CN101833390A - Electronic equipment and input processing method thereof - Google Patents
Electronic equipment and input processing method thereof Download PDFInfo
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- CN101833390A CN101833390A CN200910126939A CN200910126939A CN101833390A CN 101833390 A CN101833390 A CN 101833390A CN 200910126939 A CN200910126939 A CN 200910126939A CN 200910126939 A CN200910126939 A CN 200910126939A CN 101833390 A CN101833390 A CN 101833390A
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Abstract
The invention relates to electronic equipment with a touch screen and an input processing method thereof. The input processing method can reduce misoperation caused by slight tremble of a user finger when a user carries out sliding touch operation on the touch screen. The electronic equipment is provided with the touch screen which outputs signals related to the coordinate of a touched position when being in touched operation and comprises a touch operation judgement unit, a suspension time detection unit and a control unit, wherein the touch operation judgement unit judges the type of the touch operation to the touch screen; the suspension time detection unit detects the suspension time when the sliding touch operation is suspended under the condition that the touch operation judgement unit judges that the touch operation is in the type of the sliding touch operation; and the control unit takes the coordinate of the touched position of the touch screen when the sliding touch operation is suspended as the stop coordinate of the sliding touch operation if the suspension time of the sliding touch operation is longer than a first set time, and executes an operation command corresponding to the sliding touch operation which is suspended at the stop coordinate.
Description
Technical field
The present invention relates to a kind of electronic equipment and input processing method thereof that possesses touch-screen, can reduce the maloperation when touch-screen slided touch operation.
Background technology
The existing electronic equipment that possesses touch-screen usually can alignment processing point touch operation and touch operation such as slip touch operation.When touch-screen is slided touch operation, if slight jitter when the finger that the user touches touch-screen leaves touch-screen after the slip touch operation finishes, then point the position that may depart from objectives a little, the actual position of leaving touch-screen, thereby cause maloperation.
Summary of the invention
The present invention puts forward in view of the above problems, and its purpose is to provide a kind of input equipment and input processing method thereof that possesses touch-screen, the maloperation that finger slight jitter etc. causes in the time of reducing the user touch-screen is slided touch operation.
A kind of electronic equipment of the present invention, possesses the touch-screen of exporting the signal relevant when being touched operation with the coordinate of the position that is touched, it is characterized in that comprising: the touch operation judging unit, according to described signal, judge kind to the touch operation of described touch-screen from described touch-screen output; The intermission detecting unit, the kind that is described touch operation in described touch operation judgment unit judges is under the situation of slip touch operation, the intermission when detecting this slip touch operation termination; And control module, if the intermission when the slip touch operation is ended is greater than first stipulated time, the coordinate of the position that described touch-screen is touched in the time of then will ending is as the end coordinate of described slip touch operation, and, carry out and the corresponding operational order of described slip touch operation till described end coordinate.
In addition, in described electronic equipment, described control module and described slip touch operation are synchronously carried out and origin coordinates when described slip touch operation the begins corresponding operational order of described slip touch operation till the described end coordinate, perhaps, when described control module finishes in described slip touch operation, carry out with from described origin coordinates to described end coordinate till the corresponding operational order of described slip touch operation.
In addition, in described electronic equipment, also possess storer, storage and the relevant coordinate of described slip touch operation, described coordinate comprises the origin coordinates and the end coordinate of described slip touch operation; Finish after greater than the termination of first stipulated time in the described intermission when described slip touch operation but proceed, and, when the operating distance that the running time of the slip touch operation that this is proceeded surpasses second stipulated time and/or this slip touch operation of proceeding surpasses predetermined distance, described control module will as described end coordinate be stored in the described storer the coordinate deletion or will be as this coordinate of described end coordinate storage as the storage of one of the middle coordinate of described slip touch operation.
In addition, in described electronic equipment, the coordinate of not storing as described end coordinate in the described storer when if described slip touch operation finishes, the coordinate of the position that described touch-screen is touched when then described slip touch operation being finished is stored in the described storer as end coordinate.
In addition, in described electronic equipment, described touch operation judging unit possesses: the touch coordinate generating unit according to the described signal from the output of described touch-screen, calculates the coordinate of the position that described touch-screen is touched; Changes in coordinates amount calculating part regularly calculates the changes in coordinates amount of the coordinate of the position that described touch-screen is touched; And judging part, according to described changes in coordinates amount, judge kind to the touch operation of described touch-screen.
In addition, in described electronic equipment, described electronic equipment is a vehicle electronic device.
Input processing method of the present invention, in the electronic equipment of the touch-screen that possesses the when operation output of the being touched signal relevant, use with the coordinate of the position that is touched, it is characterized in that comprising: the touch operation determining step, according to described signal, judge kind to the touch operation of described touch-screen from described touch-screen output; Intermission is detected step, and the kind that is judged as described touch operation at described touch operation determining step is under the situation of slip touch operation, the intermission when detecting this slip touch operation termination; And controlled step, if the intermission when the slip touch operation is ended is greater than first stipulated time, the coordinate of the position that described touch-screen is touched in the time of then will ending is as the end coordinate of described slip touch operation, and, carry out and the corresponding operational order of described slip touch operation till described end coordinate.
In addition, in described input processing method, in described controlled step, synchronously carry out and origin coordinates when described slip touch operation the begins corresponding operational order of described slip touch operation till the described end coordinate with described slip touch operation, perhaps, when described slip touch operation finishes, carry out with from described origin coordinates to described end coordinate till the corresponding operational order of described slip touch operation.
In addition, in described input processing method, also possess storing step, storage and the relevant coordinate of described slip touch operation, described coordinate comprises the origin coordinates and the end coordinate of described slip touch operation; In described controlled step, finish after greater than the termination of first stipulated time in the described intermission when described slip touch operation but proceed, and, when the operating distance that the running time of the slip touch operation that this is proceeded surpasses second stipulated time and/or this slip touch operation of proceeding surpasses predetermined distance, will be as the coordinate deletion of described end coordinate storage or will be as this coordinate of described end coordinate storage as the storage of one of the middle coordinate of described slip touch operation.
In addition, in described input processing method, in described controlled step, if the coordinate that described slip touch operation was not stored as described end coordinate when finishing, the coordinate of the position that described touch-screen is touched when then described slip touch operation being finished is as end coordinate.
According to input equipment of the present invention and input processing method thereof, can reduce the maloperation when touch-screen slided touch operation.
Description of drawings
Fig. 1 is the schematic block diagram of electronic equipment of the present invention.
Fig. 2 is the work synoptic diagram of expression electronic equipment of the present invention.
Fig. 3 is the block diagram that the present invention changes the electronic equipment of example.
Fig. 4 is the process flow diagram of the input processing method of touch output unit of the present invention.
Embodiment
Below, with reference to Fig. 1～4 explanation embodiments of the present invention and variation example thereof.
The formation and the input processing method thereof of ※ 1 electronic equipment of the present invention.
See figures.1.and.2, electronic equipment 100 of the present invention and input processing method thereof are described.
Fig. 1 is the schematic block diagram of electronic equipment 100 of the present invention.
As shown in Figure 1, electronic equipment 100 of the present invention possesses touch-screen 110, touch operation judging unit 120, intermission detecting unit 130 and control module 140.
Touch-screen 110 during by touch operation such as finger, is exported the relevant signal of coordinate of the position that is touched with touch-screen 110 by the user.
Touch operation judging unit 120 is according to the relevant signal in the position with being touched from touch-screen 110 outputs, judges the kind of the touch operation that the user carries out touch-screen 110.The kind of touch operation comprises a touch operation, slip touch operation etc.Relevant touch operation judging unit 120 is judged the method for the kind of touch operation, can adopt suitable prior art according to the principle of work of touch-screen, so in this detailed.
When a slip touch operation "cease to run" formula time is above, it is generally acknowledged that the user has a mind to finish the slip touch operation at this moment, and do not finish if after this termination, detect the slip touch operation, proceed but detect this slip touch operation, continuation that then should the slip touch operation should be caused maloperation such as shake slightly when for example user's finger leaves touch-screen.The coordinate of the electronic equipment of the present invention position that touch-screen is touched during greater than the termination of stipulated time with the intermission is as the end coordinate of slip touch operation, carry out and the corresponding operational order of slip touch operation till this end coordinate, so caused maloperation such as shake slightly can reduce user's finger and leave touch-screen the time.
In addition, control module 140 can synchronously be carried out and origin coordinates when this slip touch operation the begins corresponding operational order of slip touch operation till the end coordinate with a slip touch operation, so, the user can hold the action effect of slip touch operation immediately, and the synchronism of slip touch operation is good.Control module 140 also can be when this slip touch operation finishes, carry out again and the slip touch operation corresponding operational order of this origin coordinates till this end coordinate, so, the user can hold the action effect of slip touch operation according to the intention of oneself interimly, and the continuity of slip touch operation is good.
At this, so-called " with the corresponding operational order of slip touch operation ", both can be only with origin coordinates and the corresponding operational order of end coordinate, also can be and origin coordinates, end coordinate and the corresponding operational order of a plurality of coordinates between them (hereinafter referred to as " middle coordinate "), can also adopt suitable prior art as required, so in this detailed.
Fig. 2 is the work synoptic diagram of expression electronic equipment of the present invention.
As shown in Figure 2, suppose that the user carries out a slip touch operation when (straight line among Fig. 2 is represented the touch operation of sliding) by pointing directly to touch-screen, once ended 3 times (circle among Fig. 2 is represented to end), the intermission of ending for 3 times is respectively 200 milliseconds according to sequencing, 700 milliseconds, 130 milliseconds, finger is ended to shake slightly when promptly 130 milliseconds termination is left touch-screen afterwards the last time, and cause electronic equipment 140 will shake the continuation that also is identified as this slip touch operation, then Ci Shi a slip touch operation ends be divided into 4 stages because of 3 times midway.
For convenience of explanation, each stage that here a slip touch operation is divided into because of termination is considered as a sub-slip touch operation.Simultaneously, with the ongoing operation time of 4 sub-slip touch operation, be made as 120 milliseconds, 60 milliseconds, 90 milliseconds, 50 milliseconds respectively according to sequencing.In addition, the stipulated time (first stipulated time) is made as 500 milliseconds.
At this moment, if the origin coordinates of a slip touch operation is (X
0, Y
0), end coordinate is (X
4, Y
4), and the coordinate when ending for 3 times is respectively (X sequentially
1, Y
1), (X
2, Y
2), (X
3, Y
3), then the origin coordinates of the 1st sub-slip touch operation is (X
0, Y
0), end coordinate is (X
1, Y
1), the origin coordinates of the 2nd sub-slip touch operation is (X
1, Y
1), end coordinate is (X
2, Y
2), the origin coordinates of the 3rd sub-slip touch operation is (X
2, Y
2), end coordinate is (X
3, Y
3), the origin coordinates of the 4th sub-slip touch operation is (X
3, Y
3), end coordinate is (X
4, Y
4).
In this case because the intermission of ending for the 2nd time be 700 milliseconds, greater than 500 milliseconds of stipulated times, so the coordinate (X of the position that touch-screen 110 is touched when the 2nd time ended
2, Y
2) as the end coordinate of this slip touch operation.
When the 4th sub-slip touch operation finishes, when promptly a slip touch operation finishes, the 3rd, the 4 sub-slip touch operation that control module 140 is proceeded after the intermission is ended greater than the 2nd time of first stipulated time all are considered as the maloperation against user's original idea, do not carry out with from origin coordinates (X
0, Y
0) to end coordinate (X
4, Y
4) till the corresponding operational order of slip touch operation, but carry out with from origin coordinates (X
0, Y
0) termination coordinate (X when ending as the 2nd time of end coordinate
2, Y
2) till the corresponding operational order of slip touch operation.Maloperation when so, electronic equipment of the present invention can reduce the user touch-screen is slided touch operation.
More than, seeing figures.1.and.2 has illustrated electronic equipment 100 of the present invention and input processing method thereof, but the invention is not restricted to this, can carry out various variations according to aim of the present invention.The variation example of electronic equipment of the present invention and input processing method thereof then, is described with reference to Fig. 3 and Fig. 4.
The formation of ※ 2 electronic equipments of the present invention and the variation example 1 of input processing method thereof.
Below, the variation example of electronic equipment of the present invention and input processing method thereof is described with reference to Fig. 3.
Fig. 3 be electronic equipment of the present invention the variation example, be the block diagram of electronic equipment 300.Wherein, with the identical or similar part of formation of the electronic equipment 100 of Fig. 1, omit it and specify.
As shown in Figure 3, electronic equipment 300 possesses: touch-screen 310 (touch-screen 110 that is equivalent to Fig. 1); Touch-screen piezoelectric detection portion 321, touch coordinate generating unit 322, changes in coordinates amount calculating part 323, some touch operation judging part 324 and slip touch operation judging part 325 (the touch operation judging unit 120 that is equivalent to Fig. 1); Coordinate storage judging part 341, touch action instruction generating unit 342 and display frame mobile control division 343 (the intermission detecting unit 130 and the control module 140 that are equivalent to Fig. 1); Coordinate storage 350; LCD module timing control part 360; And LCD (LCD) module 370.
Touch-screen piezoelectric detection portion 321 is detected from the signals such as voltage of touch-screen 310 outputs.
Touch coordinate generating unit 322 is according to the signal from touch-screen 310 outputs, calculates the coordinate of the position that touch-screen 310 is touched.
Changes in coordinates amount between the coordinate of the position that changes in coordinates amount calculating part 323 regularly is touched to the touch-screen of the certain hour of being separated by that calculated by touch coordinate generating unit 322 is calculated.
Point touch operation judging part 324 judges according to the changes in coordinates amount that is calculated by changes in coordinates amount calculating part 323 whether the touch operation to touch-screen 310 is a touch operation.
Slip touch operation judging part 325 judges according to the changes in coordinates amount that is calculated by changes in coordinates amount calculating part 323 whether the touch operation to touch-screen 310 is the slip touch operation.
Coordinate storage judging part 341 is under the situation of slip touch operation in the kind that slip touch operation judging part 325 is judged as the touch operation that the user carries out touch-screen 310, when this slip touch operation is ended, if the intermission of this termination is greater than (first stipulated time stipulated time, for example be 500 milliseconds), the coordinate of the position that touch-screen 310 is touched in the time of then will ending is stored in the coordinate storage 350 as the end coordinate of a slip touch operation.In addition, if this slip touch operation does not have the termination of intermission greater than the stipulated time, the coordinate of not storing in the storer 350 when then this slip touch operation finishes as end coordinate, the coordinate of the position that touch-screen 310 was touched when finished this slip touch operation this moment like that is stored in the storer 350 as end coordinate, and, carry out the corresponding processing instruction of slip touch operation till the origin coordinates that begins from this slip touch operation end coordinate when this slip touch operation finishes.
In storer 350, storage and the relevant coordinate of touch operation that touch-screen 310 is carried out.For example, when the user carries out a some touch operation to touch-screen, in storer 350, only store the coordinate of this point.When the user slides touch operation to touch-screen, in storer 350, both can only store the origin coordinates of slip touch operation and end coordinate (real end coordinate or be considered as the coordinate of end coordinate), can certainly further store a plurality of middle coordinate between origin coordinates and the end coordinate as required.
When touch action instruction generating unit 342 finishes a slip touch operation,, generate and origin coordinates when the slip touch operation the begins corresponding operational order of slip touch operation till the end coordinate according to the coordinate of storage in the coordinate storage 350.
When touch action instruction generating unit 342 according to coordinate storage 350 in the operational order that generates of the coordinate of storage when being the instruction of mobile display frame, display frame mobile control division 343 is carried out these instructions, and display frame is moved.
The variation example 2 of ※ 3 electronic equipments of the present invention and input processing method thereof.
Below, the variation example of electronic equipment of the present invention and input processing method thereof is described with reference to Fig. 2 and Fig. 4.
Fig. 4 is the process flow diagram of the input processing method of electronic equipment of the present invention.
As shown in Figure 4, at first, whether the senses touch screen is by touches (step S401) such as user's fingers.When touch-screen is touched, (in step S401, be not "No"), return step S401.When touch-screen is touched (in step S401 for "Yes"), (X0 Y0), and is stored in (step S402) in the storer with this coordinate to detect the coordinate of the position that touch-screen is touched.
Then, the signal of output judges whether the user is slip touch operation (step S403) to the touch operation that touch-screen carries out when being touched according to touch-screen.When the touch operation that touch-screen is carried out is not the slip touch operation, but during other touch operation such as some touch operation etc. (being "No" in step S403), judge then whether finger leaves touch-screen, that is, judge whether current other touch operation such as some touch operation finish (step S404).Do not leave touch-screen (being "No") if be judged as finger in step S404, then return step S403; Left touch-screen (in step S404, being "Yes") if be judged as finger, then carried out and coordinate (X0, the corresponding operational orders of other touch operation (step S405) such as some touch operation Y0).
When being judged as the touch operation that the user carries out touch-screen is the slip touch operation, rather than during other touch operation such as some touch operation etc. (being "Yes" in step S403), the user points the time (step S406) that continues to be in abort state when then, detecting the termination of slip touch operation.Then, judge time that finger continues to be in abort state whether exceed schedule time (first stipulated time, for example 500 milliseconds) (step S407).
Be no more than 500 milliseconds (in step S407, being "No") if be judged as the time that continues to end, think that then the user may finish the slip touch operation at this unintentionally, so, judge then whether finger leaves touch-screen (step S408).At this moment, do not leave touch-screen (being "No") in step S408, then return step S406 if be judged as finger; Left touch-screen if be judged as finger, the touch operation of promptly sliding finishes (being "Yes" in step S408), coordinate (X2 when then finger being left touch-screen, Y2) be stored in the storer as end coordinate, and, carry out with (X0 is Y0) to end coordinate (X2, the corresponding processing instruction of slip touch operation (step S409) Y2) from origin coordinates.
Surpass 500 milliseconds (in step S407, being "Yes") if be judged as the time that continues to end, then then detect the coordinate of the slip touch operation position that touch-screen is touched when this time ending, and with this coordinate (X1, Y1) end coordinate as the slip touch operation is stored in (step S410) in the storer.
Then, judge whether and detect the slip touch operation, the touch operation of promptly whether sliding does not finish after ending but proceeds (step S411).Do not detect the slip touch operation of proceeding (in step S411, being "No") if be judged as, judge then then whether finger leaves touch-screen (step S412).Do not leave touch-screen (being "No") if be judged as finger in step S412, then return step S411; Left touch-screen (in step S412, being "Yes") if be judged as finger, then carried out with (X0 is Y0) to end coordinate (X1, the corresponding processing instruction of slip touch operation Y1) from origin coordinates.
If be judged as and detect slip touch operation (in step S411 for "Yes"), then then judge the slip touch operation time of proceeding whether exceed schedule time (second stipulated time, setting stipulated time at this is 100 milliseconds) (step S414).When judging that the slip touch operation time surpasses 100 milliseconds (being "Yes" in step S414), think that then the user is not intended to finish this slip touch operation in the position that intermission before touches during greater than 500 milliseconds termination, so deletion is stored in coordinate (X1 in the storer as end coordinate, Y1) (step S415), then, return step S406.
When judging that the slip touch operation time does not surpass 100 milliseconds (being "No"), then, judge whether finger leaves touch-screen (step S416) in step S414.If being judged as finger does not leave touch-screen, this slip touch operation does not also finish (being "No") in step S416, then return step S411; Left touch-screen if be judged as finger, this slip touch operation finishes (being "Yes" in step S416), then (X0 is Y0) to end coordinate (X1, the corresponding processing instruction of slip touch operation (step S417) Y1) for execution and the origin coordinates from be stored in storer.
Then, further specify this variation example 2 with reference to Fig. 2.
As shown in Figure 2, the intermission of ending for the 2nd time is 700 milliseconds, greater than 500 milliseconds of stipulated times, so the coordinate (X of the position that touch-screen is touched when the 2nd time ended
2, Y
2) as the end coordinate of this slip touch operation.
But, because should the slip touch operation end but proceed after the 2nd time is ended, and, the 3rd sub-slip touch operation that this is proceeded and the running time sum of the 4th sub-slip touch operation are 140 milliseconds, surpass second stipulated time (100 milliseconds), thus will before be stored in coordinate (X in the storer as end coordinate
2, Y
2) deletion.Certainly, this moment also can be with coordinate (X
2, Y
2) change is stored as one of middle coordinate of slip touch operation.
When the 4th sub-slip touch operation finishes because in the storer not as the coordinate of end coordinate storage, so with the end coordinate (X of the 4th sub-slip touch operation
4, Y
4) as end coordinate storage, and, carry out with from origin coordinates (X
0, Y
0) to end coordinate (X
4, Y
4) till the corresponding operational order of slip touch operation.So, the slip touch operation mistake that can as far as possible avoid originally meeting user's original idea is judged as maloperation.
Certainly, in this example, whether the running time sum of judging all sub-slip touch operation of proceeding surpassed for second stipulated time, the running time and second stipulated time of each sub-slip touch operation of proceeding can certainly be compared separately, when whole sub-slip touch operation running times separately all surpassed for second stipulated time, the coordinate of storing as end coordinate before just deleting.
More than, with reference to Fig. 2, Fig. 3 and Fig. 4 the variation example of electronic equipment of the present invention and input processing method thereof has been described, but the present invention and variation pattern thereof be not limited thereto, can also carry out various changes according to aim of the present invention.
For example, the electronic equipment of independent assortment Fig. 1, Fig. 2, Fig. 3 and Fig. 4 and input processing method thereof and form new electronic equipment and input processing method thereof as required.For example, the intermission detecting unit that possesses in can electronic equipment 100 with Fig. 1, be increased to and form new electronic equipment in the electronic equipment 200 of Fig. 3, and the storer that possesses in the electronic equipment 300 with Fig. 3 is increased in the electronic equipment 100 of Fig. 1 and forms new electronic equipment.
In addition, in the step S314 of Fig. 4, whether the running time of judging the slip touch operation of proceeding surpassed for second stipulated time, certainly whether surpass predetermined distance by the operating distance of only judging the slip touch operation of proceeding, perhaps while judgement time and distance also can reach identical effect.
In addition, exemplifying for first stipulated time above is 500 milliseconds, and second stipulated time was 100 milliseconds a example, but first stipulated time and second stipulated time be not limited thereto, can be which kind of equipment is set arbitrarily according to the type or the slip touch apparatus of touch-screen.At this, preferred first stipulated time, preferred second stipulated time was within 100 milliseconds to 200 milliseconds scope within 400 milliseconds to 600 milliseconds scope.
In addition, can be in mobile unit with electronic apparatus application, because when in the vehicle that moves touch-screen being slided touch operation, user's finger is more prone to shake when leaving touch-screen, thereby causes maloperation.
Claims (10)
1. an electronic equipment possesses the touch-screen of exporting the signal relevant with the coordinate of the position that is touched when being touched operation, it is characterized in that comprising:
The touch operation judging unit according to the described signal from described touch-screen output, is judged the kind to the touch operation of described touch-screen;
The intermission detecting unit, the kind that is described touch operation in described touch operation judgment unit judges is under the situation of slip touch operation, the intermission when detecting this slip touch operation termination; And
Control module, if the intermission when the slip touch operation is ended is greater than first stipulated time, the coordinate of the position that described touch-screen is touched in the time of then will ending is as the end coordinate of described slip touch operation, and, carry out and the corresponding operational order of described slip touch operation till described end coordinate.
2. electronic equipment as claimed in claim 1, wherein,
Described control module and described slip touch operation are synchronously carried out and origin coordinates when described slip touch operation the begins corresponding operational order of described slip touch operation till the described end coordinate, perhaps,
When described control module finishes in described slip touch operation, carry out with from described origin coordinates to described end coordinate till the corresponding operational order of described slip touch operation.
3. electronic equipment as claimed in claim 1 or 2, wherein,
Also possess storer, storage and the relevant coordinate of described slip touch operation, described coordinate comprises the origin coordinates and the end coordinate of described slip touch operation;
Finish after greater than the termination of first stipulated time in the described intermission when described slip touch operation but proceed, and, when the operating distance that the running time of the slip touch operation that this is proceeded surpasses second stipulated time and/or this slip touch operation of proceeding surpasses predetermined distance, described control module will as described end coordinate be stored in the described storer the coordinate deletion or will be as this coordinate of described end coordinate storage as the storage of one of the middle coordinate of described slip touch operation.
4. electronic equipment as claimed in claim 3, wherein,
The coordinate of not storing as described end coordinate in the described storer when if described slip touch operation finishes, the coordinate of the position that described touch-screen is touched when then described slip touch operation being finished is stored in the described storer as end coordinate.
5. electronic equipment as claimed in claim 1 or 2, wherein,
Described touch operation judging unit possesses:
The touch coordinate generating unit according to the described signal from the output of described touch-screen, calculates the coordinate of the position that described touch-screen is touched;
Changes in coordinates amount calculating part regularly calculates the changes in coordinates amount of the coordinate of the position that described touch-screen is touched; And
Judging part according to described changes in coordinates amount, is judged the kind to the touch operation of described touch-screen.
6. electronic equipment as claimed in claim 1 or 2, wherein,
Described electronic equipment is a vehicle electronic device.
7. input processing method uses in the electronic equipment of the touch-screen that possesses the signal relevant with the coordinate of the position that is touched of output when being touched operation, it is characterized in that comprising:
The touch operation determining step according to the described signal from described touch-screen output, is judged the kind to the touch operation of described touch-screen;
Intermission is detected step, and the kind that is judged as described touch operation at described touch operation determining step is under the situation of slip touch operation, the intermission when detecting this slip touch operation termination; And
Controlled step, if the intermission when the slip touch operation is ended is greater than first stipulated time, the coordinate of the position that described touch-screen is touched in the time of then will ending is as the end coordinate of described slip touch operation, and, carry out and the corresponding operational order of described slip touch operation till described end coordinate.
8. input processing method as claimed in claim 7, wherein,
In described controlled step, synchronously carry out and origin coordinates when described slip touch operation the begins corresponding operational order of described slip touch operation till the described end coordinate with described slip touch operation, perhaps, when described slip touch operation finishes, carry out with from described origin coordinates to described end coordinate till the corresponding operational order of described slip touch operation.
9. as claim 7 or 8 described input processing methods, wherein,
Also possess storing step, storage and the relevant coordinate of described slip touch operation, described coordinate comprises the origin coordinates and the end coordinate of described slip touch operation;
In described controlled step, finish after greater than the termination of first stipulated time in the described intermission when described slip touch operation but proceed, and, when the operating distance that the running time of the slip touch operation that this is proceeded surpasses second stipulated time and/or this slip touch operation of proceeding surpasses predetermined distance, will be as the coordinate deletion of described end coordinate storage or will be as this coordinate of described end coordinate storage as the storage of one of the middle coordinate of described slip touch operation.
10. input processing method as claimed in claim 9, wherein,
In described controlled step, if the coordinate that described slip touch operation was not stored as described end coordinate when finishing, the coordinate of the position that described touch-screen is touched when then described slip touch operation being finished is as end coordinate.
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|---|---|---|---|
| CN200910126939.1A CN101833390B (en) | 2009-03-10 | 2009-03-10 | Electronic equipment and input processing method thereof |
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|---|---|---|---|
| CN200910126939.1A CN101833390B (en) | 2009-03-10 | 2009-03-10 | Electronic equipment and input processing method thereof |
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| WO2012075629A1 (en) * | 2010-12-08 | 2012-06-14 | Nokia Corporation | User interface |
| CN102622095A (en) * | 2011-01-03 | 2012-08-01 | 仁宝电脑工业股份有限公司 | Method for preventing mis-touch of a touch keyboard and touch control electrical apparatus |
| CN103218160A (en) * | 2013-03-18 | 2013-07-24 | 广东国笔科技股份有限公司 | Man-machine interaction method and terminal |
| CN103297644A (en) * | 2012-03-01 | 2013-09-11 | 柯尼卡美能达商用科技株式会社 | Operation display device |
| CN103324325A (en) * | 2012-03-21 | 2013-09-25 | 宇龙计算机通信科技(深圳)有限公司 | Method and terminal for detecting multi-point touch misoperation |
| CN103455353A (en) * | 2013-08-30 | 2013-12-18 | 广州市动景计算机科技有限公司 | Method and device for requesting webpage data |
| WO2014008870A1 (en) * | 2012-07-13 | 2014-01-16 | 上海触乐信息科技有限公司 | System and method for controlling slide operation auxiliary input in portable terminal devices |
| CN103677416A (en) * | 2013-12-13 | 2014-03-26 | 广东欧珀移动通信有限公司 | Method and device for preventing interface from shaking in sliding process |
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| CN1704967A (en) * | 2004-06-02 | 2005-12-07 | 乐金电子（惠州）有限公司 | Method for minimizing recognition error of contact panel for vehicle |
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