CN103744588A - Touch-control display device and functional menu control method thereof - Google Patents
Touch-control display device and functional menu control method thereof Download PDFInfo
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- CN103744588A CN103744588A CN201310729137.6A CN201310729137A CN103744588A CN 103744588 A CN103744588 A CN 103744588A CN 201310729137 A CN201310729137 A CN 201310729137A CN 103744588 A CN103744588 A CN 103744588A
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Abstract
The invention discloses a touch-control display device. The touch-control display device comprises a liquid crystal display panel, a touch-control panel and a control module, wherein the liquid crystal display panel is used for displaying a functional menu consisting of a plurality of preset areas; a part of the display area of the touch-control panel corresponds to the functional menu, and consists of a plurality of preset areas; the control module comprises a first control unit and a second control unit; the first control unit is coupled to the touch-control panel and the second control unit is coupled to the liquid crystal display panel; if the first control unit detects that first and second touch-control positions are in a first preset area in the preset areas in sequence within preset time, the first control unit is used for only transmitting the first position information of the first touch-control position to the second control unit without transmitting the second position information of the second touch control position to the second control unit.
Description
Technical field
The present invention is about the control method of functional menu, particularly about a kind of touch control display apparatus and functional menu control method thereof.
Background technology
In the functional menu control method adopting at traditional touch control display apparatus, when thering is advanced reduced instruction set computer machine (Advanced RISC Machine, ARM) central processing unit of framework (Central Processing Unit, while CPU) receiving touch point coordinate on contact panel or mouse coordinate information, the central processing unit with ARM framework can directly all be sent to scale (scalar) microcontroller (Micro Controller Unit by all touch point coordinates that receive or mouse coordinate information, MCU), by scale microcontroller, according to those touch point coordinates or mouse coordinate, whether fall within and on the viewing area that the functional menu that shows on liquid crystal panel contains, judge whether point selection function menu of user again.
But, owing to having the central processing unit of ARM framework, to transmit touch point coordinate or mouse coordinate information too much and frequency is too high to the number of times of scale microcontroller, information transmission action will badly influence the normal operation of scale microcontroller instant playback functional menu on liquid crystal panel so too frequently, probably cause functional menu to produce the phenomenon that postpones demonstration, also increase the meaningless waste of system calculation resources.
Summary of the invention
Therefore, the present invention proposes a kind of touch control display apparatus and functional menu control method thereof, the problems referred to above that suffered to solve prior art.
The invention provides a kind of touch control display apparatus.Touch control display apparatus comprises display panels, contact panel and controls module.Display panels is in order to Presentation Function menu.Functional menu is comprised of multiple presumptive areas.The corresponding display panels top that is arranged at of contact panel.The part viewing area of contact panel forms corresponding to functional menu and by multiple presumptive areas.Control module and comprise the first control module and the second control module.The first control module couples contact panel and the second control module.The second control module couples display panels.If the first position of touch that the first control module sequentially detects on inherent contact panel of the schedule time and the second position of touch are all in the first presumptive area in multiple presumptive areas, the first control module only can be sent to the primary importance message of the first position of touch the second control module and the second place message of the second position of touch can be sent to the second control module.
Preferably, in described touch control display apparatus, when the second control module receives primary importance message, the second control module is selected the first corresponding presumptive area according to primary importance message from multiple presumptive areas of functional menu, and carries out corresponding the first function choosing-item of the first presumptive area.
Preferably, in described touch control display apparatus, if the first control module detects again in the 3rd position of touch and second presumptive area of the 3rd position of touch in multiple presumptive areas within the schedule time on contact panel, the first control module can be sent to the second control module by the 3rd position message of the 3rd position of touch, the second control module is selected the second corresponding presumptive area in multiple presumptive areas of functional menu according to the 3rd position message, and carries out corresponding the second function choosing-item of the second presumptive area.
Preferably, in described touch control display apparatus, a presumptive area in multiple presumptive areas of functional menu is corresponding at least one presumptive area in multiple presumptive areas of contact panel.
Preferably, in described touch control display apparatus, if the 4th position of touch that the first control module detects on inherent contact panel of the schedule time is not in the multiple presumptive areas at contact panel, the first control module continues the position of touch on detecting contact panel and the 4th position message of the 4th position of touch can be sent to the second control module.
Preferably, in described touch control display apparatus, touch control display apparatus further comprises input block, this input block couples the second control module, use for user's operation and produce steering order, once the second control module receives steering order, the second control module can carry out the 3rd function choosing-item corresponding to steering order.
The present invention also provides a kind of functional menu control method.Functional menu control method is applied to touch control display apparatus.Touch control display apparatus comprises display panels, contact panel and controls module.The corresponding display panels top that is arranged at of contact panel.Control module and comprise the first control module and the second control module.The first control module couples contact panel and the second control module.The second control module couples display panels.This functional menu control method comprises the following step: display panels Presentation Function menu, and wherein functional menu is comprised of multiple presumptive areas, and the part viewing area of contact panel forms corresponding to functional menu and by multiple presumptive areas; The first control module sequentially detects the first position of touch and the second position of touch on inherent contact panel of the schedule time, and wherein the first position of touch and the second position of touch are all in the first presumptive area in multiple presumptive areas; And first control module only the primary importance message of the first position of touch is sent to the second control module and the second place message of the second position of touch can be sent to the second control module.
Than prior art, according to touch control display apparatus of the present invention and functional menu control method thereof, can significantly reduce the central processing unit with ARM framework and transmit touch point coordinate or mouse coordinate information number of times and the frequency to scale microcontroller, therefore the phenomenon that can effectively avoid scale microcontroller to postpone Presentation Function menu on liquid crystal panel occurs, also can reduce the meaningless waste of system calculation resources, to promote the demonstration usefulness of touch control display apparatus.
Accompanying drawing explanation
Fig. 1 is the functional block diagram of the touch control display apparatus of one embodiment of the invention;
Fig. 2 A is the schematic diagram that one embodiment of the invention display panels shows the functional menu being comprised of multiple presumptive areas;
Fig. 2 B be the part viewing area of one embodiment of the invention contact panel by multiple presumptive areas, formed and contact panel on the schematic diagram of multiple different position of touch;
Fig. 3 is the process flow diagram of the functional menu control method of another embodiment of the present invention.
Embodiment
For making that object of the present invention, structure, feature and function thereof are had to further understanding, hereby coordinate embodiment to be described in detail as follows.
A preferred embodiment according to the present invention is a kind of touch control display apparatus.In this embodiment, touch control display apparatus is in order to display frame and be available for users to carry out specific function by touch control manner, but not as limit.Please refer to Fig. 1, Fig. 1 is the functional block diagram of the touch control display apparatus of embodiment for this reason.
As shown in Figure 1, touch control display apparatus 1 comprises contact panel 10, controls module 12, display panels 14 and input block 16.Control module 12 and comprise the first control module 120 and the second control module 122.In practical application, the first control module 120 can be to have advanced reduced instruction set computer machine (Advanced RISC Machine, ARM) central processing unit of framework (Central Processing Unit, CPU), and the second control module 122 can be scale (scalar) microcontroller (Micro Controller Unit, MCU), but all not as limit.
In this embodiment, corresponding display panels 14 tops that are arranged at of contact panel 10.The first control module 120 couples contact panel 10 and the second control module 122; The second control module 122 couples display panels 14 and input block 16.
In this embodiment, presumptive area R11～R14 in the shown functional menu OSD of display panels 14 and the size of R21～R24 can be the sizes of the font that adopts of functional menu OSD, and presumptive area R11～R14 and R21～R24 can correspond respectively to different function choosing-items, but not as limit.For example, if the size of the font that functional menu OSD adopts is 12x18, the presumptive area R11～R14 in the shown functional menu OSD of display panels 14 and the size of R21～R24 can be 12x18.
In practical application, the shown functional menu OSD of display panels 14 can be screen video signal control (On-Screen Display, OSD) menu, and screen video signal control menu can comprise multiple screen video signal control options, use for user and operate to adjust or set parameters and the function (such as display mode, brightness, contrast, color, displacement, barrel shape distortion, keystone distortion, parallelogram distortion and pincushion distort-ion etc.) that screen shows video signal, but not as limit.
In this embodiment, the part viewing area OSD ' of the corresponding contact panel 10 that is arranged at display panels 14 tops is corresponding to the shown functional menu OSD of display panels 14, and the part viewing area OSD ' of contact panel 10 is also comprised of multiple presumptive areas.
For example, as shown in Figure 2 B, the part viewing area OSD ' of contact panel 10 is corresponding to the shown functional menu OSD of the display panels 14 in Fig. 2 A, and the part viewing area OSD ' of contact panel 10 is also comprised of 8 presumptive area T37～T310 and T47～T410.8 the presumptive area T37～T310 of part viewing area OSD ' in Fig. 2 B and T47～T410 correspond respectively to 8 presumptive area R11～R14 and the R21～R24 of functional menu OSD in Fig. 2 A.
As 8 the presumptive area R11～R14 and R21～R24 of functional menu OSD, presumptive area T37～T310 in the part viewing area OSD ' of contact panel 10 and the size of T47～T410 can also be the sizes of the font that adopts of functional menu OSD, but not as limit.For example, if the size of the font that functional menu OSD adopts is 12x18, the presumptive area T37～T310 in the part viewing area OSD ' of contact panel 10 and the size of T47～T410 can also be 12x18.
It should be noted that, the situation that the part viewing area OSD ' of contact panel 10 is not illustrated with Fig. 2 B is limited, in fact, the part viewing area OSD ' of contact panel 10 even can be contained the whole viewing area of contact panel 10, by user's demand, is determined.In addition, other viewing areas on contact panel 10 except the OSD ' of part viewing area also can be divided into multiple presumptive area T11～T112, T21～T212, T31～T36, T311～T312, T41～T46, T411～T412 and T51～T512 according to the size of presumptive area equally, as shown in Figure 2 B.
In addition, presumptive area T37～T310 and the corresponding relation between T47～T410 in the part viewing area OSD ' of presumptive area R11～R14 of functional menu OSD and R21～R24 and contact panel 10 are not limited with above-mentioned man-to-man corresponding relation, also by actual demand, are determined.
For example, the a certain presumptive area (for example R11) of functional menu OSD in Fig. 2 A can be simultaneously for example, corresponding to the multiple presumptive areas (T37 in the part viewing area OSD ' of volume contact panel 10 in Fig. 2 B, T38, T39, T310), another presumptive area (for example R21) in Fig. 2 A is simultaneously for example, corresponding to other presumptive areas (T47 in Fig. 2 B, T48, T49, T410), but not as limit.
In this embodiment, the first control module 120 is in order to detect the position of touch on contact panel 10, and judges whether its position of touch detecting is positioned at the part viewing area OSD ' of contact panel 10.If the judged result of the first control module 120 is yes, the first control module 120 can further judge its position of touch detecting is arranged in which presumptive area of 8 presumptive area T37～T310 and the T47～T410 of part viewing area OSD ' again, to judge whether this position of touch and previous position of touch are positioned at same presumptive area, and then determine whether the first control module 120 will be sent to the second control module 122 by the position message of this position of touch.Next, will with following several different actual conditions, describe respectively.
For example, as shown in Figure 2 B, suppose that the first control module 120 sequentially detects the first position of touch P1 and the second position of touch P2 on inherent contact panel 10 of the schedule time, the first control module 120 will first judge respectively whether the first position of touch P1 and the second position of touch P2 are positioned at the part viewing area OSD ' of contact panel 10.In practical application, the length of the above-mentioned schedule time there is no specific restriction, visual demand and adjust its length.
Because the first position of touch P1 and the second position of touch P2 are all positioned at the part viewing area OSD ' of contact panel 10, the first control module 120 can further judge respectively the first position of touch P1 and the second position of touch P2 are arranged in which presumptive area of 8 presumptive area T37～T310 and the T47～T410 of part viewing area OSD ' again.
Because the first position of touch P1 and the second position of touch P2 are all arranged in the same presumptive area T37 of part viewing area OSD ', that represent the first position of touch P1 and the wish touching of the second position of touch P2 institute is all the presumptive area R11 in the corresponding functional menu OSD of presumptive area T37, so the first control module 120 only can be sent to the second control module 122 by the primary importance message of the first position of touch P1, and the second place message of the second position of touch P2 can be sent to the second control module 122.This is that second place message due to the primary importance message of the first position of touch P1 and the second position of touch P2 is all corresponding to the same presumptive area T37 in the OSD ' of part viewing area, so only need the primary importance message corresponding to presumptive area T37 of the first position of touch P1 early occurring to be sent to the second control module 122, do not need to repeat to be again sent to the second control module 122 corresponding to the second place message of same presumptive area T37 equally.
When the second control module 122 receives the primary importance message of the first position of touch P1, the second control module 122 can be selected the first corresponding presumptive area R11 and carry out corresponding the first function choosing-item of the first presumptive area R11 from 8 presumptive area R11～R14 and the R21～R24 of functional menu OSD according to primary importance message (being positioned at presumptive area T37).
For example, the size of supposing above-mentioned presumptive area T37 is 12x18, for the central processing unit with ARM framework of the prior art, only for presumptive area T37, need to transmit 216 touch point coordinates or mouse coordinate information to scale microcontroller, but for touch control display apparatus 1 of the present invention, because these 216 touch point coordinates or mouse coordinate information are all corresponding to same presumptive area T37, so the first control module (having the central processing unit of ARM framework) 120 only needs to transmit touch point coordinate or slide-mouse coordinate information to the second control module (scale microcontroller) 122, therefore single with regard to presumptive area T37, volume touch control display apparatus 1 of the present invention is that comparable prior art is saved the degree of transitivity of 215 times.
Therefore, by above-mentioned embodiment, touch control display apparatus 1 of the present invention can significantly reduce number of times and the frequency of the first control module (having the central processing unit of ARM framework) 120 transmission touch point coordinates or mouse coordinate information to the second control module (scale microcontroller) 122, therefore the phenomenon that can effectively avoid the second control module (scale microcontroller) 122 to postpone Presentation Function menu OSD on liquid crystal panel 14 occurs, and also can reduce the meaningless waste of system calculation resources.
In another example, as shown in Figure 2 B, that suppose that the first control module 120 sequentially detects on inherent contact panel 10 of the schedule time is the second position of touch P2 and the 3rd position of touch P3, and the first control module 120 will first judge respectively whether the second position of touch P2 and the 3rd position of touch P3 are positioned at the part viewing area OSD ' of contact panel 10.
Because the second position of touch P2 and the 3rd position of touch P3 are all positioned at the part viewing area OSD ' of contact panel 10, the first control module 120 can further judge respectively the second position of touch P2 and the 3rd position of touch P3 are arranged in which presumptive area of 8 presumptive area T37～T310 and the T47～T410 of part viewing area OSD ' again.
Because the second position of touch P2 is arranged in the presumptive area T37 of part viewing area OSD ', and the 3rd position of touch P3 is arranged in the presumptive area T38 of part viewing area OSD ', that is second position of touch P2 lay respectively in different presumptive areas from the 3rd position of touch P3, that represent the wish touching of the second position of touch P2 institute is the presumptive area R11 in the corresponding functional menu OSD of presumptive area T37, and that the wish touching of the 3rd position of touch P3 institute is the presumptive area R12 in the corresponding functional menu OSD of presumptive area T38, so the first control module 120 need sequentially be sent to the second control module 122 by the 3rd position message of the second place message of the second position of touch P2 and the 3rd position of touch P3.
When the second control module 122 receives the 3rd position message of the second place message of the second position of touch P2 and the 3rd position of touch P3, the second control module 122 can be first selected the first corresponding presumptive area R11 and is carried out corresponding the first function choosing-item of the first presumptive area R11 from 8 presumptive area R11～R14 and the R21～R24 of functional menu OSD according to second place message (being positioned at presumptive area T37), according to the 3rd position message (being positioned at presumptive area T38), from 8 presumptive area R11～R14 and the R21～R24 of functional menu OSD, select the second corresponding presumptive area R12 and carry out corresponding the second function choosing-item of the second presumptive area R12 again.
In another example, as shown in Figure 2 B, that suppose that the first control module 120 sequentially detects on inherent contact panel 10 of the schedule time is the 3rd position of touch P3 and the 4th position of touch P4, and the first control module 120 will first judge respectively whether the 3rd position of touch P3 and the 4th position of touch P4 are positioned at the part viewing area OSD ' of contact panel 10.
Because the 3rd position of touch P3 is positioned at the part viewing area OSD ' of contact panel 10, but the 4th position of touch P4 is positioned at outside the part viewing area OSD ' of contact panel 10, represent the not corresponding functional menu OSD of part viewing area OSD ' of the 4th position of touch P4 institute wish touching, so the first control module 120 only can further judge the 3rd position of touch P3 again and be arranged in which presumptive area of 8 presumptive area T37～T310 and the T47～T410 of part viewing area OSD ', and can not process the 4th position of touch P4 again.
Because the 3rd position of touch P3 is arranged in the presumptive area T38 of part viewing area OSD ', that represent the wish touching of the 3rd position of touch P3 institute is the presumptive area R12 in the corresponding functional menu OSD of presumptive area T38, so the first control module 120 only needs the 3rd position message of the 3rd position of touch P3 to be sent to the second control module 122, needn't transmit the 4th position message of the 4th position of touch P4.
When the second control module 122 receives the 3rd position message of the 3rd position of touch P3, the second control module 122 can be selected the second corresponding presumptive area R12 and carry out corresponding the second function choosing-item of the second presumptive area R12 from 8 presumptive area R11～R14 and the R21～R24 of functional menu OSD according to the 3rd position message (being positioned at presumptive area T38).
In practical application, user also can operate input block 16 and produce steering order to the second control module 122.Once the second control module 122 receives steering order, the second control module 122 can carry out the specific function option corresponding to steering order.
Another preferred embodiment according to the present invention is a kind of functional menu control method.In this embodiment, functional menu control method is applied to touch control display apparatus.Touch control display apparatus comprises display panels, contact panel and controls module.The corresponding display panels top that is arranged at of contact panel.Control module and comprise the first control module and the second control module.The first control module couples contact panel and the second control module.The second control module couples display panels.Please refer to Fig. 3, Fig. 3 is the process flow diagram of the functional menu control method of another preferred embodiment of the present invention.
As shown in Figure 3, in step S10, display panels shows the functional menu being comprised of multiple presumptive areas, and wherein the part viewing area of contact panel forms corresponding to functional menu and by multiple presumptive areas.
In step S12, the first control module sequentially detects the first position of touch and the second position of touch on inherent contact panel of the schedule time, and the first position of touch and the second position of touch are all positioned at the part viewing area of contact panel.
In step S14, the first control module judges whether the first position of touch and the second position of touch are positioned at the same presumptive area of part viewing area.
If the judged result of step S14 is yes, that is first position of touch and the second position of touch all in same presumptive area, the method execution step S16, the first control module is only sent to the second control module by the primary importance message of the first position of touch, and the second place message of the second position of touch can be sent to the second control module.Then,, in step S20, the second control module is selected the first corresponding presumptive area and is carried out corresponding the first function choosing-item of the first presumptive area from multiple presumptive areas of functional menu according to primary importance message.
If the judged result of step S14 is no, that is first position of touch and the second position of touch in different presumptive areas, the method execution step S18, the first control module is all sent to the second control module by the second place message of the primary importance message of the first position of touch and the second position of touch.Then, in step S22, the second control module is first selected the first corresponding presumptive area and is carried out corresponding the first function choosing-item of the first presumptive area from multiple presumptive areas of functional menu according to primary importance message, then selects the second corresponding presumptive area and carry out corresponding the second function choosing-item of the second presumptive area from multiple presumptive areas of functional menu according to second place message.
In addition, the first position of touch detecting for the first control module in step S12 and the second position of touch are not the situation that both are all positioned at the part viewing area of contact panel, suppose that the first position of touch that in step S12, the first control module detects is positioned at the part viewing area of contact panel, but the second position of touch is positioned at outside the part viewing area of contact panel, the first control module only can be sent to the second control module by the primary importance message of the first position of touch.
In like manner, if the first position of touch that in step S12, the first control module detects is positioned at outside the part viewing area of contact panel, the second position of touch is positioned at the part viewing area of contact panel, and the first control module only can be sent to the second control module by the second place message of the second position of touch.
If the first position of touch that in step S12, the first control module detects and the second position of touch are all positioned at outside contact panel forehead point viewing area, the primary importance message of the first position of touch and the second place message of the second position of touch can be sent to the second control module by the first control module.
In practical application, touch control display apparatus can further comprise input block.User can produce steering order to the second control module by operation input block.Once the second control module receives steering order, the second control module can carry out the specific function option corresponding to steering order.
Than prior art, according to touch control display apparatus of the present invention and functional menu control method thereof, can significantly reduce the central processing unit with ARM framework and transmit touch point coordinate or mouse coordinate information number of times and the frequency to scale microcontroller, therefore the phenomenon that can effectively avoid scale microcontroller to postpone Presentation Function menu on liquid crystal panel occurs, also can reduce the meaningless waste of system calculation resources, to promote the demonstration usefulness of touch control display apparatus.
The present invention is described by above-mentioned related embodiment, but above-described embodiment is only for implementing example of the present invention.Must be pointed out that, the embodiment having disclosed does not limit the scope of the invention.On the contrary, the change done without departing from the spirit and scope of the present invention and retouching, all belong to scope of patent protection of the present invention.
Claims (12)
1. a touch control display apparatus, is characterized in that, comprises:
Display panels, in order to Presentation Function menu, wherein this functional menu is comprised of multiple presumptive areas;
Contact panel, corresponding this display panels top that is arranged at, the part viewing area of this contact panel forms corresponding to this functional menu and by the plurality of presumptive area; And
Control module, comprise the first control module and the second control module, this first control module couples this contact panel and this second control module, and this second control module couples this display panels;
Wherein, if the first position of touch that this first control module sequentially detects on inherent this contact panel of the schedule time and the second position of touch are all in the first presumptive area in the plurality of presumptive area, this first control module only can be sent to the primary importance message of this first position of touch this second control module and the second place message of this second position of touch can be sent to this second control module.
2. touch control display apparatus as claimed in claim 1, it is characterized in that, when this second control module receives this primary importance message, this second control module is selected this corresponding first presumptive area according to this primary importance message from the plurality of presumptive area of this functional menu, and carries out corresponding the first function choosing-item of this first presumptive area.
3. touch control display apparatus as claimed in claim 1, it is characterized in that, if this first control module detects again in the 3rd position of touch and second presumptive area that differs from this first presumptive area of the 3rd position of touch in the plurality of presumptive area within this schedule time on this contact panel, this first control module can be sent to this second control module by the 3rd position message of the 3rd position of touch, this second control module is selected this corresponding second presumptive area in the plurality of presumptive area of this functional menu according to the 3rd position message, and carry out corresponding the second function choosing-item of this second presumptive area.
4. touch control display apparatus as claimed in claim 1, is characterized in that, a presumptive area in the plurality of presumptive area of this functional menu is corresponding at least one presumptive area in the plurality of presumptive area of this contact panel.
5. touch control display apparatus as claimed in claim 1, it is characterized in that, if the 4th position of touch that this first control module detects schedule time on inherent this contact panel of this is not in the plurality of presumptive area at this contact panel, this first control module continues the position of touch on this contact panel of detecting and the 4th position message of the 4th position of touch can be sent to this second control module.
6. touch control display apparatus as claimed in claim 1, is characterized in that, further comprises:
Input block, couples this second control module, and this input block is used for user's operation and produced steering order, once this second control module receives this steering order, this second control module can carry out the 3rd function choosing-item corresponding to this steering order.
7. a functional menu control method, be applied to touch control display apparatus, this touch control display apparatus comprises display panels, contact panel and controls module, corresponding this display panels top that is arranged at of this contact panel, this control module comprises the first control module and the second control module, this first control module couples this contact panel and this second control module, and this second control module couples this display panels, and this functional menu control method comprises the following step:
This display panels Presentation Function menu, wherein this functional menu is comprised of multiple presumptive areas, and the part viewing area of this contact panel forms corresponding to this functional menu and by the plurality of presumptive area;
This first control module sequentially detects the first position of touch and the second position of touch on inherent this contact panel of the schedule time, and wherein this first position of touch and this second position of touch are all in the first presumptive area in the plurality of presumptive area; And
This first control module is only sent to the primary importance message of this first position of touch this second control module and the second place message of this second position of touch can be sent to this second control module.
8. functional menu control method as claimed in claim 7, it is characterized in that, when this second control module receives this primary importance message, this second control module is selected this corresponding first presumptive area according to this primary importance message from the plurality of presumptive area of this functional menu, and carries out corresponding the first function choosing-item of this first presumptive area.
9. functional menu control method as claimed in claim 7, is characterized in that, further comprises the following step:
This first control module detects again the 3rd position of touch within this schedule time on this contact panel, wherein in second presumptive area of the 3rd position of touch in the plurality of presumptive area;
This first control module is sent to this second control module by the 3rd position message of the 3rd position of touch; And
This second control module is selected this corresponding second presumptive area in the plurality of presumptive area of this functional menu according to the 3rd position message, and carries out corresponding the second function choosing-item of this second presumptive area.
10. functional menu control method as claimed in claim 7, is characterized in that, a presumptive area in the plurality of presumptive area of this functional menu is corresponding at least one presumptive area in the plurality of presumptive area of this contact panel.
11. functional menu control methods as claimed in claim 7, it is characterized in that, if the 4th position of touch that this first control module detects schedule time on inherent this contact panel of this is not in the plurality of presumptive area at this contact panel, this first control module continues the position of touch on this contact panel of detecting and the 4th position message of the 4th position of touch can be sent to this second control module.
12. functional menu control methods as claimed in claim 7, it is characterized in that, this touch control display apparatus further comprises input block, this input block is used for user's operation and is produced steering order, once this second control module receives this steering order, this second control module can carry out the 3rd function choosing-item corresponding to this steering order.
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