TWI489330B - Program activating method and related device - Google Patents

Description

Program startup method and related device

The present invention relates to a program startup method and related device, and more particularly to a program startup method and related device through a touch screen.

For electronic product trends with touch panels, the user interface gradually replaces the physical mechanical buttons with soft buttons. When the position where the user actually touches the touch panel cannot be correctly reflected on the display screen position desired by the user, it indicates that there is a touch offset between the touch panel and the display screen. Therefore, most of the electronic products are equipped with a screen correction software, which can be activated by the user by clicking the start button on the screen. However, in the case of severe offset, the user is completely unable to click on the start button, making it impossible to perform screen correction.

In addition, during the screen calibration process, when the user visually biases (for example, the user looks down at the screen at 45 degrees) or habitually applies pressure in a certain direction to touch the touch panel, the correction bias is easily caused, so that the screen remains after the correction. There is an offset situation. Once the correction deviation exceeds the effective area of the touch panel, the user cannot click on the edge area of the screen.

Therefore, the main object of the present invention is to provide a program activation method and a related device through a touch screen, which can reduce the mechanical buttons of the electronic device and avoid the problem that the screen cannot be corrected due to the screen offset.

The invention discloses a program starting method, which comprises detecting a plurality of touch signals through a touch panel corresponding to one of the target arrays; and generating a touch coordinate characteristic belonging to the coordinate array according to the plurality of touch signals; Comparing the touch coordinate characteristic with a preset coordinate characteristic belonging to one of the coordinate arrays to generate a comparison result; and starting an application when the comparison result indicates that the touch coordinate characteristic conforms to the preset coordinate characteristic Program.

The invention further discloses a program starting device, which comprises a touch panel, a touch estimation module, a storage unit, a comparison unit and a startup unit. The touch panel corresponds to a standard array for detecting a plurality of touch signals. The touch estimation module is coupled to the touch panel for generating a touch coordinate characteristic belonging to the coordinate array according to the plurality of touch signals. The storage unit is configured to store a preset coordinate characteristic belonging to one of the coordinate arrays. The comparison unit is configured to compare the touch coordinate characteristic with the preset coordinate characteristic to generate a comparison result. The activation unit is configured to start an application when the comparison result indicates that the touch coordinate characteristic conforms to the preset coordinate characteristic.

The present invention further provides an auxiliary correction method, including displaying a plurality of preset coordinate blocks on a screen corresponding to a first coordinate array, wherein the first coordinate array includes a first dimension and a second dimension, And the plurality of preset coordinate blocks include a minimum value of the first dimension, a maximum value of the second dimension, a maximum value of the first dimension, and a coordinate of a minimum value of the second dimension; The touch panel of the second coordinate array detects a plurality of touch signals, wherein the touch panel overlaps with the screen image; calculates the number of the plurality of touch signals; and generates the belonging according to the plurality of touch signals a plurality of touch coordinates of the second coordinate array; and the number of the plurality of touch signals is not less than the number of the plurality of preset coordinate blocks, and each of the plurality of preset coordinate blocks A touch panel correction program is activated when at least one of the touch coordinates falls within the range of the preset coordinate block.

The invention further discloses an auxiliary correction device comprising a display panel, a touch panel, a storage unit, a calculation unit, an analog-digital converter module and a start-up unit. The display panel is configured to display a screen image corresponding to a first coordinate array, wherein the screen image includes a plurality of preset coordinate blocks, the first coordinate array includes a first dimension and a second dimension, and the plurality of The preset coordinate block includes a minimum value of the first dimension, a maximum value of the second dimension, a maximum value of the first dimension, and a coordinate combination of a minimum value of the second dimension. The touch panel corresponds to a second coordinate array for detecting a plurality of touch signals, wherein the touch panel overlaps the screen image. The analog-to-digital converter module is configured to generate a plurality of touch coordinates belonging to the second coordinate array according to the plurality of touch signals. The storage unit is configured to store the plurality of preset coordinate blocks and the plurality of touch coordinates. The calculation unit is configured to calculate the number of the plurality of touch signals. The starting unit is configured to use the number of the plurality of touch signals not less than the number of the plurality of preset coordinate blocks, and within a range of each of the preset coordinate blocks of the plurality of preset coordinate blocks A touch panel correction program is activated when at least one touch coordinate is dropped.

The invention further discloses a computer device comprising a display panel, a touch panel, a touch panel correction device, a correction activation unit and an auxiliary correction unit. The display panel is configured to display a screen image corresponding to a first coordinate array, wherein the first coordinate array comprises a first dimension and a second dimension. The touch panel corresponds to a second coordinate array and overlaps the screen image. The touch panel correction device is configured to correct the touch panel and the display panel to generate a calibration coordinate data. The calibration starting unit is configured to execute a calibration startup program to determine activation of the touch panel correction device; the auxiliary correction unit is configured to execute an auxiliary correction program according to the corrected coordinate data. The calibration activation program includes detecting, by the touch panel, a plurality of first touch signals; and generating, according to the plurality of first touch signals, a touch coordinate characteristic belonging to the second coordinate array; The touch coordinate characteristic and a preset coordinate characteristic belonging to one of the second coordinate arrays are used to generate a comparison result; and when the comparison result indicates that the touch coordinate characteristic conforms to the preset coordinate characteristic, the touch is activated. Control panel correction program. The auxiliary correction program includes displaying, according to the corrected coordinate data, a plurality of preset coordinate blocks on the screen, the plurality of preset coordinate blocks including a minimum value of the first dimension and a maximum value of the second dimension Combining the maximum value of the first dimension with a coordinate of the minimum value of the second dimension; detecting a plurality of second touch signals through the touch panel; and calculating the number of the plurality of second touch signals; Generating, according to the plurality of second touch signals, a plurality of touch coordinates belonging to the second coordinate array; and the number of the plurality of second touch signals is not less than the plurality of preset coordinate blocks The touch panel correction program is activated when at least one touch coordinate is within the range of each of the preset coordinate blocks of the plurality of preset coordinate blocks.

Please refer to FIG. 1 , which is a schematic diagram of a program startup process 10 according to a first embodiment of the present invention. The program startup process 10 is used to start an application in a computer device having a touch panel, wherein the touch panel corresponds to an coordinate array of an X-Y axis, which can represent the resolution of the touch panel. The program startup process 10 includes the following steps:

Step 100: Start.

Step 102: Detect a plurality of touch signals through the touch panel.

Step 104: Generate a touch coordinate characteristic belonging to one of the coordinate arrays according to the plurality of touch signals.

Step 106: Comparing the touch coordinate characteristic with a preset coordinate characteristic belonging to one of the coordinate arrays to generate a comparison result.

Step 108: Determine whether the comparison result shows that the touch coordinate characteristic conforms to the preset coordinate characteristic. If yes, go to step 110; if no, go to step 102.

Step 110: Launch an application.

Step 112: End.

According to the program startup process 10, the present invention uses a touch panel to detect a plurality of touch signals, and accordingly generates touch feature characteristics of the touch signals, and then compares with the preset coordinate characteristics to match the two characteristics. Launch the app.

The preset coordinate feature may be a preset XY coordinate set, a preset time set or a preset interval time set, or a combination thereof, in which case the generated touch coordinate characteristic is a corresponding touch information (ie, touch Coordinates, touch time or touch interval, or a combination thereof). Taking the preset coordinate feature including the preset XY coordinate set, the preset time set and the preset interval time set as an example, the present invention displays the touch coordinate set, the touch time set and the touch interval time set in the comparison result. When the corresponding preset feature is enabled, the application is launched; otherwise, the touch panel is continuously detected to detect a plurality of touch signals.

The method of generating the touch coordinate set can be converted into a digital signal by an analog-to-digital method, and arranged into a coordinate signal of the XY axis; the generation of the touch time set can record a start time of each touch signal and An end time, and the time difference between the start time and the end time is calculated; the time interval of the touch interval time set can record the time difference of the two adjacent touch signals. Preferably, the application can be a touch panel correction program or a shutdown program, and the like. In this way, the user can directly start the program through the touch panel operation, thereby avoiding the problem that the start button of the program cannot be selected due to the screen offset. In addition, for consumer electronics manufacturers of touch panels, the design of the operator interface can reduce the number of mechanical buttons (such as screen correction buttons).

2 is a schematic diagram of a program starting device 20 according to the first embodiment of the present invention. The program activation device 20 includes a touch panel 210, a touch estimation module 220, a storage unit 230, a comparison unit 240, and a startup unit 250. The touch panel 210 corresponds to an array of coordinates of an X-Y axis for detecting the touch signals TSg(1) to TSg(n). The touch estimation module 220 includes an analog-to-digital converter module 222, a touch time calculation unit 224, and an interval time calculation unit 226. The analog-to-digital converter module 222 is configured to convert the touch signals TSg(1) to TSg(n) into XY-axis digital signals to generate a touch coordinate set [TC1{(x,y)},...,TCn{ (x, y)}]; the touch time calculation unit 224 is used to record the start time and end time of each touch signal of the touch signals TSg(1) to TSg(n) to generate a touch time set [TT (1), ..., TT(n)]; the interval calculation unit 226 is configured to calculate the time difference of each two adjacent touch signals of the touch signals TSg(1) to TSg to generate a touch interval time set [ TTI(1),...,TTI(n)]. The storage unit 230 is configured to store a preset coordinate set [PC1{(x, y)}, ..., PCn{(x, y)}] of a coordinate array belonging to the XY axis, a preset time set [PT ( 1), PT(2), ..., PT(n)] and a preset interval time set [PTI(1), ..., PTI(n)]. The matching unit 240 is used to compare the touch coordinate set [TC1{(x, y)}, ..., TCn{(x, y)}] with the preset coordinate set [PC1{(x, y)}, ..., PCn{(x, y)}], touch time set [TT(1),...,TT(n)] and preset time set [PT(1),...,PT( n)], and the touch interval time set [TTI(1),...,TTI(n)] and the preset interval time set [PTI(1),...,PTI(n)] to generate A comparison result CMP_RE. The starting unit 250 is configured to display the touch coordinate set [TC1{(x, y)}, ..., TCn{(x, y)}], and the touch time set [TT(1), in the comparison result CMP_RE. .., TT(n)] starts an application AP when the touch interval time set [TTI(1), ..., TTI(n)] respectively corresponds to the (same) corresponding preset set.

Please refer to FIG. 3, which is a schematic diagram of an auxiliary calibration process 30 for a computer device according to a second embodiment of the present invention. The computer device includes a touch panel corresponding to an coordinate array of an XY axis, and a screen image corresponding to a coordinate array of a ZW axis and overlapping the screen image, and the coordinate array of the XY axis and the ZW axis can be The resolutions of the touch panel and the screen are respectively displayed, and have a mapping relationship, that is, the coordinate points of each XY axis have a corresponding coordinate point of the ZW axis. The auxiliary correction process 30 is used to determine whether the panel offset is too large, and includes the following steps:

Step 300: Start.

Step 302: Display a plurality of preset coordinate blocks on the screen screen, which comprises a coordinate combination of a minimum value of the X axis, a maximum value of the Y axis, and a maximum value of X and a minimum value of the Y axis.

Step 304: Detect a plurality of touch signals belonging to the X-Y axis through the touch panel.

Step 306: Calculate the number of the plurality of touch signals.

Step 308: Generate a plurality of touch coordinates of the coordinate array belonging to the Z-W axis according to the plurality of touch signals.

Step 310: The number of the plurality of touch signals is not less than the number of the plurality of preset coordinate blocks, and the preset number of the predetermined coordinate blocks of the plurality of preset coordinate blocks is at least When a touch coordinate is dropped, a panel correction program is started.

Step 312: End.

According to the auxiliary correction process 30, the present invention first displays the preset coordinate block on the screen, calculates the number of signals of the detected touch signal, and converts the touch coordinates from the X-Y axis to the Z-W axis. When the number of touch signals is not less than the number of preset coordinate blocks, and at least one touch coordinate falls within the range of each preset coordinate block, the present invention activates the panel correction program. This means that when the number of touch signals is equal to the number of preset coordinate blocks, the touch coordinates must hit the preset coordinate block one-to-one, and the panel correction program will be started. Conversely, when the number of touch signals is less than the number of preset coordinate blocks, all touch coordinates are cleared to re-touch the touch signal through the touch panel. In addition, the present invention can immediately cancel the display of the preset coordinate block each time a touch coordinate falls within a predetermined coordinate block range. Or, when the conditions of the above-mentioned startup panel calibration program are met, all the preset coordinate blocks are canceled to restore the normal screen.

Preferably, the preset coordinate block is a button graphic for the user to click. The coordinate combination in the preset coordinate block used may include at least one (the minimum value of the Z axis, the maximum value of the W axis) and the coordinate combination (the maximum value of the Z axis, the minimum value of the W axis), one (Z) The maximum value of the axis, the maximum value of the W axis) and the coordinate of (the minimum value of the Z axis, the minimum value of the W axis), or one (the minimum value of the Z axis, the maximum value of the W axis), (the maximum of the Z axis) The value, the minimum value of the W axis), (the maximum value of the Z axis, the maximum value of the W axis), and the coordinate combination of (the minimum value of the Z axis, the minimum value of the W axis). That is, the first coordinate combination includes the upper left and lower right coordinate endpoints of the screen; the second coordinate combination includes the upper right and lower left coordinate endpoints of the screen; the third coordinate combination includes the four coordinates of the screen. End point. In this case, the present invention determines whether the touch panel and the screen image are excessively offset by detecting the touch signal of the boundary block to determine whether to execute the panel correction program.

4 is a schematic diagram of an auxiliary correction device 40 according to a second embodiment of the present invention. The auxiliary calibration device 40 is configured to activate a panel calibration program AP1, and includes a display panel 400, a touch panel 410, a storage unit 420, a computing unit 430, an analog-to-digital converter module 440, and a data clearing unit 450. A block clearing unit 460 and an activation unit 470. The display panel 400 is configured to display a screen image 402 corresponding to the coordinate array of the ZW axis, which includes two preset coordinate blocks A1 and A2, and the preset coordinate block A1 includes coordinates (the minimum value of the Z axis, the W axis The maximum coordinate), and the preset coordinate block A2 contains the coordinates (the maximum value of the Z axis, the minimum value of the W axis). The touch panel 410 is the same size and overlaps with the screen image 402, and corresponds to the coordinate array of the X-Y axis for detecting the touch signals TSgm(1) to TSgm(n). The calculation unit 430 is configured to calculate the number of the touch signals TSgm(1) to TSgm(n) to be n. The analog-to-digital converter module 440 is configured to generate touch coordinates [(z1, w1), ..., (zn, wn)] belonging to the ZW axis coordinate array according to the touch signals TSgm(1) to TSgm(n). . The storage unit 420 is configured to store the coordinate set and the touch coordinates [(z1, w1), . . . , (zn, wn)] of the preset coordinate blocks A1 and A2. The data clearing unit 450 is configured to clear the touch coordinates [(z1, w1), ..., (zn, wn)] of the storage unit 420 when the number n is less than 2. The starting unit 470 is configured to activate the panel correction program AP1 when the number n is not less than 2 and at least one touch coordinate falls within the range of the preset coordinate blocks A1 and A2. The block clearing unit 460 is configured to cancel the display of the hit preset coordinate block when any of the touch coordinates falls within the range of the preset coordinate block A1 or A2. Alternatively, the block clearing unit 460 can also be used to cancel the display of the preset coordinate block A1 when the number n is not less than 2 and at least one touch coordinate falls within the range of the preset coordinate blocks A1 and A2. A2 to reply to the normal screen.

The concepts of the aforementioned program startup process 10 and the auxiliary correction process 30 can be combined for use in a computer device for complete screen offset correction. Please refer to FIG. 5. FIG. 5 is a schematic diagram of a computer device 50 according to a third embodiment of the present invention. The computer device 50 includes a display panel 500, a touch panel 510, a touch panel correction device 520, a calibration activation unit 530, and an auxiliary correction unit 540. The display panel 500 is used to display a screen 502 of one of the coordinate arrays of the Z-W axis. The touch panel 510 corresponds to a coordinate array of the X-Y axis and is the same size and overlaps with the screen image 500. The calibration starting unit 530 is configured to determine whether to activate the touch panel correction device 520 by executing a calibration startup program. The touch panel correction device 520 corrects the coordinate mapping relationship between the touch panel 510 and the display panel 500 to generate a corrected coordinate data COR_DATA, and the auxiliary correction unit 540 executes an auxiliary correction program according to the corrected coordinate data COR_DATA to determine whether to restart. Touch panel correction device 520.

Please refer to FIG. 6 , which is a schematic diagram of a preset coordinate set of the touch panel 510 . In FIG. 6, the preset coordinate set of the touch panel 510 is [B1, B2, B3, B4]. In addition, the computer device 50 sets (I) a preset time condition: each pressing time exceeds two seconds; (II) a preset interval time condition: the touch interval time is greater than one second and less than three seconds. Next, please refer to FIG. 7. FIG. 7 is a flow chart of an embodiment of a calibration start program 70 for correcting the activation unit 530. The calibration start program 70 is a derivative of the process 10, which uses the preset coordinate set of the touch panel 510 and the conditions (I) and (II) to determine whether the touch panel correction device 520 is activated or not, and includes the following steps:

Step 700: Start.

Step 702: Set the starting value of i to 0.

Step 704: Determine whether there is a panel touch event? If yes, go to step 708; if no, go to step 706.

Step 706: Record a touch interval start time.

Step 708: Is the screen touch status detected as "press" or "release"? If it is "pressed", step 710 is performed; if not, step 712 is performed.

Step 710: Calculate a touch interval time and record a press start time.

Step 712: Calculate a pressing time according to the pressing start time.

Step 714: Determine whether the panel touch event meets the first stage ST(0)? If yes, go to step 716; if no, go to step 722.

Step 716: Determine whether the panel touch event meets the first stage ST(i)? If yes, go to step 718; if no, go to step 732.

Step 718: Add 1 to the value of i.

Step 720: Determine whether the panel touch event meets a start condition ACON(i)? If yes, go to step 722; if no, go to step 732.

Step 722: Determine if i is equal to 4? If yes, go to step 730; if no, go to step 726.

Step 724: Determine whether the panel touch event meets the condition (II) and i is greater than or equal to 1? If yes, go to step 716; if no, go to step 732.

Step 726: Report a pressing condition of the panel touch event and a pressing coordinate of the X-Y axis.

Step 728: Perform related system operations or records according to the touch interval start time, the pressing condition, and the pressing coordinate.

Step 730: The touch panel correction device 520 is activated.

Step 732: Enter phase ST(0) and set i to 0.

Step 734: End. The panel touch event hits the preset coordinate set [B1, B2, B3, B4] and meets the condition (I). In addition,

Eligibility for stage ST(0): Conditions (I) and (II) are not met;

Eligibility of stage ST(1): Stage ST(0) and start condition ACON(1) are established;

The qualification of stage ST(2): stage ST(1), start condition ACON(2) and condition (II) are established;

The qualification of stage ST(3): stage ST(2), start condition ACON(3) and condition (II) are established;

The conditions of the stage ST(4) are: stage ST(3), start condition ACON(4), and condition (II) is established.

The associated system operation or record of step 728 includes calculating a touch interval time based on the start time of the touch interval and the press condition. It can be seen from the above that when the detected touch signals fall within the range of the coordinate blocks B1, B2, B3 and B4, respectively, and meet the conditions of (1) and (2), the correction start program 70 starts to touch. Control panel correction device 520. When any of the detected touch signals does not meet the preset condition, the calibration start program 70 re-takes the touch signal detection.

Please refer to FIGS. 8 and 9. FIG. 9 is a flowchart of an embodiment of the auxiliary correction program 90 for the auxiliary correction unit 540. FIG. 8 is a screen 502 of the auxiliary correction program 90 in the initial state of FIG. schematic diagram. The auxiliary correction program 90 applies the concept of the process 30, which includes the following steps:

Step 900: Start.

Step 902: Display preset coordinate blocks C1, C2, C3, and C4 on the screen 502.

Step 904: Wait for a touch event.

Step 906: Detect the touch event and record the total number of touch events according to the corrected coordinate data COR_DATA.

Step 908: When the touch position hits one of the preset coordinate blocks C1, C2, C3, and C4, the hit preset coordinate block is removed.

Step 910: Determine whether the total number of times is less than four times? If yes, go back to step 904; if no, go to step 912.

Step 912: Determine whether the number of times the touch position hits the preset coordinate block is less than four times? If yes, proceed to step 914; if no, proceed to 916.

Step 914: The touch panel correction device 520 is activated.

Step 916: End.

It can be seen from the above that when the total number of touch events is less than four times, it indicates that the number of user touches is insufficient, so the touch event is re-waited. When the total number of touch events is not less than four times but the number of hits is less than four times, it means that the preset coordinate blocks among the preset coordinate blocks C1, C2, C3 and C4 are not hit, indicating that the coordinate data is corrected. There is a discrepancy in COR_DATA, so the touch panel correction device 520 must be activated to recalibrate the screen. When the total number of hits and the number of hits are not less than four times, it means that the preset coordinate blocks C1, C2, C3 and C4 are all hit, indicating that the corrected coordinate data COR_DATA has no deviation, so the auxiliary correction program is terminated 90 times. To the normal operation of the system.

Please refer to FIG. 10, which is a schematic diagram of the correspondence between the screen screen 502 and the corrected coordinate data COR_DATA in FIG. In Fig. 10, the preset coordinate blocks C1, C2, C3, and C4 have an offset from the corrected coordinate data COR_DATA. When the user touches the bottom right of the touch panel 510, the corresponding corrected coordinate data COR_DATA is the touch coordinate D1, which obviously cannot hit the preset coordinate block C4, causing the touch position to hit the preset coordinate block. The number of times must be less than four times. In this case, the auxiliary correction program 90 activates the touch panel correction device 520. Therefore, the auxiliary correcting unit 540 can verify the correctness and validity of the corrected coordinate data COR_DATA.

In summary, the embodiment of the present invention provides a method for detecting a user-specific touch program to start a program when the user cannot click the start button of the specific program. In addition, the present invention also provides an edge area touch mechanism that can be used to initiate a specific program and, when used for screen correction, verify the correctness and validity of the correction result.

The above are only the preferred embodiments of the present invention, and all changes and modifications made to the scope of the present invention should be within the scope of the present invention.

In the correction start program 70, the start conditions ACON(1) to ACON(4) are respectively

20‧‧‧Program launcher

40‧‧‧Auxiliary correction device

210, 410, 510‧‧‧ touch panels

220‧‧‧Touch Estimation Module

230, 420‧‧‧ storage unit

240‧‧‧ comparison unit

250, 470‧‧‧ starter unit

TSg(1)~TSg(n)‧‧‧Touch signal

222, 440‧‧‧ analog digital converter module

224‧‧‧Touch time calculation unit

226‧‧‧interval calculation unit

AP, AP1‧‧‧ application

400, 500‧‧‧ display panel

430‧‧‧Computation unit

450. . . Data clearing unit

460. . . Block clearing unit

402, 502. . . Screen

A1, A2. . . Preset coordinate block

50. . . Computer device

520. . . Touch panel correction device

530. . . Correction start unit

540. . . Auxiliary correction unit

COR_DATA. . . Correction coordinate data

CMP_RE. . . Comparison result

B1, B2, B3, B4. . . Preset coordinate set

C1, C2, C3, C4. . . Preset coordinate block

TSgm(1), TSgm(n). . . Touch signal

[(z1, w1),...,(zn,wn)]. . . Touch coordinates

[TC1{(x,y)},...,TCn{(x,y)}]. . . Touch coordinate set

[TT(1),...,TT(n)]. . . Touch time set

[TTI(1),...,TTI(n)]. . . Touch interval set

[PC1{(x,y)},...,PCn{(x,y)}]. . . Preset coordinate set

[PT(1), PT(2),...,PT(n)]. . . Preset time set

[PTI(1),...,PTI(n)]. . . Preset interval set

10, 30, 70, 90. . . Process

100, 102, 104, 106, 108, 110, 112, 300, 302, 304, 306, 308, 310, 312, 700, 702, 704, 706, 708, 710, 712, 714, 716, 718, 720, 722, 724, 726, 728, 730, 732, 734, 900, 902, 904, 906, 908, 910, 912, 914, 916. . . step

FIG. 1 is a schematic diagram showing a program startup process according to a first embodiment of the present invention.

Fig. 2 is a schematic view showing a program starting device according to a first embodiment of the present invention.

FIG. 3 is a schematic diagram of an auxiliary correction process according to a second embodiment of the present invention.

Figure 4 is a schematic view of an auxiliary correction device according to a second embodiment of the present invention.

Figure 5 is a schematic diagram of a computer device according to a third embodiment of the present invention.

FIG. 6 is a schematic diagram of the implementation of the preset coordinate set of the touch panel of the fifth figure.

Fig. 7 is a flow chart showing an embodiment of correcting the startup program according to Fig. 6.

Figure 8 is a schematic diagram of the implementation of the screen in the initial state of the auxiliary calibration program.

Figure 9 is a flow chart showing an embodiment of the auxiliary correction program according to Fig. 6.

Figure 10 is a schematic diagram showing the correspondence between the screen image and the corrected coordinate data in Fig. 8.

10. . . Process

100, 102, 104, 106, 108, 110, 112. . . step

Claims (43)

A program startup method includes: detecting, by a touch panel corresponding to one of the target arrays, a plurality of touch signals; and generating, according to the plurality of touch signals, a touch coordinate characteristic belonging to the coordinate array; The touch coordinate characteristic and a preset coordinate characteristic belonging to the coordinate array are used to generate a comparison result; and when the comparison result shows that the touch coordinate characteristic conforms to the preset coordinate characteristic, an application is started; The preset coordinate feature is a preset space coordinate set, a preset time set or a preset interval time set. The program startup method of claim 1, wherein the touch coordinate feature is a touch coordinate set, and the preset coordinate feature is a preset coordinate set. The program activation method of claim 2, wherein the touch coordinate characteristic belonging to the coordinate array is generated according to the plurality of touch signals, and the plurality of touch signals are converted into a plurality of two-dimensional digits by using an analog-to-digital number conversion method. Signal to generate the touch coordinate set. The program activation method of claim 1, wherein the touch coordinate feature is a touch time set, and the preset coordinate feature is a preset time set. The program activation method of claim 4, wherein the touch coordinate characteristic belonging to the coordinate array according to the plurality of touch signals includes a start time and a record for recording each touch signal of the plurality of touch signals End time to generate the set of touch times. The program activation method of claim 1, wherein the touch coordinate feature is a touch interval time set, and the preset coordinate feature is a preset interval time set. The program activation method of claim 6, wherein the generating a touch coordinate characteristic belonging to the coordinate array according to the plurality of touch signals comprises calculating a time difference of each two adjacent touch signals of the plurality of touch signals, This set of touch interval times is generated. The program activation method of claim 1, wherein the touch coordinate feature comprises a touch coordinate set and a touch time set, and the preset coordinate feature comprises a preset coordinate set and a preset time set. The program activation method according to claim 8, wherein the touch coordinate characteristic belonging to the coordinate array according to the plurality of touch signals comprises: converting the plurality of touch signals into a plurality of two-dimensional images by using an analog-to-digital method The digital signal is generated to generate the touch coordinate set; and a start time and an end time of each touch signal of the plurality of touch signals are recorded to generate the touch time set. The program activation method of claim 1, wherein the touch coordinate feature comprises a touch coordinate set and a touch interval time set, and the preset coordinate feature comprises a preset coordinate set and a preset interval time set. . The program activation method according to claim 10, wherein the touch coordinate characteristic belonging to the coordinate array according to the plurality of touch signals comprises: converting the plurality of touch signals into a plurality of two-dimensional images by using an analog-to-digital method a digital signal to generate the touch coordinate set; and calculating a time difference of each two adjacent touch signals of the plurality of touch signals to generate the touch interval time set. The program activation method of claim 1, wherein the touch coordinate feature includes a touch coordinate set, a touch time set, and a touch interval time set, and the preset coordinate feature includes a preset coordinate set, A preset time set and a preset interval time set. The program activation method of claim 12, wherein the touch coordinate attribute belonging to the coordinate array according to the plurality of touch signals comprises: converting the plurality of touch signals into a plurality of two-dimensional images by using an analog-to-digital method a digital signal to generate the touch coordinate set; record a start time and an end time of each touch signal of the plurality of touch signals to generate the touch time set; Calculating a time difference of each two adjacent touch signals of the plurality of touch signals to generate the touch interval time set. The program startup method of claim 1, wherein the application is a touch panel correction program or a shutdown program. A program activation device includes: a touch panel corresponding to a target array for detecting a plurality of touch signals; and a touch estimation module coupled to the touch panel for using the plurality of touch panels a touch signal, which generates a touch coordinate characteristic belonging to one of the coordinate arrays; a storage unit for storing a preset coordinate characteristic belonging to one of the coordinate arrays; and a comparison unit for comparing characteristics of the touch coordinates Determining a coordinate characteristic to generate a comparison result; and activating unit for starting an application when the comparison result indicates that the touch coordinate characteristic conforms to the preset coordinate characteristic; wherein the preset The coordinate feature is a preset space coordinate set, a preset time set or a preset interval time set. The program activation device of claim 15, wherein the touch coordinate feature is a touch coordinate set, and the preset coordinate feature is a preset coordinate set. The program activation device of claim 16, wherein the touch estimation module includes an analog-to-digital converter module for converting the plurality of touch signals into a plurality of A two-dimensional digital signal to generate the touch coordinate set. The program activation device of claim 15, wherein the touch coordinate feature is a touch time set, and the preset coordinate feature is a preset time set. The program activation device of claim 18, wherein the touch estimation module includes a touch time calculation unit for recording a start time and an end time of each touch signal of the plurality of touch signals To generate the set of touch times. The program activation device of claim 15, wherein the touch coordinate feature is a touch interval time set, and the preset coordinate feature is a preset interval time set. The program activation device of claim 20, wherein the touch estimation module includes an interval calculation unit configured to calculate a time difference between each two adjacent touch signals of the plurality of touch signals to generate the touch Touch interval set. The program activation device of claim 15, wherein the touch coordinate feature comprises a touch coordinate set and a touch time set, and the preset coordinate feature comprises a preset coordinate set and a preset time set. The program activation device of claim 22, wherein the touch estimation module comprises: an analog-to-digital converter module for converting the plurality of touch signals into a plurality of two-dimensional digital signals to generate the touch Collision set; and A touch time calculation unit is configured to record a start time and an end time of each touch signal of the plurality of touch signals to generate the touch time set. The program activation device of claim 15, wherein the touch coordinate feature comprises a touch coordinate set and a touch interval time set, and the preset coordinate feature comprises a preset coordinate set and a preset interval time set. . The program activation device of claim 24, wherein the touch coordinate characteristic belonging to the coordinate array according to the plurality of touch signals comprises: an analog-to-digital converter module, converting the plurality of analog digits by analog-to-digital conversion The touch signal is a plurality of two-dimensional digital signals to generate the touch coordinate set; and an interval calculation unit is configured to calculate a time difference between each two adjacent touch signals of the plurality of touch signals to generate the touch Touch interval set. The program activation device of claim 15, wherein the touch coordinate feature comprises a touch coordinate set, a touch time set, and a touch interval time set, and the preset coordinate feature includes a preset coordinate set, A preset time set and a preset interval time set. The program activation device of claim 26, wherein the touch estimation module comprises: an analog-to-digital converter module for converting the plurality of touch signals into a plurality of two-dimensional digital signals to generate the touch Collision set a touch time calculation unit for recording a start time and an end time of each touch signal of the plurality of touch signals to generate the touch time set; and an interval time calculation unit for calculating the The time difference between each two adjacent touch signals of the plurality of touch signals to generate the touch interval time set. The program activation device of claim 15, wherein the application is a touch panel correction program or a shutdown program. An auxiliary correction method includes: displaying a plurality of preset coordinate blocks on a screen corresponding to a first coordinate array, wherein the first coordinate array includes a first dimension and a second dimension, the plurality of The preset coordinate block includes a minimum value of the first dimension, a maximum value of the second dimension, a maximum value of the first dimension, and a coordinate of a minimum value of the second dimension; the transmission corresponds to a second coordinate array a touch panel that detects a plurality of touch signals, wherein the touch panel overlaps with the screen image; calculates a number of the plurality of touch signals; and generates, according to the plurality of touch signals, the second coordinates a plurality of touch coordinates of the array; and the number of the plurality of touch signals is not less than the number of the plurality of preset coordinate blocks, and each preset coordinate area of the plurality of preset coordinate blocks A touch panel correction program is activated when at least one of the touch coordinates falls within the range of the block. The auxiliary correction method of claim 29, further comprising: when the number of the plurality of touch signals is less than the number of the plurality of preset coordinate blocks, clearing the detected plurality of touch coordinates And re-touch signal detection. The auxiliary correction method of claim 29, further comprising: when one of the plurality of touch coordinates falls within a preset coordinate block of the plurality of preset coordinate blocks, the display is cancelled. Preset coordinate block. The auxiliary correction method of claim 29, wherein the number of the plurality of touch signals is not less than the number of the plurality of preset coordinate blocks, and each of the plurality of preset coordinate blocks When at least one touch coordinate is within the range of a preset coordinate block, the plurality of preset coordinate blocks are cancelled to return to the normal screen. The auxiliary correction method of claim 29, wherein the plurality of preset coordinate blocks are button graphics. The auxiliary correction method according to claim 29, wherein the coordinate combination is one (the minimum value of the first dimension, the maximum value of the second dimension) and (the maximum value of the first dimension, the minimum of the second dimension) The coordinate combination of values, or one (the maximum of the first dimension, the maximum of the second dimension) is combined with the coordinates of (the minimum of the first dimension, the minimum of the second dimension). The auxiliary correction method according to claim 29, wherein the coordinate combination is one (the minimum value of the first dimension, the maximum value of the second dimension), (the maximum value of the first dimension, and the minimum of the second dimension) The value), (the maximum value of the first dimension, the maximum value of the second dimension) is combined with a coordinate of (the minimum of the first dimension, the minimum of the second dimension). An auxiliary calibration device includes: a display panel for displaying a screen image corresponding to a first coordinate array, the screen image comprising a plurality of preset coordinate blocks, the first coordinate array comprising a first dimension a second dimension, the plurality of preset coordinate blocks including a minimum value of the first dimension, a maximum value of the second dimension, a maximum value of the first dimension, and a coordinate of a minimum value of the second dimension; a touch panel corresponding to a second coordinate array for detecting a plurality of touch signals, wherein the touch panel overlaps with the screen image, and the second coordinate array has a mapping relationship with the first coordinate array; a calculation unit, configured to calculate the number of the plurality of touch signals; an analog-to-digital converter module, configured to generate a plurality of touch coordinates belonging to the second coordinate array according to the plurality of touch signals; a unit for storing the plurality of preset coordinate blocks and the plurality of touch coordinates; and a starting unit, wherein the number of the plurality of touch signals is not less than the plurality of preset coordinate blocks Number, and At least one of the touch coordinates into the coordinates fall within the scope of each predetermined block of the blocks a plurality of preset coordinate when starting a Touch panel calibration program. The auxiliary correction device of claim 36, further comprising a data clearing unit, configured to clear the storage unit when the number of the plurality of touch signals is less than the number of the plurality of preset coordinate blocks The plurality of touch coordinates. The auxiliary correcting device of claim 36, further comprising a block clearing unit, wherein one of the plurality of touch coordinates touches the coordinate to fall in a preset coordinate area of the plurality of preset coordinate blocks When the block is within the range, the preset coordinate block is canceled. The auxiliary correction device of claim 36, further comprising a block clearing unit, wherein the number of the plurality of touch signals is not less than the number of the plurality of preset coordinate blocks, and the plurality When at least one touch coordinate is falling within the range of each preset coordinate block of the preset coordinate block, the plurality of preset coordinate blocks are cancelled to return to the normal screen. The auxiliary correction device of claim 36, wherein the plurality of predetermined coordinate blocks are button graphics. The auxiliary correction device of claim 36, wherein the coordinate combination is one (the minimum value of the first dimension, the maximum value of the second dimension) and (the maximum value of the first dimension, the minimum of the second dimension) The coordinate combination of the value, or one (the maximum value of the first dimension, The maximum value of the second dimension is combined with the coordinates of (the minimum of the first dimension, the minimum of the second dimension). The auxiliary correction device of claim 36, wherein the coordinate combination is one (the minimum value of the first dimension, the maximum value of the second dimension), (the maximum value of the first dimension, the minimum of the second dimension) The value), (the maximum value of the first dimension, the maximum value of the second dimension) is combined with a coordinate of (the minimum of the first dimension, the minimum of the second dimension). A computer device includes: a display panel for displaying a screen image corresponding to a first coordinate array, the first coordinate array includes a first dimension and a second dimension; and a touch panel corresponding to a a second coordinate array, the touch panel is overlapped with the screen; a touch panel correction device is configured to correct the touch panel and the display panel to generate a calibration coordinate data; and a calibration activation unit is configured to execute Correcting an activation program to determine activation of the touch panel calibration program; and an auxiliary correction unit for performing an auxiliary correction program based on the calibration coordinate data; wherein the calibration startup program includes: through the touch panel, Detecting a plurality of first touch signals; generating, according to the plurality of first touch signals, a touch coordinate characteristic belonging to one of the second coordinate arrays; Comparing the touch coordinate characteristic with a preset coordinate characteristic belonging to one of the second coordinate arrays to generate a comparison result; and starting when the comparison result indicates that the touch coordinate characteristic conforms to the preset coordinate characteristic The touch panel calibration device includes: a touch time set and a touch time interval set, wherein the preset coordinate feature includes a preset time set and a preset time interval set; the auxiliary The calibration program includes: displaying, according to the corrected coordinate data, a plurality of preset coordinate blocks on the screen, the plurality of preset coordinate blocks including a minimum value of the first dimension, a maximum value of the second dimension, Combining the maximum value of the first dimension with a coordinate of the minimum value of the second dimension; detecting a plurality of second touch signals through the touch panel; calculating the number of the plurality of second touch signals; The plurality of second touch signals generate a plurality of touch coordinates belonging to the second coordinate array; and the number of the plurality of second touch signals is not less than the number of the plurality of preset coordinate blocks And the At least within a few blocks of each of preset coordinate preset coordinate block falls within a touch coordinates, the touch panel correction program starts.