CN103197885A - Method for controlling mobile terminal and mobile terminal thereof - Google Patents
Method for controlling mobile terminal and mobile terminal thereof Download PDFInfo
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- CN103197885A CN103197885A CN2013100680570A CN201310068057A CN103197885A CN 103197885 A CN103197885 A CN 103197885A CN 2013100680570 A CN2013100680570 A CN 2013100680570A CN 201310068057 A CN201310068057 A CN 201310068057A CN 103197885 A CN103197885 A CN 103197885A
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Abstract
The invention provides a method for controlling a mobile terminal, and a mobile terminal thereof, which are suitable for the technical field of communication. The method comprises the following steps: partitioning: partitioning the screen into a control area and a control display area according to the range of fingers of a user to touch the screen of the mobile terminal; display: displaying the current interface content on the screen in the control display area; and execution: controlling the current interface content displayed in the control display area according to a touch-control command received in the control area. By adopting the method, convenience for a user to control the mobile terminal is improved.
Description
Technical field
The present invention relates to communication technical field, relate in particular to a kind of control method and portable terminal thereof of portable terminal.
Background technology
The life that develops into people of portable terminal technology has brought high-quality communication service.Mobile phone also develops into big screen dimensions from small screen size.Relating to big screen mobile phone at present, to control the technical scheme of aspect a lot, most typical for application number is 201210271629.0, and denomination of invention is the Chinese patent application of " method and device that a kind of large-size screen monitors hand-hold electronic equipments one hand is controlled ".Technical scheme in this Chinese patent application is: come the degree of tilt of sensing mobile phone in user's hand by at big screen mobile phone gravity sensor being set.When the user needs icon that one-handed performance can't touch, virtual push button etc.Just tiltable mobile phone once, icon, the virtual push button that one hand can't be touched move a certain distance the back and arrive in the scope that user's one hand can control.As GUI(Graphical User Interface, graphic user interface) interface is along current vergence direction default setpoint distance of speed integral translation to set, and described setpoint distance is less than the size of gui interface on translation direction.
Referring to Figure 1A～Fig. 1 C, for controlling the interface display example of mobile phone in the above-mentioned patented claim technical scheme; Wherein, show among Figure 1A that mobile phone mobile phone interface before; Show to tilt that back icon integral body moves down a mobile phone interface after the unit distance among Figure 1B; The back icon that shows among Fig. 1 C is whole again to move down a mobile phone interface after the unit distance.At this moment, these several icons or virtual push button integral translation in Fig. 1 C dotted line can be controlled in the scope to one hand, in the distance that can striking arrives as thumb, realize corresponding feature operation.Indication range causes it invisible because the translation of gui interface content whole causes frameing out after the partial content translation, and the GUI content is all shown with optimal proportion.If the user just in time need to carry out can not the display part icon or during the function of virtual push button, need to re-execute tilting action again one time.This can allow user's sensory actions complexity, and it is low to carry out efficient.Because user's tilting action has inaccuracy and randomness, this can cause in the tilting procedure, and the gui interface content that need carry out or observe often can not be in desirable one hand and can control in the scope.Gravity sensor also can cause the repeatedly appearance of also planting deviation too flexibly, also can bring inconvenience in the use to the user.
Simultaneously, this patented claim has increased peripheral hardwares such as gravity sensor again on the basis of the big former working method of screen mobile phone, proposes the power management policy of optimization again, and this greatly reduces the cruising time of big screen mobile phone.
In summary, the technology of controlling of existing portable terminal obviously exists inconvenience and defective, so be necessary to be improved on reality is used.
Summary of the invention
At above-mentioned defective, the object of the present invention is to provide a kind of control method and portable terminal thereof of portable terminal, to improve the convenience that the user controls portable terminal.
To achieve these goals, the invention provides a kind of control method of portable terminal, comprise the steps:
The subregion step, but according to the touch-control scope of user's finger on mobile terminal screen, described screen is set to control the zone and controls the viewing area;
Step display is shown in the described viewing area of controlling with the current interface content on the described screen;
Execution in step according to controlling the touch-control instruction that the zone receives described, is controlled the described current interface content that the viewing area shows and is controlled described.
According to described control method, described subregion step comprises:
Gather dimension information and the touch screen positional information of user's finger;
But analyze the touch-control scope of described finger on described screen according to described dimension information and described touch screen positional information;
But be set to control the zone with described touch-control scope corresponding display on the described screen, and described screen the above control the zone beyond other viewing areas be set to control the viewing area;
Described step display comprises:
Current interface content on the described screen is shown in the described viewing area of controlling;
Set up described zone and the described corresponding relation of controlling of controlling the described current interface content that shows on the viewing area controlled.
According to described control method, described step display also comprises:
Show that in the described zone of controlling first controls sign, described first controls sign is used for receiving described touch-control instruction; And/or
Show that in the described viewing area of controlling second controls sign;
Set up the described zone of controlling and go up the corresponding relation of controlling that sign is controlled in the described touch-control instruction and described second that receives.
According to described control method, describedly control the dark screen in zone or blank screen shows.
According to described control method, described step display also comprises:
Whether the described finger that detects the user contacts with the described zone of controlling;
If described finger is controlled regional the contact with described, then according to the described size of controlling the viewing area, the current interface context adaptive on the described screen is shown in described controlling in the viewing area, otherwise on described screen the described current interface content of full screen display;
Described finger with described control the zone and contact after, whether detection user's described finger leaves the described zone of controlling and reaches the predetermined time threshold value;
If reach described time threshold, the described current interface content of full screen display on described screen again.
In order to realize another goal of the invention of the present invention, the present invention also provides a kind of portable terminal, comprising:
Division module, but be used for according to the touch-control scope of user's finger on mobile terminal screen, and described screen is set to control the zone and controls the viewing area;
Display module is used for the current interface content on the described screen is shown in the described viewing area of controlling;
Execution module is used for according to controlling the touch-control instruction that the zone receives described, controls the described current interface content that the viewing area shows and controls described.
According to described portable terminal, described division module comprises:
Gather submodule, be used for gathering dimension information and the touch screen positional information of user's finger;
Analyze submodule, but be used for analyzing the touch-control scope of described finger on described screen according to described dimension information and described touch screen positional information;
The subregion submodule, but be used for being set to control the zone with described touch-control scope corresponding display on the described screen, and the above other viewing area of controlling beyond the zone of described screen are set to control the viewing area;
Described display module comprises:
First display sub-module is used for the current interface content on the described screen is shown in the described viewing area of controlling;
First sets up submodule, is used for setting up described zone and the described corresponding relation of controlling of controlling the described current interface content that shows on the viewing area controlled.
According to described portable terminal, described display module also comprises:
Second display sub-module is used for showing that in the described zone of controlling first controls sign, and described first controls sign is used for receiving described touch-control instruction; And/or
The 3rd display sub-module is used for showing that in the described viewing area of controlling second controls sign;
Second sets up submodule, is used for setting up the described zone of controlling and goes up the corresponding relation of controlling that sign is controlled in the described touch-control instruction and described second that receives.
According to described portable terminal, describedly control the dark screen in zone or blank screen shows.
According to described portable terminal, described display module also comprises:
Whether first detection sub-module contacts with the described zone of controlling for detection of user's described finger;
If described first detection sub-module detects described finger and contacts with the described zone of controlling, then described display module is according to the described size of controlling the viewing area, current interface context adaptive on the described screen is shown in described controlling in the viewing area, otherwise on described screen the described current interface content of full screen display;
Second detection sub-module, be used for described finger with described control the zone and contact after, whether detection user's described finger leaves the described zone of controlling reaches the predetermined time threshold value;
Reach described time threshold if described second detection sub-module detects, described display module is the described current interface content of full screen display on described screen again.
The present invention is by finger size information and touch screen positional information according to the screen of user's touch portable terminal, and screen divider for controlling the zone and control the viewing area, and is shown in the described viewing area of controlling with the current interface displayed content of portable terminal.The user can control viewing area interface displayed content controlling zone drilling control, makes things convenient for the user that portable terminal is controlled thus, has especially improved the convenience controlled of user to big screen mobile phone, has also improved the accuracy rate of controlling.Simultaneously, this is controlled, and demonstration can be secretly shielded in the zone or blank screen shows, has saved power consumption of mobile terminals.
Description of drawings
Figure 1A is the synoptic diagram of controlling the interface display of mobile phone in the prior art;
Figure 1B is the synoptic diagram of controlling the interface display of mobile phone in the prior art;
Fig. 1 C is the synoptic diagram of controlling the interface display of mobile phone in the prior art;
Fig. 2 is the structural representation of the portable terminal that provides of first embodiment of the invention;
Fig. 3 is the structural representation of the portable terminal that provides of second embodiment of the invention;
Fig. 4 is the structural representation of the portable terminal that provides of third and fourth embodiment of the present invention;
Fig. 5 is the structural representation of the portable terminal that provides of fifth embodiment of the invention;
Fig. 6 is the process flow diagram of the control method of the portable terminal that provides of sixth embodiment of the invention;
Fig. 7 is the process flow diagram of the control method of the portable terminal that provides of one embodiment of the invention;
Fig. 8 A is that the manipulation function of the portable terminal that provides of one embodiment of the invention arranges synoptic diagram;
Fig. 8 B is that the manipulation function of the portable terminal that provides of one embodiment of the invention arranges synoptic diagram;
Fig. 8 C is the synoptic diagram of controlling of the portable terminal that provides of one embodiment of the invention.
Embodiment
In order to make purpose of the present invention, technical scheme and advantage clearer, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explaining the present invention, and be not used in restriction the present invention.
Referring to Fig. 2, a kind of portable terminal 100 is provided in the first embodiment of the present invention, comprising:
In this embodiment, but at first pass through division module 10 according to the touch-control scope of user's finger on portable terminal 100 screens, described screen is set to control the zone and controls the viewing area.Can preestablish and detect specific user's finger, as detection user's thumb, or user's forefinger and thumb etc.Can also set the operator scheme of portable terminal 100, when starting specific operator scheme, as start singlehanded steer mode, but will detect the touch-control scope of user's finger at portable terminal 100; And when this specific operator scheme of cancellation, but will the touch-control scope of finger at portable terminal 100 do not detected.20 contents with portable terminal 100 screen current interface of display module are shown in the described viewing area of controlling; Execution module 30 then receives the user and controls the touch-control instruction that the zone receives described, and described current interface content is controlled.Because but being provided with according to the touch-control scope of pointing, division module 10 controls the zone, then the user can operate controlling viewing area interface displayed content in less the controlling on the zone of area with respect to whole screen easily, therefore user's the convenience of controlling is improved, and is particularly suitable for the one-handed performance of big screen mobile phone.In addition, described current interface content can comprise all current interface contents; It also can be part current interface content.If what show is part current interface content, then all touch object of this part current interface content will all show, be convenient to the user and control.Described touch object comprises application icon, menu, control etc.
Referring to Fig. 3, in the second embodiment of the present invention, division module 10 comprises:
Gather submodule 11, be used for gathering dimension information and the touch screen positional information of user's finger;
Analyze submodule 12, but be used for analyzing the touch-control scope of described finger on described screen according to described dimension information and described touch screen positional information;
Described display module 20 comprises:
First sets up submodule 22, is used for setting up described zone and the described corresponding relation of controlling of controlling the described current interface content that shows on the viewing area controlled.
In this embodiment, gather dimension information and the touch screen positional information that submodule 11 will be gathered user's finger; Concrete, collection submodule 11 comprises the infrared sensor on the touch screen, this infrared sensor multiply by certain weighted value by analyzing the size that submodule 12 calculates user's thumb again according to the touch screen face of thumb; The converting electrical signal of the touch screen face that is sensed by infrared sensor by analyzing the positional value that submodule 12 calculates as user's thumb striking screen, but and then analyzes the touch-control scope of described finger on described screen according to described touch screen positional information.But subregion submodule 13 will be set to control the zone with described touch-control scope corresponding display on the screen, and other viewing areas on this screen are set to control the viewing area.After 13 pairs of screens of subregion submodule carried out subregion, first display sub-module 21 was shown in the described viewing area of controlling with the current interface content on the described screen; First set up submodule 22 set up described control the zone with described control the described current interface content that shows on the viewing area control corresponding relation after, the user can realize by the operation of controlling the zone at this operating control to controlling viewing area interface displayed content.For example, open certain application, or by IE browser browsing pages.Realized user's controlling the current interface content in the screen scope of zonule.
Referring to Fig. 4, in the third embodiment of the present invention, display module 20 also comprises:
The 3rd display sub-module 24 is used for showing that in the described viewing area of controlling second controls sign;
Second sets up submodule 25, is used for setting up the described zone of controlling and goes up the corresponding relation of controlling that sign is controlled in the described touch-control instruction and described second that receives.
In this embodiment, show that in the described zone of controlling first controls sign, can control the current interface content according to the indication user of this sign.And preferred, show that in the described viewing area of controlling second controls sign, by this second indication of controlling sign, the user can be known the current object of controlling.Second sets up submodule 25 sets up the described regional corresponding relation of controlling that sign is controlled in the described touch-control instruction and described second that receives of going up of controlling; Certainly comprise also that first controls the corresponding relation of controlling that sign and second is controlled sign.Highlight in controlling on the zone because second controls sign, so the user second controls sign and realizes controlling the operation of viewing area interface content by this.For example, this second is controlled sign and is cross, and the user can realize the adjustment of browsing the position as e-book by pressing this second bottom of controlling sign; Perhaps by pressing this second right part of controlling sign, realize the page turning as the page of e-book.
Referring to Fig. 4, in the fourth embodiment of the present invention, display module 20 also comprises:
Whether first detection sub-module 26 contacts with the described zone of controlling for detection of user's described finger;
If described first detection sub-module 26 detects described finger and contacts with the described zone of controlling, then display module 20 is according to the described size of controlling the viewing area, current interface context adaptive on the described screen is shown in described controlling in the viewing area, otherwise on described screen the described current interface content of full screen display;
Reach described time threshold if described second detection sub-module 27 detects, display module 20 is the described current interface content of full screen display on described screen again.
In this embodiment, whether first detection sub-module, 26 detection users' described finger contacts with the described zone of controlling; If, then display module 20 is according to the described size of controlling the viewing area, current interface context adaptive on the described screen is shown in described controlling in the viewing area, be convenient to the user like this and know current exercisable full content, and can not taking place, the user do not want its interface content of controlling is blocked, and situation about can't control.Second detection sub-module 27 then user's finger with control the zone and contact after, whether detection user's described finger leaves the described zone of controlling reaches the predetermined time threshold value; It is 30 seconds as default this time threshold, perhaps 1 minute, when reaching this time threshold, the expression user does not need to control interface displayed content on the viewing area by controlling the zone again, then the display module 20 described current interface content of full screen display on described screen again.Preferably, control the dark screen in zone and show or the blank screen demonstration, to save the power consumption of portable terminal 100.Wherein, the described dark screen in zone of controlling shows it then is describedly to control brightness that the zone shows less than the brightness of former screen display, the display brightness of controlling the zone as described be adjusted into former screen display brightness 10%～20%; Can certainly be other brightness ratio values.Blank screen shows to be 0 for the brightness of controlling the zone demonstration then.Certainly when controlling regional blank screen or dark screen and show, control controlling sign and can distinguish the background luminance of controlling the zone and show in the zone, with user-friendly.Therefore, solved at present big screen mobile phone one hand by technique scheme and controlled inconvenience, efficient is low, power consumption is bigger problem, thus make the operation of large-size screen monitors touch-screen mobile phone use more convenient, efficiently strengthened user experience greatly.
Referring to Fig. 5, in the fifth embodiment of the present invention, provide a kind of portable terminal 100, comprising: information acquisition module 1, function display module 2, calculation process module 3, touch screen arrange module 4, main control module 5, action processing module 6; Wherein, main control module 5 is realized all functions of modules control and information transmission.Information acquisition module 1 is caught length and the touch screen positional information of one or more predetermined finger, and is responsible for these information are passed to calculation process module 3.For user's thumb is example, the information acquisition mode of information acquisition module 1 multiply by certain weighted value is calculated user's thumb by calculation process module 3 size for infrared sensor on the touch screen of portable terminal 100 again according to the touch screen face of thumb with the finger; By the converting electrical signal of the detected touch screen face of infrared sensor sense, calculate the positional value of thumb striking screen by calculation process module 3.Calculation process module 3 is carried out comprehensive computing and processing with the thumb information that information acquisition module 1 transmits, draw the positional value of thumb size and striking screen, but and then analyze the touch area that obtains the user, but should be the described best area value of controlling the zone in the touch area.In addition, but also have a ratio value conversion relation between the positional value of the size of the area value of this touch area and thumb, striking screen, this ratio value passes through program setting.Touch screen arranges module 4 according to the best area value of controlling the zone that the calculation process module draws, and the zone of controlling of portable terminal 100 touch screens is set.Also according to the touch screen action display operation dish of thumb, this operation board is above-mentioned the 3rd embodiment described first and controls sign function display module 2; And show that second controls the function indication icon of sign controlling the viewing area, as the sign of controlling of arrow or other shapes.Action processing module 6 realizes the index map target action of the action of the thumb on the operation board with the arrow of controlling the viewing area or other shapes synchronously.
In this embodiment, shown in Fig. 8 C, this controls the Lower Half that the zone generally is positioned at touch screen portable terminal 100.When thumb was in this and controls the zone and carry out relevant feature operation, the touch screen action can trigger function display module 2 and demonstrate the indication icon automatically, and the indication icon uses as operation board.Simultaneously, the first half of portable terminal 100 is not in the indication icon that just can occur an arrow or other shape on the viewing area of controlling of controlling the zone.The function display module of thumb portable terminal 100 when the enterprising line operate of operation board or stop sends the touch screen signal to the main control module 5 of portable terminal 100, and main control module 5 is carried out the action of controlling screen display after receiving the touch screen signal immediately.Preferably, control the dark screen in zone and show or the blank screen demonstration, to save portable terminal 100 power consumptions.Control the normal bright screen in viewing area, simultaneously all interface contents of former full screen display are controlled display area size according to the portable terminal 100 that feeds back from calculation process module 3, be presented at optimal proportion and control the viewing area.This optimal proportion is that the size dimension of displaying contents is directly proportional with the size dimension of controlling the viewing area.The action processing module 6 of portable terminal 100 can realize the index map target action of the action of the thumb on the operation board with the arrow of controlling the viewing area or other shapes synchronously, indication icon direction changes with the direction of thumb, and the position changes along with the direction of operation board.Portable terminal 100 just can be in normal full screen display state when thumb leaves operation board, is convenient to normally to carry out browsing page like this, reads, sees a film etc.And preferred, when controlling the dark screen in zone or blank screen demonstration, operation board then is different from the background colour of controlling the zone, shows as bright, is convenient to the user and checks and control.
In above-mentioned a plurality of embodiment, portable terminal 100 can be mobile phone, PDA(Personal Digital Assistant, personal digital assistant), panel computer etc., and a plurality of modules of described portable terminal 100 can be the software units that is built in portable terminal 1000, hardware cell or software and hardware combining unit.
Referring to Fig. 6, in the sixth embodiment of the present invention, provide a kind of control method of portable terminal, comprise the steps:
Among the step S601, but division module 10 according to the user finger touch-control scope on portable terminal 100 screens, described screen is set to control the zone and controls the viewing area; This step is the subregion step;
Among the step S602, display module 20 is shown in the described viewing area of controlling with the current interface content on the described screen; This step is step display;
Among the step S603, execution module 30 is according to controlling the touch-control instruction that the zone receives described, controls the described current interface content that the viewing area shows and controls described; This step is execution in step.
In this embodiment, but at first according to user's the touch-control scope of finger on portable terminal 100 screens, screen is carried out the zone divides, with screen divider for controlling the zone and controlling the viewing area; The finger that detects the user can comprise that but one or more finger is in the touch-control scope of this screen.20 of display modules are shown in the described viewing area of controlling with screen current interface content, are in as the active user on the main interface of portable terminal 100, and the application on then will this main interface all is shown in controls the viewing area; Perhaps the user is playing certain money recreation, and then the interface content that will play is shown in and controls the viewing area.The user can realize controlling the interface content of controlling the viewing area controlling the zone.Therefore, make that controlling of big screen mobile phone is more convenient, especially for the mode of user's one-handed performance, adopt thumb to carry out the situation of one-handed performance, its operating accuracy height as the user.
In the seventh embodiment of the present invention, described step S601 comprises:
Gather dimension information and touch screen positional information that submodule 11 is gathered user's finger;
But analyze submodule 12 and analyze the touch-control scope of described finger on described screen according to described dimension information and described touch screen positional information;
But be set to control the zone with described touch-control scope corresponding display on the subregion submodule 13 described screens, and described screen the above control the zone beyond other viewing areas be set to control the viewing area;
Described step S602 comprises:
First sets up submodule 22 sets up described zone and the described corresponding relation of controlling of controlling the described current interface content that shows on the viewing area controlled.
In the eighth embodiment of the present invention, described step S602 also comprises:
The 3rd display sub-module 24 shows that in the described viewing area of controlling second controls sign;
Second sets up submodule 25 sets up the described regional corresponding relation of controlling that sign is controlled in the described touch-control instruction and described second that receives of going up of controlling.
In this embodiment, control the demonstration that sign and/or second is controlled sign by first, the user can carry out controlling of current interface content by the indication of these signs easily.Certainly, the user also can be directly directly controls the current interface content controlling on the viewing area.
In the ninth embodiment of the present invention, described step S603 also comprises:
Whether the described finger that first detection sub-module 26 detects the user contacts with the described zone of controlling;
If described finger contacts with the described zone of controlling, then display module 20 is according to the described size of controlling the viewing area, current interface context adaptive on the described screen is shown in described controlling in the viewing area, otherwise on described screen the described current interface content of full screen display;
If reach described time threshold, display module 20 is the described current interface content of full screen display on described screen again.
In this embodiment, display module 20 is according to first detection sub-module 26 and 27 pairs of user's finger touches of second detection sub-module and the testing result of touching time for the demonstration of current interface content, carries out the demonstration of different display modes.In addition, the user can also control button default on the viewing area by touch-control and return full frame interface, perhaps by pressing the button that returns of portable terminal 100, returns the full frame interface of portable terminal 100.
Referring to Fig. 7, the method that provides portable terminal to control in tenth embodiment of the invention, this method adopt the portable terminal 100 shown in the 5th embodiment to realize that the concrete grammar flow process is described below:
Among the step S701, judging whether portable terminal opens singlehanded manipulation function, is execution in step S702 then; Otherwise process ends;
Among the step S702, catch thumb information;
Among the step S703, calculation process module 3 calculates the best area value of controlling the zone;
Among the step S704, touch screen arranges module 4 settings and controls the zone;
Among the step S705, if thumb touches and controls the zone, then go to step S706; Otherwise process ends;
Among the step S706, carry out two operations simultaneously: function display module 2 demonstrates operation board and indication icon; Main control module 5 is presented at full screen content and controls the viewing area with the best ratio;
Among the step S707, thumb action and control the action of viewing area indication icon on the action processing module 6 synchronous operation dishes;
Among the step S708, judge whether then to go to step S709 by sliding screen operation if having; Otherwise return step S706;
Among the step S709, carry out all functions operation.
Along with the development of intelligent mobile terminal 100, the function of portable terminal 100 is more and more, and screen is also increasing.When the user uses portable terminal 100 at one hand, like right hand thumb or left hand thumb to control the screen virtual push button mostly, realize various feature operations.Referring to Fig. 8 A, opening the shortcut icon that full screen display is come out on portable terminal 100 after " one hand " manipulation function has: [dialing], [note], [calendar], [cruel cloud], [camera], [picture library], [information], [network], [music], [recording], [setting] and [navigation] amount to 12.Referring to Fig. 8 B, arranging in the option of portable terminal 100, can be manually opened or close this " one hand is controlled " function, but the default finger that detects the touch-control scope is user's opposing thumb.Fast touch the function that arranges that knob enters portable terminal 100 by [setting] on the portable terminal 100, in [setting] function choosing-item, choose " one hand is controlled " and get final product.
Referring to Fig. 8 C, the user by at portable terminal 100 finger information acquisition module 1 being set, catches length and the touch screen positional information of user's thumb after using portable terminal 100 to open this " one hand is controlled " function as sensor.These information are passed to the calculation process module 3 of portable terminal 100, carry out comprehensive calculation process, draw and control regional best area value, this is controlled the one hand that the zone can be suitable for the user and refers to control or point more and control.Calculation process module 3 also sends the calculation process result to touch screen and module 4 is set controlling the zone and controlling the viewing area of touch screen portable terminal 100 is set.
After portable terminal 100 releases when finger touch portable terminal 100 Lower Halves control any position in zone the time just operation board can appear, the direction indication is arranged on the operation board up and down, be used for slip and the striking orientation of identification thumb when touch screen is operated.When portable terminal 100 was in " one hand can be controlled " state, 12 shortcut icons among Fig. 8 C still can all be presented at the viewing area of controlling of portable terminal 100 first halves with optimal proportion.Controlling black that the viewing area can the occur indication icon with a pattern, the function of this indication icon direction, state and execution all with the keeping strokes of the thumb of controlling the zone.Control in the zone for the operation board icon, the thumb striking is when top, this operation board icon is in bright state, is convenient to the user and controls.When user's browsing page, can come the mobile page by the thumb that horizontally slips, carry out page turning or move up and down the page by sliding up and down thumb.Also can be by about direct this operation board of click, same effect be played in indication up and down.This operation board of user's thumb " double-click " can also amplify this icon, thereby carries out the correlation function operation more easily.
After if striking [network] virtual push button enters network, finger leaves operation board, controls the zone and hides thereupon and become normal viewing area.When finger contacted any one position of Lower Half, can automatically switch zone and operation board occurred controlling.And make realization such as webpage stir basic functions such as move left and right up and down along with the moving direction of finger on operation board.
In sum, the present invention passes through finger size information and the touch screen positional information according to the screen of user's touch portable terminal, screen divider for controlling the zone and control the viewing area, and is shown in the described viewing area of controlling with the current interface displayed content of portable terminal.The user can control viewing area interface displayed content controlling zone drilling control, makes things convenient for the user that portable terminal is controlled thus, has especially improved the convenience controlled of user to big screen mobile phone, has also improved the accuracy rate of controlling.Simultaneously, this is controlled, and demonstration can be secretly shielded in the zone or blank screen shows, has saved power consumption of mobile terminals.
Certainly; the present invention also can have other various embodiments; under the situation that does not deviate from spirit of the present invention and essence thereof; those of ordinary skill in the art work as can make various corresponding changes and distortion according to the present invention, but these corresponding changes and distortion all should belong to the protection domain of the appended claim of the present invention.
Claims (10)
1. the control method of a portable terminal is characterized in that, comprises the steps:
The subregion step, but according to the touch-control scope of user's finger on mobile terminal screen, described screen is set to control the zone and controls the viewing area;
Step display is shown in the described viewing area of controlling with the current interface content on the described screen;
Execution in step according to controlling the touch-control instruction that the zone receives described, is controlled the described current interface content that the viewing area shows and is controlled described.
2. control method according to claim 1 is characterized in that, described subregion step comprises:
Gather dimension information and the touch screen positional information of user's finger;
But analyze the touch-control scope of described finger on described screen according to described dimension information and described touch screen positional information;
But be set to control the zone with described touch-control scope corresponding display on the described screen, and described screen the above control the zone beyond other viewing areas be set to control the viewing area;
Described step display comprises:
Current interface content on the described screen is shown in the described viewing area of controlling;
Set up described zone and the described corresponding relation of controlling of controlling the described current interface content that shows on the viewing area controlled.
3. control method according to claim 2 is characterized in that, described step display also comprises:
Show that in the described zone of controlling first controls sign, described first controls sign is used for receiving described touch-control instruction; And/or
Show that in the described viewing area of controlling second controls sign;
Set up the described zone of controlling and go up the corresponding relation of controlling that sign is controlled in the described touch-control instruction and described second that receives.
4. control method according to claim 1 is characterized in that, describedly controls the dark screen in zone or blank screen shows.
5. according to each described control method of claim 1～4, it is characterized in that described step display also comprises:
Whether the described finger that detects the user contacts with the described zone of controlling;
If described finger is controlled regional the contact with described, then according to the described size of controlling the viewing area, the current interface context adaptive on the described screen is shown in described controlling in the viewing area, otherwise on described screen the described current interface content of full screen display;
Described finger with described control the zone and contact after, whether detection user's described finger leaves the described zone of controlling and reaches the predetermined time threshold value;
If reach described time threshold, the described current interface content of full screen display on described screen again.
6. a portable terminal is characterized in that, comprising:
Division module, but be used for according to the touch-control scope of user's finger on mobile terminal screen, and described screen is set to control the zone and controls the viewing area;
Display module is used for the current interface content on the described screen is shown in the described viewing area of controlling;
Execution module is used for according to controlling the touch-control instruction that the zone receives described, controls the described current interface content that the viewing area shows and controls described.
7. portable terminal according to claim 6 is characterized in that, described division module comprises:
Gather submodule, be used for gathering dimension information and the touch screen positional information of user's finger;
Analyze submodule, but be used for analyzing the touch-control scope of described finger on described screen according to described dimension information and described touch screen positional information;
The subregion submodule, but be used for being set to control the zone with described touch-control scope corresponding display on the described screen, and the above other viewing area of controlling beyond the zone of described screen are set to control the viewing area;
Described display module comprises:
First display sub-module is used for the current interface content on the described screen is shown in the described viewing area of controlling;
First sets up submodule, is used for setting up described zone and the described corresponding relation of controlling of controlling the described current interface content that shows on the viewing area controlled.
8. portable terminal according to claim 7 is characterized in that, described display module also comprises:
Second display sub-module is used for showing that in the described zone of controlling first controls sign, and described first controls sign is used for receiving described touch-control instruction; And/or
The 3rd display sub-module is used for showing that in the described viewing area of controlling second controls sign;
Second sets up submodule, is used for setting up the described zone of controlling and goes up the corresponding relation of controlling that sign is controlled in the described touch-control instruction and described second that receives.
9. portable terminal according to claim 6 is characterized in that, describedly controls the dark screen in zone or blank screen shows.
10. according to each described portable terminal of claim 6～9, it is characterized in that described display module also comprises:
Whether first detection sub-module contacts with the described zone of controlling for detection of user's described finger;
If described first detection sub-module detects described finger and contacts with the described zone of controlling, then described display module is according to the described size of controlling the viewing area, current interface context adaptive on the described screen is shown in described controlling in the viewing area, otherwise on described screen the described current interface content of full screen display;
Second detection sub-module, be used for described finger with described control the zone and contact after, whether detection user's described finger leaves the described zone of controlling reaches the predetermined time threshold value;
Reach described time threshold if described second detection sub-module detects, described display module is the described current interface content of full screen display on described screen again.
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