CN102841743B - Page control method and communication terminal - Google Patents
Page control method and communication terminal Download PDFInfo
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- CN102841743B CN102841743B CN201210217405.1A CN201210217405A CN102841743B CN 102841743 B CN102841743 B CN 102841743B CN 201210217405 A CN201210217405 A CN 201210217405A CN 102841743 B CN102841743 B CN 102841743B
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Abstract
The present invention is applicable to communication technical field, provides a kind of page control method, and comprising step has: display and control region on the page; Forbid the threshold marker described page being positioned at described control area, and enable the threshold marker outside described control area; Detect the page movement instruction and/or region move that trigger in described control area contact; The described page and/or described control area is moved according to described page movement instruction and/or region move.Correspondingly, the present invention also provides a kind of communication terminal.Whereby, the present invention can judge that the operation of user when browsing pages clicks threshold marker or pull the page easily and accurately, thus performs correct page control treatment.
Description
Technical field
The present invention relates to communication technical field, particularly relate to a kind of page control method and communication terminal.
Background technology
As a rule, can only display section webpage on the display screen of the communication terminal such as mobile phone.User must reach by the method pulling webpage at touch screen the object browsing whole webpage.But when webpage there being many hyperlink, the processing ease of the operation and clickable hyperlinks that pull webpage is obscured, causing originally is the operation that the operating result pulling webpage may become clickable hyperlinks.In order to solve maloperation problem caused when touch screen pulls, Chinese patent application CN201180000624.8 proposes a kind of method by detecting mobile terminal displacement and reaches the object regulating web page display area, comprise: obtain mobile terminal from the first moment to the displacement in the second moment, according to the viewing area of described adjustment of displacement current browse webpage.Although CN201180000624.8 scheme can avoid the operation of clickable hyperlinks by mistake to a certain extent, still there is following problem in it:
The first, the non-controlled problem of running chaotically of webpage.User be not intended to or passive mobile mobile terminal time, the maloperation that webpage is run chaotically can be caused.Such as, when user browses webpage on subway, bus, be easy to because the factors such as crowded, brake cause the movement of mobile terminal, and then the problem causing webpage to run chaotically.And even if when user browses webpage under normal circumstances, be also difficult to ensure oneself can not move mobile terminal, this can browse webpage to user and bring inconvenience.
The second, the problem that displacement is excessive.If the display area of webpage is very large, then require that the shift length of mobile terminal is inevitable very large, and the length of user's arm is limited after all, this can make troubles to user operation.
3rd, displacement ratio cannot the problem of dynamic adjustments.Although mention webpage displacement in CN201180000624.8 scheme to convert according to preset ratio with the displacement of mobile terminal, but webpage size can not predict it is also inconsistent, when will inevitably occur browsing this webpage, displacement is less, and browse the larger problem of another webpage displacement, this uses to user and brings puzzlement.
In summary, in actual use, obviously there is inconvenience and defect, so be necessary to be improved in the page control technology of existing communication terminal.
Summary of the invention
For above-mentioned defect, the object of the present invention is to provide a kind of page control method and communication terminal, it can judge that the operation of user when browsing pages clicks threshold marker or pull the page easily and accurately, thus performs correct page control treatment.
To achieve these goals, the invention provides a kind of page control method, comprising step has:
Display and control region on the page;
Forbid the threshold marker described page being positioned at described control area, and enable the threshold marker outside described control area;
Detect the page movement instruction and/or region move that trigger in described control area contact;
The described page and/or described control area is moved according to described page movement instruction and/or region move.
According to page control method of the present invention, described control area is translucent.
According to page control method of the present invention, described control area is white space;
The step of the page movement instruction that described detection contact is triggered in described control area and/or region move comprises:
When detect described contact on described white space vertically, horizontal direction or vergence direction slide time, trigger and generate corresponding first page move;
When detect described contact on the border of described white space vertically, horizontal direction or vergence direction slide, and when exceeding the border of described white space, trigger and generate corresponding first area move;
The described step moving the described page and/or described control area according to page movement instruction and/or region move comprises:
According to described first page move, the described page is moved with the direction of correspondence, distance and/or speed;
According to the move of described first area, described white space is moved with the direction of correspondence, distance and/or speed.
According to page control method of the present invention, described control area comprises vertical slipper and cross sliding clock;
The step of the page movement instruction that described detection contact is triggered in described control area and/or region move comprises:
When detecting vertically slide in described contact on described vertical slipper, triggering and generating the second corresponding page move;
When detecting to slide in the horizontal direction in described contact on the border of described vertical slipper, and when exceeding the border of described vertical slipper, triggering and generating corresponding second area move;
When detecting to slide along the first vergence direction in described contact on the border of described vertical slipper, and when exceeding the border of described vertical slipper, described first vergence direction is slided and resolves into the first vertical direction slip and the slip of the first horizontal direction, generate the 3rd corresponding page movement instruction according to described first vertical direction slide trigger, generate the 3rd corresponding region move according to described second horizontal direction slide trigger;
When detecting to slide in the horizontal direction in described contact on described cross sliding clock, triggering and generating the 4th corresponding page movement instruction;
When detecting vertically slide in described contact on the border of described cross sliding clock, and when exceeding the border of described cross sliding clock, triggering and generating the 4th corresponding region move;
When detecting to slide along the second vergence direction in described contact on the border of described cross sliding clock, and when exceeding the border of described cross sliding clock, described second vergence direction is slided and resolves into the second vertical direction slip and the slip of the second horizontal direction, generate the 5th corresponding page movement instruction according to described second horizontal direction slide trigger, generate the 5th corresponding region move according to described second vertical direction slide trigger; Or
When detecting to slide along the 3rd vergence direction in the common region place of described contact at described vertical slipper and described cross sliding clock, and when exceeding described vertical slipper and described cross sliding clock, described 3rd vergence direction is slided and resolves into the 3rd vertical direction slip and the slip of the 3rd horizontal direction, according to the 6th page movement instruction that described 3rd vertical direction is slided and the generation of the 3rd horizontal direction slide trigger is corresponding;
The described step moving the described page and/or described control area according to page movement instruction and/or region move comprises:
According to described second page move, the described page is moved in vertical direction with the direction of correspondence, distance and/or speed;
According to described second area move, described vertical slipper is moved in the horizontal direction with the direction of correspondence, distance and/or speed;
According to described 3rd page movement instruction, the described page is moved in vertical direction with the direction of correspondence, distance and/or speed;
According to described 3rd region move, described vertical slipper is moved in the horizontal direction with the direction of correspondence, distance and/or speed;
According to described 4th page movement instruction, the described page is moved in the horizontal direction with the direction of correspondence, distance and/or speed;
According to described 4th region move, described cross sliding clock is moved in vertical direction with the direction of correspondence, distance and/or speed;
According to described 5th page movement instruction, the described page is moved in the horizontal direction with the direction of correspondence, distance and/or speed;
According to described 5th region move, described cross sliding clock is moved in vertical direction with the direction of correspondence, distance and/or speed; Or
According to described 6th page movement instruction, by described vertical slipper to move in the horizontal direction with slide corresponding direction, distance and/or speed of described 3rd horizontal direction, and described cross sliding clock is moved in vertical direction with slide corresponding direction, distance and/or speed of described 3rd vertical direction.
According to page control method of the present invention, described control area is the key area comprising key, lower key, left button and right button;
The step of the page movement instruction that described detection contact is triggered in described control area and/or region move comprises:
When upper key, lower key, left button or right button described in the touch-control of described contact being detected, triggering and generating the 7th corresponding page movement instruction;
When detect described contact on the border of described key area vertically, horizontal direction or vergence direction slide, and when exceeding the border of described key area, trigger and generate corresponding SECTOR-SEVEN territory move;
The described step moving the described page and/or described control area according to page movement instruction and/or region move comprises:
According to described 7th page movement instruction, the described page is moved with the button direction of correspondence, key press time and/or touch potential;
According to described SECTOR-SEVEN territory move, described key area is moved with the direction of correspondence, distance and/or speed.
The present invention also provides a kind of communication terminal, includes:
Display module, for display and control region on the page;
Forbidding/enable module, for forbidding the threshold marker described page being positioned at described control area, and enabling the threshold marker outside described control area;
Detection module, for detecting the page movement instruction and/or region move that trigger in described control area contact;
Mobile module, for moving the described page and/or described control area according to described page movement instruction and/or region move.
According to communication terminal of the present invention, described control area is translucent.
According to communication terminal of the present invention, described control area is white space;
Described detection module comprises further:
First page detection sub-module, for when detect described contact on described white space vertically, horizontal direction or vergence direction slide time, trigger and generate corresponding first page move;
First area detection sub-module, for when detect described contact on the border of described white space vertically, horizontal direction or vergence direction slide, and when exceeding the border of described white space, trigger and generate corresponding first area move;
Described mobile module comprises further:
First page mover module, for according to described first page move, moves the described page with the direction of correspondence, distance and/or speed;
First area mover module, for according to the move of described first area, moves described white space with the direction of correspondence, distance and/or speed.
According to communication terminal of the present invention, described control area comprises vertical slipper and cross sliding clock;
Described detection module comprises further:
Second page detection sub-module, for when detecting vertically slide in described contact on described vertical slipper, triggering and generating the second corresponding page move;
For working as, second area detection sub-module, detects to slide in the horizontal direction in described contact on the border of described vertical slipper, and when exceeding the border of described vertical slipper, trigger and generate corresponding second area move;
3rd detection sub-module, detect to slide along the first vergence direction in described contact on the border of described vertical slipper for working as, and when exceeding the border of described vertical slipper, described first vergence direction is slided and resolves into the first vertical direction slip and the slip of the first horizontal direction, generate the 3rd corresponding page movement instruction according to described first vertical direction slide trigger, generate the 3rd corresponding region move according to described second horizontal direction slide trigger;
4th page detection submodule, for when detecting to slide in the horizontal direction in described contact on described cross sliding clock, triggering and generating the 4th corresponding page movement instruction;
For working as, 4th region detection submodule, detects vertically slide in described contact on the border of described cross sliding clock, and when exceeding the border of cross sliding clock, trigger and generate the 4th corresponding region move;
5th detection sub-module, detect to slide along the second vergence direction in described contact on the border of described cross sliding clock for working as, and when exceeding the border of described cross sliding clock, described second vergence direction is slided and resolves into the second vertical direction slip and the slip of the second horizontal direction, generate the 5th corresponding page movement instruction according to described second horizontal direction slide trigger, generate the 5th corresponding region move according to described second vertical direction slide trigger; Or
6th region detection submodule, detect to slide along the 3rd vergence direction at the common region place of described vertical slipper and described cross sliding clock in described contact for working as, and when exceeding described vertical slipper and described cross sliding clock, described 3rd vergence direction is slided and resolves into the 3rd vertical direction slip and the slip of the 3rd horizontal direction, according to the 6th region move that described 3rd vertical direction is slided and the generation of the 3rd horizontal direction slide trigger is corresponding;
Described mobile module comprises further:
Second page mover module, for according to described second page move, moves with the direction of correspondence, distance and/or speed in vertical direction by the described page;
Second area mover module, for according to described second area move, moves with the direction of correspondence, distance and/or speed in the horizontal direction by described vertical slipper;
3rd page movement submodule, for according to described 3rd page movement instruction, moves with the direction of correspondence, distance and/or speed in vertical direction by the described page;
3rd region mover module, for according to described 3rd region move, moves with the direction of correspondence, distance and/or speed in the horizontal direction by described vertical slipper;
4th page movement submodule, for according to described 4th page movement instruction, moves with the direction of correspondence, distance and/or speed in the horizontal direction by the described page;
4th region mover module, for according to described 4th region move, moves with the direction of correspondence, distance and/or speed in vertical direction by described cross sliding clock;
5th page movement submodule, for according to described 5th page movement instruction, moves with the direction of correspondence, distance and/or speed in the horizontal direction by the described page;
5th region mover module, for according to described 5th region move, moves with the direction of correspondence, distance and/or speed in vertical direction by described cross sliding clock; Or
6th region mover module, for according to described 6th region move, by described vertical slipper to move in the horizontal direction with slide corresponding direction, distance and/or speed of described 3rd horizontal direction, and described cross sliding clock is moved in vertical direction with slide corresponding direction, distance and/or speed of described 3rd vertical direction.
According to communication terminal of the present invention, described control area is the key area comprising key, lower key, left button and right button;
Described detection module comprises further:
7th page detection submodule, for when upper key, lower key, left button or right button described in the touch-control of described contact being detected, triggering and generating the 7th corresponding page movement instruction;
SECTOR-SEVEN territory detection sub-module, for when detect described contact on the border of described key area vertically, horizontal direction or vergence direction slide, and when exceeding the border of described key area, trigger and generate corresponding SECTOR-SEVEN territory move;
Described mobile module comprises further:
7th page movement submodule, for according to described 7th page movement instruction, moves the described page with the button direction of correspondence, key press time and/or touch potential;
SECTOR-SEVEN territory mover module, for according to described SECTOR-SEVEN territory move, moves described key area with the direction of correspondence, distance and/or speed.
The present invention is by display and control region on the page, and the threshold marker on the described page in control area is disabled, and the threshold marker outside control area is activated; If the page movement instruction that user triggers in control area and/or region move detected, then move the page and/or control area according to page movement instruction and/or region move.Whereby, by control area, the present invention can judge that the operation of user when browsing pages clicks threshold marker or pull the page easily and accurately, thus perform correct page control treatment, can solve and overduely in prior art hit that threshold marker, the page non-ly controlledly to be run chaotically, displacement is excessive and displacement ratio cannot the problem of dynamic adjustments, simultaneously again without the need to the operation bidirectional of adding users, and then greatly improve Consumer's Experience.
Accompanying drawing explanation
Fig. 1 is the structural representation of communication terminal of the present invention;
Fig. 2 is the structural representation of communication terminal in first embodiment of the invention;
Fig. 3 is the structural representation of communication terminal in second embodiment of the invention;
Fig. 4 is the structural representation of communication terminal in third embodiment of the invention;
Fig. 5 is the process flow diagram of page control method of the present invention;
Fig. 6 is the process flow diagram of page control method in first embodiment of the invention;
Fig. 7 is the process flow diagram of page control method in second embodiment of the invention;
Fig. 8 is the process flow diagram of page control method in third embodiment of the invention;
Fig. 9 A ~ Fig. 9 D is the operation interface instance graph of page control method in first embodiment of the invention;
Figure 10 A ~ Figure 10 H is the operation interface instance graph of page control method in second embodiment of the invention;
Figure 11 A ~ Figure 11 D is the operation interface instance graph of page control method in third embodiment of the invention.
Embodiment
In order to make object of the present invention, technical scheme and advantage clearly understand, 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 explain the present invention, be not intended to limit the present invention.
Fig. 1 is the structural representation of communication terminal of the present invention, described communication terminal 100 can be mobile phone, the PDA (PersonalDigitalAssistant with touch-screen, personal digital assistant), panel computer etc., and described communication terminal 100 comprises display module 10, forbids/enable module 20, detection module 30 and mobile module 40, wherein:
Display module 10, for display and control region on the page.The described page is preferably webpage, can certainly refer to other browsing pages such as desktop.First, communication terminal 100, according to the browsing instructions of user, shows corresponding browsing pages by display module 10, and shows described control area in page precalculated position.The shape of described control area and size can be arranged as required, and can be arranged by system default or User Defined setting; And described control area is preferably translucent, so that user still can browse to the content of pages that described control area covers.
Forbidding/enable module 20, for forbidding the threshold marker page being positioned at control area, and enabling the threshold marker outside control area.Described threshold marker is preferably the hyperlink of webpage, can certainly the threshold marker such as application icon.Now, if user clicks the threshold marker in described control area with finger, the start treatment of threshold marker can not be performed; And if user clicks the threshold marker outside described control area with finger, then will perform the start treatment of threshold marker, such as, open corresponding webpage by starting described threshold marker or enter corresponding application interface.
Detection module 30, for detecting the page movement instruction and/or region move that trigger in control area contact.The contact of indication in the present invention, preferably refers to the finger of user or the contact area of toe and touch-screen, also may be the contact area of the contactor control devices such as pointer and touch-screen certainly.User can by sliding on control area, clicking, long by, draw the predetermined ways such as predetermined pattern and trigger described page movement instruction and/or region move.
Mobile module 40, for moving the page and/or control area according to page movement instruction and/or region move.
Like this, user can pull the page arbitrarily by control area, namely control the viewing area that the movement of page upper and lower, left and right adjusts the page, and due to the threshold marker in control area all disabled, therefore do not worry overdue problem of hitting threshold marker.Meanwhile, control area can according to actual needs, move freely by user, not disturb its normal browsing page.
Fig. 2 is the structural representation of communication terminal in first embodiment of the invention, and described communication terminal 100 comprises display module 10, forbids/enable module 20, detection module 30 and mobile module 40, and in the present embodiment, control area is white space, wherein:
Display module 10, for showing the white space as control area on the page.Described white space is preferably translucent, and described white space can be square, circular lamp shape.
Forbidding/enable module 20, for forbidding the threshold marker page being positioned at white space, and enabling the threshold marker outside white space.
Described detection module 30 comprises further:
First page detection sub-module 301, for when detect contact on white space vertically, horizontal direction or vergence direction slide time, trigger and generate corresponding first page move.In the present invention, described vertical direction comprises direction and vertical downward direction vertically upward; Described horizontal direction comprises horizontal left direction and horizontal right direction; Described vergence direction comprises upper right, lower right, upper left and lower left etc.
First area detection sub-module 302, for when detect contact on the border of white space vertically, horizontal direction or vergence direction slide, and when exceeding the border of described white space, trigger and generate corresponding first area move.
Described mobile module 40 comprises further:
First page mover module 401, for according to first page move, moves the page with the direction of correspondence, distance and/or speed.
First area mover module 402, for according to first area move, moves white space with the direction of correspondence, distance and/or speed.
The direction of described correspondence, refer to that the moving direction of the page or control area is corresponding with the glide direction of contact, such as slide to the right in contact on white space, then the page also slides to the right; The distance of described correspondence, refer to that the displacement of the page or control area is corresponding with the sliding distance of contact, such as contact moves down 1cm or 2cm on white space, then page movement 1cm or 2cm; The speed of described correspondence, refers to that the translational speed of the page or control area is corresponding with the sliding speed of contact, to mate user operation speed.
Fig. 3 is the structural representation of communication terminal in second embodiment of the invention, described communication terminal 100 comprises display module 10, forbids/enable module 20, detection module 30 and mobile module 40, in the present embodiment, control area comprises vertical slipper and cross sliding clock, and align with the both sides up and down of touch-screen in the two ends of vertical module, align with the right and left of touch-screen in the two ends of level module, wherein:
Display module 10, for showing vertical slipper as control area and cross sliding clock on the page.Described vertical slipper and cross sliding clock are preferably translucent.
Forbidding/enable module 20, for forbidding the threshold marker page being positioned at vertical slipper and cross sliding clock, and enabling the threshold marker outside vertical slipper and cross sliding clock.
Described detection module 30 comprises further:
Second page detection sub-module 303, for when detecting vertically slide in contact on vertical slipper, such as user slides on vertical slipper up or down with finger, triggers and generates the second corresponding page move;
For working as, second area detection sub-module 304, detects to slide in the horizontal direction in contact on the border of vertical slipper, and when exceeding the border of vertical slipper, trigger and generate corresponding second area move.Such as user to slide to the right from the border of vertical slipper with finger and exceeds described border, represents and wants the vertical slipper that moves right, and communication terminal 100 automatically will trigger and generate this second area move;
3rd detection sub-module 305, detect to slide along the first vergence direction in contact on the border of vertical slipper for working as, and when exceeding the border of vertical slipper, first vergence direction is slided and resolves into the first vertical direction slip and the slip of the first horizontal direction, the 3rd corresponding page movement instruction is generated according to the first vertical direction slide trigger, generate the 3rd corresponding region move according to the second horizontal direction slide trigger, namely this action represents and thinks to move vertical slipper and the page simultaneously;
4th page detection submodule 306, for when detecting to slide in the horizontal direction in contact on cross sliding clock, such as user slides on cross sliding clock to the left or to the right with finger, triggers and generates the 4th corresponding page movement instruction;
4th region detection submodule 307, detect vertically slide in contact on the border of cross sliding clock for working as, and when exceeding the border of cross sliding clock, trigger and generate the 4th corresponding region move, such as user exceeds described border with finger from the border upward sliding of cross sliding clock, represent and want the cross sliding clock that moves up, communication terminal 100 automatically will trigger and generate the 4th region move;
5th detection sub-module 308, detect to slide along the second vergence direction in contact on the border of cross sliding clock for working as, and when exceeding the border of cross sliding clock, second vergence direction is slided and resolves into the second vertical direction slip and the slip of the second horizontal direction, the 5th corresponding page movement instruction is generated according to the second horizontal direction slide trigger, generate the 5th corresponding region move according to the second vertical direction slide trigger, namely this action represents and thinks mobile and horizontal slide block and the page simultaneously; Or
6th region detection submodule 309, detect to slide along the 3rd vergence direction at the common region place of vertical slipper and cross sliding clock in contact for working as, and when exceeding vertical slipper and cross sliding clock, 3rd vergence direction is slided and resolves into the 3rd vertical direction slip and the slip of the 3rd horizontal direction, slide according to the 3rd vertical direction and the 3rd horizontal direction slide trigger generates the 6th corresponding region move, namely this action represents mobile and horizontal slide block and vertical module think while.
Described mobile module 40 comprises further:
Second page mover module 403, for according to the second page move, carries out upper or lower movement by the page with the direction of correspondence, distance and/or speed in vertical direction.
Second area mover module 404, for according to second area move, carries out left or right by vertical slipper in the horizontal direction with the direction of correspondence, distance and/or speed and moves.
3rd page movement submodule 405, for according to the 3rd page movement instruction, carries out upper or lower movement by the page with the direction of correspondence, distance and/or speed in vertical direction.
3rd region mover module 406, for according to the 3rd region move, carries out left or right by vertical slipper in the horizontal direction with the direction of correspondence, distance and/or speed and moves.
4th page movement submodule 407, for according to the 4th page movement instruction, carries out left or right by the page in the horizontal direction with the direction of correspondence, distance and/or speed and moves.
4th region mover module 408, for according to the 4th region move, carries out upper or lower movement by cross sliding clock with the direction of correspondence, distance and/or speed in vertical direction.
5th page movement submodule 409, for according to the 5th page movement instruction, carries out left or right by the page in the horizontal direction with the direction of correspondence, distance and/or speed and moves.
5th region mover module 410, for according to the 5th region move, carries out upper or lower movement by cross sliding clock with the direction of correspondence, distance and/or speed in vertical direction.Or
6th region mover module 411, for according to the 6th region move, by vertical slipper to carry out left or right in the horizontal direction move with slide corresponding direction, distance and/or speed of the 3rd horizontal direction, and cross sliding clock is carried out going up or lower movement with slide corresponding direction, distance and/or speed of the 3rd vertical direction in vertical direction.
Slide block described in the present embodiment is the translucent area for the page that slides; Described vertical slipper is the slide block for the vertical direction slip page; Described cross sliding clock is the slide block for the horizontal direction slip page.When contact is on vertical slipper, when vertically sliding, the page also slides up and down with the direction of correspondence, distance and/or speed; When contact is on cross sliding clock, when sliding in the horizontal direction, the page also horizontally slips with the direction of correspondence, distance and/or speed.And when sliding outward at slide block in contact, the page does not slide, when namely only sliding on slide block, could the slip page.Meanwhile, the threshold marker in slide block is disabled, and the threshold marker outside slide block is activated.When contact is outwards moved from the border of slide block, this slide block can corresponding movement.
Fig. 4 is the structural representation of communication terminal in third embodiment of the invention, described communication terminal 100 comprises display module 10, forbids/enable module 20, detection module 30 and mobile module 40, in the present embodiment, control area is the key area comprising key, lower key, left button and right button, wherein:
Display module 10, for showing the key area as control area on the page.Described key area is preferably translucent.
Forbidding/enable module 20, for forbidding the threshold marker page being positioned at key area, and enabling the threshold marker outside key area.
Described detection module 30 comprises further:
7th page detection submodule 312, for when key on the touch-control of contact, lower key, left button or right button being detected, triggering and generating the 7th corresponding page movement instruction.
SECTOR-SEVEN territory detection sub-module 313, for when detect contact on the border of key area vertically, horizontal direction or vergence direction slide, and when exceeding the border of key area, trigger and generate corresponding SECTOR-SEVEN territory move.
Described mobile module 40 comprises further:
7th page movement submodule 412, for according to the 7th page movement instruction, moves the page with the button direction of correspondence, key press time and/or touch potential.The such as upper key in user twice click keys region, then the page moves up twice.
SECTOR-SEVEN territory mover module 413, for according to the move of SECTOR-SEVEN territory, moves key area with the direction of correspondence, distance and/or speed.
Fig. 5 is the process flow diagram of page control method of the present invention, and it can be realized by the communication terminal 100 as shown in Figure 1, Figure 2, shown in Fig. 3 or Fig. 4, and comprising step has:
Step S501, display and control region on the page.The described page is preferably webpage, can certainly refer to other browsing pages such as desktop.First, communication terminal 100 shows corresponding browsing pages according to the browsing instructions of user, and shows described control area in page precalculated position.The shape of described control area and size can be arranged as required, and can be arranged by system default or User Defined setting; And described control area is preferably translucent, so that user still can browse to the content of pages that described control area covers.
Step S502, the forbidding page is positioned at the threshold marker of control area, and enables the threshold marker outside control area.Described threshold marker is preferably the hyperlink of webpage, can certainly the threshold marker such as application icon.Now, if user clicks the threshold marker in described control area with finger, the start treatment of threshold marker can not be performed; And if user clicks the threshold marker outside described control area with finger, then will perform the start treatment of threshold marker, such as, open corresponding webpage by starting described threshold marker or enter corresponding application interface.
Step S503, detects the page movement instruction and/or region move that trigger in control area contact.The contact of indication in the present invention, preferably refers to the finger of user or the contact area of toe and touch-screen, also may be the contact area of the contactor control devices such as pointer and touch-screen certainly.User can by sliding on control area, clicking, long by, draw the predetermined ways such as predetermined pattern and trigger described page movement instruction and/or region move.
Step S504, moves the page and/or control area according to page movement instruction and/or region move.
Like this, user can pull the page arbitrarily by control area, namely control the viewing area that the movement of page upper and lower, left and right adjusts the page, and due to the threshold marker in control area all disabled, therefore do not worry overdue problem of hitting threshold marker.Meanwhile, control area can according to actual needs, move freely by user, not disturb its normal browsing page.
Fig. 6 is the process flow diagram of page control method in first embodiment of the invention, and it realizes by communication terminal 100 as shown in Figure 2, and in the present embodiment, control area is white space, and described method comprises step to be had:
Step S601, the page shows the white space as control area.Preferably, described white space is translucent.
Step S602, the forbidding page is positioned at the threshold marker of white space, and enables the threshold marker outside white space.
Step S603, detects the page movement instruction and/or region move that trigger at white space contact
Step S604, when detect contact on white space vertically, horizontal direction or vergence direction slide time, trigger and generate corresponding first page move.In the present invention, described vertical direction comprises direction and vertical downward direction vertically upward; Described horizontal direction comprises horizontal left direction and horizontal right direction; Described vergence direction comprises upper right, lower right, upper left and lower left etc.
Step S605, according to first page move, moves the page with the direction of correspondence, distance and/or speed.
Step S606, when detect contact on the border of white space vertically, horizontal direction or vergence direction slide, and when exceeding the border of white space, trigger and generate corresponding first area move.
Step S607, according to first area move, moves white space with the direction of correspondence, distance and/or speed.
The direction of described correspondence, refer to that the moving direction of the page or control area is corresponding with the glide direction of contact, such as slide to the right in contact on white space, then the page also slides to the right; The distance of described correspondence, refer to that the displacement of the page or control area is corresponding with the sliding distance of contact, such as contact moves down 1cm or 2cm on white space, then page movement 1cm or 2cm; The speed of described correspondence, refers to that the translational speed of the page or control area is corresponding with the sliding speed of contact, to mate user operation speed.
Fig. 7 is the process flow diagram of page control method in second embodiment of the invention, it realizes by communication terminal 100 as shown in Figure 3, and control area comprises vertical slipper and cross sliding clock in the present embodiment, and align with the both sides up and down of touch-screen in the two ends of vertical module, align with the right and left of touch-screen in the two ends of level module, described method comprises step to be had:
Step S701, the page shows the vertical slipper as control area and cross sliding clock.Preferably, described vertical slipper and cross sliding clock are translucent.
Step S702, the forbidding page is positioned at the threshold marker of vertical slipper and cross sliding clock, and enables the threshold marker outside vertical slipper and cross sliding clock.
Step S703, detects the page movement instruction and/or region move that trigger at vertical slipper and cross sliding clock contact.
Step S704, when detecting vertically slide in contact on vertical slipper, triggering and generating the second corresponding page move.
Step S705, according to the second page move, carries out upper or lower movement by the page with the direction of correspondence, distance and/or speed in vertical direction.
Step S706, when detecting to slide in the horizontal direction in contact on the border of vertical slipper, and when exceeding the border of vertical slipper, triggering and generating corresponding second area move.
Step S707, according to second area move, carries out left or right by vertical slipper in the horizontal direction with the direction of correspondence, distance and/or speed and moves.
Step S708, when detecting to slide along the first vergence direction in contact on the border of vertical slipper, and when exceeding the border of vertical slipper, first vergence direction is slided and resolves into the first vertical direction slip and the slip of the first horizontal direction, generate the 3rd corresponding page movement instruction according to the first vertical direction slide trigger, generate the 3rd corresponding region move according to the second horizontal direction slide trigger.
Step S709, according to the 3rd page movement instruction, carries out upper or lower movement by the page with the direction of correspondence, distance and/or speed in vertical direction.
Step S710, according to the 3rd region move, carries out left or right by vertical slipper in the horizontal direction with the direction of correspondence, distance and/or speed and moves.
Step S711, when detecting to slide in the horizontal direction in contact on cross sliding clock, triggering and generating the 4th corresponding page movement instruction.
Step S712, according to the 4th page movement instruction, carries out left or right by the page in the horizontal direction with the direction of correspondence, distance and/or speed and moves.
Step S713, when detecting vertically slide in contact on the border of cross sliding clock, and when exceeding the border of cross sliding clock, triggering and generating the 4th corresponding region move.
Step S714, according to the 4th region move, carries out upper or lower movement by cross sliding clock with the direction of correspondence, distance and/or speed in vertical direction.
Step S715, when detecting to slide along the second vergence direction in contact on the border of cross sliding clock, and when exceeding the border of cross sliding clock, second vergence direction is slided and resolves into the second vertical direction slip and the slip of the second horizontal direction, generate the 5th corresponding page movement instruction according to the second horizontal direction slide trigger, generate the 5th corresponding region move according to the second vertical direction slide trigger.
Step S716, according to the 5th page movement instruction, carries out left or right by the page in the horizontal direction with the direction of correspondence, distance and/or speed and moves.
Step S717, according to the 5th region move, carries out upper or lower movement by cross sliding clock with the direction of correspondence, distance and/or speed in vertical direction.
Step S718, when detecting to slide along the 3rd vergence direction in the common region place of contact at vertical slipper and cross sliding clock, and when exceeding vertical slipper and cross sliding clock, 3rd vergence direction is slided and resolves into the 3rd vertical direction slip and the slip of the 3rd horizontal direction, generate the 6th corresponding page movement instruction according to the 3rd vertical direction slip and the 3rd horizontal direction slide trigger.
Step S719, according to the 6th page movement instruction, by vertical slipper to carry out left or right in the horizontal direction move with slide corresponding direction, distance and/or speed of the 3rd horizontal direction, and cross sliding clock is carried out going up or lower movement with slide corresponding direction, distance and/or speed of the 3rd vertical direction in vertical direction.
Fig. 8 is the process flow diagram of page control method in third embodiment of the invention, and it realizes by communication terminal 100 as shown in Figure 4, and in the present embodiment, control area is the key area comprising key, lower key, left button and right button, and described method comprises step to be had:
Step S801, display and control region on the page.Preferably, control area is translucent.
Step S802, the forbidding page is positioned at the threshold marker of control area, and enables the threshold marker outside control area.
Step S803, detects the page movement instruction and/or region move that trigger in control area contact.
Step S604, when key on the touch-control of contact, lower key, left button or right button being detected, triggering and generating the 7th corresponding page movement instruction.
Step S805, according to the 7th page movement instruction, moves the page with the button direction of correspondence, key press time and/or touch potential.
Step S806, when detect contact on the border of key area vertically, horizontal direction or vergence direction slide, and when exceeding the border of key area, trigger and generate corresponding SECTOR-SEVEN territory move.
Step S807, according to the move of SECTOR-SEVEN territory, moves key area with the direction of correspondence, distance and/or speed.
Fig. 9 A ~ Fig. 9 D shows the operation interface instance graph of page control method in first embodiment of the invention:
Under supposing initial situation, webpage there are four hyperlink [Sohu], [Baidu], [potato], [Sina], [potato] is positioned on rectangular white space (control area), now the link of [potato] is disabled, and outside white space, the link of [Sohu], [Baidu], [Sina] is enabled.
The first situation: when the contact of user horizontally right direction slip 1cm on white space being detected, as shown in Figure 9 A, the page is moved with the direction of correspondence, Distance geometry speed, by the page horizontally right direction move 1cm, as shown in Figure 9 B, now [potato], [Sina] are positioned at white space, and therefore the link of [potato], [Sina] is disabled, and outside white space, the link of [Sohu], [Baidu] is enabled.
The second situation: when the contact of user being detected on the border of white space along the 1cm of direction slip vertically upward, and beyond the border of described white space, as shown in Figure 9 C, white space is moved with the direction of correspondence, Distance geometry speed, move 1cm in direction vertically upward by white space edge, as shown in fig. 9d, now [Sohu] is positioned at white space, therefore the link of [Sohu] is disabled, and the connection of [Baidu], [potato], [Sina] outside white space is enabled.
Figure 10 A ~ Figure 10 H illustrates the operation interface instance graph of page control method in second embodiment of the invention.
Under supposing initial situation, webpage there are four hyperlink [Sohu], [Baidu], [potato], [Sina], [Sohu] is positioned at vertical slipper (control area), [Sina] is positioned at cross sliding clock (control area), [potato] is positioned at the common region of vertical slipper and cross sliding clock, therefore the link of [Sohu], [potato], [Sina] is disabled, and the link being positioned at [Baidu] outside vertical slipper and cross sliding clock is enabled.
The first situation: when the contact of user being detected on vertical slipper along the 1cm of direction slip vertically upward, as shown in Figure 10 A, the page is moved with the direction of correspondence, Distance geometry speed, 1cm is moved in direction vertically upward by page edge, as shown in Figure 10 B, now [Sohu], [potato] are still positioned at vertical slipper, and therefore the link of [Sohu], [potato] is disabled, and outside vertical slipper and cross sliding clock, the link of [Baidu], [Sina] is enabled.
The second situation: when the contact of user horizontally right direction slip 1cm on the border of vertical slipper being detected, as illustrated in figure 10 c, vertical slipper is moved with the direction of correspondence, Distance geometry speed, by vertical slipper horizontally right direction move 1cm, as shown in Figure 10 D, now [Baidu], [Sina] are positioned at vertical slipper, [potato] is positioned at cross sliding clock, therefore the link of [Baidu], [Sina], [potato] is disabled, and outside vertical slipper and cross sliding clock, the link of [Sohu] is enabled.
The third situation: when the contact of user being detected on the border of vertical slipper along upper right slip 2cm, as shown in figure 10e, upper right slip is resolved into the 1.85cm of the first direction slip vertically upward and 1cm of the first horizontal right direction slip, and 1.85cm is moved in direction vertically upward in page edge, simultaneously by vertical slipper horizontally right direction move 1cm, as shown in figure 10f.Now [Baidu], [Sina] are positioned at vertical slipper, and therefore the link of [Baidu], [Sina] is disabled, and outside vertical slipper and cross sliding clock, the link of [Sohu], [potato] is enabled.
4th kind of situation: when detecting to slide 2cm along upper right at the common region place of vertical slipper and cross sliding clock in the contact of user, as shown in figure 10g, and when exceeding vertical slipper and cross sliding clock, upper right is slided and resolves into the 1.85cm of the 3rd vertical direction slip and the 1cm of the 3rd horizontal direction slip, and 1.85cm is moved in direction vertically upward in cross sliding clock edge, simultaneously by vertical slipper horizontally right direction move 1cm, as shown in Figure 10 H.Now [Sohu], [Baidu], [potato], [Sina] are all positioned at outside vertical slipper and cross sliding clock, and therefore the link of [Sohu], [Baidu], [potato], [Sina] is all enabled.
Figure 11 A ~ Figure 11 D illustrates the operation interface instance graph of page control method in third embodiment of the invention.
Under supposing initial situation, webpage there are four hyperlink [Sohu], [Baidu], [potato], [Sina], [potato] is positioned at key area (control area), and now the link of [potato] is disabled, and outside white space, the link of [Sohu], [Baidu], [Sina] is enabled.
The first situation: when detecting that the contact of user is dropped on the left button of key area, and sustained hold left button, as shown in Figure 11 A, the page is moved with the button direction of correspondence, key press time and/or touch potential, by the page by certain speed horizontally left direction move a certain distance, as shown in Figure 11 B, now [potato], [Sina] are positioned at key area, therefore the link of [potato], [Sina] is disabled, and outside key area, the link of [Sohu], [Baidu] is enabled.
The second situation: when detecting that the border of the contact of user in key area is along the 1cm of direction slip vertically upward, and beyond the border of described key area, as shown in Figure 11 C, key area is moved with the direction of correspondence, Distance geometry speed, move 1cm in direction vertically upward by edge, key area, as shown in Figure 11 D, now [Sohu] is positioned at key area, therefore the link of [Sohu] is disabled, and the connection of [Baidu], [potato], [Sina] outside key area is enabled.
In sum, the present invention is by display and control region on the page, and the threshold marker on the described page in control area is disabled, and the threshold marker outside control area is activated; If the page movement instruction that user triggers in control area and/or region move detected, then move the page and/or control area according to page movement instruction and/or region move.Whereby, by control area, the present invention can judge that the operation of user when browsing pages clicks threshold marker or pull the page easily and accurately, thus perform correct page control treatment, can solve and overduely in prior art hit that threshold marker, the page non-ly controlledly to be run chaotically, displacement is excessive and displacement ratio cannot the problem of dynamic adjustments, simultaneously again without the need to the operation bidirectional of adding users, and then greatly improve Consumer's Experience.
Certainly; the present invention also can have other various embodiments; when not deviating from the present invention's spirit and essence thereof; those of ordinary skill in the art are when making various corresponding change and distortion according to the present invention, but these change accordingly and are out of shape the protection domain that all should belong to the claim appended by the present invention.
Claims (4)
1. a page control method, is characterized in that, comprising step has:
Display and control region on the page;
Forbid the threshold marker described page being positioned at described control area, and enable the threshold marker outside described control area;
Detect the page movement instruction and/or region move that trigger in described control area contact;
The described page and/or described control area is moved according to described page movement instruction and/or region move;
Described control area is white space;
The step of the page movement instruction that described detection contact is triggered in described control area and/or region move comprises:
When detect described contact on described white space vertically, horizontal direction or vergence direction slide time, trigger and generate corresponding first page move;
When detect described contact on the border of described white space vertically, horizontal direction or vergence direction slide, and when exceeding the border of described white space, trigger and generate corresponding first area move;
The described step moving the described page and/or described control area according to page movement instruction and/or region move comprises:
According to described first page move, the described page is moved with the direction of correspondence, distance and/or speed;
According to the move of described first area, described white space is moved with the direction of correspondence, distance and/or speed; Or
Described control area comprises vertical slipper and cross sliding clock;
The step of the page movement instruction that described detection contact is triggered in described control area and/or region move comprises:
When detecting vertically slide in described contact on described vertical slipper, triggering and generating the second corresponding page move;
When detecting to slide in the horizontal direction in described contact on the border of described vertical slipper, and when exceeding the border of described vertical slipper, triggering and generating corresponding second area move;
When detecting to slide along the first vergence direction in described contact on the border of described vertical slipper, and when exceeding the border of described vertical slipper, described first vergence direction is slided and resolves into the first vertical direction slip and the slip of the first horizontal direction, generate the 3rd corresponding page movement instruction according to described first vertical direction slide trigger, generate the 3rd corresponding region move according to described first horizontal direction slide trigger;
When detecting to slide in the horizontal direction in described contact on described cross sliding clock, triggering and generating the 4th corresponding page movement instruction;
When detecting vertically slide in described contact on the border of described cross sliding clock, and when exceeding the border of described cross sliding clock, triggering and generating the 4th corresponding region move;
When detecting to slide along the second vergence direction in described contact on the border of described cross sliding clock, and when exceeding the border of described cross sliding clock, described second vergence direction is slided and resolves into the second vertical direction slip and the slip of the second horizontal direction, generate the 5th corresponding page movement instruction according to described second horizontal direction slide trigger, generate the 5th corresponding region move according to described second vertical direction slide trigger; Or
When detecting to slide along the 3rd vergence direction in the common region place of described contact at described vertical slipper and described cross sliding clock, and when exceeding described vertical slipper and described cross sliding clock, described 3rd vergence direction is slided and resolves into the 3rd vertical direction slip and the slip of the 3rd horizontal direction, according to the 6th region move that described 3rd vertical direction is slided and the generation of the 3rd horizontal direction slide trigger is corresponding;
The described step moving the described page and/or described control area according to page movement instruction and/or region move comprises:
According to described second page move, the described page is moved in vertical direction with the direction of correspondence, distance and/or speed;
According to described second area move, described vertical slipper is moved in the horizontal direction with the direction of correspondence, distance and/or speed;
According to described 3rd page movement instruction, the described page is moved in vertical direction with the direction of correspondence, distance and/or speed;
According to described 3rd region move, described vertical slipper is moved in the horizontal direction with the direction of correspondence, distance and/or speed;
According to described 4th page movement instruction, the described page is moved in the horizontal direction with the direction of correspondence, distance and/or speed;
According to described 4th region move, described cross sliding clock is moved in vertical direction with the direction of correspondence, distance and/or speed;
According to described 5th page movement instruction, the described page is moved in the horizontal direction with the direction of correspondence, distance and/or speed;
According to described 5th region move, described cross sliding clock is moved in vertical direction with the direction of correspondence, distance and/or speed; Or
According to described 6th region move, by described vertical slipper to move in the horizontal direction with slide corresponding direction, distance and/or speed of described 3rd horizontal direction, and described cross sliding clock is moved in vertical direction with slide corresponding direction, distance and/or speed of described 3rd vertical direction; Or
Described control area is the key area comprising key, lower key, left button and right button;
The step of the page movement instruction that described detection contact is triggered in described control area and/or region move comprises:
When upper key, lower key, left button or right button described in the touch-control of described contact being detected, triggering and generating the 7th corresponding page movement instruction;
When detect described contact on the border of described key area vertically, horizontal direction or vergence direction slide, and when exceeding the border of described key area, trigger and generate corresponding SECTOR-SEVEN territory move;
The described step moving the described page and/or described control area according to page movement instruction and/or region move comprises:
According to described 7th page movement instruction, the described page is moved with the button direction of correspondence, key press time and/or touch potential;
According to described SECTOR-SEVEN territory move, described key area is moved with the direction of correspondence, distance and/or speed.
2. page control method according to claim 1, is characterized in that, described control area is translucent.
3. a communication terminal, is characterized in that, includes:
Display module, for display and control region on the page;
Forbidding/enable module, for forbidding the threshold marker described page being positioned at described control area, and enabling the threshold marker outside described control area;
Detection module, for detecting the page movement instruction and/or region move that trigger in described control area contact;
Mobile module, for moving the described page and/or described control area according to described page movement instruction and/or region move;
Described control area is white space;
Described detection module comprises further:
First page detection sub-module, for when detect described contact on described white space vertically, horizontal direction or vergence direction slide time, trigger and generate corresponding first page move;
First area detection sub-module, for when detect described contact on the border of described white space vertically, horizontal direction or vergence direction slide, and when exceeding the border of described white space, trigger and generate corresponding first area move;
Described mobile module comprises further:
First page mover module, for according to described first page move, moves the described page with the direction of correspondence, distance and/or speed;
First area mover module, for according to the move of described first area, moves described white space with the direction of correspondence, distance and/or speed; Or
Described control area comprises vertical slipper and cross sliding clock;
Described detection module comprises further:
Second page detection sub-module, for when detecting vertically slide in described contact on described vertical slipper, triggering and generating the second corresponding page move;
For working as, second area detection sub-module, detects to slide in the horizontal direction in described contact on the border of described vertical slipper, and when exceeding the border of described vertical slipper, trigger and generate corresponding second area move;
3rd detection sub-module, detect to slide along the first vergence direction in described contact on the border of described vertical slipper for working as, and when exceeding the border of described vertical slipper, described first vergence direction is slided and resolves into the first vertical direction slip and the slip of the first horizontal direction, generate the 3rd corresponding page movement instruction according to described first vertical direction slide trigger, generate the 3rd corresponding region move according to described first horizontal direction slide trigger;
4th page detection submodule, for when detecting to slide in the horizontal direction in described contact on described cross sliding clock, triggering and generating the 4th corresponding page movement instruction;
For working as, 4th region detection submodule, detects vertically slide in described contact on the border of described cross sliding clock, and when exceeding the border of described cross sliding clock, trigger and generate the 4th corresponding region move;
5th detection sub-module, detect to slide along the second vergence direction in described contact on the border of described cross sliding clock for working as, and when exceeding the border of described cross sliding clock, described second vergence direction is slided and resolves into the second vertical direction slip and the slip of the second horizontal direction, generate the 5th corresponding page movement instruction according to described second horizontal direction slide trigger, generate the 5th corresponding region move according to described second vertical direction slide trigger; Or
6th region detection submodule, detect to slide along the 3rd vergence direction at the common region place of described vertical slipper and described cross sliding clock in described contact for working as, and when exceeding described vertical slipper and described cross sliding clock, described 3rd vergence direction is slided and resolves into the 3rd vertical direction slip and the slip of the 3rd horizontal direction, according to the 6th region move that described 3rd vertical direction is slided and the generation of the 3rd horizontal direction slide trigger is corresponding;
Described mobile module comprises further:
Second page mover module, for according to described second page move, moves with the direction of correspondence, distance and/or speed in vertical direction by the described page;
Second area mover module, for according to described second area move, moves with the direction of correspondence, distance and/or speed in the horizontal direction by described vertical slipper;
3rd page movement submodule, for according to described 3rd page movement instruction, moves with the direction of correspondence, distance and/or speed in vertical direction by the described page;
3rd region mover module, for according to described 3rd region move, moves with the direction of correspondence, distance and/or speed in the horizontal direction by described vertical slipper;
4th page movement submodule, for according to described 4th page movement instruction, moves with the direction of correspondence, distance and/or speed in the horizontal direction by the described page;
4th region mover module, for according to described 4th region move, moves with the direction of correspondence, distance and/or speed in vertical direction by described cross sliding clock;
5th page movement submodule, for according to described 5th page movement instruction, moves with the direction of correspondence, distance and/or speed in the horizontal direction by the described page;
5th region mover module, for according to described 5th region move, moves with the direction of correspondence, distance and/or speed in vertical direction by described cross sliding clock; Or
6th region mover module, for according to described 6th region move, by described vertical slipper to move in the horizontal direction with slide corresponding direction, distance and/or speed of described 3rd horizontal direction, and described cross sliding clock is moved in vertical direction with slide corresponding direction, distance and/or speed of described 3rd vertical direction; Or
Described control area is the key area comprising key, lower key, left button and right button;
Described detection module comprises further:
7th page detection submodule, for when upper key, lower key, left button or right button described in the touch-control of described contact being detected, triggering and generating the 7th corresponding page movement instruction;
SECTOR-SEVEN territory detection sub-module, for when detect described contact on the border of described key area vertically, horizontal direction or vergence direction slide, and when exceeding the border of described key area, trigger and generate corresponding SECTOR-SEVEN territory move;
Described mobile module comprises further:
7th page movement submodule, for according to described 7th page movement instruction, moves the described page with the button direction of correspondence, key press time and/or touch potential;
SECTOR-SEVEN territory mover module, for according to described SECTOR-SEVEN territory move, moves described key area with the direction of correspondence, distance and/or speed.
4. communication terminal according to claim 3, is characterized in that, described control area is translucent.
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| CN104238900B (en) * | 2013-06-13 | 2019-02-05 | 腾讯科技（深圳）有限公司 | A kind of page positioning method and device |
| US9841884B2 (en) * | 2014-02-12 | 2017-12-12 | Visteon Global Technologies, Inc. | Providing a single-action multi-mode interface |
| CN103838486B (en) * | 2014-03-21 | 2017-06-06 | 深圳市金立通信设备有限公司 | The operating method and terminal of a kind of terminal display page |
| CN106155562A (en) * | 2015-04-28 | 2016-11-23 | 天脉聚源（北京）科技有限公司 | A kind of intelligent terminal's interface control method and device |
| CN106547454A (en) * | 2015-09-16 | 2017-03-29 | 阿里巴巴集团控股有限公司 | Display packing and device |
| CN110058782B (en) * | 2016-02-22 | 2020-11-24 | 广州视睿电子科技有限公司 | Touch operation method and system based on interactive electronic whiteboard |
| CN107168621A (en) * | 2017-04-28 | 2017-09-15 | 努比亚技术有限公司 | A kind of view control method by sliding and mobile terminal |
| CN108509104A (en) * | 2018-03-01 | 2018-09-07 | 优酷网络技术（北京）有限公司 | Display control method and device |
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| CN1841284A (en) * | 2005-03-28 | 2006-10-04 | 上海桐港信息科技有限公司 | Touch screen type mobile apparatus micro-browser webpage displaying and drifting method |
| CN101398739A (en) * | 2007-09-25 | 2009-04-01 | 博思天地(北京)科技有限公司 | Page browsing method, device based on touch screen and mobile communication terminal thereof |
| CN101809531A (en) * | 2007-10-02 | 2010-08-18 | 株式会社爱可信 | Terminal device, link selection method, and display program |
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| EP2717139B1 (en) * | 2011-05-30 | 2017-11-15 | Huawei Device (Dongguan) Co., Ltd. | Method, device and terminal for adjusting display region of page |
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| CN1841284A (en) * | 2005-03-28 | 2006-10-04 | 上海桐港信息科技有限公司 | Touch screen type mobile apparatus micro-browser webpage displaying and drifting method |
| CN101398739A (en) * | 2007-09-25 | 2009-04-01 | 博思天地(北京)科技有限公司 | Page browsing method, device based on touch screen and mobile communication terminal thereof |
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