CN1624631A - Method of identifying drag gesture and controller - Google Patents
Method of identifying drag gesture and controller Download PDFInfo
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- CN1624631A CN1624631A CN 200310120785 CN200310120785A CN1624631A CN 1624631 A CN1624631 A CN 1624631A CN 200310120785 CN200310120785 CN 200310120785 CN 200310120785 A CN200310120785 A CN 200310120785A CN 1624631 A CN1624631 A CN 1624631A
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Abstract
The invention discloses a method for identifying hauling gesture generating on a touching-control device , whose characteristics includes that the time span of a subject appears on for the first time, time span of the finishing time of the first appearance and starting time of the second appearance, when the summation of the two above is shorter than the first reference time value, and if the summation of the time span of the first appearance, the time span between the first and second appearance and the time span of the second appearance is not shorter than the first reference time value, or the accumulated displacement value during the second appearance is not shorter than the first reference displacement value, a ignal of hauling is generated.
Description
Technical field
The present invention relates to the method and the controller of a kind of identification towing gesture (Drag gesture), particularly relate to a kind of on a contactor control device method and the controller of identification towing gesture, when pulling gesture, produce towing (Drag) signal of analog mouse towing object on contactor control device, to pick out.
Background technology
Form interface (Graphical User Interface, GUI) the formula operation interface of being released by full high post PARC research department the earliest, collocation indicator device (as mouse) uses, the user only needs with the index rolling mouse of vision formula and adds to click action, can easily finish and want the action carried out, solve in the past type mode and need import numerous and diverse instruction and cause awkward obstacle.Therefore, the form interface is adopted by Apple Computers and Microsoft (Microsoft) one after another, becomes the prevailing model of all operations system.At the electronic equipment of using the form interface system, for example desktop computer, notebook computer, panel computer, personal digital assistant machine (PDA) or the like, indicator device (pointing device) has become basic outfit.
At present indicator device comprise the external device (ED) mouse with in be built in the trace ball Trackpad (touch pad) in the portable computer system and the contact panel (touch panel) that combines with screen or the like, wherein mouse is the indicator device of release the earliest.With the mouse is the function that example illustrates indicator device, index (pointer) on the screen of mouse may command electronic installation, promptly where mouse moves on to, and index is also followed and where is moved on to, the target of on screen desire being carried out is pressed the control button then, can assign execution command to electronic installation.Yet present electronic device design is towards short and small frivolous development, and for example notebook computer replaces the shipment of desktop computer gradually, causes the little contactor control device of volume (as Trackpad) that the situation that becomes the indicator device main flow is gradually arranged.
The technology of Trackpad roughly comprises condenser type, resistance-type, electromagnetic type, pressure type, inductance type, surface acoustic wave type, ultrasonic formula, optical profile type or the like at present.When the object such as finger moves on Trackpad, can controlling index move along the direction of movement of objects.Yet indicator device also need have the function of issuing an order concurrently except controlling index moves.With the example that is operating as of mouse, when index moved to the object (as formula, file, picture) that desire moves, sustainable mousebutton (as left button) and the rolling mouse pushed then can pull (Drag) object to other positions.Yet, with the contactor control device such as Trackpad, set up two control buttons to replace the right and left key of mouse more than its below at present, perhaps define object certain action gesture on contactor control device, object when the moving target thing, produces the signal of pushing mousebutton continuously in the lump, so that can be towed to other positions.
General contactor control device is with a towing gesture, comes the action of analog mouse towing, and its method is to be used in to implement a keystroke (tap) on the contactor control device and and then implement the gesture that once moves (movement) again, makes object move.Thereby, at United States Patent (USP) the 6th, 414, the previous methods of the towing gesture on a kind of how identification contactor control device is proposed in No. 671.Cooperate Fig. 1, at first the time span t of the first time appearance of object on Trackpad
4(promptly referring to the residence time that object occurs for the first time on contactor control device) compares with the first reference time value, as if the time span t that occurs for the first time
4When being worth, then produce a towing signal 11 less than first reference time; Then, the time interval t between occurring for the first time and occurring for the second time
5Compare with second reference time value, if time interval t
5When being worth, then keep towing signal 11 and in the second time span t that occurs less than second reference time
6In repeat to produce X, Y information.
Though known method can reach the purpose of identification towing gesture, yet because in the previous methods, the time span t that occurs for the first time
4And the time interval t between first and second time appearance
5Make comparisons with the corresponding reference time value respectively, comparatively complicated in the feasible judgement, and in the time span t that occurs for the second time
6In repeat to produce X, Y information, cause in the design comparatively complicated.Moreover, because user's individual differences, so everyone carries out time of each action of towing gesture or variant in stage on contactor control device, very the same user of person also may have difference in carrying out each time length of moving of pulling gesture each time, causes previous methods to have the situation of erroneous judgement to take place easily.Again, noise that produces when working by false touch or because of contactor control device itself easily in the use of contactor control device or the noise that comes from external environment disturb, thus occur the first time that can produce of short duration surging formula (spike), first time of surging formula occurs with occur for the second time between the phenomenon of the appearance second time of time interval, surging formula.Previous methods is not done the minimum time restriction to the time span of first, second time appearance, time interval between twice appearance, so easily to disturbing the signal that produces to do improper judgement because of noise, and the situation generation of erroneous judgement is arranged easily.
Summary of the invention
Fundamental purpose of the present invention is to provide a kind of identification to pull the method and the controller of gesture, utilizes the time of respectively moving to add up and compares next the value with a reference time, to reach the simpler and more direct and reliable effect of judgement.
Another object of the present invention is to provide a kind of method and controller of identification towing gesture, require the time of each action to take place with the situation of effectively avoiding judging by accident respectively greater than a pair of time value of answering because of noise.
Another purpose of the present invention is to provide a kind of method and controller of identification towing gesture, can the accumulating displacement between the apparition second time with one with reference to the displacement comparison, taking a decision as to whether the towing gesture, and then reach the effect of more accurate judgement.
The method of identification towing gesture of the present invention, this towing gesture is to generate on a contactor control device, it is characterized in that the method includes the steps of:
Detecting an object occurs the first time on this Trackpad;
Detecting this object occurs the second time on this Trackpad; And
If the totalling of this time span that occurs for the first time and this end that occurs for the first time and this time interval of initial that occurs for the second time is less than the first reference time value, and when meeting a kind of in following two kinds of situations, then produces one and pull signal:
(A) if this time span that occurs for the first time, this end that occurs for the first time and this time interval of initial that occurs for the second time, the totalling that reaches this time span that occurs for the second time are not less than this reference time value; And
(B) if the accumulative total displacement between this apparition second time is not less than one with reference to displacement.
For further specifying above-mentioned purpose of the present invention, design feature and effect, the present invention is described in detail below with reference to accompanying drawing.
Description of drawings
Fig. 1 is a kind of signal clock pulse figure that in the past pulled gesture;
Fig. 2 is the block schematic diagram in conjunction with the contactor control device of the preferred embodiment of the method for identification towing gesture of the present invention;
Fig. 3 is the process flow diagram of embodiment among Fig. 2;
Fig. 4 is the input of the example of embodiment among Fig. 2 and the clock pulse figure of output signal; And
Fig. 5 is the input of another example of embodiment among Fig. 2 and the clock pulse figure of output signal.
Embodiment
At first explanation is that the method for identification of the present invention towing gesture is used for a contactor control device.For illustrative purposes, select in the present embodiment to explain with capacitive touch device.
As Fig. 2, capacitive touch device 2 roughly comprises computing module, a gesture unit 26 and the transmission interface 27 that a Trackpad 21, has a directions X processing unit 22, a Y direction processing unit 23, an arithmetic element 24 and a displacement unit 25.Trackpad 21 has plurality of wires to distribute respectively at X, Y direction, for example 16 of directions Xs, 12 in Y direction.So, when the object that has electric conductivity such as finger 10 touches or during near Trackpad 21, then can produce capacitance variation on the Trackpad 21, and then, X, Y direction processing unit 22,23 are passed to arithmetic element 24 after handling the capacitance of X, Y direction respectively, arithmetic element 24 can calculate in view of the above the object contact position the Building X scale value, with the Building Y scale value.Then, displacement unit 25 receives operation result X, the Y of arithmetic element 24, and calculates object according to this behind relative displacement DX, DY on the Trackpad 21 (referring to press signal), transmits and gives gesture unit 26 and transmission interface 27.So, result of calculation DX, DY can be sent to a main frame (host) 3 through transmission interface 27, for main frame 3 its indexs of control moving on screen.Main frame 3 can be various electronic installations such as PC, notebook computer, personal digital processor (PDA), mobile phone.At this, owing to aforementioned components is not the improved characteristics of this case and widely is familiar with present technique field person and knows, so do not give unnecessary details at this.In addition, this routine arithmetic element 24, displacement unit 25, gesture unit 26 are in the controller that is integrated in such as wafer with transmission interface 27.
Gesture unit 26 receives result of calculation DX, the DY of displacement unit 24, whether have on Trackpad 21 with judgment object and to produce one and meet the action of pulling gesture, and the towing signal (this towing signal is a plurality of continuous signal packages) of pushing mousebutton and rolling mouse is simulated in corresponding output one when being judged as the towing gesture, to do the correspondence control of vernier through transmission interface 27 feed-in main frames 3.Technical characterictic of the present invention is: the method for gesture unit 26 identifications towing gesture.The method can software, a piece of wood serving as a brake to halt a carriage body or hardware mode are located in the gesture unit 26.Moreover, though this routine gesture unit 26 is to be integrated in the controller of contactor control device 2, however also can software or hardware mode be arranged in the main frame 3, should not be subject to this
Embodiment discloses.
In addition, though present embodiment is that example explains with capacitive touch device 2, yet be familiar with present technique field person when knowing, the present invention also can be applicable to the touch control panel device of other kenels, for example optical profile type, resistance-type, inductance type, pressure type, electromagnetic type, surface acoustic wave type, ultrasonic formula or the like should not be subject to present embodiment and disclose.
Cooperate Fig. 3, the judgement flow process of an example of present embodiment is described.In this example, hypothesis Trackpad 21 is knocked (tap) twice such as the object of pointing 10 earlier.For convenience of description, object is represented to point 10 hereinafter.In addition,, ought know, but yet a plurality of objects of sensing of Trackpad 21 should not be subject to dew that this example discloses yet be familiar with present technique field person though serve as that finger 10 object illustrates with one in this example.
At first, in step 41, contactor control device 2 detects the beginning that finger 10 occurred the first time of Trackpad 21, i.e. beginning of knocking for the first time.At this moment, contactor control device 2 can begin to count the time of occurrence of finger 10 on Trackpad 21.If if hypothesis towing gesture then can be in first reference time value T in this example
1In detect the beginning of twice appearance.First reference time value T of this example
1Scope can be set at approximately between 100 microseconds ~ 1000 microsecond (100ms≤T
1≤ 1000ms), can be according to deviser's needs or user's operating habit and adjust.
Then, in step 42, contactor control device 2 continues to detect the finger 10 that comes across on the Trackpad 21, detects with judgement to occur end for the first time and arrived at the first reference time value T from the time that occurs beginning to count for the first time
1Two conditions in which condition reached earlier.
Detect when occurring finishing for the first time, if judge earlier in the step 42 because do not reach the first reference time value T as yet in timing
1In time, existing occur for the first time, thereby might be at first reference time value T
1In have again for the second time and occur, thereby continue execution in step 44.On the contrary, judge gate time earlier as if step 42 and arrived at the first reference time value T
1, then because of first reference time value T
1In the time span T that for the first time occurs and occur is for the first time only arranged
Down1Surpassed first reference time value T
1, can determine non-is the towing gesture, thereby by gesture unit 26 execution in step 43, to judge whether to be other gestures.
In step 44, contactor control device 2 continues to judge that the beginning and the gate time that detect the second time appearance of finger 10 on Trackpad 21 have arrived at the first reference time value T
1Two conditions in which condition reached earlier.If in the step 44, judge the appearance second time earlier and begin, mean at the first reference time value T
1In may have twice appearance and may be the towing gesture, so continue step 45.Arrived at the first reference time value T if judge gate time earlier in the step 44
1The time, can confirm non-is the towing gesture, thereby skips in the step 43, judges whether to be other gestures.
If judge in the step 44 when occurring having begun for the second time, as Fig. 4, contactor control device 2 has obtained the time span T that occur the first time in previous detection
Down1(referring to point 10 duration that come across for the first time on the Trackpad 21), and the time interval T first time who is positioned between the first time and the appearance second time
Up1(referring to knock for the first time the back and mention and leave Trackpad 21, the time span before knocking the second time of finger 10) between finger 10.
Noise that is produced by false touch or because of Trackpad 21 work itself easily in the use of Trackpad 21 or the noise that comes from external environment disturb the improper signal that produces, for example occur the first time of blink, occur for the second time and twice appearance between time interval.Because these improper signals only continue blink many time, so, more require duration of each action to need respectively minimum reference time value in the present embodiment greater than correspondence, with these improper signals of effective filtering, and then increase the precision of identification.
Thereby, in step 45, judge the time interval T first time that is positioned between the first time and the appearance second time
Up1Whether mention reference time value T greater than first minimum
21At this, first minimum is mentioned reference time value T
21Promptly point 10 and mention the minimum active period that (UP) falls again.First minimum of this example is mentioned reference time value T
2Scope can be set at approximately between 1 microsecond ~ 10 microsecond (1ms≤T
2≤ 10ms), can need or user's operating habit and adjusting according to the deviser.If judge very first time spacing T in the step 45
Up1Be not more than first minimum and mention reference time value T
21(T
Up1≤ T
21) time, mean the time interval T first time between occurring the first time and the second time
Up1Too short, thereby judge that the signal of time interval is a noise for the first time, thus occur for the first time in fact really not finishing, and rebound step 42.If judge very first time spacing T in the step 45
Up1Mention reference time value T greater than first minimum
21(T
Up1＞T
21) time, mean time interval T for the first time
Up1Be effective signal, then continue step 46.
In step 46, judge the time span T that occurs for the first time
Down1Whether knock reference time value T greater than first minimum
31At this, first minimum is knocked reference time value T
31Be meant finger 10 minimum active periods that on Trackpad 21, stopped.If judge the time span T that occurs for the first time in the step 46
Down1Knock reference time value T greater than first minimum
31(T
Down1＞T
31) time, mean that the signal that occurs for the first time is effective signal, and continue step 47.On the contrary, if judge the time span T that occurs for the first time in the step 46
Down1Be not more than first minimum and knock reference time value T
31(T
Down1≤ T
31) time, mean for the first time to appear as noise, thus sublate need not and rebound step 41, to detect the beginning that occurs for the first time again.First minimum of this example is knocked reference time value T
31Scope can need or user's operating habit and adjusting according to the deviser.
When entering step 47, mean the time span T that occurs for the first time
Down1With the time interval T first time
Up1Totalling less than first reference time value T
1(T
Down1+ T
Up1＜T
1).Because when implementing the towing gesture, nothing more than the residence time that the secondaries that are finger 10 contact Trackpads 21 occur longer, or it is bigger to point the 10 accumulative total displacements that occur the second time of Trackpad 21, thereby judge whether to be the towing gesture as requirement condition with time or displacement in the present embodiment, to increase the fiduciary level of judging.Thereby, in step 47, judge simultaneously to detect for the second time the accumulative total displacement M that end occurs, occur for the second time
Down2Greater than one with reference to displacement M
1Arrived at the first reference time value T with the time that occurs beginning to count from the first time
1Three conditions in which condition reached earlier.Except that timing, the result of calculation DX, the DY that more utilize displacement unit 25 to produce calculate the accumulative total displacement M that occurs for the second time when detection second occurs in gesture unit 26
Down2
If detect earlier in the step 47 when occurring finishing for the second time, can obtain the time span T that occurs for the second time
Down2The time interval T second time that produces when finger 10 was mentioned after appearance finished for the second time with one
Up2At this moment, if confirm time interval T for the second time
Up2With the time span T that occurs for the second time
Down2During for effective signal, mean at the first reference time value T
1In complete appearance [(T is arranged twice
Down1+ T
Down2+ T
Up1)＜T
1] and the accumulating displacement M that occurs for the second time
Down2Again less than reference displacement M
1(M
Down2＜M
1), then infer the non-towing gesture that is.Thereby, in step 47, judge earlier when detecting appearance end for the second time, continue step 48,49, to judge the time interval T second time earlier
Up2With the time span T that occurs for the second time
Down2Whether be effective signal.
In step 48, judge time interval T for the second time
Up2Whether mention reference time value T greater than second minimum
22Second minimum of this example is mentioned reference time value T
22Scope can be set at approximately between 1 microsecond ~ 10 microsecond (1ms≤T
2≤ 10ms), can need or user's operating habit and adjusting according to the deviser.If step 48 is judged time interval T for the second time
Up2Mention reference time value T greater than second minimum
22(T
Up2＞T
22) time, represent time interval T for the second time
Up2Be effective signal, to continue the judgement of step 49.If step 49 is judged as not (T
Up2≤ T
22) time, mean this time interval T for the second time
Up2Signal be noise only, thereby sublate need not and rebound step 47.Set first minimum in this example and mention reference time value T
21Be same as second minimum and mention reference time value T
22
In step 49, judge the time span T that occurs for the second time
Down2Whether knock reference time value T greater than second minimum
32If judge the time span T that occurs for the second time in the step 49
Down2Knock reference time value T greater than second minimum
32(T
Down2＞T
32) time, can determine that the signal that occurs for the second time is effective signal, deducibility is non-then is the towing gesture, thereby skips to step 43, to judge whether to be other gestures.On the contrary, if in the step 49, judge the time span T that occurs for the second time
Down2Be not more than second minimum and knock reference time value T
32(T
Down2≤ T
32) time, mean for the second time appear as noise and sublate need not, whether rebound step 44 occurs beginning to continue to detect for the second time.Second minimum is knocked reference time value T in this example
32Scope can need or user's operating habit and adjusting according to the deviser, more can set second minimum and knock reference time value T
32Knock reference time value T with first minimum
31Identical.
If in the step 47, judge earlier from the time that occurs beginning to count for the first time and arrived at the first reference time value T
1The time, if can determine to appear as effective signal for the second time, then deducibility goes out to appear as the towing gesture for twice, thereby first execution in step 50, to judge whether occur for the second time is effective signal.
In step 50, judge the time span T that occurs for the second time
Down2Whether knock reference time value T greater than second minimum
32If step 50 is judged the time span T that occurs for the second time
Down2Knock reference time value T greater than second minimum
32(T
Down2＞T
32) time, mean to appear as effective signal and the time span T that occurs for the first time for the second time
Down1, the very first time spacing T between occurring for the first time and for the second time
Up1And the time span T that occurs for the second time
Down2Totalling be not less than the first reference time value T
1[(T
Down1+ T
Down2+ T
Up1) 〉=T
1], thereby gesture unit 26 generations one towing signal, with through transmission interface 27 feed-in main frames 3, pulling the generation of gestures to inform main frame 3, the button of analog mouse continues to be pressed and to move the towing signal that is produced.If in the step 50, judge the time span T that occurs for the second time
Down2Be not more than second minimum and knock reference time value T
32(T
Down2≤ T
32) time, represent to appear as noise for the second time, but because of occurring having reached the first reference time value T after the beginning from for the first time
1So, skip to step 43, to judge whether to be other gestures.
If in the step 47, judge the accumulative total displacement M that occurs for the second time earlier
Down2Greater than reference displacement M
1(M
Down2〉=M
1) time, though mean that the whole time of knocking for twice is shorter, knocking (promptly occurring for the second time) for the second time is towing on Trackpad 21, the user carries out these actions for the towing purpose, thereby execution in step 51, pulls signal as Fig. 5 to produce.The reference displacement M of this example
1Scope can be 1 pixel (pixel) ~ 10 pixel (1pixel≤M1≤10pixel), for example be 3 pixels also can be according to deviser's demand and user's operating habit and adjust.
According to preceding described, be different from the past and pulled signal generation immediately after knocking for the first time in the discrimination method, cooperate Fig. 4, as the time span T of first and second time appearance
Down1, T
Down2And the time interval T first time between twice appearance
Up1Totalling more than or equal to first reference time value T
1The time, (T
Down1+ T
Down2+ T
Up1) 〉=T
1, then the cumulative time arrives the first reference time value T after occurring for the first time
1After, the signal 51 of output towing just now.In addition, cooperate Fig. 5, as the time span T of first and second time appearance
Down1 ', T
Down2'And the time interval T between twice appearance
Up1 'Totalling less than first reference time value T
1, (T
Down1+ T
Down2+ T
Up1)＜T
1, but the accumulative total displacement M that occurs for the second time
Down2 'Be not less than with reference to displacement M
1The time (M
Down2〉=M
1), then between this apparition second time, work as this accumulating displacement and be not less than this time point, output towing signal 51 ' with reference to displacement.
Conclude aforementioned, present embodiment for the towing gesture requirement condition such as following formula:
Formula 1:T
Down1＞T
31
Formula 2:T
Down2＞T
32
Formula 3:T
Up1＞T
21
Formula 4:T
Up2＞T
22
Formula 5:(T
Down1+ T
Up1)＜T
1And
a.(T
down1+T
down2+T
up1)≥T
1；or
b.M
down2≥M
1
It should be noted,, yet be familiar with present technique field person when knowing that the condition of abovementioned steps 42,44,47 also can be judged in regular turn, should not be subject to this enforcement and disclose though abovementioned steps the 42,44, the 47th is judged a plurality of conditions simultaneously.
According to described, different needed in the past indivedual judge occur for the first time and time of the interval time of first and second time between occurring whether less than the corresponding reference time value and in the second time time of occurrence domestic demand additionally export X, Y information as basis, need not to export X, Y information in the method for identification of the present invention towing gesture, but comprehensively each actuation time T
Down1, T
Down2, T
Up1Totalling judge whether to be not less than the first reference time value T
1(with reference to formula 5a) perhaps judges the accumulative total displacement M that occurs for the second time
Down2Whether be not less than with reference to displacement M
1(with reference to formula 5b) is to reach the more succinct and reliable effect of judgement.In addition, the present invention more requires need respectively greater than corresponding reference value T each actuation time
31(with reference to formula 1), T
32(with reference to formula 2), T
21(with reference to formula 3) and T
22(with reference to formula 4), the improper signal that produces because of interference with effective filtering is to reach the more accurate effect of judgement.Moreover, be different from and only utilize the time to be used as pulling the judgement of gesture in the past, more utilize among the present invention and judge the accumulative total displacement M that occurs for the second time
Down2Whether be not less than with reference to displacement M
1Judge that whether it is towing gesture (with reference to formula 5b), with convenient user's operation, and then reaches the more accurate effect of judgement.
Though the present invention describes with reference to current specific embodiment, but those of ordinary skill in the art will be appreciated that, above embodiment is used for illustrating the present invention, under the situation that does not break away from spirit of the present invention, also can make the variation and the modification of various equivalences, therefore, as long as variation, the modification to the foregoing description all will drop in the scope of claims of the present invention in connotation scope of the present invention.
Claims (20)
1. the method for identification towing gesture, this towing gesture is to generate on a contactor control device, it is characterized in that the method includes the steps of:
Detecting an object occurs the first time on this Trackpad;
Detecting this object occurs the second time on this Trackpad; And
If the totalling of this time span that occurs for the first time and this end that occurs for the first time and this time interval of initial that occurs for the second time is less than the first reference time value, and, then produces one and pull signal as if one that meets in following two kinds of situations:
(A) if the totalling of this time span that occurs for the first time, this end that occurs for the first time and this time interval of initial that occurs for the second time and this time span that occurs for the second time is not less than this reference time value; And
(B) if the accumulative total displacement between this apparition second time is not less than one with reference to displacement.
2. the method for claim 1 is characterized in that: this towing signal be in this time span that occurs for the first time, this end that occurs for the first time and this time interval of initial that occurs for the second time, and the time point that adds up above this reference time value of this time span that occurs for the second time begin to be produced.
3. the method for claim 1 is characterized in that: this towing signal is produced the time point beginning of the accumulative total displacement between this apparition second time when being not less than this with reference to displacement.
4. the method for claim 1 is characterized in that: this towing signal also knocks the reference time in this time span that occurs for the first time greater than first minimum and the beginning can be produced during value.
5. the method for claim 1 is characterized in that: this towing signal also knocks the reference time in this time span that occurs for the second time greater than second minimum and the beginning can be produced during value.
6. the method for claim 1 is characterized in that: this towing signal is also mentioned the reference time in this end that occurs for the first time and this time interval of initial that occurs for the second time greater than first minimum and the beginning can be produced during value.
7. the method for claim 1, it is characterized in that: this contactor control device transmits this towing signal to main frame.
8. the controller of a contactor control device is used for the action of identification one object on this contactor control device, it is characterized in that this controller comprises:
One computing module, when detecting this object in the occurring each time of this contactor control device, correspondingly respectively produce one and press signal, respectively this to press signal be that this correspondence begins to be produced when time coming across initial on this contactor control device, and after finishing appears in this time, be terminated; And
One gesture unit connects this computing module, presses signal to receive these, and presses signal according to these calculate time span and accumulating displacement that this object occurs and the action of discerning this object on this contactor control device,
Wherein, when this gesture unit from this computing module receive a pair of should object in the first time on this contactor control device occur being produced first press signal and a pair of should object the second time on this contactor control device occur being produced second when pressing signal, and in the totalling that calculates this time span that occurs for the first time and this end that occurs for the first time and this time interval of initial that occurs for the second time less than first reference time during value, and when calculating one that meets in following two kinds of situations, the corresponding towing signal that produces in this gesture unit:
A) if the totalling of this time span that occurs for the first time, this end that occurs for the first time and this time interval of initial that occurs for the second time and this time span that occurs for the second time is not less than a reference time value; And
B) if the accumulative total displacement between this apparition second time is not less than one with reference to displacement.
9. controller as claimed in claim 8 is characterized in that: this gesture unit be in this time span that occurs for the first time, this end that occurs for the first time and this time interval of initial that occurs for the second time, and this time span that occurs for the second time add up above this towing signal of the time point of this reference time value beginning generation.
10. controller as claimed in claim 8 is characterized in that: this gesture unit is to produce this towing signal when this accumulating displacement is not less than this time point with reference to displacement between this apparition second time.
11. controller as claimed in claim 8 is characterized in that: this gesture unit also occurs length for the first time and knocks the reference time greater than first minimum and the beginning can produce this towing signal during value in calculating this.
12. controller as claimed in claim 8 is characterized in that: this gesture unit also knocks the reference time greater than second minimum and the beginning can produce this towing signal during value in calculating the time span that occurs for the second time.
13. controller as claimed in claim 8 is characterized in that: this gesture unit is also mentioned the reference time greater than first minimum and the beginning can be produced this towing signal during value in calculating this end that occurs for the first time and this time interval of initial that occurs for the second time.
14. controller as claimed in claim 8 is characterized in that: this controller comprises that also one connects the transmission interface of this gesture unit, to transmit this towing signal to a main frame.
15. the gesture unit of a contactor control device, be used for the action of identification one object on this contactor control device, when this gesture unit from this contactor control device receive a pair of should object in the first time on this contactor control device occur being produced first press signal and a pair of should object the second time on this contactor control device occur being produced second when pressing signal, the totalling that calculates this time span that occurs for the first time and this end that occurs for the first time and this time interval of initial that occurs for the second time is less than first reference time during value, and when calculating one that meets in following two kinds of situations, the corresponding towing signal that produces in this gesture unit:
A) if the totalling of this time span that occurs for the first time, this end that occurs for the first time and this time interval of initial that occurs for the second time and this time span that occurs for the second time is not less than a reference time value; And
B) if the accumulative total displacement between this apparition second time is not less than one with reference to displacement.
16. gesture as claimed in claim 15 unit is characterized in that: this gesture unit produces this towing signal in the time point that this time span that occurs for the first time, this end that occurs for the first time and this time interval of initial that occurs for the second time and this time span that occurs for the second time add up above this reference time value.
17. gesture as claimed in claim 15 unit is characterized in that: this gesture unit produces this towing signal when this accumulating displacement is not less than this time point with reference to displacement between this apparition second time.
18. gesture as claimed in claim 15 unit is characterized in that: this gesture unit also occurs length for the first time and knocks the reference time greater than first minimum and the beginning can produce this towing signal during value in calculating this.
19. gesture as claimed in claim 15 unit is characterized in that: this gesture unit also knocks the reference time greater than second minimum and the beginning can produce this towing signal during value in calculating the time span that occurs for the second time.
20. gesture as claimed in claim 15 unit is characterized in that: this gesture unit is also mentioned the reference time greater than a minimum and the beginning can be produced this towing signal during value in calculating this end that occurs for the first time and this time interval of initial that occurs for the second time.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200310120785 CN1280692C (en) | 2003-12-04 | 2003-12-04 | Method of identifying drag gesture and controller |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200310120785 CN1280692C (en) | 2003-12-04 | 2003-12-04 | Method of identifying drag gesture and controller |
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| Publication Number | Publication Date |
|---|---|
| CN1624631A true CN1624631A (en) | 2005-06-08 |
| CN1280692C CN1280692C (en) | 2006-10-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200310120785 Expired - Fee Related CN1280692C (en) | 2003-12-04 | 2003-12-04 | Method of identifying drag gesture and controller |
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| CN (1) | CN1280692C (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN100388175C (en) * | 2005-07-21 | 2008-05-14 | 义隆电子股份有限公司 | Gesture detecting method for touch control panel |
| CN100405273C (en) * | 2005-07-15 | 2008-07-23 | 义隆电子股份有限公司 | Function region overlap detection of touch panel |
| CN100416481C (en) * | 2005-11-11 | 2008-09-03 | 义隆电子股份有限公司 | Method for checking object of touch control panel |
| CN100454223C (en) * | 2005-07-21 | 2009-01-21 | 义隆电子股份有限公司 | Gesture detecting method for touch control panel |
| WO2011035722A1 (en) * | 2009-09-23 | 2011-03-31 | Byd Company Limited | Method for identifying action on touch device and action identifying device |
| CN101667077B (en) * | 2008-09-03 | 2011-06-22 | 升达科技股份有限公司 | Method for identifying single-click, double-click and drag motions and controller of touch device |
| CN101667089B (en) * | 2008-09-04 | 2011-08-17 | 比亚迪股份有限公司 | Method and device for identifying touch gestures |
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| CN102929433A (en) * | 2012-11-06 | 2013-02-13 | 山东大学 | Method for reducing dragging delay on embedded device through contact prediction |
| CN103019418A (en) * | 2011-09-20 | 2013-04-03 | 凌通科技股份有限公司 | Judgment method for single click, double click and dragging of touchpad |
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| CN100405273C (en) * | 2005-07-15 | 2008-07-23 | 义隆电子股份有限公司 | Function region overlap detection of touch panel |
| CN100454223C (en) * | 2005-07-21 | 2009-01-21 | 义隆电子股份有限公司 | Gesture detecting method for touch control panel |
| CN100388175C (en) * | 2005-07-21 | 2008-05-14 | 义隆电子股份有限公司 | Gesture detecting method for touch control panel |
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| CN101667089B (en) * | 2008-09-04 | 2011-08-17 | 比亚迪股份有限公司 | Method and device for identifying touch gestures |
| WO2011035722A1 (en) * | 2009-09-23 | 2011-03-31 | Byd Company Limited | Method for identifying action on touch device and action identifying device |
| WO2011134297A1 (en) * | 2010-04-30 | 2011-11-03 | 腾讯科技（深圳）有限公司 | Method and apparatus for responding operations |
| US8638293B2 (en) | 2010-04-30 | 2014-01-28 | Tencent Technology (Shenzhen) Company Limited | Method and apparatus for responding operations |
| WO2012129981A1 (en) * | 2011-03-31 | 2012-10-04 | Shenzhen Byd Auto R&D Company Limited | Method of identifying touch gesture and device thereof |
| CN102736757A (en) * | 2011-03-31 | 2012-10-17 | 比亚迪股份有限公司 | Method and apparatus for touch control identification |
| CN103019418A (en) * | 2011-09-20 | 2013-04-03 | 凌通科技股份有限公司 | Judgment method for single click, double click and dragging of touchpad |
| CN103019418B (en) * | 2011-09-20 | 2015-07-15 | 凌通科技股份有限公司 | Judgment method for single click, double click and dragging of touchpad |
| CN103150037A (en) * | 2011-12-06 | 2013-06-12 | 禾威科技股份有限公司 | Touch recognition method and capacitive pointing device |
| CN102929433A (en) * | 2012-11-06 | 2013-02-13 | 山东大学 | Method for reducing dragging delay on embedded device through contact prediction |
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