CN103257820A - Control method and electronic device - Google Patents
Control method and electronic device Download PDFInfo
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- CN103257820A CN103257820A CN2012100401775A CN201210040177A CN103257820A CN 103257820 A CN103257820 A CN 103257820A CN 2012100401775 A CN2012100401775 A CN 2012100401775A CN 201210040177 A CN201210040177 A CN 201210040177A CN 103257820 A CN103257820 A CN 103257820A
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Abstract
An embodiment of the invention provides a control method and an electronic device. The electronic device comprises a first touch sensitive area, a second touch sensitive area which surrounds the first touch sensitive area and a display area which is independent of the first touch sensitive area and the second touch sensitive area, wherein the first touch sensitive area is polygonal, and the second touch sensitive area is divided into a plurality of sub-areas according to edges of the first touch sensitive area. The method comprises the steps of detecting a moving track of an operating body in a touch operation, and obtaining an initial position corresponding to a touch starting point and an ending position corresponding to a touch end point of the touch operation; according to the initial position and the ending position, determining whether a first touch point which is located in the first sub-area of the second touch sensitive area exists in the touch starting point and the touch end point or not; and if the first touch point which is located in the first sub-area of the second touch sensitive area exists in the touch starting point and the touch end point, determining an instruction corresponding to the touch operation in a second instruction set of the electronic device according to the initial position and the ending position.
Description
Technical field
Embodiments of the invention relate to a kind of control method and electronic equipment that is applied to electronic equipment, and particularly, embodiments of the invention relate to a kind of method of toch control and corresponding electronic equipment that is applied to electronic equipment.
Background technology
Along with development of Communication Technique, various portable electric appts are widely used, for example, and portable computer, tablet computer, portable cell phone and portable media player etc.Operation for the convenience of the user in these portable electronic equipments, generally includes input equipments such as keyboard (for example, hard manual or virtual soft dish etc.), touch-screen.For example, the user can touch the control area carry out such as click, double-click, action such as towing realizes controlling accordingly function.
Along with the development of technology, the processing power of processor improves, and the function that portable electric appts can be the user to be provided is on the increase.Though for the requirement of satisfying for touch control, the supported touch input of operating system constantly increases, but in these solutions, usually need the user to carry out comparatively complicated touch input, to having relatively high expectations of user, and cause the erroneous judgement of electronic equipment easily.In addition, the newly-increased touch input of great majority arranges at touch-screen, and the major function that is independent of the touch input unit of that display screen arranges, for example touch pad (Touchpad) and so on still replaces mouse to give directions operation, can not satisfy the control of the demand user touches to(for) variation.
Summary of the invention
The control method that the purpose of the embodiment of the invention is a kind of electronic equipment is provided and is applied to electronic equipment is to address the above problem.
One embodiment of the present of invention provide a kind of control method, are applied to electronic equipment.Electronic equipment comprises first touching induction region and centers on second touching induction region of first touching induction region, and the viewing area that is independent of first touching induction region and second touching induction region, wherein first is polygon according to touching induction region, according to the limit of first touching induction region second touching induction region is divided into a plurality of subregions.Described method comprises: detect the motion track of operating body in a touch operation, and obtain to touch the corresponding final position of touch terminal point of the corresponding reference position of starting point and touch operation; According to reference position and final position, determine whether there is first touch point of first subregion that is arranged in second touching induction region touching starting point and touching in the terminating point; When existence is arranged in first touch point of first subregion of second touching induction region, in second instruction set of electronic equipment, determine the instruction corresponding with touch operation according to motion track; And when touching starting point and touching in the terminating point, when not having first touch point of first subregion that is arranged in second touching induction region, in first instruction set of electronic equipment, determine the instruction corresponding with touch operation according to motion track.
An alternative embodiment of the invention provides a kind of electronic equipment, comprising: first touching induction region; Second touching induction region, around first touching induction region, wherein first touching induction region is polygon, according to the limit of first touching induction region second touching induction region is divided into a plurality of subregions; The viewing area is independent of the viewing area of first touching induction region and second touching induction region; Touch sensing unit, configuration detects the corresponding final position of touch terminal point of the corresponding reference position of touch starting point and the touch operation of touch operation; Position determination unit, configuration comes according to reference position and final position, determines whether there is first touch point of first subregion that is arranged in second touching induction region touching starting point and touching in the terminating point; The second instruction determining unit, configuration comes when having first touch point of first subregion that is arranged in second touching induction region, determines the instruction corresponding with touch operation according to motion track in second instruction set of electronic equipment; And first the instruction determining unit, configuration comes when touching starting point and touching in the terminating point, when not having first touch point of first subregion that is arranged in second touching induction region, in first instruction set of electronic equipment, determine the instruction corresponding with touch operation according to motion track.
The scheme that provides by the invention described above embodiment, touching induction region by electronic equipment is set to first touching induction region and around second touching induction region of first touching induction region, and the limit according to first touching induction region is divided into a plurality of subregions with second touching induction region, can reduce the input of erroneous judgement electronic equipment touches to(for) the user.In addition, can increase the kind that touches control command, to satisfy user's diversified action need when use is independent of the touching induction region of viewing area, reduce the user at the touching induction region of for example touch pad and the switching frequency between keyboard, mouse and the touch-screen, improve user's experience.
Description of drawings
In order to be illustrated more clearly in the technical scheme of the embodiment of the invention, will do to introduce simply to the accompanying drawing of required use in the description of embodiment below.Accompanying drawing in describing below only is exemplary embodiment of the present invention.
Fig. 1 shows the essential structure example of the touching induction region of electronic equipment according to an embodiment of the invention.
Fig. 2 is the process flow diagram of having described control method according to an embodiment of the invention.
Fig. 3 shows according to an example of the present invention, touches the synoptic diagram that starting point is arranged in the touch operation of second touching induction region.
Fig. 4 is the process flow diagram of having described control method according to another embodiment of the present invention.
Fig. 5 shows the synoptic diagram according to another example touch operation of the present invention.
Fig. 6 is the demonstrative structure block diagram that electronic equipment according to an embodiment of the invention is shown.
Fig. 7 A and Fig. 7 B show when second touching induction region and are set to when narrower, and the user carries out the synoptic diagram of pressing operation at the edge, touch area.
Fig. 8 A and Fig. 8 B show when second touching induction region and are set to when narrower, and the user carries out the synoptic diagram of slide at the edge, touch area.
Embodiment
Hereinafter, with preferred embodiments of the present invention will be described in detail with reference to the annexed drawings.Note, in this instructions and accompanying drawing, have substantially the same step and represent with identical Reference numeral with element, and will be omitted the repetition of explanation of these steps and element.
In following examples of the present invention, electronic equipment refer to can with the equipment of other devices communicatings.The concrete form of electronic equipment includes but not limited to mobile phone, personal digital assistant, portable computer, tablet computer, game machine, multimedia player etc.
Fig. 1 shows the essential structure example of the touching induction region of electronic equipment 100 according to an embodiment of the invention.Shown in Figure 1, electronic equipment 100 comprises first touching induction region 110 and centers on second touching induction region 120 of first touching induction region 110.As shown in Figure 1, the limit according to first touching induction region is divided into subregion 121 to 124 with second touching induction region.Though it should be noted that first touching induction region 110 is rectangle in the example depicted in fig. 1, the invention is not restricted to this.First touching induction region also can be other polygons, for example, and triangle, pentagon or hexagon etc.Can second touching induction region be divided into a plurality of subregions according to the limit of first touching induction region.
In addition, electronic equipment also comprises the viewing area that is independent of first touching induction region and second touching induction region.According to an example of the present invention, the area of viewing area is greater than area that can first touching induction region and the area sum of second touching induction region.For example, in portable computer, the viewing area can be the zone at display screen place, and first touching induction region can be the zone at touch pad (touchpad) place that is independent of display screen, and second touching induction region can be the touching induction region around touch pad.Replacedly, first touching induction region and second touching induction region all can be arranged on the touch pad, that is, first touching induction region can be the central area of touch pad, and second touching induction region can be the fringe region around the touch pad of central area.
Fig. 2 is the process flow diagram of having described control method 200 according to an embodiment of the invention.Below, with reference to Fig. 2 control method is according to an embodiment of the invention described.Control method 200 can be used for the electronic equipment shown in Fig. 1.
As shown in Figure 2, in step S201, detect the motion track of operating body in a touch operation, and obtain to touch the corresponding final position of touch terminal point of the corresponding reference position of starting point and touch operation.Then, in step S202, according to the reference position that in step S201, detects and final position, determine whether there is first touch point of first subregion that is arranged in second touching induction region touching starting point and touching in the terminating point.
For example, in the example depicted in fig. 1, when detecting when touching input, determine the touch starting point of operating body or touch mid point whether be arranged in second touching induction region 120 subregion 121 to 124 any one.Fig. 3 shows according to an example of the present invention, touches the synoptic diagram that starting point is arranged in the touch operation of second touching induction region.Similar with the electronic equipment 100 shown in Fig. 1, electronic equipment 300 comprises first touching induction region 310 and centers on second touching induction region 320 of first touching induction region 310.As shown in Figure 3, the limit according to first touching induction region is divided into subregion 321 to 324 with second touching induction region.When the operating body of finger of for example user and so on along the direction shown in the arrow A from subregion 322 when moving to first touching induction region 310, according to step S201, detect motion track, and obtain to touch the corresponding final position of touch terminal point of the corresponding reference position of starting point and touch operation.And determine to touch the subregion 322 that starting point is arranged in second touching induction region according to step S202.
When existence is arranged in first touch point of first subregion of second touching induction region, in step S203, in second instruction set of electronic equipment, determine the instruction corresponding with touch operation according to motion track.And when touching starting point and touching in the terminating point, when not having first touch point of first subregion that is arranged in second touching induction region, in step S204, in first instruction set of electronic equipment, determine the instruction corresponding with touch operation according to motion track.
According to an example of the present invention, the method shown in Fig. 1 also can comprise basis determined instruction corresponding with touch operation in step S203 and step S204, changes content shown in the viewing area.For example, use in the operation interface of (launch) in application identities management, first instruction set can comprise mobile application identities position, instruction deletion application identities and so on, that operate in the current shown page.And second instruction set for example can comprise that the page operations of striding of page turning forward and page turning and so on backward instructs.Can carry out operation accordingly according to the instruction of in first instruction set and second instruction set, determining corresponding with touch operation.
In addition, according to another example of the present invention, electronic equipment comprises first mode of operation and second mode of operation.Under first mode of operation, can first touching induction region and second touching induction region merge and be set to the 3rd touching induction region.And under second mode of operation, the touching induction region that can first touching induction region is set to separate with second touching induction region.And, under second mode of operation, according to step S202, can be according to reference position and final position, determine touching starting point and touching in the terminating point, existence is arranged in first touch point of first subregion of second touching induction region, and determines corresponding instruction according to step S203 and S204.
For example, under first touching induction region and second touching induction region all are arranged on situation on the touch pad, the merging of first touching induction region and second touching induction region is set to the 3rd touch-sensitive area under first mode of operation, namely, the 3rd touch-sensitive area is the zone at whole touch pad place, so that the user does as a whole the use with touch pad.And under second mode of operation as mentioned above, the zone at touch pad place is divided into first touching induction region and second touching induction region, so that the user carries out diversified control operation.
In addition, according to another example of the present invention, comprise at electronic equipment under the situation of first mode of operation and second mode of operation, method shown in Fig. 1 also can further comprise: under first mode of operation, detect first touch location of operating body in the 3rd touching induction region, and determine first display position in the cursor viewing area according to first touch location; And under second mode of operation, detect second touch location of operating body in first touching induction region, and determine second display position in the cursor viewing area according to second touch location.
For example, under first touching induction region and second touching induction region all are arranged on situation on the touch pad, under first mode of operation, first touching induction region and the merging of second touching induction region are set to the 3rd touch-sensitive area, make that the zone at whole touch pad place is corresponding with the viewing area, the user can be by for example clicking in the 3rd touching induction region or mobile and so on touch operation is controlled first display position in the cursor viewing area.And under second mode of operation, with first touching induction region and the touching induction region of second touching induction region for separating, the user can be by touch pad the central area (namely, first touching induction region) controls second display position in the cursor viewing area, and call more control commands by the touch operation of in second touching induction region, for example sliding and so on.
In the control method of present embodiment, touching induction region by electronic equipment is set to first touching induction region and around second touching induction region of first touching induction region, and the limit according to first touching induction region is divided into a plurality of subregions with second touching induction region, can reduce the input of erroneous judgement electronic equipment touches to(for) the user.In addition, can increase the kind that touches control command, to satisfy user's diversified action need when use is independent of the touching induction region of viewing area, reduce the user at the touching induction region of for example touch pad and the switching frequency between keyboard, mouse and the touch-screen, improve user's experience.
In addition, according to another example of the present invention, electronic equipment adopts first operating system.Can comprise that in first operating system wherein the 4th touching induction region and viewing area are overlapping at second instruction set at the edge of the 4th touching induction region.Method 200 shown in Fig. 2 also can comprise: the corresponding relation that the 4th touching induction region and first touching induction region and second touching induction region are set.In addition, step S203 also can further comprise when having first touch point of first subregion that is arranged in second touching induction region, according to corresponding relation and the motion track of the 4th touching induction region and first touching induction region and second touching induction region, in second instruction set of electronic equipment, determine the instruction corresponding with touch operation.
For example, in the electronic equipment that adopts Windows 8 operating systems, comprise touch-screen and touch pad, and touch pad is provided with first touching induction region and second touching induction region.Second instruction set that can comprise the touch operation of carrying out at the edge at touch-screen in Windows 8 operating systems.Can set in advance the corresponding relation of touch-screen and touch pad.When existence is arranged in first touch point of first subregion of second touching induction region on the touch pad, can be according to the corresponding relation of touch-screen and touch pad, in second instruction set of the touch operation of carrying out at the edge at touch-screen, determine the instruction corresponding with touch operation, can carry out control command at touch pad thereby enriched, and reduce the switching of between touch-screen and touch pad, carrying out.
Fig. 4 is the process flow diagram of having described control method 400 according to another embodiment of the present invention.Below, with reference to Fig. 4 control method is according to an embodiment of the invention described.Control method 400 can be used for the electronic equipment shown in Fig. 1.
As shown in Figure 4, in step S401, detect the motion track of operating body in a touch operation, and obtain to touch the corresponding final position of touch terminal point of the corresponding reference position of starting point and touch operation.Then, in step S402, according to the reference position that in step S401, detects and final position, determine whether there is first touch point of first subregion that is arranged in second touching induction region touching starting point and touching in the terminating point.And, in step S403, according to the reference position that in step S401, detects and final position, determine whether there is second touch point of second subregion that is arranged in second touching induction region touching starting point and touching in the terminating point.
For example, when carrying out described touch operation by an operating body, in step S403, can be according to described reference position and described final position, determine whether described reference position is arranged in first subregion of described second touching induction region, and whether described final position is arranged in second subregion of described second touching induction region.
Fig. 5 shows the synoptic diagram according to another example touch operation of the present invention.Similar with the electronic equipment 100 shown in Fig. 1, electronic equipment 500 comprises first touching induction region 510 and centers on second touching induction region 520 of first touching induction region 510.As shown in Figure 5, the limit according to first touching induction region is divided into subregion 521 to 524 with second touching induction region.
As shown in Figure 5, when carrying out touch operation by an operating body, operating body can be along the direction shown in the arrow B, moving to second subregion from subregion 521 can be the subregion 523, thereby touch starting point and be positioned at first subregion (namely, subregion 521) in, is positioned in second subregion (that is, subregion 523) and touch the terminating point point.
In addition, when carrying out touch operation simultaneously by a plurality of operating bodies, in step S403, can be according to reference position, determine in touching starting point, whether have first touch point of first subregion that is arranged in second touching induction region and second touch point of second subregion that existence is arranged in second touching induction region.
For example, in the example depicted in fig. 5, when carrying out touch operation by two operating bodies, first operating body can be along the direction shown in the arrow C, move to first touching induction region 510 from subregion 522, and first operating body can move to first touching induction region 510 from subregion 524 along the direction shown in the arrow D.Thereby in touching starting point, there is second touch point in second subregion (that is, subregion 524) that first touch point in first subregion (that is, subregion 522) that is positioned at second touching induction region and existence be positioned at second touching induction region.
Replacedly, when carrying out touch operation simultaneously by a plurality of operating bodies, in step S403, according to final position, determine in touching terminating point, whether have first touch point of first subregion that is arranged in second touching induction region and second touch point of second subregion that existence is arranged in second touching induction region.
It should be noted that in this example a plurality of operating bodies carry out touch operation simultaneously, and to refer to that a plurality of operating bodies carry out time of touch operation at least part of overlapping.
When existence is arranged in first touch point of first touch point of first subregion of second touching induction region and first subregion that existence is arranged in second touching induction region, in step S404, in second instruction set of electronic equipment, determine the instruction corresponding with touch operation according to motion track.And when first touch point that does not have first subregion that is arranged in second touching induction region and existence are arranged in first touch point of first subregion of second touching induction region, in step S405, in second instruction set of electronic equipment, determine the instruction corresponding with touch operation according to motion track.
In the control method of present embodiment, touching induction region by electronic equipment is set to first touching induction region and around second touching induction region of first touching induction region, and the limit according to first touching induction region is divided into a plurality of subregions with second touching induction region, can reduce the input of erroneous judgement electronic equipment touches to(for) the user.In addition, can increase the kind that touches control command, to satisfy user's diversified action need when use is independent of the touching induction region of viewing area, reduce the user at the touching induction region of for example touch pad and the switching frequency between keyboard, mouse and the touch-screen, improve user's experience.
Below, with reference to Fig. 6 one embodiment of the present of invention electronic equipment is described.Fig. 6 is the demonstrative structure block diagram that electronic equipment 600 according to an embodiment of the invention is shown.As shown in Figure 6, the electronic equipment of present embodiment can comprise first touching induction region 610, second touching induction region 620, viewing area 630, touch sensing unit 640, position determination unit 650, the first instruction determining unit 660 and the second instruction determining unit 670.Each step/function of the display packing among above-mentioned Fig. 2 can be carried out in each unit of electronic equipment 600, and is therefore succinct in order to describe, and no longer specifically describes.
For example, similar with the electronic equipment 100 shown in Fig. 1, around first touching induction region 610 second touching induction region 620 is set.First touching induction region 610 can be polygon, and according to the limit of first touching induction region 610 second touching induction region 620 is divided into a plurality of subregions.
Viewing area 630 is independent of first touching induction region 610 and second touching induction region 620.According to an example of the present invention, the area of viewing area 630 is greater than area that can first touching induction region 610 and the area sum of second touching induction region 620.For example, in portable computer, the viewing area can be the zone at display screen place, and first touching induction region can be the zone at touch pad (touchpad) place that is independent of display screen, and second touching induction region can be the touching induction region around touch pad.Replacedly, first touching induction region and second touching induction region all can be arranged on the touch pad, that is, first touching induction region can be the central area of touch pad, and second touching induction region can be the fringe region around the touch pad of central area.
Touch sensing unit 640 can detect the motion track of operating body in a touch operation, and obtains to touch the corresponding final position of touch terminal point of the corresponding reference position of starting point and touch operation.Reference position and final position that position determination unit 650 can detect according to touch sensing unit 640 determine whether there is first touch point of first subregion that is arranged in second touching induction region 620 touching starting point and touching in the terminating point.For example, in the example depicted in fig. 1, when touch sensing unit 640 detects when touching input, position determination unit 650 can determine the touch starting point of operating body or touch mid point whether be arranged in second touching induction region 120 subregion 121 to 124 any one.
When existence was arranged in first touch point of first subregion of second touching induction region, the second instruction determining unit 670 can be determined the instruction corresponding with touch operation according to motion track in second instruction set of electronic equipment.And when touching starting point and touching in the terminating point, when not having first touch point of first subregion that is arranged in second touching induction region, the first instruction determining unit 660 can be determined the instruction corresponding with touch operation according to motion track in first instruction set of electronic equipment.
According to an example of the present invention, the electronic equipment 600 shown in Fig. 6 also can comprise the processing unit (not shown).Processing unit can change content shown in the viewing area according to the determined instruction corresponding with touch operation in the first instruction determining unit 660 and the second instruction determining unit 670.For example, use in the operation interface of (launch) in application identities management, first instruction set can comprise mobile application identities position, instruction deletion application identities and so on, that operate in the current shown page.And second instruction set for example can comprise that the page operations of striding of page turning forward and page turning and so on backward instructs.Processing unit can be carried out operation accordingly, to change content shown in the viewing area according to the determined instruction corresponding with touch operation in the first instruction determining unit 660 and the second instruction determining unit 670.
In addition, according to another example of the present invention, electronic equipment 600 comprises first mode of operation and second mode of operation.In addition, the electronic equipment shown in the electronic chart 6 600 can comprise that also the zone arranges the unit (not shown).Under first mode of operation, the zone arrange the unit can first touching induction region and second touching induction region merge and be set to the 3rd touching induction region.And under second mode of operation, the zone arranges the touching induction region that the unit can first touching induction region be set to separate with second touching induction region.Under second mode of operation, position determination unit 650 can be according to reference position and final position, determine touching starting point and touching in the terminating point, existence is arranged in first touch point of first subregion of second touching induction region, and an instruction determining unit 660 and the second instruction determining unit 670 can be determined corresponding instruction.
For example, under first touching induction region and second touching induction region all are arranged on situation on the touch pad, under first mode of operation, the zone arrange the unit can first touching induction region and second touching induction region merge and be set to the 3rd touch-sensitive area, namely, the 3rd touch-sensitive area is the zone at whole touch pad place, so that the user does as a whole the use with touch pad.And under second mode of operation, the zone arranges the unit zone at touch pad place is divided into first touching induction region and second touching induction region, so that the user carries out diversified control operation.
In addition, according to another example of the present invention, under first mode of operation, touch sensing unit 640 also can detect first touch location of operating body in the 3rd touching induction region, and processing unit can be determined first display position in the cursor viewing area according to first touch location; And under second mode of operation, touch sensing unit 640 also can detect second touch location of operating body in first touching induction region, and processing unit can be determined second display position in the cursor viewing area according to second touch location.
For example, under first touching induction region and second touching induction region all are arranged on situation on the touch pad, under first mode of operation, unit first touching induction region is set in the zone and the merging of second touching induction region is set to the 3rd touch-sensitive area, make that the zone at whole touch pad place is corresponding with the viewing area, the user can be by for example clicking in the 3rd touching induction region or mobile and so on touch operation is controlled first display position in the cursor viewing area.And under second mode of operation, the zone arranges the unit with first touching induction region and the touching induction region of second touching induction region for separating, the user can be by touch pad the central area (namely, first touching induction region) controls second display position in the cursor viewing area, and call more control commands by the touch operation of in second touching induction region, for example sliding and so on.
In the electronic equipment of present embodiment, touching induction region by electronic equipment is set to first touching induction region and around second touching induction region of first touching induction region, and the limit according to first touching induction region is divided into a plurality of subregions with second touching induction region, can reduce the input of erroneous judgement electronic equipment touches to(for) the user.In addition, can increase the kind that touches control command, to satisfy user's diversified action need when use is independent of the touching induction region of viewing area, reduce the user at the touching induction region of for example touch pad and the switching frequency between keyboard, mouse and the touch-screen, improve user's experience.
In addition, according to another example of the present invention, electronic equipment adopts first operating system.Can comprise that in first operating system wherein the 4th touching induction region and viewing area are overlapping at second instruction set at the edge of the 4th touching induction region.Electronic equipment also can comprise correspondence setting unit.Correspondence setting unit can arrange the corresponding relation of the 4th touching induction region and first touching induction region and second touching induction region.When existence is arranged in first touch point of first subregion of second touching induction region, the second instruction determining unit can be determined the instruction corresponding with touch operation according to corresponding relation and the motion track of the 4th touching induction region and first touching induction region and second touching induction region in second instruction set of electronic equipment.
For example, in the electronic equipment that adopts Windows 8 operating systems, comprise touch-screen and touch pad, and touch pad is provided with first touching induction region and second touching induction region.Second instruction set that can comprise the touch operation of carrying out at the edge at touch-screen in Windows 8 operating systems.Can set in advance the corresponding relation of touch-screen and touch pad by correspondence setting unit.When existence is arranged in first touch point of first subregion of second touching induction region on the touch pad, the second instruction determining unit can be according to the corresponding relation of touch-screen and touch pad, in second instruction set of the touch operation of carrying out at the edge at touch-screen, determine the instruction corresponding with touch operation, can carry out control command at touch pad thereby enriched, and reduce the switching of between touch-screen and touch pad, carrying out.
In addition, in according to another embodiment of the present invention, position determination unit in the electronic equipment is according to described reference position and described final position, determine in described touch starting point and described touch terminating point, when existence is arranged in first touch point of first subregion of described second touching induction region, also can be further according to reference position and final position, determine whether there is second touch point of second subregion that is arranged in second touching induction region touching starting point and touching in the terminating point.
For example, can carry out touch operation by an operating body, position determination unit determine whether reference position is arranged in first subregion of second touching induction region, and whether final position is arranged in second subregion of second touching induction region according to reference position and final position.In addition, also can carry out touch operation simultaneously by a plurality of operating bodies.Position determination unit determines whether have first touch point of first subregion that is arranged in second touching induction region and second touch point of second subregion that existence is arranged in second touching induction region in touching starting point according to reference position.Replacedly, when carrying out touch operation simultaneously by a plurality of operating bodies, position determination unit can be according to final position, determine in touching terminating point, whether have first touch point of first subregion that is arranged in second touching induction region and second touch point of second subregion that existence is arranged in second touching induction region.
When existence was arranged in first touch point of first touch point of first subregion of second touching induction region and first subregion that existence is arranged in second touching induction region, the second instruction determining unit can be determined the instruction corresponding with touch operation according to motion track in second instruction set of electronic equipment.And when first touch point that does not have first subregion that is arranged in second touching induction region and existence were arranged in first touch point of first subregion of second touching induction region, the first instruction determining unit can be determined the instruction corresponding with touch operation according to motion track in first instruction set of electronic equipment.
In the electronic equipment of present embodiment, touching induction region by electronic equipment is set to first touching induction region and around second touching induction region of first touching induction region, and the limit according to first touching induction region is divided into a plurality of subregions with second touching induction region, can reduce the input of erroneous judgement electronic equipment touches to(for) the user.In addition, can increase the kind that touches control command, to satisfy user's diversified action need when use is independent of the touching induction region of viewing area, reduce the user at the touching induction region of for example touch pad and the switching frequency between keyboard, mouse and the touch-screen, improve user's experience.
In addition, false touch operation for fear of the user, and further clearly distinguish and relate to fringe region (namely, second touching induction region) touch operation and do not relate to fringe region, only in the central area (namely, first touching induction region) the touch sensible operation of carrying out, width that can second touching induction region is set to narrower, to avoid the false touch operation.Particularly, according to an example of the present invention, width that can second touching induction region is set to less than a predetermined value.For example, this predetermined value can be the distance from the geometric center of the induction region that produces on domestic consumer finger is fully in touch-screen to this induction region edge.The width of described second touching induction region is that the edge of described first touching induction region is to the distance at the edge of second touching induction region that centers on described first touching induction region.Further, the embodiments of the invention corresponding electronic appliance can be when dispatching from the factory the width value of described second touch area of initial setting, this width value satisfies above-mentioned condition, for example, arrive the distance at this induction region edge less than the geometric center of the induction region that produces on domestic consumer's finger is fully in touch-screen.Certainly, embodiments of the invention can be according to the geometric center of the induction region that produces on the definite described user's oneself of the corresponding user's of described electronic equipment use habit (multi-pass operations) finger is fully in the touch-screen distance to this induction region edge, thereby adjusts the width value of described second touch area.Thereby make user's the operating experience that can be good at experiencing the edge touch.
Fig. 7 A and Fig. 7 B show when second touching induction region and are set to when narrower, and the user carries out the synoptic diagram of pressing operation at the edge, touch area.Shown in Fig. 7 A and Fig. 7 B, in electronic equipment 700, comprise first touching induction region 710 and around second touching induction region 720 of first touching induction region 710, and the width of second touching induction region 720 is narrower.When user such as Fig. 7 A were shown in second touching induction region 720 and go out to carry out pressing operation, the response that the touch sensing unit of power station equipment 700 produces for user's finger was shown in the response region 730 among Fig. 7 B.And the touch point that touch sensing unit is defined as the geometric center point X of response region 730 to point.Therefore, width at second touching induction region 720 is set under the narrower situation, even work as the user shown in Fig. 7 A, when carrying out pressing operation, touched second touching induction region 720, touch sensing unit can not be defined as touch location in second touching induction region 720 yet.Thereby further clearly distinguish relate to the touch operation of fringe region (that is second touching induction region) and do not relate to fringe region, (that is first touching induction region) carries out only in the central area touch sensible operates.
On the other hand, Fig. 8 A and Fig. 8 B show when second touching induction region and are set to when narrower, and the user carries out the synoptic diagram of slide at the edge, touch area.Shown in Fig. 8 A and Fig. 8 B, in electronic equipment 800, comprise first touching induction region 810 and around second touching induction region 820 of first touching induction region 810, and the width of second touching induction region 820 is narrower.When the user carried out slide along the direction shown in the arrow J from second touching induction region 820 to first touching induction region 810 shown in Fig. 8 A, the response that the touch sensing unit of power station equipment 800 produces for user's finger was shown in the response region 830 (gray area) among Fig. 8 B.And the touch point that touch sensing unit is defined as the geometric center point Y of response region 830 to point.Therefore, even the width at second touching induction region 820 is set under the narrower situation, when user such as Fig. 8 A are shown in when carrying out slide, touch sensing unit can determine that finger moves to first touching induction region 810 from second touching induction region 820.
Those of ordinary skills can recognize, unit, module and the algorithm steps of each example of describing in conjunction with embodiment disclosed herein, can realize with electronic hardware, computer software or the combination of the two, for the interchangeability of hardware and software clearly is described, composition and the step of each example described in general manner according to function in the above description.These functions still are that software mode is carried out with hardware actually, depend on application-specific and the design constraint of technical scheme.The professional and technical personnel can specifically should be used for using distinct methods to realize described function to each, but this realization should not thought and exceeds scope of the present invention.
Although illustrated and described some embodiments of the present invention, it will be understood by those skilled in the art that without departing from the principles and spirit of the present invention can carry out various modifications to these embodiment, such modification should fall within the scope of the present invention.
Claims (20)
1. control method, be applied to electronic equipment, described electronic equipment comprises first touching induction region and centers on second touching induction region of first touching induction region, and the viewing area that is independent of described first touching induction region and described second touching induction region, wherein said first is polygon according to touching induction region, limit according to first touching induction region is divided into a plurality of subregions with second touching induction region, and described method comprises:
The motion track of detection operating body in a touch operation, and acquisition touches the corresponding final position of touch terminal point of the corresponding reference position of starting point and described touch operation;
According to described reference position and described final position, determine in described touch starting point and described touch terminating point, whether have first touch point of first subregion that is arranged in described second touching induction region;
When existence is arranged in first touch point of first subregion of described second touching induction region, in second instruction set of described electronic equipment, determine the instruction corresponding with described touch operation according to described motion track; And
When in described touch starting point and described touch terminating point, when not having first touch point of first subregion that is arranged in described second touching induction region, in first instruction set of described electronic equipment, determine the instruction corresponding with described touch operation according to described motion track.
2. the method for claim 1 also comprises:
According to described reference position and described final position, determine in described touch starting point and described touch terminating point, whether have second touch point of second subregion that is arranged in described second touching induction region;
Described when having first touch point of first subregion that is arranged in described second touching induction region, determine that according to described motion track the instruction corresponding with described touch operation comprises in second instruction set of described electronic equipment:
When existence is arranged in first touch point of first touch point of first subregion of described second touching induction region and first subregion that existence is arranged in described second touching induction region, in second instruction set of described electronic equipment, determine the instruction corresponding with described touch operation according to described motion track;
Described when in described touch starting point and described touch terminating point, when not having first touch point of first subregion that is arranged in described second touching induction region, determine that according to described motion track the instruction corresponding with described touch operation comprises in first instruction set of described electronic equipment:
When first touch point that does not have first subregion that is arranged in described second touching induction region and existence are arranged in first touch point of first subregion of described second touching induction region, in first instruction set of described electronic equipment, determine the instruction corresponding with described touch operation according to described motion track.
3. method as claimed in claim 2, wherein,
Carry out described touch operation by an operating body;
Described according to described reference position and described final position, determine in described touch starting point and described touch terminating point, whether have first touch point of first subregion that is arranged in described second touching induction region; And according to described reference position and described final position, determine in described touch starting point and described touch terminating point, whether to exist second touch point of second subregion that is arranged in described second touching induction region to comprise:
According to described reference position and described final position, determine whether described reference position is arranged in first subregion of described second touching induction region, and whether described final position is arranged in second subregion of described second touching induction region.
4. method as claimed in claim 2, wherein,
Carry out described touch operation simultaneously by a plurality of operating bodies;
Described according to described reference position and described final position, determine in described touch starting point and described touch terminating point, whether have first touch point of first subregion that is arranged in described second touching induction region; And according to described reference position and described final position, determine in described touch starting point and described touch terminating point, whether to exist second touch point of second subregion that is arranged in described second touching induction region to comprise:
According to described reference position, determine in described touch starting point whether have first touch point of first subregion that is arranged in described second touching induction region and second touch point of second subregion that existence is arranged in described second touching induction region.
5. method as claimed in claim 2, wherein,
Carry out described touch operation simultaneously by a plurality of operating bodies;
Described according to described reference position and described final position, determine in described touch starting point and described touch terminating point, whether have first touch point of first subregion that is arranged in described second touching induction region; And according to described reference position and described final position, determine in described touch starting point and described touch terminating point, whether to exist second touch point of second subregion that is arranged in described second touching induction region to comprise:
According to described final position, determine in described touch terminating point whether have first touch point of first subregion that is arranged in described second touching induction region and second touch point of second subregion that existence is arranged in described second touching induction region.
6. the method for claim 1, wherein
The area of described viewing area is greater than the area sum of area and described second touching induction region of described first touching induction region.
7. as any described method of claim 1-5, also comprise:
According to the corresponding instruction of determined and described touch operation, change content shown in described viewing area.
8. the method for claim 1, wherein
Described electronic equipment comprises first mode of operation and second mode of operation,
Under described first mode of operation, described first touching induction region and the merging of described second touching induction region are set to the 3rd touching induction region;
Under described second mode of operation, the touching induction region that described first touching induction region and described second touching induction region are set to separate,
Described according to described reference position and described final position, determine in described touch starting point and described touch terminating point, whether to exist first touch point of first subregion that is arranged in described second touching induction region to comprise:
Under described second mode of operation, described according to described reference position and described final position, determine in described touch starting point and described touch terminating point, whether have first touch point of first subregion that is arranged in described second touching induction region.
9. method as claimed in claim 8 also comprises:
Under described first mode of operation, detect first touch location of operating body in described the 3rd touching induction region, and determine first display position in the described viewing area of cursor according to described first touch location; And
Under described second mode of operation, detect second touch location of operating body in described first touching induction region, and determine second display position in the described viewing area of cursor according to described second touch location.
10. the method for claim 1, wherein
Described electronic equipment adopts first operating system,
Comprise that in described first operating system wherein said the 4th touching induction region and described viewing area are overlapping at described second instruction set at the edge of the 4th touching induction region,
Described method also comprises:
The corresponding relation of described the 4th touching induction region and described first touching induction region and described second touching induction region is set,
Described when having first touch point of first subregion that is arranged in described second touching induction region, determine that according to described motion track the instruction corresponding with described touch operation comprises in second instruction set of described electronic equipment:
When existence is arranged in first touch point of first subregion of described second touching induction region, according to corresponding relation and the described motion track of described the 4th touching induction region and described first touching induction region and described second touching induction region, in second instruction set of described electronic equipment, determine the instruction corresponding with described touch operation.
11. an electronic equipment comprises:
First touching induction region;
Second touching induction region, around described first touching induction region, wherein said first touching induction region is polygon, according to the limit of described first touching induction region described second touching induction region is divided into a plurality of subregions;
The viewing area is independent of the viewing area of described first touching induction region and described second touching induction region;
Touch sensing unit, configuration detects the corresponding final position of touch terminal point of the corresponding reference position of touch starting point and the described touch operation of touch operation;
Position determination unit, configuration comes according to described reference position and described final position, determines whether there is first touch point of first subregion that is arranged in described second touching induction region in described touch starting point and described touch terminating point;
The second instruction determining unit, configuration comes when having first touch point of first subregion that is arranged in described second touching induction region, determines the instruction corresponding with described touch operation according to described motion track in second instruction set of described electronic equipment; And
The first instruction determining unit, configuration comes when in described touch starting point and described touch terminating point, when not having first touch point of first subregion that is arranged in described second touching induction region, in first instruction set of described electronic equipment, determine the instruction corresponding with described touch operation according to described motion track.
12. electronic equipment as claimed in claim 11, wherein
Described position determination unit also disposes according to described reference position and described final position, determines whether there is second touch point of second subregion that is arranged in described second touching induction region in described touch starting point and described touch terminating point;
When existence was arranged in first touch point of first touch point of first subregion of described second touching induction region and first subregion that existence is arranged in described second touching induction region, the described second instruction determining unit was determined the instruction corresponding with described touch operation according to described motion track in second instruction set of described electronic equipment; And
When first touch point that does not have first subregion that is arranged in described second touching induction region and existence were arranged in first touch point of first subregion of described second touching induction region, the described first instruction determining unit was determined the instruction corresponding with described touch operation according to described motion track in first instruction set of described electronic equipment.
13. electronic equipment as claimed in claim 12, wherein
Carry out described touch operation by an operating body,
Described position determination unit is according to described reference position and described final position, determine whether described reference position is arranged in first subregion of described second touching induction region, and whether described final position is arranged in second subregion of described second touching induction region.
14. electronic equipment as claimed in claim 12, wherein,
Carry out described touch operation simultaneously by a plurality of operating bodies;
Described position determination unit is according to described reference position, determine in described touch starting point whether have first touch point of first subregion that is arranged in described second touching induction region and second touch point of second subregion that existence is arranged in described second touching induction region.
15. electronic equipment as claimed in claim 12, wherein,
Carry out described touch operation simultaneously by a plurality of operating bodies;
Described position determination unit is according to described final position, determine in described touch terminating point whether have first touch point of first subregion that is arranged in described second touching induction region and second touch point of second subregion that existence is arranged in described second touching induction region.
16. electronic equipment as claimed in claim 11, wherein,
The area of described viewing area is greater than the area sum of area and described second touching induction region of described first touching induction region.
17. as any described electronic equipment of claim 11-16, also comprise:
Processing unit, configuration comes according to the corresponding instruction of determined and described touch operation, changes content shown in described viewing area.
18. electronic equipment as claimed in claim 17, wherein
Described electronic equipment comprises first mode of operation and second mode of operation,
Described electronic equipment also comprises:
The zone arranges the unit, and configuration comes under described first mode of operation, and described first touching induction region and the merging of described second touching induction region are set to the 3rd touching induction region; And under described second mode of operation, the touching induction region that described first touching induction region and described second touching induction region are set to separate,
Described position determination unit is under described second mode of operation, according to described reference position and described final position, determine in described touch starting point and described touch terminating point, whether have first touch point of first subregion that is arranged in described second touching induction region.
19. electronic equipment as claimed in claim 18, wherein
Under described first mode of operation,
Described touch sensing unit also disposes to detect first touch location of operating body in described the 3rd touching induction region;
Described processing unit also disposes determines first display position in the described viewing area of cursor according to described first touch location;
Under described second mode of operation,
Described touch sensing unit is second touch location of configuration detection operating body in described first touching induction region also;
Described processing unit also disposes determines second display position in the described viewing area of cursor according to described second touch location.
20. electronic equipment as claimed in claim 11, wherein
Described electronic equipment adopts first operating system,
Comprise that in described first operating system wherein said the 4th touching induction region and described viewing area are overlapping at described second instruction set at the edge of the 4th touching induction region,
Described electronic equipment also comprises:
Correspondence setting unit, configuration arranges the corresponding relation of described the 4th touching induction region and described first touching induction region and described second touching induction region,
When existence is arranged in first touch point of first subregion of described second touching induction region, the described second instruction determining unit is determined the instruction corresponding with described touch operation according to corresponding relation and the described motion track of described the 4th touching induction region and described first touching induction region and described second touching induction region in second instruction set of described electronic equipment.
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| CN2012100401775A CN103257820A (en) | 2012-02-20 | 2012-02-20 | Control method and electronic device |
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| CN2012100401775A CN103257820A (en) | 2012-02-20 | 2012-02-20 | Control method and electronic device |
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