CN102467283A - Touch control device with multipoint touch control function and touch control operation method thereof - Google Patents
Touch control device with multipoint touch control function and touch control operation method thereof Download PDFInfo
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- CN102467283A CN102467283A CN2010105508905A CN201010550890A CN102467283A CN 102467283 A CN102467283 A CN 102467283A CN 2010105508905 A CN2010105508905 A CN 2010105508905A CN 201010550890 A CN201010550890 A CN 201010550890A CN 102467283 A CN102467283 A CN 102467283A
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Abstract
The invention provides a touch control device which comprises a shell, a first touch control induction unit, a second touch control induction unit and a control unit, wherein the shell comprises a first side and a second side which is opposite to the first side; the first touch control induction unit is installed on the first side of the shell, the first touch control induction unit is used to detect a first touch control event and generate a first touch control signal according to the first touch control event; the second touch control induction unit is installed on the second side of the shell and is used to detect a second touch control event and generate a second touch control signal according to the second touch control event; the control unit is coupled with the first touch control induction unit and the second touch control induction unit, and is used to generate a control instruction corresponding to the first touch control signal and the second touch control signal.
Description
Technical field
The present invention provides a kind of contactor control device and touch operation method with multi-point touch function, refers to that especially a kind of while carries out the contactor control device and the touch operation method of multi-point touch function in the touch-control sensing unit of homonymy not.
Background technology
In various consumption electronic products market now; Personal digital assistant (personal digital assistant; PDA), mobile phone, and portable electronic product such as PDA mobile phone has been widely used all and has had the interface tool that touch panel is linked up as its data.And since the design of electronic product at present all with light, thin, short, little be direction; Therefore no enough spaces hold like traditional input medias such as keyboard, mouses on product; Especially under the drive of the flat computer demand of stressing human oriented design, the display device of collocation touch panel becomes one of crucial zero element of various electronic product gradually.Yet it is numerous to develop the contact panel technology that now; Contact panels such as resistance-type, condenser type, ultrasonic formula and infrared ray sensing and detecting type for example; And because technological layer and cost difference to some extent, so the contact panel of this many kind just is used in various different field.Yet most of touch electronics product only has the function of single face touch-control; As the touch control display panel (touch panel) that combination of touch control input and Presentation Function be provided is in a side of electronic product; But its real not applied under touch technology makes rapid progress Development Trend is used; It is technological if only be applied to single contact panel for example to utilize gesture or a plurality of finger to control simultaneously with the multi-point touch of assigning instruction, then can't satisfy ergonomic and the diversified demand of user's man-machine interface.
Summary of the invention
The present invention provides a kind of while carries out the multi-point touch function in the touch-control sensing unit of homonymy not contactor control device and touch operation method, to solve the above problems.
One aspect of the present invention is to disclose a kind of contactor control device with multi-point touch function, and it includes a housing, one second side that it includes one first side and is different from this first side; One first touch-control sensing unit, it is installed on this first side of this housing, and this first touch-control sensing unit is used for detecting one first touch-control incident, and produces one first touching signals according to this first touch-control incident; One second touch-control sensing unit, it is installed on this second side of this housing, and this second touch-control sensing unit is used for detecting one second touch-control incident, and produces one second touching signals according to this second touch-control incident; And a control module, it is coupled in this first touch-control sensing unit and this second touch-control sensing unit, and this control module is used for simultaneously controlling instruction according to this first touching signals and the generation of this second touching signals are corresponding.
Another aspect of the present invention also discloses a kind of touch operation method with multi-point touch function, and its one first touch-control sensing unit that includes one first side that is installed on a housing detects one first touch-control incident, to produce one first touching signals; The one second touch-control sensing unit that is installed on one second side that is different from this first side of this housing detects one second touch-control incident, to produce one second touching signals; And one control module simultaneously control instruction according to this first touching signals and the generation of this second touching signals are corresponding.
Another aspect of the present invention also discloses a kind of contactor control device with multi-point touch function, and it includes a housing, one second side that it includes one first side and is different from this first side; An and touch control component; It is installed on this housing, and this touch control component includes one first touch-control sensing unit, and it is installed on this first side of this housing; This first touch-control sensing unit is used for detecting one first touch-control incident, and produces one first touching signals according to this first touch-control incident; And one second touch-control sensing unit, it is installed on this second side of this housing, and this second touch-control sensing unit is used for detecting one second touch-control incident, and produces one second touching signals according to this second touch-control incident.This contactor control device also includes a control module, and it is coupled in this touch control component, and this control module is used for producing corresponding one according to this first touching signals and this second touching signals simultaneously and controls instruction, and wherein this is controlled instruction and is used for controlling a display object.
Contactor control device provided by the present invention and touch control method utilization be installed on housing not the detected different touch-control incidents in a plurality of touch-control sensings unit of homonymy design the different combinations of controlling; And make the multi-point touch function more diversified; And the user need not hold contactor control device on the other hand; And using another hand to carry out the touch-control action, it only need be hold by one hand contactor control device, and uses the not touch-control sensing unit of homonymy of different finger touch; The present invention can reach the purpose of singlehanded gesture multi-point touch, so can satisfy the demand that the singlehanded gesture of man-machine interface variation and ergonomic is controlled.
Description of drawings
Fig. 1 is the schematic appearance of preferred embodiment contactor control device of the present invention.
Fig. 2 is the function block schematic diagram of preferred embodiment contactor control device of the present invention.
Fig. 3 carries out the process flow diagram of touch control operation for preferred embodiment contactor control device of the present invention.
Fig. 4 to Fig. 8 is respectively the user carries out the touch point of different touch-control incidents on the first touch-control sensing unit, the second touch-control sensing unit, the 3rd touch-control sensing unit relative position synoptic diagram.
Fig. 9 is for being provided with the synoptic diagram of non-induction zone between each touch-control sensing unit of the present invention.
Figure 10 to Figure 12 is respectively the user and controls the synoptic diagram that contactor control device is carried out different instruction.
[main element label declaration]
50 contactor control devices, 52 housings
521 first sides, 523 second sides
525 the 3rd sides, 54 first touch-control sensing unit
The 3rd touch-control sensing unit, 56 second touch-control sensing unit 58
60 control modules, 62 display units
64 storage unit, 66 input-output units
68 non-induction zones
Step 100,102,104,106,108,110,112
Embodiment
See also Fig. 1 and Fig. 2, Fig. 1 is the schematic appearance of preferred embodiment one contactor control device 50 of the present invention, and Fig. 2 is the function block schematic diagram of preferred embodiment contactor control device 50 of the present invention.Contactor control device 50 can be personal digital assistant, mobile phone, or portable electronic product such as PDA mobile phone.Contactor control device 50 includes a housing 52, and it includes one first side 521, one second side 523, and one the 3rd side 525, and wherein first side 521 is with respect to the 3rd side 525, and second side 523 is connected in first side 521 and the 3rd side 525.Contactor control device 50 also includes one first touch-control sensing unit 54, one second touch-control sensing unit 56 and one the 3rd touch-control sensing unit 58.First side, 521, the first touch-control sensing unit 54 that the first touch-control sensing unit 54 is installed on housing 52 are used for detecting one first touch-control incident, and produce one first touching signals according to this first touch-control incident; Second side, 523, the second touch-control sensing unit 56 that the second touch-control sensing unit 56 is installed on housing 52 are used for detecting one second touch-control incident, and produce one second touching signals according to this second touch-control incident; The 3rd side 525, the three touch-control sensing unit 58 that the 3rd touch-control sensing unit 58 is installed on housing 52 are used for detecting one the 3rd touch-control incident, and produce one the 3rd touching signals according to the 3rd touch-control incident.Wherein the first touch-control sensing unit 54, the second touch-control sensing unit 56, the 3rd touch-control sensing unit 58 can be respectively any form touch-control sensing unit such as resistance-type, condenser type, ultrasonic formula or infrared ray sensing and detecting type; And the first touch-control sensing unit 54, the second touch-control sensing unit 56, the 3rd touch-control sensing unit 58 can be three blocks of a touch control component bending forming; For example can the hot pressing bending forming or other molding mode touch control component is bent into U type structure, that is to say that the first touch-control sensing unit 54, the second touch-control sensing unit 56, the 3rd touch-control sensing unit 58 can be three induction blocks on the same touch control component; The first touch-control sensing unit 54, the second touch-control sensing unit 56, the 3rd touch-control sensing unit 58 maybe can be respectively a touch control component, that is to say that the three can be the separated structures part, look closely the actual design demand and decide.
See also Fig. 3, Fig. 3 is the process flow diagram of preferred embodiment contactor control device 50 execution touch control operations of the present invention, and relevant touch operation method includes the following step:
Step 100: in the first touch-control sensing unit 54, the second touch-control sensing unit 56 or the 3rd touch-control sensing unit 58 carry out the touch-control incidents;
Step 102: control module 60 judges whether by the first touch-control sensing unit 54, the second touch-control sensing unit 56, detects a plurality of touch-control incidents with the 3rd touch-control sensing unit 58, if execution in step 104; Execution in step 110 then if not;
Step 104: control module 60 judges whether by the first touch-control sensing unit 54, the second touch-control sensing unit, detects this a plurality of touch-control incidents jointly with the 3rd touch-control sensing unit 58, if execution in step 106; Execution in step 108 then if not;
Step 106: control module 60 judges that control mode touch mode is many sides multi-point touch pattern; And according to the first touch-control sensing unit 54, the second touch-control sensing unit 56, with a plurality of touching signals of 58 corresponding these a plurality of touch-control incidents of common generation in the 3rd touch-control sensing unit, produce the corresponding instruction of controlling;
Step 108: control module 60 judges that control mode touch mode is single side multi-point touch pattern; And according to the first touch-control sensing unit 54, the second touch-control sensing unit 56 or the 3rd touch-control sensing unit 58 one of them produces a plurality of touching signals of corresponding these a plurality of touch-control incidents separately, produce the corresponding instruction of controlling;
Step 110: control module 60 judges that control mode touch mode is the single-point touch pattern; And according to the single touching signals of the first touch-control sensing unit 54, the second touch-control sensing unit 56 or the 3rd touch-control sensing unit 58 one of them corresponding single touch-control incident that produce; Produce the corresponding instruction of controlling, use control contactor control device 50 and carry out corresponding operation; And
Step 112: finish.
In this above-mentioned flow process being done one specifies; At first the user can be in the first touch-control sensing unit 54, the second touch-control sensing unit 56 or the 3rd touch-control sensing unit 58 carry out the touch-control incidents; Wherein the touch-control incident can be relevant to motion, knock, chooses or operation such as data input; This motion can comprise slip, removes, flicks, rotation, deformation, amplify or operation such as dwindle for instance, and this knocks to comprise repeatedly and action such as knocks, knocks fast or slowly knock.That is to say operate simultaneously through gesture (gesture) or a plurality of finger can reach in the first touch-control sensing unit 54, purpose that the touch-control incidents are carried out in the second touch-control sensing unit 56 or the 3rd touch-control sensing unit 58.Afterwards; Control module 60 can judge whether by the first touch-control sensing unit 54, the second touch-control sensing unit 56, detect a plurality of touch-control incidents with the 3rd touch-control sensing unit 58, and meaning can judge that promptly above-mentioned touch-control incident is to belong to multi-point touch pattern or single-point touch pattern.If judge that above-mentioned touch-control incident is when belonging to the multi-point touch pattern; Then control module 60 can continue to judge the first touch-control sensing unit 54, the second touch-control sensing unit 56, whether detect this a plurality of touch-control incidents jointly with the 3rd touch-control sensing unit 58, and meaning judges that promptly this multi-point touch pattern is many sides multi-point touch pattern or is single side multi-point touch pattern.
See also Fig. 4 to Fig. 8, Fig. 4 to Fig. 8 is respectively the user carries out the touch point of different touch-control incidents on the first touch-control sensing unit 54, the second touch-control sensing unit 56, the 3rd touch-control sensing unit 58 relative position synoptic diagram.With the first touch-control sensing unit 54, the second touch-control sensing unit 56, the 3rd touch-control sensing unit 58 is that three blocks of a touch control component are example; Fig. 4 to Fig. 8 is touch point that launch to draw different touch-control incidents in the first touch-control sensing unit 54, the relative position of the second touch-control sensing unit 56, the 3rd touch-control sensing unit 58; Wherein coordinate figure be positioned at (0,0) to (X1, Y1) touch point in the scope is the touch-control incident with respect to the first touch-control sensing unit 54; Coordinate figure is positioned at (X1; 0) to (X2, touch point Y1) are the touch-control incidents with respect to the second touch-control sensing unit 56, and coordinate figure is positioned at (X2; 0) to (X3, touch point Y1) are the touch-control incidents with respect to the 3rd touch-control sensing unit 58.
For instance; As shown in Figure 4; When the first touch-control sensing unit 54 and the second touch-control sensing unit 56 sense this performed first touch-control incident of user and this second touch-control incident respectively; The first touch-control sensing unit 54 and the second touch-control sensing unit 56 can produce this first touching signals and this second touching signals according to this first touch-control incident and this second touch-control incident respectively; And control module 60 can learn that it is the touch-control incident that adheres to different touch-control sensings unit separately according to the relevant information (like coordinate information or information of voltage etc.) of this first touching signals and this second touching signals after receiving this first touching signals and this second touching signals; Meaning is many sides multi-point touch pattern, to produce the corresponding instruction of controlling, uses control contactor control device 50 and carries out corresponding operation; In like manner; In Fig. 5; When the first touch-control sensing unit 54, the second touch-control sensing unit 56; Sense this performed first touch-control incident of user, this second touch-control incident respectively with the 3rd touch-control sensing unit 58, during with the 3rd touch-control incident; The first touch-control sensing unit 54, the second touch-control sensing unit 56, with the 3rd touch-control sensing unit 58 can be respectively according to this first touch-control incident, this second touch-control incident, with the 3rd touch-control incident produce this first touching signals, this second touching signals, with the 3rd touching signals, it also is many sides multi-point touch pattern; And in Fig. 6; Be that with Fig. 4 difference the first touch-control sensing unit 54 can detect one the 4th touch-control incident when detecting this first touch-control incident; And produce one the 4th touching signals according to the 4th touch-control incident; So the first touch-control sensing unit 54, with the second touch-control sensing unit 58 can be respectively according to this first touch-control incident, the 4th touch-control incident, with the 3rd touch-control incident produce this first touching signals, the 4th touching signals, with the 3rd touching signals, it also is many sides multi-point touch pattern.In sum, so long as detect a plurality of touch-control incidents simultaneously, promptly belong to many sides multi-point touch pattern in many sides touch-control sensing unit.
And it is as shown in Figure 7; The first touch-control sensing unit 54 only detects this first touch-control incident and the 4th touch-control incident simultaneously; Other touch-control sensing unit does not detect corresponding touch-control incident; Be single side multi-point touch pattern this moment, to produce the corresponding instruction of controlling, uses control contactor control device 50 and carry out corresponding operation.In sum, so long as detect a plurality of touch-control incidents simultaneously, promptly belong to single side multi-point touch pattern in single side touch-control sensing unit.
If control module 60 is judged the first touch-control sensing unit 54, the second touch-control sensing unit or the 3rd touch-control sensing unit 58 and is only detected single touch-control incident; Meaning promptly the first touch-control sensing unit 54, the second touch-control sensing unit 56 or the 3rd touch-control sensing unit 58 one of them only produce the single touching signals of corresponding single touch-control incident, then control module 60 can judge that control mode touch modes be the single-point touch pattern.As shown in Figure 8; When only having the first touch-control sensing unit 54 to sense performed this first touch-control incident of user; The first touch-control sensing unit 54 produces this first touching signals according to this first touch-control incident; And control module 60 can judge that just control mode touch mode is the single-point touch pattern after receiving single first touching signals, to produce the corresponding instruction of controlling, uses control contactor control device 50 and carries out corresponding operation.In sum, so long as only detect single touch-control incident, promptly belong to the single-point touch pattern in single side touch-control sensing unit.
In addition, the present invention can be not limited to above-mentioned three touch-control sensing unit and be arranged at three of the housing 52 not structural arrangements of ipsilateral.For instance; The present invention also can only dispose two touch-control sensing unit; It is installed on the opposite face both sides or the adjacent both sides of housing 52; And two induction blocks that it can be on the same touch control component (like contact panel, touch-control sensor, touch controlled key etc.) if two touch-control sensing unit are installed on non-adjacent both sides, then can cover induction block between the two through structural member; For example cover in the foregoing description between the first touch-control sensing unit 54 and the 3rd touch-control sensing unit 58 the second touch-control sensing unit 56, or the touch control operation that utilizes software to stop using to respond to block therebetween etc.That is to say that another characteristic of the present invention can be respectively the difference induction block of same touch control component for each touch-control sensing unary system, and be formed at the not ipsilateral of housing 52.On the other hand, plural touch-control sensing unit maybe can be respectively a touch control component, that is to say that it can be the separated structures part.And also configurable four the touch-control sensing unit of the present invention, it is around four sides that are installed on housing 52, and it is to look closely the actual design demand and decide, and just no longer details in this.
Moreover; If the first touch-control sensing unit 54, the second touch-control sensing unit 56, the 3rd touch-control sensing unit 58 are three blocks of a touch control component bending forming; Possibly cause abnormal erroneous judgement action for fear of its bending place; Can be in the first touch- control sensing unit 54 and 56 of the second touch-control sensing unit and the bending place of 58 of the second touch-control sensing unit 56 and the 3rd touch-control sensing unit be provided with non-induction zone, meaning is invalid start zone.See also Fig. 9, Fig. 9 is for being provided with the synoptic diagram of a non-induction zone 68 between each touch-control sensing unit of the present invention.The present invention can be in adding all insulation courses in the first touch- control sensing unit 54 and 56 of the second touch-control sensing unit and the non-induction zone 68 of 58 of the second touch-control sensing unit 56 and the 3rd touch-control sensing unit, and make that the user is invalid start when non-induction zone 68 touch-controls; Or utilize the stop using touch control operation etc. of non-induction zone 68 of software, look closely the actual design demand and decide.
By on can know that the housing 52 through being arranged at contactor control device 50 a plurality of touch-control sensings unit of homonymy detects the performed touch-control incident of user, can be combined into the different corresponding instructions of controlling diversifiedly.For instance, see also Figure 10 to Figure 12, Figure 10 to Figure 12 is respectively the user and controls the synoptic diagram that contactor control device 50 is carried out different instruction.Shown in figure 10; When contactor control device 50 can be designed to produce this first touch-control incident when user's first a positive touch-control sensing unit 54 of finger touch-control; This first touch-control incident is for clicking corresponding icon options; And the 3rd touch-control sensing unit 58 at another finger touch back side of user and when producing the 3rd touch-control incident, the 3rd touch-control incident is the function of this first touch-control icon options that incident clicks of execution simultaneously.Meaning is that the user can control contactor control device 50 by one hand; Choose the icon options that desire is carried out with a finger (like thumb); And carry out selected icon options through hammer action with another finger (like forefinger), and the singlehanded gesture that reaches ergonomic is controlled purpose.
Moreover; Like Figure 11 and shown in Figure 12; When contactor control device 50 maybe can be designed to produce this first touch-control incident when user's first a positive touch-control sensing unit 54 of finger touch-control; This first touch-control incident is to choose the central point of corresponding picture, and the 3rd touch-control sensing unit 58 at another finger touch back side of user and when producing the 3rd touch-control incident, the 3rd touch-control incident is to control the function of the selected picture of this first touch-control incident simultaneously.For example shown in figure 11, the user can control contactor control device 50 by one hand, chooses the picture of desiring to control with a finger, and amplifies through sliding action or dwindle selected picture with another finger; Or shown in figure 12, the user can choose the picture of desiring to control with a finger, and rotates selected picture with another finger through spinning movement, and the singlehanded gesture that reaches ergonomic is controlled purpose.By on can know; The present invention can control combination to the detected different touch-control incident design differences in a plurality of touch-control sensings unit; For example choosing collocation carries out, chooses to arrange in pairs or groups and control, choose collocation data input etc.; Produce the corresponding variation kenel of controlling instruction so long as can utilize the detected different touch-control incidents in a plurality of touch-control sensings unit, the category that all belongs to the present invention and protected.
Compared to prior art; Contactor control device provided by the present invention and touch control method be utilize be installed on housing not the detected different touch-control incidents in a plurality of touch-control sensings unit of homonymy design the different combinations of controlling; Wherein each touch-control sensing unit can be the difference induction block of same touch control component, or is the touch control component of independent separate separately, and makes the multi-point touch function more diversified; And the user need not hold contactor control device on the other hand; And using another hand to carry out the touch-control action, it only need be hold by one hand contactor control device, and uses the not touch-control sensing unit of homonymy of different finger touch; The present invention can reach the purpose of singlehanded gesture multi-point touch, so can satisfy the demand that the singlehanded gesture of man-machine interface variation and ergonomic is controlled.
The above is merely preferred embodiment of the present invention, and all equalizations of being done according to claim scope of the present invention change and modify, and all should belong to the covering scope of claim of the present invention.
Claims (37)
1. contactor control device with multi-point touch function, it includes:
Housing, second side that it includes first side and is different from this first side;
The first touch-control sensing unit, it is installed on this first side of this housing, and this first touch-control sensing unit is used for detecting the first touch-control incident, and produces first touching signals according to this first touch-control incident;
The second touch-control sensing unit, it is installed on this second side of this housing, and this second touch-control sensing unit is used for detecting the second touch-control incident, and produces second touching signals according to this second touch-control incident; And
Control module; It is coupled in this first touch-control sensing unit and this second touch-control sensing unit; This control module is used for producing the corresponding instruction of controlling according to this first touching signals and this second touching signals simultaneously, and wherein this is controlled instruction and is used for controlling a display object.
2. contactor control device according to claim 1; This first touch-control sensing unit and this second touch-control sensing unit two blocks that are a touch control component wherein; And this control module is used for according to the relevant information of this first touching signals or this second touching signals, judges that this first touching signals or this second touching signals are to be produced by this first touch-control sensing unit or this second touch-control sensing unit.
3. contactor control device according to claim 2; Wherein this control module is used for the relevant coordinate information according to this first touching signals or this second touching signals, judges that this first touching signals or this second touching signals are to be produced by this first touch-control sensing unit or this second touch-control sensing unit.
4. contactor control device according to claim 2; Wherein this control module is used for the associated voltage information according to this first touching signals or this second touching signals, judges that this first touching signals or this second touching signals are to be produced by this first touch-control sensing unit or this second touch-control sensing unit.
5. contactor control device according to claim 2 wherein is provided with a non-induction zone between this first touch-control sensing unit and this second touch-control sensing unit.
6. contactor control device according to claim 5, wherein this non-induction zone is an insulation course.
7. contactor control device according to claim 1, wherein this first touch-control sensing unit and this second touch-control sensing unit are respectively a touch control component.
8. contactor control device according to claim 1, wherein this first touch-control sensing unit and this second touch-control sensing unit two blocks that are a touch control component bending forming.
9. contactor control device according to claim 1, wherein this first side and this second side are the adjacent both sides of this housing.
10. contactor control device according to claim 1; Wherein this housing also includes one the 3rd side; This first side and the 3rd side are the opposite face both sides of this housing; And this second side is connected in this first side and the 3rd side, and this contactor control device also includes one the 3rd touch-control sensing unit, and it is installed on the 3rd side of this housing; The 3rd touch-control sensing unit is used for detecting one the 3rd touch-control incident; And produce one the 3rd touching signals according to the 3rd touch-control incident, and this control module also is coupled in this three touch-control sensings unit, and this control module also is used for producing the corresponding instruction of controlling according to this first touching signals, this second touching signals and the 3rd touching signals simultaneously.
11. contactor control device according to claim 10, wherein this first touch-control sensing unit, this second touch-control sensing unit, with the 3rd touch-control sensing unit be three blocks of a touch control component bending forming.
12. contactor control device according to claim 1; Wherein this first touch-control sensing unit is used for one the 4th touch-control incident that when detecting this first touch-control incident, detects; And produce one the 4th touching signals according to the 4th touch-control incident, and this control module also is used for simultaneously controlling instruction according to this first touching signals and the generation of the 4th touching signals are corresponding.
13. contactor control device according to claim 1, wherein this to control instruction be the motion that is relevant to this display object, knock, choose or the data input.
14. contactor control device according to claim 13, wherein this motion comprises slip, removes, flicks, rotation, deformation, amplifies or dwindle.
15. contactor control device according to claim 13, wherein this knocks to comprise repeatedly and knocks, knocks fast or slowly knock.
16. the touch operation method with multi-point touch function, it includes:
The one first touch-control sensing unit that is installed on one first side of a housing detects one first touch-control incident, to produce one first touching signals;
The one second touch-control sensing unit that is installed on one second side that is different from this first side of this housing detects one second touch-control incident, to produce one second touching signals; And
One control module produces the corresponding instruction of controlling according to this first touching signals and this second touching signals simultaneously, and wherein this is controlled instruction and is used for controlling a display object.
17. touch operation method according to claim 16; It also comprises the relevant information of this control module according to this first touching signals or this second touching signals, judges that this first touching signals or this second touching signals are to be produced by this first touch-control sensing unit or this second touch-control sensing unit.
18. touch operation method according to claim 17; Wherein this control module judges that according to the relevant coordinate information of this first touching signals or this second touching signals this first touching signals or this second touching signals are to be produced by this first touch-control sensing unit or this second touch-control sensing unit.
19. touch operation method according to claim 17; Wherein this control module judges that according to the associated voltage information of this first touching signals or this second touching signals this first touching signals or this second touching signals are to be produced by this first touch-control sensing unit or this second touch-control sensing unit.
20. touch operation method according to claim 16; It also comprises this first touch-control sensing unit and in the time of this first touch-control incident of detection, detects one the 4th touch-control incident; Producing one the 4th touching signals, and this control module is controlled instruction according to this first touching signals and the generation of the 4th touching signals are corresponding simultaneously.
21. touch operation method according to claim 16, it also comprises this control module and judges whether to detect a plurality of touch-control incidents by this first touch-control sensing unit and this second touch-control sensing unit.
22. touch operation method according to claim 21; It also comprises this control module after judging that this first touch-control sensing unit and this second touch-control sensing unit detect a plurality of touch-control incidents, judges whether to detect this a plurality of touch-control incidents jointly by this first touch-control sensing unit and this second touch-control sensing unit.
23. touch operation method according to claim 16, wherein this to control instruction be the motion that is relevant to this display object, knock, choose or the data input.
24. the contactor control device with multi-point touch function, it includes:
Housing, second side that it includes first side and is different from this first side;
Touch control component, it is installed on this housing, and this touch control component includes:
The first touch-control sensing unit, it is installed on this first side of this housing, and this first touch-control sensing unit is used for detecting the first touch-control incident, and produces first touching signals according to this first touch-control incident; And
The second touch-control sensing unit, it is installed on this second side of this housing, and this second touch-control sensing unit is used for detecting the second touch-control incident, and produces second touching signals according to this second touch-control incident; And
Control module, it is coupled in this touch control component, and this control module is used for producing the corresponding instruction of controlling according to this first touching signals and this second touching signals simultaneously, and wherein this is controlled instruction and is used for controlling a display object.
25. contactor control device according to claim 24; Wherein this control module is used for the relevant information according to this first touching signals or this second touching signals, judges that this first touching signals or this second touching signals are to be produced by this first touch-control sensing unit or this second touch-control sensing unit.
26. contactor control device according to claim 25; Wherein this control module is used for the relevant coordinate information according to this first touching signals or this second touching signals, judges that this first touching signals or this second touching signals are to be produced by this first touch-control sensing unit or this second touch-control sensing unit.
27. contactor control device according to claim 25; Wherein this control module is used for the associated voltage information according to this first touching signals or this second touching signals, judges that this first touching signals or this second touching signals are to be produced by this first touch-control sensing unit or this second touch-control sensing unit.
28. contactor control device according to claim 25 wherein is provided with a non-induction zone between this first touch-control sensing unit and this second touch-control sensing unit.
29. contactor control device according to claim 28, wherein this non-induction zone is an insulation course.
30. contactor control device according to claim 24, wherein this first touch-control sensing unit and this second touch-control sensing unit two blocks that are this touch control component bending forming.
31. contactor control device according to claim 24, wherein this first side and this second side are the adjacent both sides of this housing.
32. contactor control device according to claim 24; Wherein this housing also includes one the 3rd side; This first side and the 3rd side are the opposite face both sides of this housing; And this second side is connected in this first side and the 3rd side, and this contactor control device also includes one the 3rd touch-control sensing unit, and it is installed on the 3rd side of this housing; The 3rd touch-control sensing unit is used for detecting one the 3rd touch-control incident; And produce one the 3rd touching signals according to the 3rd touch-control incident, and this control module also is coupled in this three touch-control sensings unit, and this control module also is used for producing the corresponding instruction of controlling according to this first touching signals, this second touching signals and the 3rd touching signals simultaneously.
33. contactor control device according to claim 32, wherein this first touch-control sensing unit, this second touch-control sensing unit, with the 3rd touch-control sensing unit be three blocks of this touch control component bending forming.
34. contactor control device according to claim 24; Wherein this first touch-control sensing unit is used for one the 4th touch-control incident that when detecting this first touch-control incident, detects; And produce one the 4th touching signals according to the 4th touch-control incident, and this control module also is used for simultaneously controlling instruction according to this first touching signals and the generation of the 4th touching signals are corresponding.
35. contactor control device according to claim 24, wherein this to control instruction be the motion that is relevant to this display object, knock, choose or the data input.
36. contactor control device according to claim 35, wherein this motion comprises slip, removes, flicks, rotation, deformation, amplifies or dwindle.
37. contactor control device according to claim 35, wherein this knocks to comprise repeatedly and knocks, knocks fast or slowly knock.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010105508905A CN102467283A (en) | 2010-11-19 | 2010-11-19 | Touch control device with multipoint touch control function and touch control operation method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010105508905A CN102467283A (en) | 2010-11-19 | 2010-11-19 | Touch control device with multipoint touch control function and touch control operation method thereof |
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| Publication Number | Publication Date |
|---|---|
| CN102467283A true CN102467283A (en) | 2012-05-23 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010105508905A Pending CN102467283A (en) | 2010-11-19 | 2010-11-19 | Touch control device with multipoint touch control function and touch control operation method thereof |
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| Country | Link |
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| CN (1) | CN102467283A (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102937869A (en) * | 2012-11-23 | 2013-02-20 | 北京小米科技有限责任公司 | Method and device for triggering control command on terminal equipment |
| CN104574468A (en) * | 2014-12-29 | 2015-04-29 | 联想(北京)有限公司 | Information processing method and electronic device |
| WO2019025878A1 (en) * | 2017-07-03 | 2019-02-07 | 黄丽华 | Device having multi-touch applications |
| CN110147174A (en) * | 2019-04-18 | 2019-08-20 | 东莞市步步高通信软件有限公司 | A kind of control method and terminal device |
| WO2019200915A1 (en) * | 2018-04-18 | 2019-10-24 | 广州视源电子科技股份有限公司 | Touch-control positioning system and method |
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| CN101133385A (en) * | 2005-03-04 | 2008-02-27 | 苹果公司 | Hand held electronic device with multiple touch sensing devices |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102937869A (en) * | 2012-11-23 | 2013-02-20 | 北京小米科技有限责任公司 | Method and device for triggering control command on terminal equipment |
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| CN104574468A (en) * | 2014-12-29 | 2015-04-29 | 联想(北京)有限公司 | Information processing method and electronic device |
| WO2019025878A1 (en) * | 2017-07-03 | 2019-02-07 | 黄丽华 | Device having multi-touch applications |
| WO2019200915A1 (en) * | 2018-04-18 | 2019-10-24 | 广州视源电子科技股份有限公司 | Touch-control positioning system and method |
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Application publication date: 20120523 |