Specific embodiment
Hereinafter, by preferred embodiments of the present invention will be described in detail with reference to the annexed drawings.Note, in the specification and drawingsIn, there is substantially the same step and element be denoted by the same reference numerals, and to these steps and element repeat solveRelease and will be omitted.
In the following examples of the present invention, electronic equipment refers to the equipment that can communicate with other equipment.Electronics setsStandby concrete form includes but is not limited to mobile phone, personal digital assistant, portable computer, tablet computer, gameMachine, music player etc..
Fig. 1 shows the basic structure of the touching induction region of electronic equipment 100 according to an embodiment of the inventionMake example.Shown in Fig. 1, electronic equipment 100 includes the first touching induction region 110 and around the first touching induction region 110Second touching induction region 120.As shown in figure 1, the second touching induction region is divided according to the side of the first touching induction regionFor subregion 121 to 124.It should be noted that although the first touching induction region 110 is rectangle in the example depicted in fig. 1, thisInvention not limited to this.First touching induction region can be also other polygons, for example, triangle, pentagon or hexagon etc..CanSecond touching induction region is divided into many sub-regions by the side according to the first touching induction region.
The flow chart that Fig. 2 depicts control method 200 according to an embodiment of the invention.Next, with reference to Fig. 2Control method according to an embodiment of the invention to be described.Control method 200 can be used for the electronic equipment shown in Fig. 1.
As shown in Fig. 2 in step s 201, the original position corresponding to touch starting point of detection touch operation and touch are graspedThe final position touching corresponding to terminal made.Then, in step S202, according to the start bit being detected in step s 201Put and/or final position, determine and touching starting point and touching in terminating point, if exist positioned at the second touching induction regionThe first touch point in first subregion and the second touch point in the second subregion of the second touching induction region for the presence.
Fig. 3 shows an example according to the present invention, determines and is touching starting point and touching in terminating point, if depositsIn the first touch point in the first subregion of the second touching induction region and exist and be located at the second touching induction regionThe explanatory diagram of the illustrative case of the second touch point in the second subregion.Similar with the electronic equipment 100 shown in Fig. 1, electronicsEquipment 300 includes the first touching induction region 310 and the second touching induction region 320 around the first touching induction region 310.As shown in figure 3, the second touching induction region is divided into by subregion 321 to 324 according to the side of the first touching induction region.
In the example depicted in fig. 3, touch operation can be carried out by an operating body.According to original position and/or terminationPosition, determines and is touching starting point and touching in terminating point, if there is the first subregion positioned at the second touching induction regionIn the first touch point and exist be located at the second touching induction region the second subregion in the second touch point may include：According toOriginal position and final position, determine whether original position is located in the first subregion of the second touching induction region, and eventuallyWhether stop bit is put and is located in the second subregion of the second touching induction region.
First subregion and the second subregion can be the sons of two relative side settings along the first touching induction regionInduction region.For example, in the example depicted in fig. 3, operating body can move that is to say, that first is sub in the direction shown in along arrow ARegion can be subregion 321, and the second subregion can be subregion 323, and vice versa.Alternatively, the first subregion canTo be subregion 322, the second subregion can be subregion 324, and vice versa.
Additionally, the first subregion and the second subregion can be two adjacent side settings along the first touching induction regionSub- induction region.For example, in the example depicted in fig. 3, operating body also can direction shown in along arrow B mobile that is to say, thatFirst subregion can be subregion 321, and the second subregion can be subregion 322, and vice versa.Alternatively, the first sonRegion can be subregion 323, and the second subregion can be subregion 324, and vice versa.
Fig. 4 shows another example according to the present invention, determines and is touching starting point and touching in terminating point, if depositsIn the first touch point in the first subregion of the second touching induction region and exist and be located at the second touching induction regionThe explanatory diagram of the illustrative case of the second touch point in the second subregion.Similar with the electronic equipment 100 shown in Fig. 1, electronicsEquipment 400 includes the first touching induction region 410 and the second touching induction region 420 around the first touching induction region 410.As shown in figure 4, the second touching induction region is divided into by subregion 421 to 424 according to the side of the first touching induction region.
In the example depicted in fig. 4, touch operation can be carried out by multiple operating bodies simultaneously.According to original position and/orFinal position, determines and is touching starting point and touching in terminating point, if there is the first son positioned at the second touching induction regionThe first touch point in region and there is the second touch point being located in the second subregion of the second touching induction region and may include：According to original position, determine in touching starting point, if exist in the first subregion of the second touching induction regionFirst touch point and the second touch point in the second subregion of the second touching induction region for the presence.
First subregion and the second subregion can be the sons of two relative side settings along the first touching induction regionInduction region.For example, in the example depicted in fig. 4, the first operating body along arrow C shown in direction from subregion 421 toWhile one touching induction region 410 is mobile, direction shown in along arrow D for second operating body is from subregion 423 to the first touchInduction region 410 is mobile.That is, the first subregion can be subregion 421, the second subregion can be subregion 423,Vice versa (that is, the second subregion can be subregion 421, and the first subregion can be subregion 423).Alternatively,First subregion can be subregion 422, and the second subregion can be subregion 424, and vice versa, and here is in order to succinctly no longerRepeat.In this example, multiple operating bodies carry out touch operation simultaneously and refer to that multiple operating bodies carry out the time of touch operation extremelySmall part is overlapping.
Additionally, the first subregion and the second subregion can be two adjacent side settings along the first touching induction regionSub- induction region.For example, in the example depicted in fig. 4, the first operating body along arrow C shown in direction from subregion 421To the first touching induction region 410 mobile while, direction shown in along arrow E for second operating body is from subregion 422 to firstTouching induction region 410 is mobile.That is, the first subregion can be subregion 421, the second subregion can be subregion422, vice versa (that is, the second subregion can be subregion 422, and the first subregion can be subregion 421).ReplaceableGround, the first subregion can be subregion 423, and the second subregion can be subregion 424, and vice versa, and here is in order to succinctRepeat no more.As described above, in this example, multiple operating bodies carry out touch operation simultaneously and refer to that multiple operating bodies are touchedThe time of operation is least partially overlapped.
Fig. 5 shows another example according to the present invention, determines and is touching starting point and touching in terminating point, if depositsIn the first touch point in the first subregion of the second touching induction region and exist and be located at the second touching induction regionThe explanatory diagram of the illustrative case of the second touch point in the second subregion.Similar with the electronic equipment 100 shown in Fig. 1, electronicsEquipment 500 includes the first touching induction region 510 and the second touching induction region 520 around the first touching induction region 510.As shown in figure 5, the second touching induction region is divided into by subregion 521 to 524 according to the side of the first touching induction region.
In the example depicted in fig. 5, touch operation can be carried out by multiple operating bodies simultaneously.According to original position and/orFinal position, determines and is touching starting point and touching in terminating point, if there is the first son positioned at the second touching induction regionThe first touch point in region and there is the second touch point being located in the second subregion of the second touching induction region and may include：According to final position, determine in touching terminating point, if exist in the first subregion of the second touching induction regionFirst touch point and the second touch point in the second subregion of the second touching induction region for the presence.
First subregion and the second subregion can be the sons of two relative side settings along the first touching induction regionInduction region.For example, in the example depicted in fig. 5, the first operating body along arrow F shown in direction from the first touch-sensitive areaDomain 510 to subregion 521 mobile while, the second operating body can the direction shown in along arrow G from the first touching induction region 510Mobile to subregion 523.That is, the first subregion can be subregion 521, the second subregion can be subregion 523,Vice versa (that is, the second subregion can be subregion 521, and the first subregion can be subregion 523).Alternatively,First subregion can be subregion 522, and the second subregion can be subregion 524, and vice versa, and here is in order to succinctly no longerRepeat.In this example, multiple operating bodies carry out touch operation simultaneously and refer to that multiple operating bodies carry out the time of touch operation extremelySmall part is overlapping.
Additionally, the first subregion and the second subregion can be two adjacent side settings along the first touching induction regionSub- induction region.For example, in the example depicted in fig. 5, the first operating body along arrow F shown in direction from first touch senseAnswer region 510 to while subregion 521 movement, direction shown in along arrow H for second operating body is from the first touching induction region510 to subregion 522 to movement.That is, the first subregion can be subregion 521, the second subregion can be sub-districtDomain 522, vice versa (that is, the second subregion can be subregion 522, and the first subregion can be subregion 521).Can replaceChange ground, the first subregion can be subregion 523, and the second subregion can be subregion 524, and vice versa, and here is for letterClean repeat no more.As described above, in this example, multiple operating bodies carry out touch operation simultaneously and refer to that multiple operating bodies are touchedThe time touching operation is least partially overlapped.
Return Fig. 2, when exist be located at the second touching induction region the first subregion in the first touch point and there is positionDuring the second touch point in the second subregion of the second touching induction region, in step S203, according to original position and endStop bit puts determination instruction corresponding with touch operation in the second instruction set of electronic equipment.And work as and touching starting point and touchingTouch in terminating point, there is not the first touch point in the first subregion of the second touching induction region and exist positioned at secondDuring the second touch point in the second subregion of touching induction region, in step S204, according to original position and final positionInstruction corresponding with touch operation is determined in the first instruction set of electronic equipment.
In the example depicted in fig. 3, in the operation interface of such as application identities management application (launch), the first instructionSet may include Mobile solution home position, delete application identities etc, operated in the currently displayed pageInstruction.And the second instruction set may include the cross-page operational order of such as Page forward and page turning etc backward.
Additionally, in the example shown in Fig. 4 and Fig. 5, showing/editing that in application, the first instruction set can in such as imageCarry out the instruction of rotation process including the touch track according to operating body, and the second instruction set may include along the first operating body andThe direction of the second operating body movement zooms in or out the instruction of currently displaying image.
The control method being provided by the embodiments of the present invention, can increase the species of touch control order, to meet useThe diversified operation in family needs.And by the touching induction region of electronic equipment being set to the first touching induction region and enclosingAround the second touching induction region of the first touching induction region, the many sub-regions of inclusion, and the starting point according to touch operationWith position in touching induction region for the terminating point, the instruction corresponding to touch operation is classified, electronic equipment pair can be reducedIn the erroneous judgement of user's touch input, improve the experience of user.
The flow chart that Fig. 6 depicts control method 600 according to another embodiment of the present invention.Next, with reference to Fig. 6Control method according to another embodiment of the present invention to be described.Control method 600 can be used for the electronic equipment shown in Fig. 1.
As shown in fig. 6, in step s 601, the movement locus of detection operating body.Then, in step S602, determineWhether the movement locus being detected in step S601 are through at least two subregions of the second touching induction region.For example, whenOperating body sequentially passes through during subregion 121,222 and 223 it may be determined that movement locus are through at least the two of the second touching induction regionSub-regions.
When movement locus are through at least two subregion of the second touching induction region, in step S603, according to fortuneDynamic rail mark determines instruction corresponding with touch operation in the 3rd instruction set of electronic equipment.Another method, when motion railMark without the second touching induction region at least two subregions when, in step s 604, set in electronics according to movement locusInstruction corresponding with touch operation is determined in the 4th standby instruction set.
The control method being provided by the embodiments of the present invention, can increase the species of touch control order, to meet useThe diversified operation in family needs.And by the touching induction region of electronic equipment being set to the first touching induction region and enclosingAround the second touching induction region of the first touching induction region, the many sub-regions of inclusion, and the motion rail according to touch operationClassify to the instruction corresponding to touch operation in position in touching induction region for the mark point, can reduce electronic equipment forThe erroneous judgement of family touch input, improves the experience of user.
Next, with reference to Fig. 7, one embodiment of the present of invention electronic equipment is described.Fig. 7 is illustrating according to the present inventionThe exemplary block diagram of the electronic equipment 700 of individual embodiment.As shown in Figure 7, the electronic equipment of the present embodiment may includeOne touching induction region 710, the second touching induction region 720, touch sensing unit 730, position determination unit 740, first refer toMake determining unit 750 and the second instruction-determining unit 760.The unit of electronic equipment 700 can perform the display in above-mentioned Fig. 2Each step/function of method, therefore, succinct in order to describe, no longer specifically describe.
For example, similar with the electronic equipment 100 shown in Fig. 1, around the first touching induction region 710 setting second touchInduction region 720.First touching induction region 710 can be polygon, and according to the side of the first touching induction region 710 byTwo touching induction regions 720 are divided into many sub-regions.
Touch sensing unit 730 can detect the original position corresponding to touch starting point of touch operation and touching of touch operationTouch the final position corresponding to terminal.Position determination unit 740 can according to described can original position and/or described final position,Determine in described touch starting point and described touch terminating point, if there is first positioned at described second touching induction regionThe first touch point in subregion and the second touch point in the second subregion of described second touching induction region for the presence.
According to an example of the present invention, touch operation can be carried out by an operating body.Position determination unit can basisOriginal position and final position, determine whether original position is located in the first subregion of the second touching induction region, and eventuallyWhether stop bit is put and is located in the second subregion of the second touching induction region, (for example, as shown in Figure 3).
Alternatively, another example according to the present invention, can carry out touch operation by multiple operating bodies simultaneously.Position is trueOrder unit can determine in touching starting point according to original position, if there is the first son positioned at the second touching induction regionThe first touch point in region and there is the second touch point being located in the second subregion of the second touching induction region (for example,As shown in Figure 4).
Alternatively, another example according to the present invention, can carry out touch operation by multiple operating bodies simultaneously.Position is trueOrder unit can determine in touching terminating point according to final position, if there is the first son positioned at the second touching induction regionThe first touch point in region and there is the second touch point being located in the second subregion of the second touching induction region (for example,As shown in Figure 5).
In the present embodiment, multiple operating bodies carry out simultaneously touch operation refer to multiple operating bodies carry out touch operation whenBetween least partially overlapped.
When exist be located at the second touching induction region the first subregion in the first touch point and exist be located at second touchWhen touching the second touch point in the second subregion of induction region, the second instruction-determining unit 760 can be according to original position and endStop bit puts determination instruction corresponding with touch operation in the second instruction set of electronic equipment.On the other hand, when touchingIn initial point and touch terminating point, there is not the first touch point and presence in the first subregion of the second touching induction regionDuring the second touch point in the second subregion of the second touching induction region, the first instruction-determining unit 750 can be according to risingBeginning position and final position determine instruction corresponding with touch operation in the first instruction set of electronic equipment.
The electronic equipment being provided by the embodiments of the present invention, can increase the species of touch control order, to meet useThe diversified operation in family needs.And by the touching induction region of electronic equipment being set to the first touching induction region and enclosingAround the second touching induction region of the first touching induction region, and sense is touched by second according to the side of the first touching induction regionAnswer region division to be many sub-regions, the erroneous judgement for user's touch input for the electronic equipment can be reduced, improve the use body of userTest.
Next, with reference to Fig. 8, one embodiment of the present of invention electronic equipment is described.Fig. 8 is illustrating according to the present inventionThe exemplary block diagram of the electronic equipment 800 of individual embodiment.As shown in Figure 8, the electronic equipment of the present embodiment may includeOne touching induction region 810, the second touching induction region 820, touch sensing unit 830, track determining unit the 840, the 3rd refer toMake determining unit 850 and the 4th instruction-determining unit 860.The unit of electronic equipment 800 can perform the display in above-mentioned Fig. 6Each step/function of method, therefore, succinct in order to describe, no longer specifically describe.
For example, similar with the electronic equipment 100 shown in Fig. 1, around the first touching induction region 810 setting second touchInduction region 820.First touching induction region 810 can be polygon, and according to the side of the first touching induction region 810 byTwo touching induction regions 820 are divided into many sub-regions.
Touch sensing unit 830 can detect the movement locus of operating body.Track determining unit 840 can determine that touch sensible listWhether the movement locus of unit 830 detection are through at least two subregions of described second touching induction region.In the present embodiment,An operating body touch operation can be passed through, alternatively, also can carry out touch operation simultaneously by multiple operating bodies.
When movement locus are through at least two subregion of the second touching induction region, the 3rd instruction-determining unit 850Instruction corresponding with touch operation can be determined according to movement locus in the 3rd instruction set of electronic equipment.On the other hand, whenMovement locus without the second touching induction region at least two subregions when, the 4th instruction-determining unit 860 can be according to fortuneDynamic rail mark determines instruction corresponding with touch operation in the 4th instruction set of electronic equipment.
The electronic equipment being provided by the embodiments of the present invention, can increase the species of touch control order, to meet useThe diversified operation in family needs.And by the touching induction region of electronic equipment being set to the first touching induction region and enclosingAround the second touching induction region of the first touching induction region, and sense is touched by second according to the side of the first touching induction regionAnswer region division to be many sub-regions, the erroneous judgement for user's touch input for the electronic equipment can be reduced, improve the use body of userTest.
Additionally, in order to avoid the false touch operation of user, and clearly differentiation is related to marginal area (that is, the second touch furtherInduction region) touch operation and be not related to marginal area, only central area (that is, the first touching induction region) carry out touchTouch inductive operation, the width of the second touching induction region can be set to narrower, to avoid false touch to operate.Specifically, according to thisThe width of the second touching induction region can be set smaller than a predetermined value by one example of invention.For example, this predetermined value is permissibleIt is the geometric center of produced induction region from domestic consumer's finger is completely in touch screen to this induction region edgeDistance.The width of described second touching induction region is the edge of described first touching induction region to around the described first touchThe distance at the edge of the second touching induction region of induction region.Further, the corresponding electronics of embodiments of the invention setsThe standby width value that can initially set described second touch area when dispatching from the factory, this width value meets above-mentioned condition, for example, littleOn domestic consumer's finger is completely in touch screen the geometric center of produced induction region to this induction region edge away fromFrom.Certainly, embodiments of the invention can according to the use habit (multi-pass operation) of the user corresponding to described electronic equipment reallyThe finger of fixed described user oneself completely in touch screen on produced induction region geometric center to this induction regionThe distance at edge, thus adjust the width value of described second touch area.So that user can be good at experience edgeThe operating experience touching.
Fig. 9 A and Fig. 9 B shows when the second touching induction region is set to narrower, and user is at touch area edgeCarry out the schematic diagram of pressing operation.As shown in fig. 9 a and fig. 9b, include the first touching induction region 910 in electronic equipment 900With the second touching induction region 920 around the first touching induction region 910, and the width of the second touching induction region 920Narrower.When user goes out to carry out pressing operation in the second touching induction region 920 as shown in Figure 9 A, the touch of power station equipment 900Sensing unit is for responding produced by the finger of user as shown in the response region 930 in Fig. 9 B.And touch sensing unitGeometric center point X of response region 930 is defined as the touch point of finger.Therefore, by the width of the second touching induction region 920Degree be set to narrower in the case of, even if when user as shown in Figure 9 A, touched when carrying out pressing operation second touch senseAnswer region 920, touch sensing unit also touch location will not be defined as in the second touching induction region 920.Thus entering oneStep clearly distinguish be related to marginal area (that is, the second touching induction region) touch operation and be not related to marginal area, only inThe touch sensible operation that heart district domain (that is, the first touching induction region) is carried out.
On the other hand, Figure 10 A and Figure 10 B shows when the second touching induction region is set to narrower, Yong HuTouch area edge carries out the schematic diagram of slide.As shown in figs. 10 a and 10b, include first in electronic equipment 1000Touching induction region 1010 and the second touching induction region 1020 around the first touching induction region 1010, and the second touchThe narrower width of induction region 1020.When user as shown in Figure 10 A along arrow J shown in direction from the second touching induction regionWhen 1020 to first touching induction regions 1010 carry out slide, the touch sensing unit of power station equipment 1000 is for user'sThe produced response of finger is as shown in the response region 1030 (gray area) in Figure 10 B.And touch sensing unit will respondGeometric center point Y in region 1030 is defined as the touch point of finger.Therefore, even if by the width of the second touching induction region 1020Degree be set to narrower in the case of, when user is as shown in Figure 10 A when carrying out slide, touch sensing unit can determine that fingerMobile to the first touching induction region 1010 from the second touching induction region 1020.
Those of ordinary skill in the art are it is to be appreciated that combine the list of each example of the embodiments described herein descriptionUnit, module and algorithm steps, can be with electronic hardware, computer software or the two be implemented in combination in, in order to clearly sayThe interchangeability of bright hardware and software, generally describes composition and the step of each example in the above description according to functionSuddenly.These functions to be executed with hardware or software mode actually, the application-specific depending on technical scheme and design constraint barPart.Professional and technical personnel can use different methods to each specific application realize described function, but thisRealize it is not considered that beyond the scope of this invention.
Although having shown that and describing some embodiments of the present invention, it is understood by one skilled in the art that without departing fromIn the case of the principle of the present invention and spirit, these embodiments can be carried out with various modifications, such modification should fall into the present inventionIn the range of.