display interface: mobile terminal presets the minification falling into singlehanded controlled area icon.Wherein, the setting of minification also needs investigation and sampling to add up, usually can using finger can exact touch icon area as reduce display size choice criteria, the concrete effect that realizes can in the lump with reference to Fig. 5 g, and Fig. 5 g achieves the effect being carried out by the icon of singlehanded controlled area reducing.

Strategy five: minification is preset in the operation that embodiment of the present invention adjustment unit 22 also can carry out reducing adjustment for the icon in the singlehanded controlled area of first of aforementioned division and the second singlehanded manual region, such as, be directed to Fig. 5 e, first minification of the icon of the first singlehanded controlled area can be set, think that the icon of non-singlehanded controlled area and the second singlehanded controlled area provides icon display space.

Display unit 23, for showing the display interface after described adjustment on the touchscreen.

Described acquiring unit 21, also for being obtained the touch command being used for touch-control icon by described touch-screen based on the display interface after described adjustment.

When carrying the first enlargement factor in the adjustment instruction of interface, icon display interface not falling into singlehanded controlled area can be amplified the first enlargement factor by adjustment unit 22, to obtain the first display interface;

Correspondingly, further alternative, when carrying the first enlargement factor and the second enlargement factor in the adjustment instruction of interface, icon display interface not falling into singlehanded controlled area can be amplified the first enlargement factor by adjustment unit 22, second singlehanded controlled area will be fallen into again but the icon not falling into the first singlehanded controlled area amplifies the second enlargement factor, to obtain the second display interface;

When carrying the first enlargement factor in the adjustment instruction of interface, when the second enlargement factor and the first minification, icon display interface not falling into singlehanded controlled area can be amplified the first enlargement factor by adjustment unit 22, second singlehanded controlled area will be fallen into again but the icon not falling into the first singlehanded controlled area amplifies the second enlargement factor, first display interface will fall into the first singlehanded controlled area again but the icon not falling into the second singlehanded controlled area is chosen out, and based on the second display interface, the icon corresponding with the icon selected is reduced the first minification, to obtain the 3rd display interface,

When carrying the first enlargement factor, the second minification in the adjustment instruction of interface, icon display interface not falling into singlehanded controlled area can be amplified the first enlargement factor by adjustment unit 22, first singlehanded controlled area will be fallen into again but the icon not falling into the second singlehanded controlled area reduces the second minification, to obtain the 4th display interface;

When carrying the first enlargement factor and the 3rd enlargement factor in the adjustment instruction of interface, icon display interface not falling into singlehanded controlled area can be amplified the first enlargement factor by adjustment unit 22, to the first singlehanded controlled area be fallen into again but do not fall into the second singlehanded controlled area icon amplify the 3rd enlargement factor, to obtain the 5th display interface.

Further alternatively, the mobile terminal of the embodiment of the present invention can also comprise: after acquiring unit 21 shows the display interface after adjustment on the touchscreen, can also adjust further each icon on display interface further, concrete implementation strategy is as follows:

Strategy one: the icon on the display interface of mobile terminal is divided into singlehanded controlled area and non-singlehanded controlled area, the icon of non-singlehanded controlled area all amplifies the first enlargement factor, certainly, be certain to overlapping to some extent with other icons, beautiful interface can be affected to a certain extent.Further alternative, if the icon of the non-singlehanded controlled area after user operation amplification, can amplify apart from singlehanded controlled area that icon farthest, other icons also amplify, but preferentially can show the singlehanded controlled area of distance that icon farthest after amplification when display interface display, icon after other amplifications can be hidden, when mobile terminal receives corresponding operational order, after singlehanded for the distance after amplification controlled area that icon farthest and other can amplify by the adjustment unit 22 and icon hidden switches.Wherein, optionally, the icon only having part to enter singlehanded controlled area is also decided to be the icon of singlehanded controlled area, the icon that the area that also can enter singlehanded controlled area according to icon is greater than 50% is defined as the icon of singlehanded controlled area.

Strategy two: as the another kind of embodiment of strategy 1, on the basis of strategy 1, adjustment unit 22 first display interface will fall into the second singlehanded controlled area but the icon not falling into the first singlehanded controlled area amplifies the second enlargement factor, to obtain the second display interface.Alternatively, icon on the display interface of mobile terminal is divided into the first singlehanded controlled area, the second singlehanded controlled area and other regions, the first display interface will fall into the second singlehanded controlled area but the icon not falling into the first singlehanded controlled area amplifies the second enlargement factor.Like this, certainly, be certain to overlapping to some extent with other icons, beautiful interface can have been affected to a certain extent.Further alternative, if the icon of the second singlehanded controlled area after user operation amplification, distance the first singlehanded controlled area that icon farthest can be amplified, other icons also amplify, but preferentially can show the icon of the singlehanded controlled area of distance first that second area farthest after amplification when display interface display, icon after other amplifications can carry out similar in an overlapping arrangement, or the icon after other amplifications can be hidden, when mobile terminal receives corresponding operational order, directly can click the part that the icon of the singlehanded controlled area of distance first that second area farthest after amplification is not overlapping with other icons, or after the icon of the singlehanded controlled area of distance first that second area farthest after amplification and other can being amplified and the icon hidden switches.

Strategy three: adjustment unit 22, according to the frequency of utilization of application program corresponding to each icon on interface adjustment instruction and display interface, adjusts the position of each icon on described display interface.Alternatively, the frequency of utilization of the application program that each icon on the display interface of mobile terminal is corresponding is certainly different.Singlehanded controlled area can be divided according to the frequency of utilization of application program corresponding to each icon, as: the icon that frequency of utilization is relatively high can be placed on singlehanded controlled area, further, icon that can be corresponding by application program best for frequency of utilization is placed on the position of singlehanded touch-control most convenient.In this case, if user finds certain application function, according to its frequency of utilization to this function, the approximate location this application function corresponding icon can be inferred.

Further alternatively, on the basis of strategy five, if receiving element receives corresponding touch command, adjustment unit 22 can switch the icon in singlehanded controlled area, as the icon in the icon beyond singlehanded controlled area and current singlehanded controlled area is switched, after switching, icon before icon in current singlehanded controlled area has just changed into and switched beyond singlehanded controlled area, and the region beyond singlehanded controlled area has just switched to the icon of the singlehanded controlled area after switching.Specific implementation process, as the change procedure described by Fig. 5 h, wherein, the icon order in the right figure of the icon order changeable one-tenth Fig. 5 h in the left figure of Fig. 5 h.

See Fig. 3, it is the 3rd example structure schematic diagram of the mobile terminal that the embodiment of the present invention provides.Mobile terminal described in the present embodiment comprises: at least one input equipment 31; At least one output device 32; At least one processor 33, such as CPU; With storer 34, above-mentioned input equipment 31, output device 32, processor 33 are connected by bus 35 with storer 34.

Wherein, above-mentioned input equipment 31 specifically can be the contact panel of mobile terminal, comprises touch-screen and touch screen, for detecting the operational order on mobile terminal contact panel.

Above-mentioned output device 32 specifically can be the display screen of mobile terminal, for exporting, showing view data (comprising the first view data and the second view data).

Above-mentioned storer 34 can be high-speed RAM storer, also can be non-labile storer (non-volatile memory), such as magnetic disk memory.Above-mentioned storer 34 is for storing batch processing code, and above-mentioned input equipment 31, output device 32 and processor 33, for calling the program code stored in storer 34, perform and operate as follows:

Above-mentioned input equipment 31, for obtaining interface adjustment instruction;

Above-mentioned processor 33, for adjusting display interface according to the display size of icon on interface adjustment instruction adjustment display interface, falls into the singlehanded controlled area of display interface with the icon on the display interface after making described adjustment;

In the embodiment that some are feasible, the predeterminable singlehanded controlled area of above-mentioned processor 33.Above-mentioned processor 33 can divide singlehanded controlled area according to the difference of left hand and right hand, and correspondingly configures to be suitable for respectively in the system of mobile terminal and be controlled by left hand and be controlled by the singlehanded controlled area scheme of the right hand; Singlehanded controlled area can also be divided according to crowd's hand size difference of all ages and classes layer, and correspondingly in the system of mobile terminal configuration be controlled by children, be controlled by teenager and be controlled by the singlehanded controlled area scheme of all ages and classes layer crowd that be applicable to of adult; Singlehanded controlled area can also be divided according to the size difference of man and Ms particularly again, and correspondingly in the system of mobile terminal configuration be controlled by man and be controlled by the singlehanded controlled area scheme of Ms.Here, can divide for the right hand of Common men:

Strategy one: through adopt statistics, can by hand thumb institute energy touch-control to maximum region be set to singlehanded controlled area.

Strategy two: the mobile terminal of the embodiment of the present invention can support that user is according to the self-defined singlehanded controlled area of own situation, concrete enforcement can be: mobile terminal is received from definition signal; Scope definition specified by self-defined signal is singlehanded controlled area by mobile terminal.In the embodiment of the present invention, the singlehanded controlled area of User Defined can operate according to the custom of oneself or hand shape size.

Strategy three: singlehanded controlled area can also divide by the mobile terminal of the embodiment of the present invention further, according to use habit, singlehanded controlled area can also be carried out further level-2 area division, be divided into the first singlehanded controlled area and the second singlehanded controlled area, and other level-2 areas, level-2 area can also be divided into tertiary zone etc.The foundation of this division can be that, when the right hand of user is on the upper side relative to mobile terminal locations, the icon falling into the display interface of the second singlehanded controlled area will become and relatively be difficult to touch-control, therefore this part be made a distinction; Or when the right hand of user is on the lower side relative to the position of mobile terminal, the icon falling into the display interface of the first singlehanded controlled area will become and relatively be difficult to touch-control, this part can be distinguished.

Above-mentioned output device 32, exports according to the display size of the icon on interface adjustment instruction adjustment display interface with the display interface after being adjusted;

In the embodiment that some are feasible, the predeterminable icon display size for adjusting icon sizes of above-mentioned processor 33.The displaying scheme that the embodiment of the present invention provides provides different display sizes for the icon of zones of different, and based on the size of different display sizes adjustment icon.Concrete, the preset strategy that mobile terminal presets display size can be:

Strategy one: this programme object is that all icons making display interface shows all fall into singlehanded controlled area, then directly the first enlargement factor can be set to the icon not falling into singlehanded controlled area, all fall into singlehanded controlled area to make the icon not falling into singlehanded controlled area: the singlehanded controlled area of icon selected distance that mobile terminal never falls into singlehanded controlled area the first icon farthest farthest; Mobile terminal calculate send as an envoy to first farthest icon fall into the first minimum enlargement factor of singlehanded controlled area; Mobile terminal presets the first enlargement factor based on the first minimum enlargement factor.

Strategy two: when the right hand of user is on the upper side relative to mobile terminal locations, the icon falling into the display interface of the second singlehanded controlled area will become and relatively be difficult to touch-control, now, can to falling into the second singlehanded controlled area I-II district but not falling into the singlehanded controlled area of the first singlehanded controlled area selected distance first the second icon farthest farthest; Mobile terminal calculate send as an envoy to second farthest icon fall into the second minimum enlargement factor of the first singlehanded controlled area; Mobile terminal presets the second enlargement factor based on the second minimum enlargement factor, all falls into the first singlehanded controlled area to make the icon of the second singlehanded controlled area simultaneously.

Strategy three: as Fig. 5 f, when the right hand of user is on the lower side relative to mobile terminal locations, the icon only falling into the display interface of the first singlehanded controlled area will become and relatively be difficult to touch-control, now, can to falling into the first singlehanded controlled area but the icon not falling into the second singlehanded controlled area arranges the 3rd enlargement factor: mobile terminal is the 3rd icon farthest farthest from the singlehanded controlled area district of the icon selected distance second falling into the first singlehanded controlled area; Mobile terminal calculate send as an envoy to the 3rd farthest icon fall into the 3rd minimum enlargement factor of the second singlehanded controlled area; Mobile terminal presets the 3rd enlargement factor based on the 3rd minimum enlargement factor, all falls into the second singlehanded controlled area to make the icon of the first singlehanded controlled area simultaneously.

Strategy four: when the icon of non-singlehanded controlled area becomes large, display screen may be caused to seem very crowded, now can also be reduced by the icon arranging the singlehanded controlled area of the large young pathbreaker of display, play the object of adjustment display interface: mobile terminal presets the minification falling into singlehanded controlled area icon.Wherein, the setting of minification also needs investigation and sampling to add up, usually can using finger can exact touch icon area as reduce display size choice criteria.

Strategy five: minification is preset in the operation that the embodiment of the present invention also can carry out reducing adjustment for the icon of the singlehanded controlled area of first of aforementioned division and the second singlehanded controlled area, such as, first minification of the icon of the first singlehanded controlled area can be set, think that the icon of non-singlehanded controlled area and the second singlehanded controlled area provides icon display space.

Above-mentioned input equipment 31, obtains the touch command being used for touch-control icon by described touch-screen based on the display interface after described adjustment.

In the embodiment that some are feasible, above-mentioned processor 33, also for icon display interface not falling into singlehanded controlled area is amplified the first enlargement factor, to obtain the first display interface;

Above-mentioned processor 33, also for the first display interface falling into the second singlehanded controlled area but the icon not falling into the first singlehanded controlled area amplifies the second enlargement factor, to obtain the second display interface.

Above-mentioned processor 33, also for the second display interface falling into the first singlehanded controlled area but the icon not falling into the second singlehanded controlled area reduces the first minification, to obtain the 3rd display interface.

Above-mentioned processor 33, also the first display interface will fall into the first singlehanded controlled area but the icon not falling into the second singlehanded controlled area reduces the second minification, to obtain the 4th display interface for mobile terminal.

Above-mentioned processor 33, also for the frequency of utilization according to application program corresponding to each icon on interface adjustment instruction and display interface, adjusts the position of each icon on display interface.

In the embodiment that some are feasible, display size comprises the first enlargement factor of the icon not falling into singlehanded controlled area, the singlehanded controlled area of the icon selected distance of above-mentioned processor 33 also for never falling into singlehanded controlled area the first icon farthest farthest; Also for calculate send as an envoy to first farthest icon fall into the first minimum enlargement factor of singlehanded controlled area; Also for presetting the first enlargement factor based on the first minimum enlargement factor;

In the embodiment that some are feasible, singlehanded controlled area at least comprises the first singlehanded controlled area and the second singlehanded controlled area, display size comprises the second enlargement factor of the icon falling into the second singlehanded controlled area, the icon selected distance first singlehanded controlled area second farthest icon farthest of above-mentioned processor 33 also for never falling into the second singlehanded controlled area; Also for calculate send as an envoy to second farthest icon fall into the second minimum enlargement factor of the first singlehanded controlled area; Also for presetting the second enlargement factor based on the second minimum enlargement factor.

In specific implementation, input equipment 31 described in the embodiment of the present invention, output device 32 and processor 33 can perform the implementation described in each embodiment of the method for adjustment of the display interface that the embodiment of the present invention provides, first embodiment that yet can perform the mobile terminal that the embodiment of the present invention provides, to the implementation of the mobile terminal described in the 4th embodiment, does not repeat them here.

Step in embodiment of the present invention method can be carried out order according to actual needs and be adjusted, merges and delete.

Module in embodiment of the present invention device or unit can carry out merging, divide and deleting according to actual needs.

Module or unit in the embodiment of the present invention, universal integrated circuit can be passed through, such as CPU (Central Processing Unit, central processing unit), or realized by ASIC (Application Specific Integrated Circuit, special IC).

One of ordinary skill in the art will appreciate that all or part of flow process realized in above-described embodiment method, that the hardware that can carry out instruction relevant by computer program has come, program can be stored in a computer read/write memory medium, this program, when performing, can comprise the flow process of the embodiment as above-mentioned each side method.Wherein, storage medium can be magnetic disc, CD, read-only store-memory body (Read-Only Memory, ROM) or random store-memory body (Random Access Memory, RAM) etc.

Above disclosedly be only present pre-ferred embodiments, certainly the interest field of the present invention can not be limited with this, one of ordinary skill in the art will appreciate that all or part of flow process realizing above-described embodiment, and according to the equivalent variations that the claims in the present invention are done, still belong to the scope that invention is contained.

Claims

1. a method of adjustment for display interface, is characterized in that, comprising:

Obtain interface adjustment instruction;

2. the method for claim 1, is characterized in that, the described display size according to the icon on described interface adjustment instruction adjustment display interface comprises with the display interface after being adjusted:

The icon described display interface not falling into described singlehanded controlled area is amplified the first enlargement factor, to obtain the first display interface.

3. method as claimed in claim 2, it is characterized in that, described singlehanded controlled area at least comprises the first singlehanded controlled area and the second singlehanded controlled area, described the icon described display interface not falling into described singlehanded controlled area is amplified the first enlargement factor, after obtaining the first display interface, also comprise:

Described first display interface will fall into described second singlehanded controlled area but the icon not falling into described first singlehanded controlled area amplifies the second enlargement factor, to obtain the second display interface.

4. method as claimed in claim 3, it is characterized in that, describedly described first display interface will fall into described second singlehanded controlled area but the icon not falling into described first singlehanded controlled area amplifies the second enlargement factor, after obtaining the second display interface, also comprises:

Described first display interface will fall into described first singlehanded controlled area but the icon not falling into described second singlehanded controlled area is chosen out, and based on described second display interface, the icon corresponding with the described icon selected is reduced the first minification, to obtain the 3rd display interface.

5. method as claimed in claim 2, it is characterized in that, described singlehanded controlled area at least comprises the first singlehanded controlled area and the second singlehanded controlled area, described the icon described display interface not falling into described singlehanded controlled area is amplified the first enlargement factor, after obtaining the first display interface, also comprise:

Described first display interface will fall into described first singlehanded controlled area but the icon not falling into described second singlehanded controlled area reduces the second minification, to obtain the 4th display interface.

6. the method for claim 1, is characterized in that, after the adjustment instruction of described acquisition interface, the described display size according to the icon on described interface adjustment instruction adjustment display interface, with before the display interface after being adjusted, also comprises:

According to the frequency of utilization of application program corresponding to each icon on the adjustment instruction of described interface and described display interface, the described position of each icon on described display interface of adjustment.

7. the method for claim 1, is characterized in that, before the adjustment instruction of described acquisition interface, also comprises:

Singlehanded controlled area described in predefine on described display interface.

8. the method for claim 1, is characterized in that, before the adjustment instruction of described acquisition interface, also comprises:

Be received from definition signal;

Be described singlehanded controlled area by the scope definition specified by described self-defined signal.

9. method as claimed in claim 2, is characterized in that, before the adjustment instruction of described acquisition interface, also comprises:

Never the first icon farthest farthest of singlehanded controlled area described in the icon selected distance falling into described singlehanded controlled area;

Calculate send as an envoy to described first farthest icon fall into the first minimum enlargement factor of described singlehanded controlled area;

Described first enlargement factor is preset based on described first minimum enlargement factor.

10. method as claimed in claim 3, is characterized in that, before the adjustment instruction of described acquisition interface, also comprises:

From the second icon farthest farthest of the first singlehanded controlled area described in the icon selected distance falling into described second singlehanded controlled area;

Calculate send as an envoy to described second farthest icon fall into the second minimum enlargement factor of described first singlehanded controlled area;

Described second enlargement factor is preset based on described second minimum enlargement factor.