CN112882600B - Multi-point touch screen detection system and detection method thereof - Google Patents
Multi-point touch screen detection system and detection method thereof Download PDFInfo
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- 230000005856 abnormality Effects 0.000 claims abstract description 50
- 238000004458 analytical method Methods 0.000 claims abstract description 50
- 238000012545 processing Methods 0.000 claims abstract description 42
- 238000012423 maintenance Methods 0.000 claims description 57
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/03—Arrangements for converting the position or the displacement of a member into a coded form
- G06F3/041—Digitisers, e.g. for touch screens or touch pads, characterised by the transducing means
- G06F3/0416—Control or interface arrangements specially adapted for digitisers
- G06F3/0418—Control or interface arrangements specially adapted for digitisers for error correction or compensation, e.g. based on parallax, calibration or alignment
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F2203/00—Indexing scheme relating to G06F3/00 - G06F3/048
- G06F2203/041—Indexing scheme relating to G06F3/041 - G06F3/045
- G06F2203/04104—Multi-touch detection in digitiser, i.e. details about the simultaneous detection of a plurality of touching locations, e.g. multiple fingers or pen and finger
Abstract
The application relates to a multi-point touch screen detection system and a detection method thereof, wherein the detection system comprises: the input module is used for responding to the detection request input by the outside, forming an operation instruction and sending the operation instruction; the detection module is connected with the multi-point touch screen and is used for receiving the operation instruction and detecting the multi-point touch screen to generate a detection result; the analysis module is used for extracting and analyzing the detection result and generating analysis information; the judging module is used for receiving the analysis information and judging the analysis information as follows: if the analysis information shows abnormality, generating and sending out abnormality information; if the analysis information is displayed normally, generating normal information and sending the normal information; the processing module is used for receiving the abnormal information and the normal information; when abnormal information is received, forming a stop instruction for stopping detection of the multi-point touch screen, and sending the stop instruction to the detection module to locate an abnormal area; and when the normal information is received, locating the normal area. The method has the effect of reducing the stacking throughput of test data.
Description
Technical Field
The present disclosure relates to the field of multi-touch screen technologies, and in particular, to a multi-touch screen detection system and a detection method thereof.
Background
In the current electronic industry, a plurality of notebook computers in the market are configured with a multi-touch screen, and the multi-touch screen technology refers to a technology that a user controls a graphical interface through a plurality of fingers at the same time, so that the user can perform operations such as amplifying, shrinking, stretching, editing and the like on common graphics, images or photos, and the multi-touch screen technology is very practical and convenient.
The related art can refer to Chinese patent application publication No. CN103019468A, which discloses a multi-touch display screen comprising a touch display panel; the light-emitting panel is arranged below the touch display panel, a three-primary-color LED array for displaying patterns on the touch display panel is arranged on the light-emitting panel, and an infrared emission head and an infrared receiving head which are used for generating touch signals and are electrically connected with a touch driving circuit are integrated in each three-primary-color LED; the lenses are arranged in the mounting holes of the lens plate arranged between the touch display panel and the light-emitting panel, and are arranged in one-to-one correspondence with the three primary color LEDs and used for condensing the three primary color LEDs; and one end of the optical fiber is connected with the mounting hole, and the other end of the optical fiber is connected with the touch display panel and is used for transmitting visible light emitted by the three-primary-color LEDs and infrared rays emitted by the infrared emission head to the touch display panel and transmitting the reflected infrared rays to the infrared receiving head.
With respect to the related art in the above, the inventors consider that there are the following drawbacks: a tester usually needs to detect the multi-touch function of the multi-touch screen so as to ensure the normal use of the multi-touch screen; in general, when testing, after testing all areas of the multi-point touch screen, the test data is regulated and fed back, which results in larger processing amount of the test data and inconvenience to the testers.
Disclosure of Invention
In order to realize real-time regularity of test data and reduce accumulation processing capacity of the test data, the application provides a multi-point touch screen detection system and a detection method thereof.
In a first aspect, the present application provides a multi-touch screen detection system, which adopts the following technical scheme:
a multi-touch screen detection system, comprising:
the input module is used for responding to the detection request input by the outside, forming an operation instruction and sending the operation instruction;
the detection module is connected with the multi-point touch screen and is used for receiving the operation instruction and detecting the multi-point touch screen to generate a detection result;
the analysis module is used for extracting and analyzing the detection result and generating analysis information;
the judging module is used for receiving the analysis information and judging the analysis information as follows:
if the analysis information shows abnormality, generating and sending out abnormality information;
if the analysis information is displayed normally, generating normal information and sending the normal information;
the processing module is used for receiving the abnormal information and the normal information;
when abnormal information is received, forming a stop instruction for stopping detection of the multi-point touch screen, and sending the stop instruction to the detection module to locate an abnormal area;
when the normal information is received, the normal area is located.
By adopting the technical scheme, after receiving the detection request, the method starts to sequentially detect all areas of the multi-point touch screen and analyzes the detection result in real time; if an abnormality is detected in a certain area of the multi-point touch screen, stopping continuous detection of the multi-point touch screen, and positioning the abnormal area according to the detected abnormality, so that a detector can record the abnormal area in time, and extract and maintain the abnormal information of the abnormal area; if the detection area is normal, continuing to detect the next area of the multi-point touch screen until the abnormality is detected, and repeating the process, so that real-time regularity of the test data is realized, and the accumulation processing amount of the test data is reduced.
Optionally, the processing module further includes:
the rechecking unit is used for acquiring the abnormal region, rechecking the abnormal region and generating a rechecking result;
the analysis unit is used for extracting and analyzing the rechecking result to generate rechecking information;
the judging unit is used for receiving the reinspection information and judging the reinspection information as follows:
if the recheck information shows abnormality, generating error reporting information for qualifying the recheck area as an abnormal area;
if the recheck information is displayed normally, generating modification information for rechecking the recheck area;
the processing unit is used for receiving the error reporting information and the change information;
when receiving error reporting information, acquiring an original abnormal region, generating feedback information and sending the feedback information;
when the change information is received, the original abnormal region is obtained, the abnormal region is redefined to be a normal region, and a restarting instruction for continuously detecting the multi-point touch screen is formed and sent to the detection module.
By adopting the technical scheme, when the multi-point touch screen is detected to be abnormal, the abnormal information of the abnormal area is extracted to recheck the abnormal area, and the recheck result is analyzed; if the recheck shows that the area is still abnormal, the recheck area is determined to be an abnormal area, and feedback information is generated for the area and fed back to the detection personnel; if the recheck shows that the area is normal, indicating that the initial detection has deviation, re-qualifying the area, changing the area into a normal area, and forming a restarting instruction to continuously detect the multi-point touch screen. Therefore, the primary detection can be rechecked, so that the detection process is smoother while the accuracy of the detection result is improved, the manual operation is reduced, and the detection convenience is improved.
Optionally, the processing module further includes:
the comparison unit is used for receiving feedback information and comparing the feedback information with all information in the question library; the problem library stores a plurality of multi-point touch screen problems and maintenance measures;
and the maintenance unit is used for extracting maintenance measures corresponding to the feedback information in the question library, forming maintenance information and reserving a file.
By adopting the technical scheme, the feedback information generated after the abnormal region is qualitatively treated is received, the feedback information comprises the abnormal problems occurring in the corresponding abnormal region, the abnormal problems in the abnormal region are compared with the problem library, after the comparison is successful, maintenance measures corresponding to the abnormal problems in the problem library are extracted and fed back to the detection personnel, so that the detection personnel can realize the rapid error correction of the abnormal problems according to the maintenance measures, and the convenience of maintenance of the multi-point touch screen is improved.
Optionally, the processing module further includes:
the skipping unit is used for acquiring maintenance information, forming skipping information for skipping the corresponding abnormal region and sending the skipping information to the detection module;
the follow-up unit is used for responding to the detection period set by the tester, forming period information and sending out the period information;
the monitoring unit is used for receiving the period information, monitoring whether the detection module stops in a detection period according to the period information, forming a monitoring result and sending the monitoring result;
the ending unit is used for receiving the monitoring result and making the following judgment:
if the monitoring result is yes, generating re-information for controlling the monitoring unit to re-monitor and sending the re-information to the monitoring unit;
if the monitoring result is negative, end information for controlling the detection module to stop working is generated and sent to the detection module.
By adopting the technical scheme, after the abnormal region is recorded and the maintenance measures of the abnormal problem corresponding to the abnormal region are extracted, the abnormal region can be skipped so as to automatically detect the next region, thereby improving the continuity of detection; in addition, a period is set for the detection process, the detection period is monitored in real time, whether the detection process still has abnormality is convenient to grasp, if the detection process still has abnormality, the processes are repeated, the detection period is refreshed and monitored again, if the detection process does not have abnormality, the fact that the whole detection period is normal or all abnormal problems are maintained is indicated, and further the continuity of detection is improved, meanwhile, the abnormal problems can be extracted and maintained in real time in the detection process, and therefore the accumulation processing amount of test data is reduced.
In a second aspect, the present application provides a method for detecting a multi-touch screen, which adopts the following technical scheme:
a multi-touch screen detection method comprises the following steps:
responding to a detection request input by the outside, forming an operation instruction and sending the operation instruction;
receiving an operation instruction and detecting a multi-point touch screen to generate a detection result;
extracting and analyzing the detection result to generate analysis information;
receiving analysis information and judging the analysis information as follows:
if the analysis information shows abnormality, generating and sending out abnormality information;
if the analysis information is displayed normally, generating normal information and sending the normal information;
receiving abnormal information and normal information;
when abnormal information is received, forming a stop instruction for stopping detection of the multi-point touch screen and sending out the stop instruction to locate an abnormal area;
when the normal information is received, the normal area is located.
By adopting the technical scheme, after receiving the detection request, the method starts to sequentially detect all areas of the multi-point touch screen and analyzes the detection result in real time; if an abnormality is detected in a certain area of the multi-point touch screen, stopping continuous detection of the multi-point touch screen, and positioning the abnormal area according to the detected abnormality, so that a detector can record the abnormal area in time, and extract and maintain the abnormal information of the abnormal area; if the detection area is normal, continuing to detect the next area of the multi-point touch screen until the abnormality is detected, and repeating the process, so that real-time regularity of the test data is realized, and the accumulation processing amount of the test data is reduced.
Optionally, when the abnormal information is received, a stop instruction for stopping detection on the multi-point touch screen is formed and sent out, and the step of locating the abnormal area further includes:
acquiring an abnormal region, rechecking the abnormal region, and generating a rechecking result;
extracting and analyzing the rechecking result to generate rechecking information;
receiving the recheck information and making the following judgment on the recheck information:
if the recheck information shows abnormality, generating error reporting information for qualifying the recheck area as an abnormal area;
if the recheck information is displayed normally, generating modification information for rechecking the recheck area;
receiving error reporting information and change information;
when receiving error reporting information, acquiring an original abnormal region, generating feedback information and sending the feedback information;
when the change information is received, the original abnormal region is acquired, the abnormal region is re-qualified to be a normal region, and a restarting instruction for continuously detecting the multi-point touch screen is formed and sent out.
By adopting the technical scheme, when the multi-point touch screen is detected to be abnormal, the abnormal information of the abnormal area is extracted to recheck the abnormal area, and the recheck result is analyzed; if the recheck shows that the area is still abnormal, the recheck area is determined to be an abnormal area, and feedback information is generated for the area and fed back to the detection personnel; if the recheck shows that the area is normal, indicating that the initial detection has deviation, re-qualifying the area, changing the area into a normal area, and forming a restarting instruction to continuously detect the multi-point touch screen. Therefore, the primary detection can be rechecked, so that the detection process is smoother while the accuracy of the detection result is improved, the manual operation is reduced, and the detection convenience is improved.
Optionally, when the abnormal information is received, a stop instruction for stopping detection on the multi-point touch screen is formed and sent out, and the step of locating the abnormal area further includes:
receiving feedback information, and comparing the feedback information with all information in the question bank; the problem library stores a plurality of multi-point touch screen problems and maintenance measures;
and extracting maintenance measures corresponding to the feedback information in the problem library, forming maintenance information and reserving a file.
By adopting the technical scheme, the feedback information generated after the abnormal region is qualitatively treated is received, the feedback information comprises the abnormal problems occurring in the corresponding abnormal region, the abnormal problems in the abnormal region are compared with the problem library, after the comparison is successful, maintenance measures corresponding to the abnormal problems in the problem library are extracted and fed back to the detection personnel, so that the detection personnel can realize the rapid error correction of the abnormal problems according to the maintenance measures, and the convenience of maintenance of the multi-point touch screen is improved.
Optionally, when the abnormal information is received, a stop instruction for stopping detection on the multi-point touch screen is formed and sent out, and the step of locating the abnormal area further includes:
acquiring maintenance information, forming skip information for skipping the corresponding abnormal region and sending out the skip information;
responding to a detection period set by a tester, forming period information and sending out the period information;
receiving the period information, monitoring whether the detection module stops in a detection period according to the period information, forming a monitoring result and sending the monitoring result;
receiving the monitoring result and making the following judgment:
if the monitoring result is yes, generating and sending re-information for controlling the monitoring unit to re-monitor;
if the monitoring result is negative, end information for controlling the detection module to stop working is generated and sent out.
By adopting the technical scheme, after the abnormal region is recorded and the maintenance measures of the abnormal problem corresponding to the abnormal region are extracted, the abnormal region can be skipped so as to automatically detect the next region, thereby improving the continuity of detection; in addition, a period is set for the detection process, the detection period is monitored in real time, whether the detection process still has abnormality is convenient to grasp, if the detection process still has abnormality, the processes are repeated, the detection period is refreshed and monitored again, if the detection process does not have abnormality, the fact that the whole detection period is normal or all abnormal problems are maintained is indicated, and further the continuity of detection is improved, meanwhile, the abnormal problems can be extracted and maintained in real time in the detection process, and therefore the accumulation processing amount of test data is reduced.
In summary, the present application includes at least one of the following beneficial technical effects:
1. after receiving the detection request, sequentially detecting all areas of the multi-point touch screen, and analyzing the detection result in real time; if an abnormality is detected in a certain area of the multi-point touch screen, stopping continuous detection of the multi-point touch screen, and positioning the abnormal area according to the detected abnormality, so that a detector can record the abnormal area in time, and extract and maintain the abnormal information of the abnormal area; if the detection area is normal, continuing to detect the next area of the multi-point touch screen until an abnormality is detected, and repeating the process, so that real-time regularity of the test data is realized, and the accumulation processing amount of the test data is reduced;
2. when the multi-point touch screen is detected to be abnormal, extracting the abnormal information of the abnormal area to recheck the abnormal area, and analyzing the recheck result; if the recheck shows that the area is still abnormal, the recheck area is determined to be an abnormal area, and feedback information is generated for the area and fed back to the detection personnel; if the recheck shows that the area is normal, indicating that the initial detection has deviation, re-qualifying the area, changing the area into a normal area, and forming a restarting instruction to continuously detect the multi-point touch screen. Therefore, the primary detection can be rechecked, so that the accuracy of the detection result is improved, the detection process is smoother, the manual operation is reduced, and the detection convenience is improved;
3. receiving feedback information generated after the abnormal region is qualitatively determined, wherein the feedback information comprises abnormal problems occurring in the corresponding abnormal region, comparing the abnormal problems in the abnormal region with a problem library, extracting maintenance measures corresponding to the abnormal problems in the problem library after the comparison is successful, and feeding back the maintenance measures to detection personnel, so that the detection personnel can realize quick error correction of the abnormal problems according to the maintenance measures, and the convenience of maintenance of the multi-point touch screen is improved;
4. after recording the abnormal region and extracting maintenance measures for the abnormal problem corresponding to the abnormal region, skipping the abnormal region so as to automatically detect the next region, thereby improving the continuity of detection; in addition, a period is set for the detection process, the detection period is monitored in real time, whether the detection process still has abnormality is convenient to grasp, if the detection process still has abnormality, the processes are repeated, the detection period is refreshed and monitored again, if the detection process does not have abnormality, the fact that the whole detection period is normal or all abnormal problems are maintained is indicated, and further the continuity of detection is improved, meanwhile, the abnormal problems can be extracted and maintained in real time in the detection process, and therefore the accumulation processing amount of test data is reduced.
Drawings
FIG. 1 is a block diagram of a highlighting detection system according to an embodiment of the present application.
FIG. 2 is a block diagram of the elements of an embodiment highlighting processing module.
FIG. 3 is a flow chart of a method of highlighting detection in an embodiment of the present application.
Fig. 4 is a flowchart of an embodiment highlighting judgment re-inspection information.
Fig. 5 is a flowchart highlighting the acquisition of maintenance information according to an embodiment.
Fig. 6 is a flowchart of an embodiment highlighting the result of judgment monitoring.
Reference numerals illustrate: 1. an input module; 2. a detection module; 3. an analysis module; 4. a judging module; 5. a processing module; 501. a rechecking unit; 502. an analysis unit; 503. a judging unit; 504. a processing unit; 505. an alignment unit; 506. a maintenance unit; 507. a skip unit; 508. a circulation detection unit; 509. a monitoring unit; 510. and ending the unit.
Detailed Description
The present application is described in further detail below in conjunction with figures 1-6.
The embodiment of the application discloses a multi-point touch screen detection system. Referring to fig. 1 and 2, the detection system includes:
the input module 1 is connected with a preset input terminal, and the input terminal can adopt touch electronic equipment such as a mobile phone, a tablet personal computer, a custom-made terminal and the like, and can also adopt non-touch computer equipment consisting of a display screen, a keyboard, a mouse and the like; the input module 1 is used for responding to a detection request input by a detection personnel through the input terminal, and the input module 1 forms an operation instruction and sends out the operation instruction after responding to the detection request.
The detection module 2, detection module 2 is connected with detection instrument, and detection module 2 is connected with the multiple spot touch-control screen that waits to detect through detection instrument. The detection module 2 is used for receiving the operation instruction sent by the input module 1, controlling the detection tool to operate when the detection module 2 receives the operation instruction, realizing the detection of the multi-point touch screen, reading the information detected by the detection tool in real time in the detection process, and finally generating a detection result.
The analysis module 3 is used for extracting the detection result generated by the detection module 2, analyzing the detection result in real time, and analyzing whether each area has a dead pixel or not mainly aiming at the detection of the multi-point touch screen by the detection tool, wherein the analysis module 3 generates analysis information according to the analysis result.
The judging module 4, the judging module 4 is configured to receive the analysis information generated by the analysis module 3, and perform the following judgment on the analysis information: if the analysis information shows abnormality, proving that a dead point condition appears in a real-time detection area of the multi-point touch screen, and generating and sending out abnormality information by the judging module 4; if the analysis information is displayed normally, it is proved that no dead point exists in the real-time detection area of the multi-point touch screen, and at the moment, the judging module 4 generates normal information and sends the normal information.
The processing module 5, the processing module 5 is used for receiving the abnormal information and the normal information sent by the judging module 4. When the processing module 5 receives the abnormal information sent by the judging module 4, the processing module 5 forms a stop instruction for stopping detection of the multi-point touch screen and sends the stop instruction to the detecting module 2, so that the detecting module 2 stops continuously detecting the multi-point touch screen, at the moment, the processing module 5 positions the abnormal area and feeds back the abnormal area to the detecting personnel, so that the detecting personnel can grasp the abnormal area of the multi-point touch screen and record and maintain the abnormal problem of the multi-point touch screen, the accumulation of problem processing amount is reduced, and the effects of real-time detection and maintenance are realized. When the processing module 5 receives the normal information sent by the judging module 4, the processing module 5 positions the area to a normal area and feeds the area back to a detection person so that the detection person can record the normal area in the multi-point touch screen.
Specifically, the processing module 5 further includes:
the rechecking unit 501, the rechecking unit 501 is connected with the detection tool, the rechecking unit 501 is used for obtaining the abnormal region and controlling the detection tool to recheck the abnormal region, and the rechecking unit 501 gathers the information generated after the detection tool rechecks and generates a rechecking result. By rechecking the abnormal area, the accuracy of the detection result is improved, and the extra workload of detection personnel is reduced.
And an analysis unit 502, where the analysis unit 502 is configured to extract and analyze the re-inspection result generated by the re-inspection unit 501, and the analysis content mainly includes determining whether the problem such as the dead pixel in the abnormal region is abnormal, and generating re-inspection information from the analysis result.
A judging unit 503, where the judging unit 503 is configured to receive the review information generated by the analyzing unit 502, and make the following judgment on the review information: if the review information shows an abnormality, it is verified that the defective pixel problem in the abnormal region does exist, and at this time, the judgment unit 503 generates error reporting information for qualifying the review region as the abnormal region. If the review information is displayed normally, it is proved that the problem of the dead pixel in the abnormal area is false positive, and the judging unit 503 generates the modification information for re-qualifying the review area.
And a processing unit 504, where the processing unit 504 is configured to receive the error reporting information and the modification information generated by the determining unit 503. When the processing unit 504 receives the error report information, the processing unit 504 acquires the original abnormal region, locates that the abnormal region does have a problem such as a dead pixel, generates feedback information and sends the feedback information to the display terminal, wherein the display terminal is a device such as a mobile phone, a computer, a display and the like capable of displaying the abnormal region and the problem to a detector. When the processing unit 504 receives the modification information, the processing unit 504 acquires the original abnormal area, and re-determines the abnormal area as a normal area, and the processing unit 504 forms a restart instruction for continuously detecting the multi-point touch screen and sends the restart instruction to the detection module 2, so that the detection module 2 continuously detects the next area of the multi-point touch screen until the next abnormal information appears.
Furthermore, the processing module 5 further includes:
the comparing unit 505, the comparing unit 505 is configured to receive the feedback information sent by the processing unit 504, and the comparing unit 505 compares the feedback information with all information in the question bank. The problem library is stored with a plurality of problems and maintenance measures of the multi-point touch screen, and the problems and maintenance measures stored in the problem library are edited and recorded by a detection personnel according to self detection experience. In the process of comparing the feedback information with all the questions in the question bank, if the questions in the feedback information are successfully compared with the questions in the question bank, the questions in the question bank are positioned, and maintenance measures corresponding to the questions are positioned.
The maintenance unit 506 is used for extracting maintenance measures positioned by the comparison unit 505, and the maintenance unit 506 forms the extracted maintenance measures into maintenance information and keeps a file so as to be convenient for a detection person and a maintenance person to check, so that the detection person can realize quick error correction of abnormal problems according to the maintenance measures, and the convenience of maintenance of the multi-point touch screen is improved; and the method is convenient for counting and rectifying the problems of dead pixels of the multi-point touch screen in the later period.
The skipping unit 507 is configured to obtain the maintenance information formed by the maintenance unit 506, and after the skipping unit 507 obtains the maintenance information, the skipping unit forms skipping information for skipping the corresponding abnormal area, and sends the skipping information to the detection module 2, so that the detection module 2 skips the abnormal area and detects the next area, thereby improving the continuity of detection, and being capable of extracting and maintaining the abnormal area in real time.
The detection unit 508, the detection unit 508 is connected with a preset input terminal, the detection unit 508 is used for responding to a detection period set by a tester, the tester inputs the preset detection period to the detection unit 508 through the input terminal, the detection period can be set as a period from the beginning of a certain area to the end of the area in the multi-point touch screen, and the detection unit 508 forms and sends out period information.
The monitoring unit 509 is configured to receive the period information sent by the cycle detection unit 508, monitor whether the detection module 2 is stopped in a detection period according to the period information by the monitoring unit 509, and form a monitoring result and send the monitoring result by the monitoring unit 509; if the detection module 2 detects an abnormal problem on the multi-touch screen, the detection module stops detecting the abnormal problem, and if the abnormal problem is not detected or the abnormal problem is skipped, the continuous detection of one detection period is performed until the detection module stops.
The ending unit 510, the ending unit 510 is configured to receive the monitoring result formed by the monitored distance and make the following judgment: if the monitoring result is yes, it is indicated that the detection module 2 detects that an abnormal problem exists in the multi-point touch screen, the ending unit 510 generates re-information for controlling the monitoring unit 509 to re-monitor and sends the re-information to the monitoring unit 509, so that the monitoring unit 509 refreshes a detection period, and the detection module 2 re-detects a detection period to ensure the detection accuracy; if the monitoring result is no, it is indicated that the detection module 2 does not detect that the multi-point touch screen has an abnormal problem in a detection period, and end information for controlling the detection module 2 to stop working is generated and sent to the detection module 2, so that the detection module 2 stops working to complete the detection, and further, the detection continuity is improved, and meanwhile, the abnormal problem can be extracted and maintained in real time in the detection process, so that the stacking throughput of test data is reduced.
The implementation principle of the multi-point touch screen detection system in the embodiment of the application is as follows: after receiving the detection request, sequentially detecting all areas of the multi-point touch screen, and analyzing the detection result in real time; if an abnormality is detected in a certain area of the multi-point touch screen, stopping continuous detection of the multi-point touch screen, and positioning the abnormal area according to the detected abnormality, so that a detector can record the abnormal area in time, and extract and maintain the abnormal information of the abnormal area; if the detection area is normal, continuing to detect the next area of the multi-point touch screen until the abnormality is detected, and repeating the process, so that real-time regularity of the test data is realized, and the accumulation processing amount of the test data is reduced.
The embodiment of the application also discloses a multi-point touch screen detection method. Referring to fig. 3, the detection method includes:
s100, responding to a detection request input by the outside, forming an operation instruction and sending the operation instruction;
s200, receiving an operation instruction and detecting a multi-point touch screen to generate a detection result;
s300, extracting and analyzing the detection result to generate analysis information;
s400, receiving analysis information, and judging the analysis information as follows: if the analysis information shows abnormality, generating and sending out abnormality information; if the analysis information is displayed normally, generating normal information and sending the normal information;
s500, abnormal information and normal information are received; when abnormal information is received, forming a stop instruction for stopping detection of the multi-point touch screen and sending out the stop instruction to locate an abnormal area; when the normal information is received, the normal area is located.
After receiving the detection request, sequentially detecting all areas of the multi-point touch screen, and analyzing the detection result in real time; if an abnormality is detected in a certain area of the multi-point touch screen, stopping continuous detection of the multi-point touch screen, and positioning the abnormal area according to the detected abnormality, so that a detector can record the abnormal area in time, and extract and maintain the abnormal information of the abnormal area; if the detection area is normal, continuing to detect the next area of the multi-point touch screen until the abnormality is detected, and repeating the process, so that real-time regularity of the test data is realized, and the accumulation processing amount of the test data is reduced.
Referring to fig. 4, specifically, in step S500, the following steps are further included:
s501, acquiring an abnormal region, and rechecking the abnormal region to generate a rechecking result;
s502, extracting and analyzing the rechecking result to generate rechecking information;
s503, receiving the recheck information, and judging the recheck information as follows: if the recheck information shows abnormality, generating error reporting information for qualifying the recheck area as an abnormal area; if the recheck information is displayed normally, generating modification information for rechecking the recheck area;
s504, receiving error reporting information and change information; when receiving error reporting information, acquiring an original abnormal region, generating feedback information and sending the feedback information; when the change information is received, the original abnormal region is acquired, the abnormal region is re-qualified to be a normal region, and a restarting instruction for continuously detecting the multi-point touch screen is formed and sent out.
When the multi-point touch screen is detected to be abnormal, extracting the abnormal information of the abnormal area to recheck the abnormal area, and analyzing the recheck result; if the recheck shows that the area is still abnormal, the recheck area is determined to be an abnormal area, and feedback information is generated for the area and fed back to the detection personnel; if the recheck shows that the area is normal, indicating that the initial detection has deviation, re-qualifying the area, changing the area into a normal area, and forming a restarting instruction to continuously detect the multi-point touch screen. Therefore, the primary detection can be rechecked, so that the detection process is smoother while the accuracy of the detection result is improved, the manual operation is reduced, and the detection convenience is improved.
Referring to fig. 5, in addition, in step S500, the following steps are further included:
s505, receiving feedback information, and comparing the feedback information with all information in the question bank; the problem library stores a plurality of multi-point touch screen problems and maintenance measures;
s506, extracting maintenance measures corresponding to the feedback information in the question library, forming maintenance information and reserving a file.
The method comprises the steps of receiving feedback information generated after the abnormal area is qualitatively detected, wherein the feedback information comprises abnormal problems occurring in the corresponding abnormal area, comparing the abnormal problems in the abnormal area with a problem library, extracting maintenance measures corresponding to the abnormal problems in the problem library after the comparison is successful, and feeding the maintenance measures back to detection personnel, so that the detection personnel can quickly correct the abnormal problems according to the maintenance measures, and the convenience of maintenance of the multi-point touch screen is improved.
S507, acquiring maintenance information, forming skip information for skipping the corresponding abnormal region and sending out the skip information.
Referring to fig. 4, S508, in response to the detection period set by the tester, forming period information and issuing;
s509, receiving period information, monitoring whether the detection module stops in a detection period according to the period information, forming a monitoring result and sending the monitoring result;
s510, receiving the monitoring result and making the following judgment: if the monitoring result is yes, generating and sending re-information for controlling the monitoring unit to re-monitor; if the monitoring result is negative, end information for controlling the detection module to stop working is generated and sent out.
After recording the abnormal region and extracting maintenance measures for the abnormal problem corresponding to the abnormal region, skipping the abnormal region so as to automatically detect the next region, thereby improving the continuity of detection; in addition, a period is set for the detection process, the detection period is monitored in real time, whether the detection process still has abnormality is convenient to grasp, if the detection process still has abnormality, the processes are repeated, the detection period is refreshed and monitored again, if the detection process does not have abnormality, the fact that the whole detection period is normal or all abnormal problems are maintained is indicated, and further the continuity of detection is improved, meanwhile, the abnormal problems can be extracted and maintained in real time in the detection process, and therefore the accumulation processing amount of test data is reduced.
The implementation principle of the multi-point touch screen detection method in the embodiment of the application is as follows: after receiving the detection request, sequentially detecting all areas of the multi-point touch screen, and analyzing the detection result in real time; if an abnormality is detected in a certain area of the multi-point touch screen, stopping continuous detection of the multi-point touch screen, and positioning the abnormal area according to the detected abnormality, so that a detector can record the abnormal area in time, and extract and maintain the abnormal information of the abnormal area; if the detection area is normal, continuing to detect the next area of the multi-point touch screen until the abnormality is detected, and repeating the process, so that real-time regularity of the test data is realized, and the accumulation processing amount of the test data is reduced.
The foregoing are all preferred embodiments of the present application, and are not intended to limit the scope of the present application in any way, therefore: all equivalent changes in structure, shape and principle of this application should be covered in the protection scope of this application.
Claims (2)
1. A multi-touch screen detection system, comprising:
the input module (1) is used for responding to a detection request input by the outside, forming an operation instruction and sending the operation instruction;
the detection module (2) is connected with the multi-point touch screen and is used for receiving the operation instruction and detecting the multi-point touch screen to generate a detection result;
the analysis module (3) is used for extracting and analyzing the detection result and generating analysis information;
the judging module (4) is used for receiving the analysis information and judging the analysis information as follows:
if the analysis information shows abnormality, generating and sending out abnormality information;
if the analysis information is displayed normally, generating normal information and sending the normal information;
a processing module (5) for receiving the abnormal information and the normal information;
when abnormal information is received, forming a stop instruction for stopping detection of the multi-point touch screen and sending the stop instruction to the detection module (2) to locate an abnormal area;
when normal information is received, a normal area is positioned, and the processing module (5) comprises a rechecking unit (501) for acquiring an abnormal area, rechecking the abnormal area and generating a rechecking result;
the analysis unit (502) is used for extracting and analyzing the re-inspection result to generate re-inspection information;
a judging unit (503) for receiving the re-inspection information and making the following judgment on the re-inspection information:
if the recheck information shows abnormality, generating error reporting information for qualitatively rechecking the area as an abnormal area;
if the recheck information is displayed normally, generating modification information for rechecking the recheck area;
a processing unit (504) for receiving the error reporting information and the modification information;
when receiving error reporting information, acquiring an original abnormal region, generating feedback information and sending the feedback information;
when the change information is received, the original abnormal region is obtained, the abnormal region is redefined to be a normal region, a restarting instruction for continuously detecting the multi-point touch screen is formed, and the restarting instruction is sent to the detection module (2); the comparison unit (505) is used for receiving feedback information and comparing the feedback information with all information in the question library; the problem library stores a plurality of multi-point touch screen problems and maintenance measures;
the maintenance unit (506) is used for extracting maintenance measures corresponding to the feedback information in the question library, forming maintenance information and reserving a file;
a skipping unit (507) for acquiring maintenance information, forming skipping information for skipping the corresponding abnormal region, and sending the skipping information to the detection module (2);
the circulating detection unit (508) is used for responding to the detection period set by the tester, forming period information and sending out the period information;
the monitoring unit (509) is used for receiving the period information, monitoring whether the detection module (2) stops in a detection period according to the period information, forming a monitoring result and sending out the monitoring result;
an ending unit (510) for receiving the monitoring result and making the following judgment:
if the monitoring result is yes, generating re-information for controlling the monitoring unit (509) to re-monitor and sending the re-information to the monitoring unit (509);
if the monitoring result is negative, end information for controlling the detection module (2) to stop working is generated and sent to the detection module (2).
2. The multi-point touch screen detection method is characterized by comprising the following steps of:
responding to a detection request input by the outside, forming an operation instruction and sending the operation instruction;
receiving an operation instruction and detecting a multi-point touch screen to generate a detection result;
extracting and analyzing the detection result to generate analysis information;
receiving analysis information and judging the analysis information as follows:
if the analysis information shows abnormality, generating and sending out abnormality information;
if the analysis information is displayed normally, generating normal information and sending the normal information;
receiving abnormal information and normal information;
when abnormal information is received, forming a stop instruction for stopping detection of the multi-point touch screen and sending out the stop instruction to locate an abnormal area;
when normal information is received, a normal area is located, which includes:
acquiring an abnormal region, rechecking the abnormal region, and generating a rechecking result;
extracting and analyzing the rechecking result to generate rechecking information;
receiving the recheck information and making the following judgment on the recheck information:
if the recheck information shows abnormality, generating error reporting information for qualitatively rechecking the area as an abnormal area;
if the recheck information is displayed normally, generating modification information for rechecking the recheck area;
receiving error reporting information and change information;
when receiving error reporting information, acquiring an original abnormal region, generating feedback information and sending the feedback information;
when the change information is received, the original abnormal region is obtained, the abnormal region is redefined to be a normal region, and a restarting instruction for continuously detecting the multi-point touch screen is formed and sent out;
receiving feedback information, and comparing the feedback information with all information in the question bank; the problem library stores a plurality of multi-point touch screen problems and maintenance measures;
extracting maintenance measures corresponding to the feedback information from the problem library, forming maintenance information and reserving a file;
acquiring maintenance information, forming skip information for skipping the corresponding abnormal region and sending out the skip information;
responding to a detection period set by a tester, forming period information and sending out the period information;
receiving the period information, monitoring whether the detection module stops in a detection period according to the period information, forming a monitoring result and sending the monitoring result;
receiving the monitoring result and making the following judgment:
if the monitoring result is yes, generating and sending re-information for controlling the monitoring unit to re-monitor;
if the monitoring result is negative, end information for controlling the detection module to stop working is generated and sent out.
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