CN105824545B

CN105824545B - The vision-control method and mobile terminal of a kind of display interface

Info

Publication number: CN105824545B
Application number: CN201610107444.4A
Authority: CN
Inventors: 卢异龄
Original assignee: Vivo Mobile Communication Co Ltd
Current assignee: Vivo Mobile Communication Co Ltd
Priority date: 2016-02-26
Filing date: 2016-02-26
Publication date: 2017-08-15
Anticipated expiration: 2036-02-26
Also published as: CN105824545A

Abstract

The invention provides the vision-control method and mobile terminal of a kind of display interface, wherein, this method is applied to include display screen and be provided with the first side and second side of sensor, and vision-control method includes：According to the transducing signal of sensor, the number of contacts information of first side and second side is obtained；According to number of contacts information, side where the thumb of mobile terminal user is determined；The first slide carried out in the first direction on side where detecting thumb of the mobile terminal user in mobile terminal user；Judge whether the first slide meets preparatory condition；When the first slide meets preparatory condition, by preset ratio, the display interface of the display screen is reduced for one and reduces interface, and reduces interface close to side display where the thumb of mobile terminal user.The vision-control method for the display interface that the present invention is provided, makes the one-handed performance of large-size screen monitors intelligent mobile terminal more easy to use, improves the experience fluency of user's operation.

Description

The vision-control method and mobile terminal of a kind of display interface

Technical field

The present invention relates to mobile communication technology field, more particularly to a kind of vision-control method of display interface and movement are eventually End.

Background technology

With continuing to develop for mobile communication technology, in order to lift visual experience, large-size screen monitors mobile terminal has become master The development trend of stream, although the giant-screen of mobile terminal brings more preferable visual experience to user, but also sacrifices simultaneously The convenience of one-handed performance.

At present, the method for solving one-handed performance giant-screen mobile terminal is opened according to the gesture operation of user on a display screen Dynamic smaller screen pattern, wherein, gesture operation is specially, in the case where the display interface of mobile terminal display screen is full frame, to pass through and move The finger of dynamic terminal user is from the edge of display screen toward middle slip, and then finger needs to retract the edge of display screen again, Smaller screen pattern can be started, started after smaller screen pattern, a scaled down smaller screen of display interface is shown, and the size of the smaller screen is Fixed.During above-mentioned gesture operation, the finger of user can not leave display screen, and gesture motion will link up, if slightly There is pause, screen sliding operation will be triggered, the size for being additionally, since smaller screen is fixed, when user needs suitably to amplify described small During screen, the smaller screen can not meet the demand of user, it can be seen that, the solution of current one-handed performance, complex operation, easily Cause false touch, and fixed small screen dimensions can not meet the demand of different user.

The content of the invention

The embodiment of the present invention provides the vision-control method and mobile terminal of a kind of display interface, to solve existing one hand The solution of operation, complex operation easily causes false touch, and fixed small screen dimensions can not meet the demand of different user Problem.

On the one hand, the embodiments of the invention provide a kind of vision-control method of display interface, applied to mobile terminal, institute State mobile terminal including display screen and for mobile terminal user grip first side and second side, the first side and Second side is provided with sensor, and the vision-control method includes：

The transducing signal of sensor according to set by the first side and second side, obtain the first side and The number of contacts information of second side；

According to the number of contacts information of the first side and second side, side where the thumb of mobile terminal user is determined Side；

First carried out in the first direction on side where detecting thumb of the mobile terminal user in mobile terminal user is slided Dynamic operation；

According to the first slide detected, judge whether first slide meets preparatory condition；

When first slide meets preparatory condition, by preset ratio, the display interface of the display screen is reduced Interface is reduced for one, and the diminution interface is shown close to side where the thumb of the mobile terminal user.

On the other hand, the embodiment of the present invention additionally provides a kind of mobile terminal, and the mobile terminal includes display screen and use The first side and second side gripped in mobile terminal user, the first side and second side are provided with sensor, The mobile terminal also includes：

Acquisition module, for the transducing signal of the sensor according to set by the first side and second side, is obtained The number of contacts information of the first side and second side；

Side determining module, for the first side obtained according to the acquisition module and the number of contacts of second side Information is measured, side where the thumb of mobile terminal user is determined；

First detection module, along first on side where for detecting thumb of the mobile terminal user in mobile terminal user The first slide that direction is carried out；

First condition judge module, for the first slide detected according to the first detection module, judges institute State whether the first slide meets preparatory condition；

Display module is reduced, for when first slide meets preparatory condition, by preset ratio, reduces described The display interface of display screen is a diminution interface, and shows described reduce close to side where the thumb of the mobile terminal user Interface.

So, the vision-control method of the display interface of the embodiment of the present invention, passes through the biography set on mobile terminal side Sensor obtains the number of contacts information on mobile terminal first side and second side, and determines movement according to number of contacts information Side where the thumb of terminal user, side exists and met on the first direction of preparatory condition where the thumb of user is detected Slide when, diminution is carried out close to side where the thumb of mobile terminal user to the display interface of display screen and shown.Should Family can be used to meet the slide of predetermined condition by being carried out on mobile terminal side for process, and singlehanded movement is started to realize The smaller screen display pattern of terminal, the display interface after diminution is shown close to side where user's thumb so that user is using hand One-handed performance is easily realized by the display interface of small size during machine, makes the one-handed performance of large-size screen monitors intelligent mobile terminal simpler It is single easy-to-use, improve the experience smooth degree of user's operation.

Brief description of the drawings

In order to illustrate the technical solution of the embodiments of the present invention more clearly, below by institute in the description to the embodiment of the present invention The accompanying drawing needed to use is briefly described, it should be apparent that, drawings in the following description are only some implementations of the present invention Example, for those of ordinary skill in the art, without having to pay creative labor, can also be according to these accompanying drawings Obtain other accompanying drawings.

Fig. 1 represents the schematic flow sheet of vision-control method in first embodiment of the invention；

Fig. 2 represents that further the flow chart of interface dimensions size is reduced in regulation in second embodiment of the invention；

Fig. 3 represents that a kind of regulation of the clicking operation at first area or six regions is reduced in third embodiment of the invention The flow chart of interface dimensions size；

Fig. 4 represents another regulation contracting of the clicking operation at first area or six regions in third embodiment of the invention The flow chart of small interface size；

Fig. 5 represents that a kind of regulation of the clicking operation at the 3rd region or Section Eight domain is reduced in third embodiment of the invention The flow chart of interface dimensions size；

Fig. 6 represents another regulation contracting of the clicking operation at the 3rd region or Section Eight domain in third embodiment of the invention The flow chart of small interface size；

Fig. 7 represents that clicking operation is in second area or five regions in third embodiment of the invention, further regulation contracting The flow chart of small interface size；

Fig. 8 represents that clicking operation is at the 4th region or SECTOR-SEVEN domain in third embodiment of the invention, further regulation contracting The flow chart of small interface size；

Fig. 9 represents the schematic flow sheet of display picture in regulation diminution interface in fourth embodiment of the invention；

Figure 10 represents the overall structure of mobile terminal corresponding with method in first embodiment in fifth embodiment of the invention Block diagram；

Figure 11 represents the structured flowchart of mobile terminal corresponding with method in second embodiment in fifth embodiment of the invention；

Figure 12 represents the structured flowchart of mobile terminal corresponding with method in 3rd embodiment in fifth embodiment of the invention；

Figure 13 represents the knot of mobile terminal corresponding with a part of method in fourth embodiment in fifth embodiment of the invention Structure block diagram；

Figure 14 represents mobile terminal corresponding with another part method in fourth embodiment in fifth embodiment of the invention Structured flowchart；

Figure 15 (a) represents schematic diagram during user's right hand hand-held mobile terminal progress one-handed performance in the present invention；

Figure 15 (b) represents schematic diagram during user's left hand hand-held mobile terminal progress one-handed performance in the present invention；

When Figure 16 (a) represents user's right hand hand-held mobile terminal in the present invention, the division signal of viewing area on display screen Figure；

When Figure 16 (b) represents user's left hand hand-held mobile terminal in the present invention, the division signal of viewing area on display screen Figure；

When Figure 17 (a) represents that user carries out clicking operation in first area in the present invention, the first regulation for reducing interface becomes Change schematic diagram；

When Figure 17 (b) represents that user carries out clicking operation in the 6th region in the present invention, the first regulation for reducing interface becomes Change schematic diagram；

When Figure 18 (a) represents that user carries out clicking operation in first area in the present invention, the second regulation for reducing interface becomes Change schematic diagram；

When Figure 18 (b) represents that user carries out clicking operation in the 6th region in the present invention, the second regulation for reducing interface becomes Change schematic diagram；

When Figure 19 (a) represents that user carries out clicking operation in the 3rd region in the present invention, the first regulation for reducing interface becomes Change schematic diagram；

When Figure 19 (b) represents that user carries out clicking operation in Section Eight domain in the present invention, the first regulation for reducing interface becomes Change schematic diagram；

When Figure 20 (a) represents that user carries out clicking operation in the 3rd region in the present invention, the second regulation for reducing interface becomes Change schematic diagram；

When Figure 20 (b) represents that user carries out clicking operation in Section Eight domain in the present invention, the second regulation for reducing interface becomes Change schematic diagram；

Figure 21 (a) represents that user is when second area carries out clicking operation in the present invention, and the regulation change for reducing interface is shown It is intended to；

When Figure 21 (b) represents that user carries out clicking operation in the 5th region in the present invention, the regulation change for reducing interface is shown It is intended to；

When Figure 22 (a) represents that user carries out clicking operation in the 4th region in the present invention, the regulation change for reducing interface is shown It is intended to；

When Figure 22 (b) represents that user carries out clicking operation in SECTOR-SEVEN domain in the present invention, the regulation change for reducing interface is shown It is intended to；

Figure 23 represents the structured flowchart of mobile terminal in sixth embodiment of the invention；

Figure 24 represents the structured flowchart of mobile terminal in seventh embodiment of the invention.

Embodiment

Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete Site preparation is described, it is clear that described embodiment is a part of embodiment of the invention, rather than whole embodiments.Based on this hair Embodiment in bright, the every other implementation that those of ordinary skill in the art are obtained under the premise of creative work is not made Example, belongs to the scope of protection of the invention.

First embodiment

As shown in figure 1, the invention provides a kind of vision-control method of display interface, applied to mobile terminal, the shifting Dynamic terminal includes display screen and the first side and second side that are gripped for mobile terminal user, the first side and the second side While being provided with sensor, the vision-control method includes：

Step 101, according to set by first side and second side sensor transducing signal, obtain first side and The number of contacts information of second side.

Wherein, first side and second side are two relative sides, and the relative first side and second side are preferred For relative left side and right edge.

Preferably, it can be the housing center for being arranged at mobile terminal that the first side and second side, which are provided with sensor, Side, the setting of the sensor is specially to use cap-sensor principles, that is, when sensing sensor with human contact, electric capacity meeting Change, mix respective algorithms to recognize that current hand grips the state of mobile phone.The program can recognize contact, click on, and slide thing Part, operation of the user on mobile terminal side is sensed by the sensor of setting, and then obtain contact according to transducing signal Quantity information, and then the grip that user is hold by one hand is recognized, identification right-hand man grips.

Step 102, according to the number of contacts information of first side and second side, the thumb institute of mobile terminal user is determined In side.

In this step, with reference to actual user's operational circumstances, known by the number of contacts information on mobile terminal side Whether user is now one-handed performance, and according to the number of contacts information obtained respectively on first side and second side, it is determined that Side where the thumb of mobile terminal user, that is, know that the one-handed performance of user enters for the one-handed performance or the right hand of left hand progress Capable one-handed performance.

With reference to shown in Figure 15 (a), when user's single-hand held mobile terminal, the first side and second side of mobile terminal On the number of contacts that will occur on contact point, and two sides it is significantly different, when user's right hand hand-held mobile terminal, left side Number of contacts on side is more than the number of contacts in right edge, and when user's left hand hand-held mobile terminal, with reference to Figure 15 (b) institutes Show, the number of contacts in right edge is then more than the number of contacts on left side；By to different sides upper contact quantity information Obtain, you can determine side where the thumb of mobile terminal user, and determine that user is that left-handed operation or the right hand are operated, here Determination to side where the thumb of mobile terminal user is in the cunning carried out where user's thumb on side to following user Detection, the precondition for judging and responding are made in dynamic operation.

Step 103, carried out in the first direction on side where thumb of the detection mobile terminal user in mobile terminal user The first slide.

Here first direction is preferably glide direction from top to bottom.

Step 104, according to the first slide detected, judge whether the first slide meets preparatory condition.If It is step 105 then to be performed, if it is not, then terminating.

During the preparatory condition being previously mentioned in the step can be the path length value for the slide that need to be met, slide The pressure value of application, the area value of slide covering etc., the preparatory condition can be limited specifically as the case may be.

Step 105, when the first slide meets preparatory condition, by preset ratio, the display interface of display screen is reduced Interface is reduced for one, and the diminution interface is shown close to side where the thumb of mobile terminal user.

The preset ratio can be specifically by the display interface of display screen original scale carry out scaled down or by Other default ratio values carry out diminution and shown.

Specifically, as shown in Figure 15 (a), 15 (b), when slide of the user on mobile terminal side meets default bar During part, shown after being reduced to the display interface of the full frame state of display screen by side where the thumb of user, be easy to user Thumb makees further one-handed performance on interface is reduced.Wherein when the first slide meets preparatory condition, display screen Display interface can be as the slide of user carries out reducing regulation in real time.

The vision-control method of the display interface of the embodiment of the present invention, is obtained by the sensor set on mobile terminal side The number of contacts information on mobile terminal first side and second side is taken, and determines that mobile terminal is used according to number of contacts information Side where the thumb at family, where the thumb of user is detected there is the slip met on the first direction of preparatory condition in side During operation, the display interface of display screen is shown close to side progress diminution where the thumb of mobile terminal user.The process can The user is set to meet the slide of predetermined condition by being carried out on mobile terminal side, to realize the singlehanded mobile terminal that starts Smaller screen display pattern, the display interface after diminution is shown close to side where user's thumb so that user is logical when using mobile phone The display interface for crossing small size easily realizes one-handed performance, makes the one-handed performance of large-size screen monitors intelligent mobile terminal simpler easy With the experience smooth degree of raising user's operation.

Second embodiment

The second embodiment of the present invention provides a kind of vision-control method of display interface, and this method is applied to include showing Display screen and the first side gripped for mobile terminal user and the mobile terminal of second side, the first side and second side It is provided with sensor.

Wherein the vision-control method includes：The sensing letter of sensor according to set by first side and second side Number, obtain the number of contacts information of first side and second side；According to the number of contacts information of first side and second side, Determine side where the thumb of mobile terminal user；Where detecting thumb of the mobile terminal user in mobile terminal user on side The first slide carried out in the first direction；According to the first slide detected, judge whether the first slide is full Sufficient preparatory condition；When the first slide meets preparatory condition, by preset ratio, it is a contracting to reduce the display interface of display screen Small interface, and reduce interface close to side display where the thumb of mobile terminal user.

Further, size tune further will be carried out to the diminution interface to reducing after the formation of interface here The preferred scheme of section is described.

Wherein, as shown in Fig. 2 being a diminution interface reducing the display interface of display screen, and close to mobile terminal user Thumb where side display reduce interface after, this method further comprises：

Step 201, carried out in a second direction on side where thumb of the detection mobile terminal user in mobile terminal user The second slide.

Wherein, the second direction is opposite both direction with first direction.Specifically, when first direction is preferably by upper During downward sliding direction, the second direction is preferably glide direction from bottom to top.

Step 202, according to the second slide detected, judge whether the second slide meets preparatory condition, if It is step 203 then to be performed, if it is not, then terminating.

Step 203, when the second slide meets preparatory condition, by preset ratio, zoom interface is an amplification Interface, and show the amplification interface close to side where the thumb of mobile terminal user.

The preset ratio can be specifically to carry out equal proportion amplification or default by other by the wide high proportion for reducing interface Ratio value be amplified display.The amplification process can be specifically the slide for following user, by the original of diminution interface Wide high proportion, real-time equal proportion amplification is carried out to reducing interface.Wherein the original wide high proportion at the diminution interface is specially to contracting The size of small interface carries out the wide high proportion at the diminution interface before further adjusting.

The vision-control method of the display interface of the embodiment of the present invention, is realized in user's one hand adjustment display interface size mistake Cheng Zhong, family can be used to meet the slide of predetermined condition by being carried out on mobile terminal side, to realize that singlehanded start moves The smaller screen display pattern of dynamic terminal, and the size of display interface is followed the slide of user's finger and is made further adjustment Change, adjusts to the size of the display interface after diminution to realize, meets different demands of the different user to interface size, So that the one-handed performance of large-size screen monitors mobile terminal especially smart mobile phone is more easy to use, the convenient degree that user uses process is improved, The problem of large-size screen monitors intelligent mobile terminal one-handed performance is not cumbersome easy-to-use is solved, Consumer's Experience is lifted.

3rd embodiment

The third embodiment of the present invention provides a kind of vision-control method of display interface, and this method is applied to include showing Display screen and the first side gripped for mobile terminal user and the mobile terminal of second side, the first side and second side It is provided with sensor.

Further, size tune further will be carried out to the diminution interface to reducing after the formation of interface here Another preferred scheme of section is described.

Wherein, it is a diminution interface reducing the display interface of display screen, and where the thumb of mobile terminal user After the step of side shows the diminution interface, this method further comprises：Detect display of the mobile terminal user in display screen Clicking operation on region；According to the clicking operation detected, according to default size adjusting rule, the chi at interface is reduced in adjustment Very little size.

The clicking operation that the basis is detected, according to default size adjusting rule, the size at interface is reduced in adjustment, Can be specifically：According to clicking operation in the viewing area of display screen specific click location, further adjustment reduces interface Size, when the point of clicking operation, which touches position, is located at current reduce in the range of the predeterminable area beyond interface, according to default Rule, amplifies the display picture；It is located at current reduce in the range of the predeterminable area within interface when the point of clicking operation touches position When, according to preset rules, reduce the display picture.

, it is necessary to judge user on the display screen before carry out further adjustment to the display area of current display picture The tactile position region of point and the current position relationship reduced between the region of interface, it is currently to reduce boundary for example to put and touch position Upside, the left side in face etc., the display area of current display picture is adjusted according to the position relationship according to the regulation rule pre-seted.

Specifically, before the size to reducing interface is for further adjustments, stop further when being not received by When adjusting the command signal of display picture size, show current display picture to allow further adjustment size shape State, can now send control signal, control the display picture edge line flicker under current smaller screen state, represent whole display picture For the state of adjustable, user is reminded with realizing.

Preferably, as shown in Figure 16 (a), Figure 16 (b), the regional extent on display screen, which is divided, can be specifically, display screen Viewing area include：The plane right-angle coordinate set up using reducing the summit in the interface upper left corner or the upper right corner by origin should Four regions that the viewing area of display screen is divided into.

Wherein, when side is the right edge of mobile terminal where the thumb of mobile terminal user, the origin is diminution circle The summit in the face upper left corner, four regions include first area, second area, the 3rd region and the 4th region, and first area is The viewing area of display screen is in the region of the first quartile of the plane right-angle coordinate, and second area is the viewing area of display screen In the region of the second quadrant of the plane right-angle coordinate, the 3rd region is the viewing area of display screen in the plane rectangular coordinates The region of the third quadrant of system, the 4th region for display screen viewing area the plane right-angle coordinate fourth quadrant area Domain.

Wherein, when side is the left side of mobile terminal where the thumb of mobile terminal user, the origin is diminution circle The summit in the face upper right corner, four regions include the 5th region, the 6th region, SECTOR-SEVEN domain and Section Eight domain, and the 5th region is The viewing area of display screen is in the region of the first quartile of the plane right-angle coordinate, and the 6th region is the viewing area of display screen In the region of the second quadrant of the plane right-angle coordinate, SECTOR-SEVEN domain is the viewing area of display screen in the plane rectangular coordinates The region of the third quadrant of system, Section Eight domain for display screen viewing area the plane right-angle coordinate fourth quadrant area Domain.

When side is the right edge of mobile terminal where the thumb of mobile terminal user, shown in such as Figure 16 (a), now for User is hold by one hand mobile terminal using the right hand, and the right edge for reducing interface by mobile terminal is shown, should now correspond to contract The viewing area of the display screen is divided into four by the plane right-angle coordinate that the summit in the small interface upper left corner is set up by origin Tetra- regions of A, B, C, D in region, the first area, second area, the 3rd region and the 4th region difference corresponding diagram.

When side is the left side of mobile terminal where the thumb of mobile terminal user, shown in such as Figure 16 (b), now for User is hold by one hand mobile terminal using left hand, and the left side for reducing interface by mobile terminal is shown, should now correspond to contract The viewing area of the display screen is divided into four by the plane right-angle coordinate that the summit in the small interface upper right corner is set up by origin Tetra- regions of F, E, H, G in region, the 5th region, the 6th region, SECTOR-SEVEN domain and Section Eight domain difference corresponding diagram.

Next, the viewing area of display screen will be divided into here on the basis of four regions, according to what is detected Clicking operation, the specific steps that the size at interface is reduced according to default size adjusting rule adjustment are described.

In a first aspect, as shown in figure 3, according to the clicking operation detected, being contracted according to default size adjusting rule adjustment The size of small interface, including：

Step 301, according to the clicking operation detected, the first click location is determined.

Step 302, judge whether the first click location is located at first area or the 6th region.If so, then performing step 303, if it is not, then terminating.

In the step, the side where the thumb of mobile terminal user is that the right edge of mobile terminal, i.e. user use the right side When hand is hold by one hand mobile terminal, first click location correspondence is located at first area；Where the thumb of mobile terminal user Side is the left side of mobile terminal, i.e., when user is hold by one hand mobile terminal using left hand, first click location correspondence position In the 6th region.

Step 303, when judged result is to be, according to the location parameter of the first click location, the first adjustment height is determined Value.

Wherein, the first adjustment height value is shortest distance values of first click location to diminution interface.Here position Parameter can be specifically the coordinate parameters of first click location.

Step 304, according to the first adjustment height value, by the original wide high proportion for reducing interface, the first adjustment width is determined Value, according to the first adjustment height value and the first adjustment width value, the size at zoom interface.

The original wide high proportion at the diminution interface is to carry out the diminution before further adjusting to reducing the size at interface The wide high proportion at interface.

Above-mentioned steps, when clicking operation of the user in the viewing area of display screen is located at first area or the 6th region When, determine that the height and width adjustment parameter at interface, and then equal proportion are reduced in adjustment according to the location parameter of the first click location Zoom interface.

When user's right hand hand-held mobile terminal, such as Figure 17 (a) is shown, when the first click location is located at first area, i.e. A areas Domain, when clicking operation is at a points of a-quadrant, is now placed in reducing the top at interface, the height for reducing interface is adjusted to by correspondence A points are highly located, and width is tuned up by the original wide high proportion for reducing interface, and equal proportion is tuned up the dimensioned area at diminution interface therewith. When user's left hand hand-held mobile terminal, such as Figure 17 (b) is shown, when the first click location is located at six regions, i.e. E regions, works as a little When hitting operation at the e points in E regions, it is now placed in reducing the top at interface, the height for reducing interface is adjusted to e points height by correspondence Place, width is tuned up by the original wide high proportion for reducing interface, and equal proportion is tuned up the dimensioned area at diminution interface therewith.

On the other hand, as shown in figure 4, according to the clicking operation detected, being contracted according to default size adjusting rule adjustment The size of small interface, including：

Step 401, according to the clicking operation detected, the first click location is determined.The step and above-mentioned steps 301 are complete Unanimously, it is lack of repetition herein.

Step 402, judge whether the first click location is located at first area or the 6th region.If so, then performing step 403, if it is not, then terminating.The step and above-mentioned steps 302 are completely the same, are lack of repetition herein.

Step 403, when judged result is to be, according to the location parameter of the first click location, the first adjustment height is determined Value.

Wherein, the first adjustment height value is shortest distance values of first click location to diminution interface.The step with it is upper State step 303 completely the same, be lack of repetition herein.

Step 404, according to the first adjustment height value, the display height at interface, the display at the diminution interface are reduced in increase Highly keep constant, and the display picture pressed in the original wide high proportion for reducing interface, zoom interface makes showing after amplification Show the diminution interface internal point display of picture after the adjustment.

In the step, according to the first adjustment height value, the display height at interface is reduced in only increase, and the display for reducing interface is wide Degree keep it is constant, reduce interface in display picture according to first adjustment height value, according to reduce interface original wide high proportion, Also it is the original wide high proportion of display picture, to determine the adjustment width value of display picture, according to the adjustment height value after determination And the display picture in adjustment width value zoom interface, the display picture height after amplification and the diminution interface height after adjustment Degree is consistent, but its width is wider than the diminution interface width after adjustment, display picture is being reduced interface internal point display, the part It is shown as adjustable part to show, can be made by user's finger in the operation that horizontally slips reduced in interface to pull display picture Hidden parts are shown that wherein the original wide high proportion at the diminution interface is to be carried out further to reducing the size at interface The wide high proportion at the diminution interface before adjustment.

When user's right hand hand-held mobile terminal, such as Figure 18 (a) is shown, when the first click location is located at first area, i.e. A areas Domain, when clicking operation is at a points of a-quadrant, is now placed in reducing the top at interface, the height for reducing interface is adjusted to by correspondence A points are highly located, and width keeps constant, and the display picture reduced in interface is according to the first adjustment height value and by the original for reducing interface The adjustment width value that beginning wide high proportion is determined, is amplified in interface is reduced, and dash area exists for the display picture after amplification The display portion reduced in interface, another part is hidden, and user can make to hide by the left and right drag operation to display picture Part is shown.

When user's left hand hand-held mobile terminal, such as Figure 18 (b) is shown, when the first click location is located at six regions, i.e. E areas Domain, when clicking operation is at the e points in E regions, is now placed in reducing the top at interface, the height for reducing interface is adjusted to by correspondence E points are highly located, and width keeps constant, and the display picture reduced in interface is according to the first adjustment height value and by the original for reducing interface The adjustment width value that beginning wide high proportion is determined, is amplified in interface is reduced, and dash area exists for the display picture after amplification The display portion reduced in interface, another part is hidden, and user can make to hide by the left and right drag operation to display picture Part is shown.

Second aspect, as shown in figure 5, according to the clicking operation detected, being contracted according to default size adjusting rule adjustment The size of small interface, including：

Step 501, according to the clicking operation detected, the second click location is determined.

Step 502, judge whether the second click location is located at the 3rd region or Section Eight domain.If so, then performing step 503, if it is not, then terminating.

In the step, the side where the thumb of mobile terminal user is that the right edge of mobile terminal, i.e. user use the right side When hand is hold by one hand mobile terminal, first click location correspondence is located at the 3rd region；Where the thumb of mobile terminal user Side is the left side of mobile terminal, i.e., when user is hold by one hand mobile terminal using left hand, first click location correspondence position In Section Eight domain.

Step 503, when judged result is to be, according to the location parameter of the second click location, the second adjustment width is determined Value.

Wherein, the second adjustment width value is shortest distance values of second click location to diminution interface.Here position Parameter can be specifically the coordinate parameters of second click location.

Step 504, according to the second adjustment width value, by the original wide high proportion for reducing interface, the second adjustment height is determined Value, according to the second adjustment height value and the second adjustment width value, the size at zoom interface.

Above-mentioned steps, when clicking operation of the user in the viewing area of display screen is located at the 3rd region or Section Eight domain When, determine that the height and width adjustment parameter at interface, and then equal proportion are reduced in adjustment according to the location parameter of the second click location Zoom interface.

When user's right hand hand-held mobile terminal, such as Figure 19 (a) is shown, when the second click location is located at three regions, i.e. C areas Domain, when clicking operation is at the c points in C regions, is now placed in reducing the left side at interface, the width for reducing interface is adjusted to by correspondence At c points, highly tuned up by the original wide high proportion for reducing interface, equal proportion is tuned up the dimensioned area at diminution interface therewith.When with Family left hand hand-held mobile terminal, such as Figure 19 (b) is shown, when the second click location is located at Section Eight domain, i.e. G regions, is grasped when clicking on When making at the g points in G regions, it is now placed in reducing the right side at interface, the height for reducing interface is adjusted at g points by correspondence, height Original wide high proportion by interface is reduced is tuned up, and equal proportion is tuned up the dimensioned area at diminution interface therewith.

On the other hand, as shown in fig. 6, according to the clicking operation detected, being contracted according to default size adjusting rule adjustment The size of small interface, including：

Step 601, according to the clicking operation detected, the second click location is determined.The step and above-mentioned steps 501 are complete Unanimously, it is lack of repetition herein.

Step 602, judge whether the second click location is located at the 3rd region or Section Eight domain.If so, then performing step 603, if it is not, then terminating.The step and above-mentioned steps 502 are completely the same, are lack of repetition herein.

Step 603, when judged result is to be, according to the location parameter of the second click location, the second adjustment width is determined Value.

Wherein, the second adjustment width value is shortest distance values of second click location to diminution interface.The step with it is upper State step 503 completely the same, be lack of repetition herein.

Step 604, according to the second adjustment width value, the display width at interface, the display at the diminution interface are reduced in increase Highly keep constant, and the display picture pressed in the original wide high proportion for reducing interface, zoom interface makes showing after amplification Show the diminution interface internal point display of picture after the adjustment.

In the step, according to the second adjustment width value, the display width at interface is reduced in only increase, and the display for reducing interface is high Degree keep it is constant, reduce interface in display picture according to second adjustment width value, according to reduce interface original wide high proportion, Also it is the original wide high proportion of display picture, to determine the adjustment height value of display picture, according to the adjustment height value after determination And the display picture in adjustment width value zoom interface, the display picture width after amplification and the diminution interface width after adjustment Degree is consistent, but its height is higher than the diminution interfacial level after adjustment, display picture is being reduced interface internal point display, the part It is shown as adjustable part to show, can be made by user's finger in the operation that slides up and down reduced in interface to pull display picture Hidden parts are shown that wherein the original wide high proportion at the diminution interface is to be carried out further to reducing the size at interface The wide high proportion at the diminution interface before adjustment.

When user's right hand hand-held mobile terminal, such as Figure 20 (a) is shown, when the second click location is located at three regions, i.e. C areas Domain, when clicking operation is at the c points in C regions, is now placed in reducing the left side at interface, the height for reducing interface is adjusted to by correspondence At c points, highly keep constant, the display picture reduced in interface is according to the second adjustment height value and by the original width for reducing interface The adjustment width value determined at high proportion, is amplified in interface is reduced, and dash area is reducing for the display picture after amplification Display portion in interface, another part is hidden, and user can make hidden parts by the drag operation up and down to display picture Shown.

When user's left hand hand-held mobile terminal, such as Figure 20 (b) is shown, when the second click location is located at Section Eight domain, i.e. G areas Domain, when clicking operation is at the g points in G regions, is now placed in reducing the top at interface, the height for reducing interface is adjusted to by correspondence At g points, highly keep constant, the display picture reduced in interface is according to the second adjustment height value and by the original width for reducing interface The adjustment width value determined at high proportion, is amplified in interface is reduced, and dash area is reducing for the display picture after amplification Display portion in interface, another part is hidden, and user can make hidden parts by the drag operation up and down to display picture Shown.

The third aspect, as shown in fig. 7, according to the clicking operation detected, being contracted according to default size adjusting rule adjustment The size of small interface, including：

Step 701, according to the clicking operation detected, it is determined that thirdly hitting position.

Step 702, judge thirdly to hit whether position is located at second area or the 5th region.If so, then performing step 703, if it is not, then terminating.

In the step, the side where the thumb of mobile terminal user is that the right edge of mobile terminal, i.e. user use the right side When hand is hold by one hand mobile terminal, this thirdly hits position correspondence and is located at second area；Where the thumb of mobile terminal user Side is the left side of mobile terminal, i.e., when user is hold by one hand mobile terminal using left hand, and this thirdly hits position correspondence position In the 5th region.

Step 703, when judged result is to be, according to the location parameter for thirdly hitting position, it is determined that interface position will be reduced Summit at origin is adjusted to thirdly hitting the first position adjusting parameter value that is needed at position.

In the step, side is the right edge of mobile terminal where the thumb of mobile terminal user, and the diminution interface is located at Summit at reference axis origin is its left upper apex, and side where the thumb of mobile terminal user is the left side of mobile terminal, The summit that then the diminution interface is located at reference axis origin is its right vertices.Here location parameter can be specifically this first The coordinate parameters of click location.

Step 704, according to first position adjusting parameter value, it is determined that reducing the 3rd adjustment height value and the 3rd adjustment at interface Width value.

Step 705, according to the 3rd adjustment height value and the 3rd adjustment width value, the size at zoom interface.

In two steps, the summit that reference axis origin is located at by that will reduce interface is adjusted to thirdly hitting at position, The change of apex location parameter, the diminution interface required for drawing is on the basis of original size, and the adjustment of its height and width becomes Change value, and the size at the adjustment changing value adjustment diminution interface according to altimeter width, make the diminution interface after adjustment Foregoing summit, which is located at, thirdly to be hit at position, will be reduced interface progress size and be tuned up processing.

Adjustment process involved by one side face, when user's right hand hand-held mobile terminal, shown in such as Figure 21 (a), the 3rd When click location is located at second area, i.e. B regions, when clicking operation is at the b points in B regions, are now placed in reducing interface Upper left side, correspondence by reduce interface left upper apex be adjusted at b points position, reduce interface width, height and dimensioned area with Tune up.When user's left hand hand-held mobile terminal, such as Figure 21 (b) is shown, when thirdly hitting position positioned at five regions, i.e. F areas Domain, when clicking operation is at the f points in F regions, is now placed in reducing the upper right side at interface, correspondence will reduce the upper right top at interface Point is adjusted at f points position, and width, height and the dimensioned area for reducing interface are tuned up therewith.

Particularly, when thirdly hitting position positioned at where diminution interface diagonal on straight line, interface will be reduced positioned at former The summit at point place is adjusted to after thirdly hitting at position, the diminution interface dimensions size be by its original the ratio of width to height progress etc. It is scaling.

Fourth aspect, as shown in figure 8, according to the clicking operation detected, being contracted according to default size adjusting rule adjustment The size of small interface, including：

Step 801, according to the clicking operation detected, the 4th click location is determined.

Step 802, judge whether the 4th click location is located at the 4th region or SECTOR-SEVEN domain.If so, then performing step 803, if it is not, then terminating.

In the step, the side where the thumb of mobile terminal user is that the right edge of mobile terminal, i.e. user use the right side When hand is hold by one hand mobile terminal, the 4th click location correspondence is located at the 4th region；Where the thumb of mobile terminal user Side is the left side of mobile terminal, i.e., when user is hold by one hand mobile terminal using left hand, the 4th click location correspondence position In SECTOR-SEVEN domain.

Step 803, when judged result is to be, according to the location parameter of the 4th click location, it is determined that interface position will be reduced Summit at origin adjusts the second place adjusting parameter value needed to the 4th click location.

Step 804, according to second place adjusting parameter value, it is determined that reducing the 4th adjustment height value and the 4th adjustment at interface Width value.

Step 805, according to the 4th adjustment height value and the 4th adjustment width value, the size at the diminution interface is reduced.

In two steps, adjusted by interface will be reduced positioned at the summit of reference axis origin to the 4th click location, The change of apex location parameter, the diminution interface required for drawing is on the basis of original size, and the adjustment of its height and width becomes Change value, and the size at the adjustment changing value adjustment diminution interface according to altimeter width, make the diminution interface after adjustment Foregoing summit is located at the 4th click location, will reduce interface progress size and turn processing down.

Adjustment process involved by one side face, when user's right hand hand-held mobile terminal, shown in such as Figure 22 (a), the 4th When click location is located at four regions, i.e. D regions, when clicking operation is at the d points in D regions, are now placed in reducing interface sheet The left upper apex for reducing interface is adjusted at d points position by the region where body, correspondence, reduces width, height and the size at interface Area is turned down therewith.When user's left hand hand-held mobile terminal, shown in such as Figure 22 (b), when the 4th click location is located at SECTOR-SEVEN domain, That is H regions, when clicking operation is at the h points in H regions, the region where being now placed in reducing interface, correspondence in itself will reduce The right vertices at interface are adjusted at h points position, and width, height and the dimensioned area for reducing interface are turned down therewith.

Particularly, when the 4th click location, which is located at, to be reduced where the diagonal of interface on straight line, interface will be reduced and be located at original After the summit at point place is adjusted to the 4th click location, the diminution interface dimensions size be by its original the ratio of width to height progress etc. Scale smaller.

The vision-control method of the display interface of the embodiment of the present invention, not only realizes the singlehanded small screen display for starting mobile terminal Show pattern, the clicking operation different on the viewing area of display screen also by detecting user, and grasped according to from different clicks Make corresponding different size adjusting rule to be adjusted come the size to the display interface after diminution, solve that there is large size panel The problem of mobile terminal of curtain is difficult one-handed performance, meets different demands of the different user to interface size, facilitates user in contracting Clicking operation is carried out on display interface after small, Consumer's Experience is lifted.

Fourth embodiment

The fourth embodiment of the present invention provides a kind of vision-control method of display interface, and this method is applied to include showing Display screen and the first side gripped for mobile terminal user and the mobile terminal of second side, the first side and second side It is provided with sensor.

Further, on the one hand, here by the preferred of each step being related in the vision-control method to the display interface Embodiment is described respectively.

Wherein, according to the first slide detected, the step of whether the first slide meets preparatory condition judged, Including：According to the first slide detected, sliding distance is determined；Judge whether sliding distance exceedes pre-determined distance threshold value； When sliding distance exceedes pre-determined distance threshold value, judge that the first slide meets preparatory condition.

Wherein, the particular location that pre-determined distance threshold value can be set according to mobile terminal size and sensor is specifically set Put.

It is described here in conjunction with Figure 15 (a), 15 (b), the mobile terminal is, for example, mobile phone, when user is that the right hand grips hand During machine, shown in Figure 15 (a), user's thumb is slided from mobile phone side edge along predetermined direction, herein preferably slide downward, i.e. edge Mobile phone right edge travel direction downward sliding at 1 is operated, and is reached at 2, when user is left-handed mobile phone, Figure 15 (b) Shown, user's thumb is slided from mobile phone side edge along predetermined direction, herein preferably slide downward, i.e., along mobile phone left side from 3 Locate the operation of travel direction downward sliding, reach at 4, and sliding trace length is when meeting predetermined condition, you can start smaller screen mould Display picture in formula, display screen reduces with user's thumb manipulation to be shown.Wherein pre-determined distance threshold value is preferably 1cm, when When the sliding distance of slide exceedes pre-determined distance threshold value, you can judge that the first slide got meets default bar Part.

Wherein, user's thumb can control automatic shield to fall mobile terminal since after slip first side by algorithm On set sensor is to the induced signals of other sliding actions on other sides in addition to the first side, to avoid interference Operation, it is ensured that the response degree of accuracy of operation.

Specifically, according to the number of contacts information of first side and second side, the thumb institute of mobile terminal user is determined The step of side, including：

Judge whether the number of contacts of first side and the number of contacts of second side are all higher than 0；When judged result is yes When, the number of contacts of the number of contacts of first side and second side is compared；When the number of contacts of first side is more than During the number of contacts of second side, it is determined that side is second side where the thumb of mobile terminal user, when first side When number of contacts is less than the number of contacts of second side, it is determined that side where the thumb of mobile terminal user is first side； Wherein, first side is the left side of mobile terminal, and second side is the right edge of mobile terminal.

When reflect in number of contacts information the number of contacts on one of side should synchronization be more than another During number of contacts on side, especially when a wherein side upper contact quantity for mobile terminal is one, on another side When quantity is multiple, it is believed that the former is side where the thumb of mobile terminal user, while determining user now to be singlehanded Operation, to ensure to start the situation during smaller screen dispaly state of mobile terminal corresponding to user's one-handed performance mobile terminal.

Said process, by judging number of contacts that the first side of mobile terminal contacts with user on second side not Together, identify whether to be hold by one hand the SOT state of termination for user, it is possible to make a distinction right-hand man, for example, carried out in user's thumb During slide, left side frame has Multi-contact, and when contact point is less than left side frame or only a little contacted on the frame of the right, Then it is judged as that the right hand is held, conversely, being then judged as that left hand is held.The process, which is realized, judges whether user is single to mobile terminal Hand grip, it is to avoid false touch.

Correspondingly, the infrared detection that can also be automatically carried out by mobile terminal, whether detection mobile terminal is to be positioned over The dark surrounds such as pocket, it is to avoid non-artificial false touch.

Further, reduce the display interface of the display screen and reduce interface for one, and close to the thumb of mobile terminal user The step of interface is reduced in the display of place side, including：When obtaining slide stopping, the thumb of mobile terminal user is in movement Contact center position where the thumb of terminal user on side；According to the contact center position, to contact central point position Height where top of the height where putting to reduce interface, diminution circle is shown close to side where the thumb of mobile terminal user Face.

Said process is directed to when the slide of user on first side stops, and is obtained now user and is connect with first side The contact center position of contact portion position, and with height where the contact center position for the display picture after reducing top most Height is shown eventually.Specifically, can, when user's thumb stops in the slide of first side, pass through correspondence algorithm, meter The center position of thumb and first side contact area is calculated, the position is the top final position for reducing screen, in this Heart point position can be specifically user's thumb and the point midway of the lower-upper length at contact aside position when slide stops Put.Realize during user's one hand adjustment screen size, on-screen displays is followed the slide of user's finger and is done Go out display location adjustment change, meet user's request.

On the other hand, here by being shown in the side where the display interface of display screen reduces and leans on the thumb of user Afterwards, during the clicking operation for further recalling application program on interface to reducing, the vision-control method being related to is made Description.

Wherein, as shown in figure 9, being a diminution interface reducing the display interface of display screen, and close to mobile terminal user Thumb where side the step of show the diminution interface after, this method further comprises：

Step 901, detect whether to receive and stop the command signal that interface dimensions size is reduced in further adjustment.If so, Step 902 is then performed, if it is not, then terminating.

The command signal can be specifically to pass through the physical button on the tactile mobile terminal of point, virtual key, selection by user Menu or selective listing etc. trigger the command signal；Either in a preset duration, do not detect to reducing interface yet The point that is further adjusted of size when touching operation, the stopping is triggered automatically and further adjusts diminution interface dimensions size Command signal.

Step 902, when the test results is yes, first point of tactile operation of the detection mobile terminal user in interface is reduced.

Step 903, operation is touched according to first point detected, determines that point of first point of tactile operation on interface is reduced touches position Put.

Step 904, position is touched according to point, amplifies the display picture at the tactile position of the point.

Wherein, after the size at diminution interface has been adjusted, it is contemplated that small on-screen icons are smaller, click easily has false touch, During interaction, when user's thumb, movement somewhither, is then amplified, is specifically as follows on the display screen automatically at this in diminution interface Magnifying glass is pulled out to be amplified the display picture at the tactile position of second point.And, amplifieroperation herein does not differentiate between interface, just as Hold magnifying glass reading, magnifying glass move on to where, where amplify, after removing, amplification place again revert to the original sample in interface Son.

Further, after the display picture that step 904 touches at position, the tactile position of amplification point according to point, this method is entered One step includes：When exaggerated display picture corresponds to an application icon, and in a preset time threshold, detect a little When touching at position in the presence of the second clicking operation, the corresponding application program of the application icon is triggered.

After the finger that user is placed on diminution interface is lifted, and in a limiting time, again tap on display picture and put During general goal, the application at the position is just responded, otherwise magnifying glass disappears, original appearance, the wherein limiting time are recovered in interface Preferably 500sm--1s (system is rule of thumb set).

The vision-control method of the display interface of the embodiment of the present invention, makes large-size smartphone one-handed performance simpler easy With from smaller screen pattern is recalled, the one-handed performance to right-hand man is recognized, reduces interface size to adjustment, and reduce display in interface The vision-control of picture singlehanded can be operated directly, is solved the problem of large-size smartphone one-handed performance is not cumbersome easy-to-use, is carried High user's operation fluency and satisfaction.

5th embodiment

The fifth embodiment of the present invention provides a kind of mobile terminal, and the mobile terminal includes display screen and for mobile whole First side and second side that end subscriber is gripped, first side and second side are provided with sensor.

Specifically, it can be the housing center for being arranged at mobile terminal that the first side and second side, which are provided with sensor, Side, the setting of the sensor is specially to use cap-sensor principles, that is, when sensing sensor with human contact, electric capacity meeting Change, mix respective algorithms to recognize that current hand grips the state of mobile phone.The program can recognize contact, click on, and slide thing Part, so as to which for recognizing the grip that user is hold by one hand, identification right-hand man grips, and passes through slider case center side Side, can singlehanded regulation screen in real time size.

Wherein, as shown in Figure 10, mobile terminal 1 000 further comprises：Acquisition module 1001, side determining module 1002nd, first detection module 1003, first condition judge module 1004 and diminution display module 1005.

Acquisition module 1001, for the transducing signal of the sensor according to set by first side and second side, is obtained First side and the number of contacts information of second side.

Side determining module 1002, for the first side obtained according to acquisition module 1001 and the number of contacts of second side Information is measured, side where the thumb of mobile terminal user is determined.

First detection module 1003, edge on side where for detecting thumb of the mobile terminal user in mobile terminal user The first slide that first direction is carried out.

First condition judge module 1004, for the first slide detected according to first detection module 1003, sentences Whether disconnected first slide meets preparatory condition；

Display module 1005 is reduced, for when the first slide meets preparatory condition, by preset ratio, display is reduced The display interface of screen is a diminution interface, and reduces interface close to side display where the thumb of mobile terminal user.

On the basis of Figure 10, alternatively, mobile terminal 1 000 may also include the second detection module 1006, second condition and sentence Disconnected module 1007 and amplification display module 1008, referring to Figure 11.

Second detection module 1006, edge on side where for detecting thumb of the mobile terminal user in mobile terminal user The second slide that second direction is carried out, wherein, second direction is opposite both direction with first direction.

Second condition judge module 1007, for the second slide detected according to the second detection module 1006, sentences Whether disconnected second slide meets preparatory condition.

Amplify display module 1008, for when the second slide meets preparatory condition, by preset ratio, zoom Interface is an amplification interface, and close to side display amplification interface where the thumb of mobile terminal user.

On the basis of Figure 10, alternatively, mobile terminal 1 000 may also include the 3rd detection module 1009, size adjusting mould Block 1010, referring to Figure 12.

3rd detection module 1009, for detecting clicking operation of the mobile terminal user on the viewing area of display screen.

Size adjustment module 1010, for the clicking operation detected according to the 3rd detection module 1009, according to default The size at interface is reduced in size adjusting rule, adjustment.

Preferably, the viewing area of display screen includes：Built using the summit for reducing the interface upper left corner or the upper right corner by origin Four regions that the viewing area of display screen is divided into by vertical plane right-angle coordinate.

Wherein, when side is the right edge of mobile terminal where the thumb of mobile terminal user, the origin is diminution circle The summit in the face upper left corner, four regions include first area, second area, the 3rd region and the 4th region, and first area is The viewing area of display screen exists in the region of the first quartile of plane right-angle coordinate, second area for the viewing area of display screen The region of second quadrant of plane right-angle coordinate, the 3rd region for display screen viewing area the of plane right-angle coordinate The region of three quadrants, the 4th region for display screen viewing area plane right-angle coordinate fourth quadrant region.

Wherein, when side is the left side of mobile terminal where the thumb of mobile terminal user, the origin is diminution circle The summit in the face upper right corner, four regions include the 5th region, the 6th region, SECTOR-SEVEN domain and Section Eight domain, and the 5th region is The viewing area of display screen exists in the region of the first quartile of plane right-angle coordinate, the 6th region for the viewing area of display screen The region of second quadrant of plane right-angle coordinate, SECTOR-SEVEN domain for display screen viewing area the of plane right-angle coordinate The region of three quadrants, Section Eight domain for display screen viewing area plane right-angle coordinate fourth quadrant region.

Alternatively, wherein size adjustment module 1010, including：First position determination sub-module 10101, first judge submodule Block 10102, the first determination sub-module 10103, first size amplification submodule 10104.

First position determination sub-module 10101, for according to the clicking operation detected, determining the first click location.

First judging submodule 10102, for judging whether the first click location is located at first area or the 6th region.

First determination sub-module 10103, during for being when judged result, according to the location parameter of the first click location, Determine the first adjustment height value.

First size amplifies submodule 10104, for the first adjustment height determined according to the first determination sub-module 10103 Value, by the original wide high proportion for reducing interface, determines the first adjustment width value, wide according to the first adjustment height value and the first adjustment Angle value, the size at zoom interface；Or the first adjustment height for being determined according to the first determination sub-module 10103 The display height at interface is reduced in value, increase, and the display at the diminution interface highly keeps constant, and by the original width for reducing interface At high proportion, the display picture in zoom interface makes display picture reduce interface internal point display.

Wherein, the first adjustment height value is shortest distance values of first click location to diminution interface.

Alternatively, wherein size adjustment module 1010, including：Second place determination sub-module 10105, second judge submodule Block 10106, the second determination sub-module 10107, the second size amplification submodule 10108.

Second place determination sub-module 10105, for according to the clicking operation detected, determining the second click location.

Second judging submodule 10106, for judging whether the second click location is located at the 3rd region or Section Eight domain.

Second determination sub-module 10107, during for being when judged result, according to the location parameter of the second click location, Determine the second adjustment width value.

Second size amplifies submodule 10108, for the second adjustment width determined according to the second determination sub-module 10107 Value, by the original wide high proportion for reducing interface, determines the second adjustment height value, wide according to the second adjustment height value and the second adjustment Angle value, the size at zoom interface；Or the second adjustment width for being determined according to the second determination sub-module 10107 The display width at interface is reduced in value, increase, and the display at the diminution interface highly keeps constant, and by the original width for reducing interface At high proportion, the display picture in zoom interface makes display picture reduce interface internal point display.

Wherein, the second adjustment width value is shortest distance values of second click location to diminution interface.

Alternatively, wherein size adjustment module 1010, including：3rd position determination sub-module the 10109, the 3rd judges submodule Block 10110, the 3rd determination sub-module 10111, the 4th determination sub-module 10112 and the 3rd size amplification submodule 10113.

3rd position determination sub-module 10109, for according to the clicking operation detected, it is determined that thirdly hitting position.

3rd judging submodule 10110, for judging thirdly to hit whether position is located at second area or the 5th region.

3rd determination sub-module 10111, during for being when judged result, according to the location parameter for thirdly hitting position, Adjusted it is determined that the summit that interface is located at origin will be reduced to thirdly hitting the first position adjusting parameter value that is needed at position.

4th determination sub-module 10112, for the first position adjusting parameter determined according to the 3rd determination sub-module 10111 Value, it is determined that reducing the 3rd adjustment height value and the 3rd adjustment width value at interface.

3rd size amplifies submodule 10113, for the 3rd adjustment height determined according to the 4th determination sub-module 10112 Value and the 3rd adjustment width value, the size at zoom interface.

Alternatively, wherein size adjustment module 1010, including：4th position determination sub-module the 10114, the 4th judges submodule Block 10115, the 5th determination sub-module 10116, the 6th determination sub-module 10117 and size reduction submodule 10118.

4th position determination sub-module 10114, for according to the clicking operation detected, determining the 4th click location.

4th judging submodule 10115, for judging whether the 4th click location is located at the 4th region or SECTOR-SEVEN domain.

5th determination sub-module 10116, during for being when judged result, according to the location parameter of the 4th click location, It is determined that the summit that diminution interface is located at origin to be adjusted to the second place adjusting parameter value needed to the 4th click location.

6th determination sub-module 10117, for the second place adjusting parameter determined according to the 5th determination sub-module 10115 Value, it is determined that reducing the 4th adjustment height value and the 4th adjustment width value at interface.

Size reduction submodule 10118, for according to the 6th determination sub-module 10116 determine the 4th adjustment height value and 4th adjustment width value, reduces the size at the diminution interface.

On the basis of Figure 10, alternatively, mobile terminal 1 000 can also further comprise the 4th detection module the 1011, the 5th Detection module 1012, position determination module 1013 and picture amplification module 1014, referring to Figure 13.

4th detection module 1011, the finger that interface dimensions size is reduced in further adjustment is stopped for detecting whether receiving Make signal.

5th detection module 1012, for when the test results is yes, detection mobile terminal user to be in interface is reduced First point is touched operation.

Position determination module 1013, operation is touched for detected according to the 5th detection module 1012 first point, determines the A little touch point of the operation on interface is reduced and touch position.

Picture amplification module 1014, the point for being determined according to position determination module is touched at position, the tactile position of amplification point Display picture.

Alternatively, mobile terminal 1 000 can also further comprise：Application triggers module 1015.

Application triggers module 1015, for working as exaggerated display picture corresponding to an application icon, and In one preset time threshold, when detecting at a little tactile position in the presence of the second clicking operation, triggering application icon is corresponding should Use program.

On the basis of Figure 10, alternatively, referring to Figure 14, wherein first condition judge module 1004, including：Distance is determined The judging submodule 10042 of submodule 10041 and the 5th.

Apart from determination sub-module 10041, for the first slide detected according to first detection module 1003, it is determined that Sliding distance.

5th judging submodule 10042, for judging whether sliding distance exceedes pre-determined distance threshold value, when sliding distance is super When crossing pre-determined distance threshold value, judge that the first slide meets preparatory condition.

Alternatively, wherein side determining module 1002, including：6th judging submodule 10021, comparison sub-module 10022 With side determination sub-module 10023.

6th judging submodule 10021, for judging that the number of contacts of first side and the number of contacts of second side be It is no to be all higher than 0.

Comparison sub-module 10022, during for being when judged result, by the number of contacts of first side and second side Number of contacts is compared.

Side determination sub-module 10023, for when first side number of contacts be more than second side number of contacts when, Side where then determining the thumb of mobile terminal user is second side；When the number of contacts of first side is less than second side During number of contacts, it is determined that side where the thumb of mobile terminal user is first side.

Wherein, first side is the left side of mobile terminal, and second side is the right edge of mobile terminal.

Alternatively, wherein reducing display module 1005, including：Position acquisition submodule 10051 and diminution display sub-module 10052。

Position acquisition submodule 10051, when stopping for obtaining slide, the thumb of mobile terminal user is mobile whole Contact center position where the thumb of end subscriber on side.

Display sub-module 10052 is reduced, for the contact center position obtained according to position acquisition submodule 10051, With height where top of the height to reduce interface where contacting center position, close to side where the thumb of mobile terminal user While showing the diminution interface.

The mobile terminal 1 000 of the embodiment of the present invention, acquisition module 1001 is according to set by first side and second side The transducing signal of sensor, obtains the number of contacts information of first side and second side, and side determining module 1002 is according to obtaining First side and the number of contacts information of second side that modulus block 1001 is obtained, determine side where the thumb of mobile terminal user Side, enters in the first direction where first detection module 1003 detects thumb of the mobile terminal user in mobile terminal user on side The first capable slide, the first slip that first condition judge module 1004 is detected according to first detection module 1003 is grasped Make, judge whether the first slide meets preparatory condition, reduce display module 1005 and preset bar when the first slide is met During part, by preset ratio, reduce the display interface of display screen and reduce interface for one, and where the thumb of mobile terminal user Interface is reduced in side display.Realize during user's one hand adjustment screen size, on-screen displays is followed user's finger Slide and make specific adjustment change, meet user's request so that the list of large-size screen monitors mobile terminal especially smart mobile phone Hand operation is more easy to use, and from smaller screen pattern is recalled, the one-handed performance to right-hand man is recognized, can be singlehanded to adjustment screen size Directly operate, improve the convenient degree that user uses process, solve large-size screen monitors intelligent mobile terminal one-handed performance cumbersome not easy-to-use Problem.

Sixth embodiment

As shown in figure 23, the mobile terminal 1 100 includes：At least one processor 1101, memory 1102, external components 1106th, at least one network interface 1104 and other users interface 1103.Each component in mobile terminal 1 100 passes through bus System 1105 is coupled.It is understood that bus system 1105 is used to realize the connection communication between these components.Bus system 1105 in addition to including data/address bus, in addition to power bus, controlling bus and status signal bus in addition.But for clear explanation For the sake of, various buses are all designated as bus system 1105 in fig 23, wherein, external components 1106 are specially to be arranged at movement eventually Hold the sensor on two sides.

Wherein, user interface 1103 can include display, keyboard or pointing device (for example, mouse, trace ball (trackball), touch-sensitive plate or touch-screen etc..

It is appreciated that the memory 1102 in the embodiment of the present invention can be volatile memory or non-volatile memories Device, or may include both volatibility and nonvolatile memory.Wherein, nonvolatile memory can be read-only storage (Read-OnlyMemory, ROM), programmable read only memory (ProgrammableROM, PROM), erasable programmable are read-only Memory (ErasablePROM, EPROM), Electrically Erasable Read Only Memory (ElectricallyEPROM, EEPROM) Or flash memory.Volatile memory can be random access memory (RandomAccessMemory, RAM), and it is used as outside high Speed caching.By exemplary but be not restricted explanation, the RAM of many forms can use, such as static RAM (StaticRAM, SRAM), dynamic random access memory (DynamicRAM, DRAM), Synchronous Dynamic Random Access Memory (SynchronousDRAM, SDRAM), double data speed synchronous dynamic RAM (DoubleDataRate SDRAM, DDRSDRAM), enhanced Synchronous Dynamic Random Access Memory (Enhanced SDRAM, ESDRAM), synchronized links Dynamic random access memory (SynchlinkDRAM, SLDRAM) and direct rambus random access memory (DirectRambusRAM, DRRAM).The memory 1102 of the system and method for description of the embodiment of the present invention is intended to include but not It is limited to the memory of these and any other suitable type.

In some embodiments, memory 1102 stores following element, can perform module or data structure, or Their subset of person, or their superset：Operating system 11021 and application program 11022.

Wherein, operating system 11021, comprising various system programs, such as ccf layer, core library layer, driving layer, are used for Realize various basic businesses and handle hardware based task.Application program 11022, includes various application programs, such as matchmaker Body player (MediaPlayer), browser (Browser) etc., for realizing various applied business.Realize the embodiment of the present invention The program of method may be embodied in application program 11022.

In embodiments of the present invention, by calling program or the instruction of the storage of memory 1102, specifically, can be application The program stored in program 11022 or instruction, processor 1101 are used to sense according to set by first side and second side The transducing signal of device, obtains the number of contacts information of first side and second side；According to touching for first side and second side Point quantity information, determines side where the thumb of mobile terminal user；Detect thumb of the mobile terminal user in mobile terminal user The first slide carried out in the first direction on side where referring to；According to the first slide detected, described is judged Whether one slide meets preparatory condition；When first slide meets preparatory condition, by preset ratio, institute is reduced State the display interface of display screen and reduce interface for one, and the contracting is shown close to side where the thumb of the mobile terminal user Small interface.

The method that the embodiments of the present invention are disclosed can apply in processor 1101, or real by processor 1101 It is existing.Processor 1101 is probably a kind of IC chip, the disposal ability with signal.In implementation process, the above method Each step can be completed by the instruction of the integrated logic circuit of the hardware in processor 1101 or software form.Above-mentioned Processor 1101 can be general processor, digital signal processor (DigitalSignalProcessor, DSP), special collection Into circuit (ApplicationSpecific IntegratedCircuit, ASIC), ready-made programmable gate array (FieldProgrammableGateArray, FPGA) or other PLDs, discrete gate or transistor logic Device, discrete hardware components.It can realize or perform disclosed each method, step and the box in the embodiment of the present invention Figure.General processor can be microprocessor or the processor can also be any conventional processor etc..With reference to the present invention The step of method disclosed in embodiment, can be embodied directly in hardware decoding processor and perform completion, or use decoding processor In hardware and software module combination perform completion.Software module can be located at random access memory, and flash memory, read-only storage can In the ripe storage medium in this area such as program read-only memory or electrically erasable programmable memory, register.The storage Medium is located at memory 1102, and processor 1101 reads the information in memory 1102, and the above method is completed with reference to its hardware Step.

It is understood that the embodiment of the present invention description these embodiments can with hardware, software, firmware, middleware, Microcode or its combination are realized.Realized for hardware, processing unit can be realized in one or more application specific integrated circuits (ApplicationSpecificIntegratedCircuits, ASIC), digital signal processor (DigitalSignalProcessing, DSP), digital signal processing appts (DSPDevice, DSPD), programmable logic device (ProgrammableLogicDevice, PLD), field programmable gate array (Field-ProgrammableGateArray, FPGA), general processor, controller, microcontroller, microprocessor, other electronics lists for performing herein described function In member or its combination.

For software realize, can by perform the module (such as process, function) of function described in the embodiment of the present invention come Realize the technology described in the embodiment of the present invention.Software code is storable in memory and by computing device.Memory can To realize within a processor or outside processor.

Alternatively, processor 1101 is additionally operable to：Detect side where thumb of the mobile terminal user in mobile terminal user On the second slide for carrying out in a second direction, wherein, the second direction is two opposite sides with the first direction To；According to the second slide detected, judge whether second slide meets preparatory condition；When the described second cunning When dynamic operation meets preparatory condition, by preset ratio, the amplification diminution interface is an amplification interface, and close to described mobile whole Side where the thumb of end subscriber shows the amplification interface.

Alternatively, as another embodiment, processor 1101 is additionally operable to：Detect mobile terminal user in the aobvious of display screen Show the clicking operation on region；According to the clicking operation detected, according to default size adjusting rule, diminution circle is adjusted The size in face.

Alternatively, when the viewing area of display screen is preferably comprised：With the diminution interface upper left corner or the top in the upper right corner During four regions that the viewing area of the display screen is divided into by the plane right-angle coordinate that point is set up by origin；Wherein, When side is the right edge of the mobile terminal where the thumb of mobile terminal user, the origin is that the diminution interface is left The summit at upper angle, four regions include first area, second area, the 3rd region and the 4th region, the first area For display screen viewing area in the region of the first quartile of the plane right-angle coordinate, the second area is display screen Viewing area exists in the region of the second quadrant of the plane right-angle coordinate, the 3rd region for the viewing area of display screen The region of the third quadrant of the plane right-angle coordinate, the 4th region is straight in the plane for the viewing area of display screen The region of the fourth quadrant of angular coordinate system；Wherein, the side where the thumb of mobile terminal user is a left side for the mobile terminal During side, the origin be the diminution interface upper right corner summit, four regions include the 5th region, the 6th region, SECTOR-SEVEN domain and Section Eight domain, the 5th region for display screen viewing area the plane right-angle coordinate first as The region of limit, the 6th region is the region of second quadrant of the viewing area of display screen in the plane right-angle coordinate, The SECTOR-SEVEN domain is the region of third quadrant of the viewing area of display screen in the plane right-angle coordinate, the Section Eight Domain for display screen viewing area the plane right-angle coordinate fourth quadrant region.

As another embodiment, processor 1101 is additionally operable to：According to the clicking operation detected, the first click position is determined Put；Judge whether first click location is located at the first area or the 6th region；When judged result is to be, according to institute The location parameter of the first click location is stated, the first adjustment height value is determined；According to the described first adjustment height value, reduced by described The original wide high proportion at interface, determines the first adjustment width value, wide according to the described first adjustment height value and first adjustment Angle value, amplifies the size at the diminution interface；Or according to the described first adjustment height value, increase the diminution interface Display height, the display at the diminution interface highly keeps constant, and by the original wide high proportion at the diminution interface, amplifies institute Stating the display picture reduced in interface makes the display picture in the diminution interface internal point display；Wherein, described first adjust Whole height value is shortest distance values of first click location to the diminution interface.

Alternatively, as another embodiment, processor 1101 is additionally operable to：According to the clicking operation detected, is determined Two click locations；Judge whether second click location is located at the 3rd region or Section Eight domain；When judged result is yes When, according to the location parameter of second click location, determine the second adjustment width value；According to the described second adjustment width value, By the original wide high proportion at the diminution interface, the second adjustment height value is determined, height value is adjusted and described according to described second Second adjustment width value, amplifies the size at the diminution interface；Or according to the described second adjustment width value, increase is described The display width at interface is reduced, the display at the diminution interface highly keeps constant, and by the original wide high of the diminution interface Ratio, amplifying the display picture in the diminution interface makes the display picture in the diminution interface internal point display；Wherein, The second adjustment width value is shortest distance values of second click location to the diminution interface.

Alternatively, as another embodiment, processor 1101 is additionally operable to：According to the clicking operation detected, is determined Three click locations；Thirdly hit whether position is located at the second area or the 5th region described in judging；When judged result is yes When, according to the location parameter for thirdly hitting position, it is determined that the summit diminution interface being located at the origin is adjusted The first position adjusting parameter value needed at position is thirdly hit to described；According to the first position adjusting parameter value, it is determined that The 3rd adjustment height value at the diminution interface and the 3rd adjustment width value；According to the described 3rd adjustment height value and the described 3rd Width value is adjusted, amplifies the size at the diminution interface.

Alternatively, as another embodiment, processor 1101 is additionally operable to：According to the clicking operation detected, is determined Four click locations；Judge whether the 4th click location is located at the 4th region or SECTOR-SEVEN domain；When judged result is yes When, according to the location parameter of the 4th click location, it is determined that the summit diminution interface being located at the origin is adjusted The second place adjusting parameter value needed to the 4th click location；According to the second place adjusting parameter on the summit Value, determines the 4th adjustment height value and the 4th adjustment width value at the diminution interface；According to the described 4th adjustment height value and The 4th adjustment width value, reduces the size at the diminution interface.

Alternatively, as another embodiment, processor 1101 is additionally operable to：Detect whether to receive stopping further adjustment Reduce the command signal of interface dimensions size；When the test results is yes, detection mobile terminal user is in the diminution interface First point touch operation；Operation is touched according to first point detected, determines that touch operation on the diminution interface at described first point Point touch position；Position is touched according to the point, amplifies the display picture at the tactile position of the point.

Alternatively, as another embodiment, processor 1101 is additionally operable to：Answered when exaggerated display picture corresponds to one With program icon, and in a preset time threshold, detect the point and touch when there is the second clicking operation at position, trigger institute State the corresponding application program of application icon.

Alternatively, as another embodiment, processor 1101 is additionally operable to：According to the first slide detected, really Determine sliding distance；Judge whether the sliding distance exceedes pre-determined distance threshold value；When the sliding distance exceedes pre-determined distance threshold During value, judge that first slide meets preparatory condition.

Alternatively, as another embodiment, processor 1101 is additionally operable to：Judge the first side number of contacts and Whether the number of contacts of second side is all higher than 0；When judged result is to be, by the number of contacts of the first side and second The number of contacts of side is compared；When the number of contacts of the first side is more than the number of contacts of the second side, Side where then determining the thumb of mobile terminal user is second side；When the number of contacts of the first side is less than described the During the number of contacts of dual side-edge, it is determined that side where the thumb of mobile terminal user is first side；Wherein, first side Side is the left side of mobile terminal, and the second side is the right edge of mobile terminal.

Alternatively, as another embodiment, processor 1101 is additionally operable to：It is described when obtaining the slide stopping The thumb of mobile terminal user is in the contact center position where the thumb of the mobile terminal user on side；According to described Center position is contacted, it is close with height height where the top at the diminution interface where the contact center position Side where the thumb of the mobile terminal user shows the diminution interface.

The mobile terminal can realize each process that mobile terminal is realized in previous embodiment, to avoid repeating, here Repeat no more.

The mobile terminal 1 100 of the embodiment of the present invention includes：At least one processor 1101, memory 1102, external components 1106th, at least one network interface 1104 and other users interface 1103.Each component in mobile terminal 1 100 passes through bus System 1105 is coupled.Wherein, processor 1101 is used for the sensor according to set by first side and second side Transducing signal, obtains the number of contacts information of first side and second side；According to the number of contacts of first side and second side Information is measured, side where the thumb of mobile terminal user is determined；Detect thumb institute of the mobile terminal user in mobile terminal user The first slide carried out in the first direction on side；According to the first slide detected, judge that described first slides Whether dynamic operation meets preparatory condition；When first slide meets preparatory condition, by preset ratio, reduce described aobvious The display interface of display screen is a diminution interface, and shows diminution circle close to side where the thumb of the mobile terminal user Face.The mobile terminal is realized during user's one hand adjustment screen size, on-screen displays is followed user's finger Slide and make specific adjustment change, meet user's request so that the one hand of large-size screen monitors mobile terminal especially smart mobile phone Operation is more easy to use, and from smaller screen pattern is recalled, the one-handed performance to right-hand man is recognized, can be singlehanded straight to adjustment screen size Connect operation, improve the convenient degree that user uses process, solve that large-size screen monitors intelligent mobile terminal one-handed performance is not cumbersome easy-to-use to ask Topic.

7th embodiment

As shown in figure 24, the mobile terminal 1 200 can be mobile phone, tablet personal computer, personal digital assistant (PersonalDigital Assistant, PDA) or vehicle-mounted computer etc..

Mobile terminal 1 200 in Figure 24 includes radio frequency (RadioFrequency, RF) circuit 1210, memory 1220, defeated Enter unit 1230, display unit 1240, external components 1250, processor 1260, voicefrequency circuit 1270, WiFi (WirelessFidelity) module 1280 and power supply 1290.

Wherein, input block 1230 can be used for the numeral or character information of reception user's input, and produce and mobile whole The signal input that the user at end 1200 is set and function control is relevant.Specifically, in the embodiment of the present invention, the input block 1230 can include contact panel 1231.Contact panel 1231, also referred to as touch-screen, collect user's touching on or near it Operation (such as user uses the operations of any suitable object or annex on contact panel 1231 such as finger, stylus) is touched, and Corresponding attachment means are driven according to formula set in advance.Optionally, contact panel 1231 may include touch detecting apparatus and Two parts of touch controller.Wherein, touch detecting apparatus detects the touch orientation of user, and detects the letter that touch operation is brought Number, transmit a signal to touch controller；Touch controller receives touch information from touch detecting apparatus, and is converted into Contact coordinate, then give the processor 1260, and the order sent of reception processing device 1260 and can be performed.Furthermore, it is possible to Contact panel 1231 is realized using polytypes such as resistance-type, condenser type, infrared ray and surface acoustic waves.Except contact panel 1231, input block 1230 can also include other input equipments 1232, and other input equipments 1232 can include but is not limited to One kind or many in physical keyboard, function key (such as volume control button, switch key etc.), trace ball, mouse, action bars etc. Kind.

Wherein, display unit 1240 can be used for information and the movement for showing the information inputted by user or being supplied to user The various menu interfaces of terminal 1200.Display unit 1240 may include display panel 1241, optionally, using LCD or can have The forms such as machine light emitting diode (OrganicLight-EmittingDiode, OLED) configure display panel 1241.Peripheral hardware portion Part 1250 is specially the sensor being arranged on the side of mobile terminal two.

It should be noted that contact panel 1231 can cover display panel 1241, touch display screen is formed, when the touch display screen Detect after the touch operation on or near it, processor 1260 is sent to determine the type of touch event, with post processing Device 1260 provides corresponding visual output according to the type of touch event in touch display screen.

Touch display screen includes Application Program Interface viewing area and conventional control viewing area.The Application Program Interface viewing area And arrangement mode of the conventional control viewing area is not limited, can be arranged above and below, left-right situs etc. can distinguish two and show Show the arrangement mode in area.The Application Program Interface viewing area is displayed for the interface of application program.Each interface can be with The interface element such as the icon comprising at least one application program and/or widget desktop controls.The Application Program Interface viewing area It can also be the empty interface not comprising any content.The conventional control viewing area is used to show the higher control of utilization rate, for example, Application icons such as settings button, interface numbering, scroll bar, phone directory icon etc..

Wherein processor 1260 is the control centre of mobile terminal 1 200, utilizes various interfaces and connection whole mobile phone Various pieces, by operation or perform and be stored in software program and/or module in first memory 1221, and call and deposit The data in second memory 1222 are stored up, the various functions and processing data of mobile terminal 1 200 are performed, so as to mobile whole End 1200 carries out integral monitoring.Optionally, processor 1260 may include one or more processing units.External components 1250 are specific The multiple sensors set for the side of the housing center of the mobile terminal.

In embodiments of the present invention, by call store the first memory 1221 in software program and/or module and/ Or the data in the second memory 1222, first memory 1221 and/or second memory 1222 are used to preserve what need to be met Predetermined condition, predetermined direction, goal-selling length, further adjust current display picture display area when preset rules It is used to know associative operation of the user on the side of the housing center of mobile terminal, processor 1260 Deng, external components 1250 For the transducing signal of the sensor according to set by the first side and second side, the first side and second are obtained The number of contacts information of side；According to the number of contacts information of the first side and second side, mobile terminal user is determined Thumb where side；Carried out in the first direction on side where detecting thumb of the mobile terminal user in mobile terminal user First slide；According to the first slide detected, judge whether first slide meets preparatory condition；When When first slide meets preparatory condition, by preset ratio, reduce the display interface of the display screen and reduce boundary for one Face, and show the diminution interface close to side where the thumb of the mobile terminal user.

Alternatively, as another embodiment, processor 1260 is additionally operable to detection mobile terminal user in mobile terminal user Thumb where the second slide for carrying out in a second direction on side, wherein, the second direction and the first direction For opposite both direction；According to the second slide detected, judge whether second slide meets default bar Part；When second slide meets preparatory condition, by preset ratio, it is an amplification interface to amplify the diminution interface, And show the amplification interface close to side where the thumb of the mobile terminal user.

Alternatively, as another embodiment, processor 1260 is additionally operable to detect display of the mobile terminal user in display screen Clicking operation on region；According to the clicking operation detected, according to default size adjusting rule, the diminution interface is adjusted Size.

Alternatively, the viewing area of display screen is preferably comprised：With the diminution interface upper left corner or the summit in the upper right corner During four regions that the viewing area of the display screen is divided into by the plane right-angle coordinate set up by origin；Wherein, when When side is the right edge of the mobile terminal where the thumb of mobile terminal user, the origin is diminution interface upper left The summit at angle, four regions include first area, second area, the 3rd region and the 4th region, and the first area is The viewing area of display screen is in the region of the first quartile of the plane right-angle coordinate, and the second area is the aobvious of display screen Show region in the region of the second quadrant of the plane right-angle coordinate, the 3rd region for display screen viewing area in institute The region of the third quadrant of plane right-angle coordinate is stated, the 4th region is the viewing area of display screen in the flat square The region of the fourth quadrant of coordinate system；Wherein, the side where the thumb of mobile terminal user is the left side of the mobile terminal Bian Shi, the origin is the summit in the diminution interface upper right corner, and four regions include the 5th region, the 6th region, the Seven regions and Section Eight domain, the 5th region are first quartile of the viewing area in the plane right-angle coordinate of display screen Region, the 6th region is the region of second quadrant of the viewing area in the plane right-angle coordinate of display screen, institute State SECTOR-SEVEN domain be display screen viewing area the plane right-angle coordinate third quadrant region, the Section Eight domain For display screen viewing area the plane right-angle coordinate fourth quadrant region.

As another embodiment, processor 1260 is additionally operable to, according to the clicking operation detected, determine the first click location； Judge whether first click location is located at the first area or the 6th region；When judged result is to be, according to described The location parameter of first click location, determines the first adjustment height value；According to the described first adjustment height value, by diminution circle The original wide high proportion in face, determines the first adjustment width value, according to the described first adjustment height value and the first adjustment width Value, amplifies the size at the diminution interface；Or according to the described first adjustment height value, increase the aobvious of the diminution interface Show height, the display at the diminution interface highly keeps constant, and by the original wide high proportion at the diminution interface, amplification is described The display picture reduced in interface makes the display picture in the diminution interface internal point display；Wherein, first adjustment Height value is shortest distance values of first click location to the diminution interface.

Alternatively, as another embodiment, processor 1260 is additionally operable to, according to the clicking operation detected, determine second point Hit position；Judge whether second click location is located at the 3rd region or Section Eight domain；When judged result is to be, root According to the location parameter of second click location, the second adjustment width value is determined；According to the described second adjustment width value, by described The original wide high proportion at interface is reduced, the second adjustment height value is determined, is adjusted according to the described second adjustment height value and described second Whole width value, amplifies the size at the diminution interface；Or according to the described second adjustment width value, increase diminution circle The display width in face, the display at the diminution interface highly keeps constant, and by the original wide high proportion at the diminution interface, puts Display picture in the big diminution interface makes the display picture in the diminution interface internal point display；Wherein, described Two adjustment width values are shortest distance values of second click location to the diminution interface.

Alternatively, as another embodiment, processor 1260 is additionally operable to according to the clicking operation detected, it is determined that thirdly Hit position；Thirdly hit whether position is located at the second area or the 5th region described in judging；When judged result is to be, root According to the location parameter for thirdly hitting position, it is determined that the summit that the diminution interface is located at the origin is adjusted to described Thirdly hit the first position adjusting parameter value needed at position；According to the first position adjusting parameter value, the contracting is determined 3rd adjustment height value of small interface and the 3rd adjustment width value；It is wide according to the described 3rd adjustment height value and the 3rd adjustment Angle value, amplifies the size at the diminution interface.

Alternatively, as another embodiment, processor 1260 is additionally operable to, according to the clicking operation detected, determine at the 4th point Hit position；Judge whether the 4th click location is located at the 4th region or SECTOR-SEVEN domain；When judged result is to be, root According to the location parameter of the 4th click location, it is determined that the summit that the diminution interface is located at the origin is adjusted to described The second place adjusting parameter value needed at 4th click location；According to the second place adjusting parameter value on the summit, it is determined that The 4th adjustment height value at the diminution interface and the 4th adjustment width value；According to the described 4th adjustment height value and the described 4th Width value is adjusted, the size at the diminution interface is reduced.

Alternatively, as another embodiment, processor 1260 is additionally operable to detect whether to receive stopping further adjustment contracting The command signal of small interface size；When the test results is yes, detection mobile terminal user is in the diminution interface First point is touched operation；Operation is touched according to first point detected, determines that touch operation on the diminution interface at described first point The tactile position of point；Position is touched according to the point, amplifies the display picture at the tactile position of the point.

Alternatively, as another embodiment, processor 1260 is additionally operable to when exaggerated display picture corresponds to an application Program icon, and in a preset time threshold, when detecting at the tactile position of the point in the presence of the second clicking operation, triggering is described The corresponding application program of application icon.

Alternatively, as another embodiment, processor 1260 is additionally operable to according to the first slide detected, it is determined that sliding Dynamic distance；Judge whether the sliding distance exceedes pre-determined distance threshold value；When the sliding distance exceedes pre-determined distance threshold value, Judge that first slide meets preparatory condition.

Alternatively, as another embodiment, processor 1260 is additionally operable to judge the number of contacts and of the first side Whether the number of contacts of dual side-edge is all higher than 0；When judged result is to be, by the number of contacts of the first side and the second side The number of contacts on side is compared；When the number of contacts of the first side is more than the number of contacts of the second side, then Side where determining the thumb of mobile terminal user is second side；When the number of contacts of the first side is less than described second During the number of contacts of side, it is determined that side where the thumb of mobile terminal user is first side；Wherein, the first side For the left side of mobile terminal, the second side is the right edge of mobile terminal.

Alternatively, as another embodiment, when processor 1260 is additionally operable to obtain the slide stopping, the movement The thumb of terminal user is in the contact center position where the thumb of the mobile terminal user on side；According to the contact Center position, with height height where the top at the diminution interface where the contact center position, close to described Side where the thumb of mobile terminal user shows the diminution interface.

The mobile terminal 1 200 of the embodiment of the present invention includes radio circuit 1210, memory 1220, input block 1230, aobvious Show unit 1240, external components 1250, processor 1260, voicefrequency circuit 1270, WiFi module 1280 and power supply 1290.Wherein, Processor 1260 is used for the transducing signal of the sensor according to set by the first side and second side, obtains described first Side and the number of contacts information of second side；According to the number of contacts information of the first side and second side, it is determined that moving Side where the thumb of dynamic terminal user；Along first on side where detecting thumb of the mobile terminal user in mobile terminal user The first slide that direction is carried out；According to the first slide detected, judge whether first slide meets Preparatory condition；When first slide meets preparatory condition, by preset ratio, the display interface of the display screen is reduced Interface is reduced for one, and the diminution interface is shown close to side where the thumb of the mobile terminal user.The mobile terminal Realize during user's one hand adjustment screen size, on-screen displays is followed the slide of user's finger and is made Specific adjustment change, meets user's request so that the one-handed performance of large-size screen monitors mobile terminal especially smart mobile phone is more easy to use, From smaller screen pattern is recalled, the one-handed performance to right-hand man is recognized, singlehanded can directly be operated to adjustment screen size, is improved user Using the convenient degree of process, the problem of large-size screen monitors intelligent mobile terminal one-handed performance is not cumbersome easy-to-use is solved.

Those of ordinary skill in the art it is to be appreciated that with reference to disclosed in the embodiment of the present invention embodiment description it is each The unit and algorithm steps of example, can be realized with the combination of electronic hardware or computer software and electronic hardware.These Function is performed with hardware or software mode actually, depending on the application-specific and design constraint of technical scheme.Specialty Technical staff can realize described function to each specific application using distinct methods, but this realization should not Think beyond the scope of this invention.

It is apparent to those skilled in the art that, for convenience and simplicity of description, the system of foregoing description, The specific work process of device and unit, may be referred to the corresponding process in preceding method embodiment, will not be repeated here.

In embodiment provided herein, it should be understood that disclosed apparatus and method, others can be passed through Mode is realized.For example, device embodiment described above is only schematical, for example, the division of the unit, is only A kind of division of logic function, can there is other dividing mode when actually realizing, such as multiple units or component can combine or Person is desirably integrated into another system, or some features can be ignored, or does not perform.Another, shown or discussed is mutual Between coupling or direct-coupling or communication connection can be the INDIRECT COUPLING or communication link of device or unit by some interfaces Connect, can be electrical, machinery or other forms.

The unit illustrated as separating component can be or may not be it is physically separate, it is aobvious as unit The part shown can be or may not be physical location, you can with positioned at a place, or can also be distributed to multiple On NE.Some or all of unit therein can be selected to realize the mesh of this embodiment scheme according to the actual needs 's.

In addition, each functional unit in each embodiment of the invention can be integrated in a processing unit, can also That unit is individually physically present, can also two or more units it is integrated in a unit.

If the function is realized using in the form of SFU software functional unit and is used as independent production marketing or in use, can be with It is stored in a computer read/write memory medium.Understood based on such, technical scheme is substantially in other words The part contributed to prior art or the part of the technical scheme can be embodied in the form of software product, the meter Calculation machine software product is stored in a storage medium, including some instructions are to cause a computer equipment (can be individual People's computer, server, or network equipment etc.) perform all or part of step of each of the invention embodiment methods described. And foregoing storage medium includes：USB flash disk, mobile hard disk, ROM, RAM, magnetic disc or CD etc. are various can be with store program codes Medium.

The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any Those familiar with the art the invention discloses technical scope in, change or replacement can be readily occurred in, should all be contained Cover within protection scope of the present invention.Therefore, protection scope of the present invention should be defined by scope of the claims.

Each embodiment in this specification is described by the way of progressive, what each embodiment was stressed be with Between the difference of other embodiment, each embodiment identical similar part mutually referring to.

Although having been described for the preferred embodiment of the embodiment of the present invention, those skilled in the art once know base This creative concept, then can make other change and modification to these embodiments.So, appended claims are intended to be construed to Including preferred embodiment and fall into having altered and changing for range of embodiment of the invention.

Finally, in addition it is also necessary to explanation, in embodiments of the present invention, such as first and second or the like relational terms are only Only it is used for making a distinction an entity or operation with another entity or operation, and not necessarily requires or imply these realities There is any this actual relation or order between body or operation.Moreover, term " comprising ", "comprising" or its it is any its His variant is intended to including for nonexcludability, so that process, method, article or terminal including a series of key elements are set It is standby not only to include those key elements, but also other key elements including being not expressly set out, or also include being this process, side Method, article or the intrinsic key element of terminal device.In the absence of more restrictions, being limited by sentence "including a ..." Fixed key element, it is not excluded that also there is in addition identical in the process including the key element, method, article or terminal device Key element.

Above-described is the preferred embodiment of the present invention, it should be pointed out that come for the ordinary person of the art Say, some improvements and modifications can also be made under the premise of principle of the present invention is not departed from, and these improvements and modifications also exist In protection scope of the present invention.

Claims

1. a kind of vision-control method of display interface, applied to mobile terminal, the mobile terminal includes display screen and is used for First side and second side that mobile terminal user grips, the first side and second side are provided with sensor, its It is characterised by, the vision-control method includes：

The transducing signal of sensor according to set by the first side and second side, obtains the first side and second The number of contacts information of side；

According to the number of contacts information of the first side and second side, side where the thumb of mobile terminal user is determined；

First carried out in the first direction on side where detecting thumb of the mobile terminal user in mobile terminal user slides behaviour Make；

When first slide meets preparatory condition, by preset ratio, the display interface for reducing the display screen is one Interface is reduced, and the diminution interface is shown close to side where the thumb of the mobile terminal user；

Wherein, the display interface for reducing the display screen reduces interface for one, and close to the thumb of the mobile terminal user After the step of side where referring to shows the diminution interface, further comprise：

Detect whether to receive and stop the command signal that interface dimensions size is reduced in further adjustment；

When the test results is yes, first point tactile operation of the detection mobile terminal user in the diminution interface；

Operation is touched according to first point detected, determines that touch the tactile position of point of the operation on the diminution interface at described first point；

Position is touched according to the point, amplifies the display picture at the tactile position of the point.

2. vision-control method according to claim 1, it is characterised in that the display interface of the diminution display screen After the step of side where reducing interface, and the thumb of the close mobile terminal user for one shows the diminution interface, Further comprise：

Second carried out in a second direction on side where detecting thumb of the mobile terminal user in mobile terminal user slides behaviour Make, wherein, the second direction is opposite both direction with the first direction；

According to the second slide detected, judge whether second slide meets preparatory condition；

When second slide meets preparatory condition, by preset ratio, it is an amplification interface to amplify the diminution interface, And show the amplification interface close to side where the thumb of the mobile terminal user.

3. vision-control method according to claim 1, it is characterised in that the display interface of the diminution display screen After the step of side where reducing interface, and the thumb of the close mobile terminal user for one shows the diminution interface, Further comprise：

Detect clicking operation of the mobile terminal user on the viewing area of display screen；

According to the clicking operation detected, according to default size adjusting rule, the size at the diminution interface is adjusted.

4. vision-control method according to claim 3, it is characterised in that the viewing area of display screen includes：With described The plane right-angle coordinate summit in the interface upper left corner or the upper right corner set up by origin is reduced by the viewing area of the display screen Four regions that domain is divided into；

Wherein, when side is the right edge of the mobile terminal where the thumb of mobile terminal user, the origin is described The summit in the interface upper left corner is reduced, four regions include first area, second area, the 3rd region and the 4th region, institute State first area be display screen viewing area in the region of the first quartile of the plane right-angle coordinate, the second area For display screen viewing area the plane right-angle coordinate the second quadrant region, display screen is in the 3rd region Viewing area exists in the region of the third quadrant of the plane right-angle coordinate, the 4th region for the viewing area of display screen The region of the fourth quadrant of the plane right-angle coordinate；

Wherein, when side is the left side of the mobile terminal where the thumb of mobile terminal user, the origin is described The summit in the interface upper right corner is reduced, four regions include the 5th region, the 6th region, SECTOR-SEVEN domain and Section Eight domain, institute State the 5th region be display screen viewing area the plane right-angle coordinate first quartile region, the 6th region For display screen viewing area the plane right-angle coordinate the second quadrant region, display screen is in the SECTOR-SEVEN domain Viewing area exists in the region of the third quadrant of the plane right-angle coordinate, the Section Eight domain for the viewing area of display screen The region of the fourth quadrant of the plane right-angle coordinate.

5. vision-control method according to claim 4, it is characterised in that the clicking operation that the basis is detected, is pressed The step of according to the size that interface is reduced described in default size adjusting rule adjustment, including：

According to the clicking operation detected, the first click location is determined；

Judge whether first click location is located at the first area or the 6th region；

When judged result is to be, according to the location parameter of first click location, the first adjustment height value is determined；

According to the described first adjustment height value, by the original wide high proportion at the diminution interface, the first adjustment width value, root are determined According to the described first adjustment height value and the first adjustment width value, amplify the size at the diminution interface；Or

According to the described first adjustment height value, increase the display height at the diminution interface, the display width at the diminution interface Keep constant, and by the original wide high proportion at the diminution interface, amplifying the display picture in the diminution interface makes described show Show picture in the diminution interface internal point display；

Wherein, the first adjustment height value is shortest distance values of first click location to the diminution interface.

6. vision-control method according to claim 4, it is characterised in that the clicking operation that the basis is detected, is pressed The step of according to the size that interface is reduced described in default size adjusting rule adjustment, including：

According to the clicking operation detected, the second click location is determined；

Judge whether second click location is located at the 3rd region or Section Eight domain；

When judged result is to be, according to the location parameter of second click location, the second adjustment width value is determined；

According to the described second adjustment width value, by the original wide high proportion at the diminution interface, the second adjustment height value, root are determined According to the described second adjustment height value and the second adjustment width value, amplify the size at the diminution interface；Or

According to the described second adjustment width value, increase the display width at the diminution interface, the display height at the diminution interface Keep constant, and by the original wide high proportion at the diminution interface, amplifying the display picture in the diminution interface makes described show Show picture in the diminution interface internal point display；

Wherein, the second adjustment width value is shortest distance values of second click location to the diminution interface.

7. vision-control method according to claim 4, it is characterised in that the clicking operation that the basis is detected, is pressed The step of according to the size that interface is reduced described in default size adjusting rule adjustment, including：

According to the clicking operation detected, it is determined that thirdly hitting position；

Thirdly hit whether position is located at the second area or the 5th region described in judging；

When judged result is to be, according to the location parameter for thirdly hitting position, it is determined that the diminution interface is located at into institute The summit at origin is stated to adjust to the first position adjusting parameter value thirdly hit and needed at position；

According to the first position adjusting parameter value, the 3rd adjustment height value and the 3rd adjustment width at the diminution interface are determined Value；

According to the described 3rd adjustment height value and the 3rd adjustment width value, amplify the size at the diminution interface.

8. vision-control method according to claim 4, it is characterised in that the clicking operation that the basis is detected, is pressed The step of according to the size that interface is reduced described in default size adjusting rule adjustment, including：

According to the clicking operation detected, the 4th click location is determined；

Judge whether the 4th click location is located at the 4th region or SECTOR-SEVEN domain；

When judged result is to be, according to the location parameter of the 4th click location, it is determined that the diminution interface is located at into institute State the summit at origin and adjust the second place adjusting parameter value needed to the 4th click location；

According to the second place adjusting parameter value on the summit, the 4th adjustment height value and the 4th tune at the diminution interface are determined Whole width value；

According to the described 4th adjustment height value and the 4th adjustment width value, the size at the diminution interface is reduced.

9. vision-control method according to claim 1, it is characterised in that described to touch position according to the point, amplifies institute After the step of stating the display picture at a little tactile position, further comprise：

When exaggerated display picture corresponds to an application icon, and in a preset time threshold, detect the point When touching at position in the presence of the second clicking operation, the corresponding application program of the application icon is triggered.

10. vision-control method according to claim 1, it is characterised in that the first slip behaviour that the basis is detected Make, judge the step of whether first slide meets preparatory condition, including：

According to the first slide detected, sliding distance is determined；

Judge whether the sliding distance exceedes pre-determined distance threshold value；

When the sliding distance exceedes pre-determined distance threshold value, judge that first slide meets preparatory condition.

11. vision-control method according to claim 1, it is characterised in that described according to the first side and second The number of contacts information of side, where determining the thumb of mobile terminal user the step of side, including：

Judge whether the number of contacts of the first side and the number of contacts of second side are all higher than 0；

When judged result is to be, the number of contacts of the number of contacts of the first side and second side is compared；

When the number of contacts of the first side is more than the number of contacts of the second side, it is determined that mobile terminal user's Side where thumb is second side；

When the number of contacts of the first side is less than the number of contacts of the second side, it is determined that mobile terminal user's Side where thumb is first side；

Wherein, the first side is the left side of mobile terminal, and the second side is the right edge of mobile terminal.

12. vision-control method according to claim 1, it is characterised in that display circle of the diminution display screen The step of side where face reduces interface, and the thumb of the close mobile terminal user for one shows the diminution interface, bag Include：

When obtaining the slide stopping, the thumb of the mobile terminal user is where the thumb of the mobile terminal user Contact center position on side；

According to the contact center position, with top institute of the height where the contact center position for the diminution interface In height, the diminution interface is shown close to side where the thumb of the mobile terminal user.

13. a kind of mobile terminal, the mobile terminal include display screen and the first side gripped for mobile terminal user and Second side, the first side and second side are provided with sensor, it is characterised in that the mobile terminal also includes：

Acquisition module, for the transducing signal of the sensor according to set by the first side and second side, obtains described First side and the number of contacts information of second side；

Side determining module, for the first side obtained according to the acquisition module and the number of contacts letter of second side Breath, determines side where the thumb of mobile terminal user；

First detection module, where for detecting thumb of the mobile terminal user in mobile terminal user on side in the first direction The first slide carried out；

First condition judge module, for the first slide detected according to the first detection module, judges described Whether one slide meets preparatory condition；

Display module is reduced, for when first slide meets preparatory condition, by preset ratio, the display is reduced The display interface of screen is a diminution interface, and shows diminution circle close to side where the thumb of the mobile terminal user Face；

4th detection module, the command signal that interface dimensions size is reduced in further adjustment is stopped for detecting whether receiving；

5th detection module, for when the test results is yes, detecting first of mobile terminal user in the diminution interface Point touches operation；

Position determination module, first point for being detected according to the 5th detection module is touched operation, determines at described first point Touch point of the operation on the diminution interface and touch position；

Picture amplification module, the point for being determined according to the position determination module touches position, amplifies the point and touches position The display picture at place.

14. mobile terminal according to claim 13, it is characterised in that the mobile terminal also includes：

Second detection module, where for detecting thumb of the mobile terminal user in mobile terminal user on side in a second direction The second slide carried out, wherein, the second direction is opposite both direction with the first direction；

Second condition judge module, for the second slide detected according to second detection module, judges described Whether two slides meet preparatory condition；

Amplify display module, for when second slide meets preparatory condition, by preset ratio, amplify described reduce Interface is an amplification interface, and shows the amplification interface close to side where the thumb of the mobile terminal user.

15. mobile terminal according to claim 13, it is characterised in that the mobile terminal also includes：

3rd detection module, for detecting clicking operation of the mobile terminal user on the viewing area of display screen；

Size adjustment module, for the clicking operation detected according to the 3rd detection module, according to default size adjusting Rule, adjusts the size at the diminution interface.

16. mobile terminal according to claim 15, it is characterised in that the viewing area of display screen includes：With the contracting The plane right-angle coordinate that the summit in the small interface upper left corner or the upper right corner is set up by origin is by the viewing area of the display screen Four regions being divided into；

17. mobile terminal according to claim 16, it is characterised in that the size adjustment module includes：

First position determination sub-module, for according to the clicking operation detected, determining the first click location；

First judging submodule, for judging whether first click location is located at the first area or the 6th region；

First determination sub-module, during for being when judged result, according to the location parameter of first click location, determines the One adjustment height value；

First size amplifies submodule, for the first adjustment height value determined according to first determination sub-module, presses The original wide high proportion at the diminution interface, determines the first adjustment width value, according to the described first adjustment height value and described the One adjustment width value, amplifies the size at the diminution interface；Or

For the first adjustment height value determined according to first determination sub-module, increase the display at the diminution interface Highly, the display at the diminution interface highly keeps constant, and by the original wide high proportion at the diminution interface, amplifies the contracting Display picture in small interface makes the display picture in the diminution interface internal point display；

18. mobile terminal according to claim 16, it is characterised in that the size adjustment module includes：

Second place determination sub-module, for according to the clicking operation detected, determining the second click location；

Second judging submodule, for judging whether second click location is located at the 3rd region or Section Eight domain；

Second determination sub-module, during for being when judged result, according to the location parameter of second click location, determines the Two adjustment width values；

Second size amplifies submodule, for the second adjustment width value determined according to second determination sub-module, presses The original wide high proportion at the diminution interface, determines the second adjustment height value, according to the described second adjustment height value and described the Two adjustment width values, amplify the size at the diminution interface；Or

For the second adjustment width value determined according to second determination sub-module, increase the display at the diminution interface Width, the display at the diminution interface highly keeps constant, and by the original wide high proportion at the diminution interface, amplifies the contracting Display picture in small interface makes the display picture in the diminution interface internal point display；

19. mobile terminal according to claim 16, it is characterised in that the size adjustment module includes：

3rd position determination sub-module, for according to the clicking operation detected, it is determined that thirdly hitting position；

3rd judging submodule, for judging the position of thirdly hitting whether positioned at the second area or the 5th region；

3rd determination sub-module, during for being when judged result, according to the location parameter for thirdly hitting position, it is determined that will The summit that the diminution interface is located at the origin is adjusted to the first position adjustment ginseng thirdly hit and needed at position Numerical value；

4th determination sub-module, for the first position adjusting parameter value determined according to the 3rd determination sub-module, really The 3rd adjustment height value at the fixed diminution interface and the 3rd adjustment width value；

3rd size amplifies submodule, for the 3rd adjustment height value determined according to the 4th determination sub-module and institute The 3rd adjustment width value is stated, amplifies the size at the diminution interface.

20. mobile terminal according to claim 16, it is characterised in that the size adjustment module includes：

4th position determination sub-module, for according to the clicking operation detected, determining the 4th click location；

4th judging submodule, for judging whether the 4th click location is located at the 4th region or SECTOR-SEVEN domain；

5th determination sub-module, during for being when judged result, according to the location parameter of the 4th click location, it is determined that will The summit that the diminution interface is located at the origin adjusts the second place adjustment ginseng needed to the 4th click location Numerical value；

6th determination sub-module, for the second place adjusting parameter value determined according to the 5th determination sub-module, really The 4th adjustment height value at the fixed diminution interface and the 4th adjustment width value；

Size reduction submodule, for the 4th adjustment height value and described the determined according to the 6th determination sub-module Four adjustment width values, reduce the size at the diminution interface.

21. mobile terminal according to claim 13, it is characterised in that the mobile terminal also includes：

Application triggers module, for corresponding to an application icon when exaggerated display picture, and when one is default Between in threshold value, detect the point and touch when there is the second clicking operation at position, triggering that the application icon is corresponding should Use program.

22. mobile terminal according to claim 13, it is characterised in that the first condition judge module includes：

Apart from determination sub-module, for the first slide detected according to the first detection module, sliding distance is determined；

5th judging submodule, for judging whether the sliding distance exceedes pre-determined distance threshold value, when the sliding distance is super When crossing pre-determined distance threshold value, judge that first slide meets preparatory condition.

23. mobile terminal according to claim 13, it is characterised in that the side determining module includes：

6th judging submodule, for judge the first side number of contacts and second side number of contacts it is whether big In 0；

Comparison sub-module, during for being when judged result, by the number of contacts of the first side and the contact of second side Quantity is compared；

Side determination sub-module, for when the first side number of contacts be more than the second side number of contacts when, Side where then determining the thumb of mobile terminal user is second side；When the number of contacts of the first side is less than described the During the number of contacts of dual side-edge, it is determined that side where the thumb of mobile terminal user is first side；

24. mobile terminal according to claim 13, it is characterised in that the diminution display module includes：

Position acquisition submodule, when stopping for obtaining the slide, the thumb of the mobile terminal user is moved described Contact center position where the thumb of dynamic terminal user on side；

Display sub-module is reduced, for the contact center position obtained according to the position acquisition submodule, with described Height height where the top at the diminution interface where contacting center position, close to the thumb of the mobile terminal user Place side shows the diminution interface.