CN103970628B - Automatic detection system and automatic detection method thereof - Google Patents
Automatic detection system and automatic detection method thereof Download PDFInfo
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- 238000001514 detection method Methods 0.000 title claims abstract description 142
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Abstract
The invention relates to an automatic detection system and a method, wherein the automatic detection system comprises a circuit board provided with a processing unit and a control unit, and the automatic detection method comprises the following steps: electrically connecting a device to be tested to the circuit board; executing a detection software by the processing unit, and executing a test program on the device to be tested by the detection software; the processing unit transmits a state signal to the control unit in the test program; the control unit judges whether to reset the automatic detection system according to the state signal, wherein if the device to be tested passes through the test program, the control unit does not act according to the state signal; if the control unit does not receive the state signal, the control unit judges that the automatic detection system crashes during testing, and restarts the automatic detection system to recover the testing program, so that the automatic detection system can automatically eliminate the crash situation, thereby completing the detection program.
Description
【Technical field】
The present invention is on a kind of detecting system and its detection method, particularly a kind of automated detection system and its automation
Detection method.
【Background technology】
With the continuous progress of computer science and technology, the periphery of computer, which is equipped with, constantly weeds out the old and bring forth the new, such as processor, aobvious
Card, network card, internal memory, hard disk, CD-ROM drive etc. turn into the standard specification that widely consumer receives.
Further, since the Continuous Innovation of information technology, various consumer electronic product is active in like the mushrooms after rain to disappear
Take market, including intelligent mobile phone, tablet PC, portable disc etc., single suction does not draw a large amount of consumption of consumer, also guides one
The tide of ripple consumer electronic product, becomes the main flow of consumption market.
Rise and the development prospect of optimism of computer and consumer electronic product are taken a broad view of, Shi Gejia manufacturers do one's utmost to throw invariably
Enter this competitive market, in addition to the exploitation and design of investing various new product, manufacturer also endeavour to ensure the product that dispatches from the factory quality and
Strengthen after-sale service, to lift the competitiveness in market.
Described in brought forward, in order to ensure the quality of dispatch from the factory computer outfit and consumer electronic product, it is to avoid faulty materials are flowed into
Market, outward appearance, internal group that manufacturer all can be for computer outfit and consumer electronic product generally before above-mentioned dispatch from the factory
Part and function etc. carry out QC and detection.All setting detection tool is detected the detection mode commonly used at present one by one in a manual manner
Whether the various product dispatched from the factory, make detection tool normal according to the various functions of test various product, each test event is held
Row is all dependent on tester to manually set next test event, and these are set for the mode of detection item by item manually
Spacious day is time-consuming, and does not obviously have efficiency.And because the test event of various product is all different, therefore QC and testing process
It is dependent on very much the professional knowledge and experience of testing staff, causes being significantly increased for QC personnel costs.
If in addition, detection tool test the said goods when because not by testing process cause detection tool work as machine, by
Later testing sequence can not be proceeded, it is necessary to rely on testing staff's restarting detection tool, and manually set test again
Project, can recover testing process, therefore in whole detection program, the necessary complete monitoring of testing staff, this measure undoubtedly increases
The burden of testing staff, also causes overall testing process very slow.
Therefore how to lift the efficiency of computer equipment and consumer electronic product testing process, and avoid testing staff with
Manual type excludes the problem of detection tool works as machine, and then reduces production cost, it has also become the important topic of manufacturer.
【The content of the invention】
In view of the above problems, the invention reside in a kind of automated detection system of offer and its automated detection method, from
And solve to have to rely on when commonly using measuring and calculation machine equipment and consumer electronic product testing staff with test program with people
Work sequentially sets each test event, causes integrated testability flow to be short of the defect of efficiency.
In addition, the present invention also solves to commonly use in test program, when product to be measured by test because not causing measurement jig to be worked as
During machine, it is necessary to restart measurement jig manually by testing staff, and reset test event, asking for testing process can be recovered
Topic.
Therefore, the present invention provides a kind of automated detection method, comprises the following steps：One automated detection system is provided；
A test system is electrically connected with a circuit board of automated detection system；One detection is performed with a processing unit of circuit board soft
Part, and a test program is performed to test system by inspection software；Processing unit transmits a status signal in test program
To a control unit of automated detection system；And whether control unit receives according to status signal and judges whether to reset automatically
Change detecting system, wherein, if test system passes through a test event of test program, processing unit correspondence one status signal of transmission
To control unit, control unit is according to status signal not start；If control unit does not receive the state letter of processing unit transmission
Number when, control unit judges that test event causes automated detection system work as machine when test, and restarts automation and examine
Examining system, test program is proceeded to recover processing unit perform detection software.
In a preferred embodiment, foregoing automated detection system also includes a timing module, is electrically connected at control
Unit processed, timing module is set with a unit interval, and wherein control unit is in receiving status signal in the unit interval, and in connecing
Timing module is reset after receiving status signal；And when control unit in the unit interval when status signal is not received, control is single
Member correspondence produces reset signal.
In a preferred embodiment, foregoing automated detection system also includes a signal wire, is electrically connected at control single
Between the replacement pin of member and circuit board.
In a preferred embodiment, foregoing automated detection system also has an output module, is electrically connected at processing
Unit, output module exports a test result according to test program.
The foregoing automated detection method of correspondence, the present invention additionally provides a kind of automated detection system, for testing one
Test system.Automated detection system includes electrically being provided with a processing list on a circuit board and a control unit, circuit board
Member, one first connecting interface, one second connecting interface and one reset pin, wherein when test system is electrically connected at the first company
Connection interface, processing unit performs an inspection software, and to test test system, and processing unit correspondence produces a status signal, control
Processing unit, the second connecting interface and replacement pin in circuit board is electrically connected in unit processed, and wherein control unit continues
Reception state signal, and when control unit does not receive status signal, control unit correspondence produces a reset signal, resets
Pin restarts automated detection system according to reset signal, to recover a test journey of inspection software test test system
Sequence.
In a preferred embodiment, foregoing automated detection method is further comprising the steps of：With automated detection system
A timing module set a unit interval；And the status signal of control unit reception processing unit, and start timing module；
And control unit is in receiving status signal in the unit interval, and timing module is reset, wherein, if control unit is when unit
Interior not receive status signal, control unit judges that automated detection system works as machine, and correspondence produces reset signal.
In a preferred embodiment, foregoing automated detection method is further comprising the steps of：Control unit is when unit
Interior not receive status signal, control unit calculates a disconnected news number of times；And control unit is equal to one in disconnected news number of times and made a reservation for
During number of times, that is, judge that automated detection system works as machine.
In a preferred embodiment, foregoing automated detection method is further comprising the steps of：When inspection software completes to survey
Examination program, processing unit transmission one tests information to an output module of automated detection system；And output module is according to survey
Try information and the test result that inspection software tests test system is presented.
In a preferred embodiment, foregoing automated detection method is further comprising the steps of：When control unit is opened again
Dynamic automated detection system, processing unit perform detection software；And inspection software skips over test event in test program, and
And perform next test event.
In a preferred embodiment, foregoing automated detection method is further comprising the steps of：When control unit is opened again
Dynamic automated detection system, processing unit perform detection software；Inspection software performs test event again in test program；If
Test event again results in automated detection system and works as machine, and control unit restarts again automated detection system, to recover
Processing unit perform detection software proceeds test program；And inspection software skips over test event in test program, and
And perform next test event.
Effect of the present invention is, by processing unit perform detection software, enables automated detection system for each
Class product uses corresponding detection program, the disparity items of this product is tested in automatic detection mode, therefore be not used in each
Testing staff is relied in individual detection program manually to set each test event, the efficiency of testing process is substantially improved, simultaneously as
Detection program and each detection project have all been previously entered the test program of inspection software, although testing staff does not possess the special of correlation
Industry knowledge, automated detection system of the invention still is able to be automatically performed complete testing process, to confirm whether this product has
Flaw, this measure also contributes to reduce the personnel costs of QC.
Judge whether to reset automated detection system in addition, whether receiving according to status signal by control unit, if from
Dynamicization detecting system because product to be measured not by test event when machine, control unit can restart automatic detection
System, test program is proceeded to recover processing unit perform detection software, therefore testing staff tests without complete monitoring
Program, works as machine problem without with manual exclusion, and compared to detecting system and method is commonly used, the present invention is effectively reduced detection people
The burden of member, and the efficiency of integrated testability flow is greatly improved, to lift the shipment speed of product.
【Brief description of the drawings】
Fig. 1 is the stereogram that automated detection system one provided by the present invention implements kenel.
Fig. 2 is the component block diagram of automated detection system provided by the present invention.
Fig. 3 is another stereogram for implementing kenel of automated detection system provided by the present invention.
Fig. 4 is another stereogram for implementing kenel of automated detection system provided by the present invention.
Fig. 5 is the step flow chart of automated detection method first embodiment provided by the present invention.
The step of Fig. 6 is the judgment mechanism one implementation kenel of control unit in automated detection method provided by the present invention
Flow chart.
Fig. 7 be automated detection method provided by the present invention in control unit judgment mechanism it is another implement kenel the step of
Flow chart.
Fig. 8 is the step flow chart of automated detection method second embodiment provided by the present invention.
Primary clustering symbol description：
The circuit board of 10 automated detection system 101
The connecting interface of 102 processing unit 1,021 first
The control unit of 1022 second connecting interface 103
104 reset the RCA of pin 105
The timing module of 106 output module 107
20 test systems
【Embodiment】
Feature for the present invention, implementation and effect, hereby coordinate accompanying drawing to make most preferred embodiment detailed description as follows.
Automated detection system and its automated detection method provided by the present invention include not be the same as Example, inventor
Illustrate individually below.
Fig. 1 and Fig. 2 is refer to, automated detection system 10 of the invention is described herein for testing a test system 20
Test system 20 include but is not limited to the outfit of the computer installation such as video card, network adapter, hard disk, CD-ROM drive, or be flat
The consumer electronic products such as plate computer, side hard disk, intelligent mobile phone, and it is also not limited to wherein the one of before-mentioned products or outfit
Plant or whole electronic building bricks, the personnel that making this area has usual knowledge can survey using the automated detection system 10 of the present invention
The different product of examination, for ease of understanding, inventor is used as act using the test system 20 of adapter card type in the following embodiments
Example explanation, but be not limited thereto.
The automated detection system 10 of the present invention includes a circuit board 101 and is electrically connected at a control of circuit board 101
Unit 103 processed, an output module 106 and a timing module 107.On circuit board 101 electrically be provided with a processing unit 102,
One first connecting interface 1021, one second connecting interface 1022 and one reset pin 104.
As shown in figure 1, test system 20 is electrically inserted in the first connecting interface 1021 of circuit board 101, it is follow-up to carry out
Test program.Control unit 103 is electrically connected at the replacement pin 104 of circuit board 101 by signal wire 105, to control
Automated detection system 10 performs replacement process.The control unit 103 of the present invention may be disposed at an external device, such as boards
On card, and it is arranged at by the second connecting interface 1022 on circuit board 101, and is electrically connected at processing unit 102, controls
Automated detection system 10；Or it is that control unit 103 is embodied directly on circuit board 101, can reach same control work(
Effect, and be not limited.
It is worth noting that, the first connecting interface 1021 and the type foundation of the second connecting interface 1022 of circuit board 101
The type or information transmission mode of test system 20 and control unit 103 and can correspond to and change, for example, such as test system 20
For display card, then the first connecting interface 1021 includes but is not limited to peripheral hardware interconnection standard (Peripheral Component
Interconnect, PCI), peripheral interconnection standard (Peripheral Component Interconnect
Express, PCI-E) etc. adapter connecting interface.In addition, the type of the second connecting interface 1022 of circuit board 101 also foundation
The type and detection demand of control unit 103 and have different implementation kenels, first implement kenel in, the second connecting interface
1022 kenel is as shown in Figure 1 the connecting interfaces such as PCI or PCI-E；In second and third implementation kenel, the second connecting interface
1022 kenel is as shown in Figure 3 and Figure 4 USB (Universal Serial Bus, USB), precisely because do not exist together
It is, in the second implementation kenel, control unit 103 is arranged at an adapter, and in the 3rd implementation kenel, control unit
103 are arranged at the external device of a plug and play.
In addition, the automated detection system 10 of the present invention also stores an inspection software, processing unit 102 performs this detection
Software, to perform a test program for test system 20, and this test program includes an at least test event, wherein
The test program of inspection software is different according to the type of test system 20, and the number of test event is also corresponding poor
Different, manufacturer corresponding according to the type of product to be measured can use different test program and test event.If for example,
Test system 20 is that the test event in display card, test program may include but be not limited to the efficiency such as FurMark, Vantage
Software test display card 3D calculation functions, or be to test the display frequency of display card, contrast, resolution ratio, tone, three sources
Optical mode (RGB Color Model), or it is each electric terminal for testing display card, such as video and graphic array（Video
Graphics Array, VGA）, Digital Video Interface（Digital Visual Interface, DVI）, high-definition multimedia
The different type interface terminals such as interface (High-Definition Multimedia Interface, HDMI), and not as
Limit.In addition, testing staff also can set test program, test event and its test to be performed in the preceding inspection software that passes through of test
Sequentially, inspection software and test program and each test event are performed for test system 20 automatically in test process, detects people
Member without being set item by item.
Meanwhile, processing unit 102 simultaneously persistently transmits a status signal to control unit in performing in above-mentioned test program
103, whether control unit 103 is received with status signal judges whether to reset automated detection system 10, and its judgment mechanism is rough
A unit interval is calculated with the timing module 107 being electrically connected for control unit 103, if control unit 103 is in unit
The interior status signal for receiving the transmission of processing unit 102, then reset timing module 107, make the reclocking of timing module 107；
If control unit 103 exceedes the status signal for the unit interval not receiving the transmission of processing unit 102 yet, control unit 103 is sentenced
Disconnected processing unit 102 does not work as machine because of test system 20 by the test event in test program, and correspondence produces a weight
Confidence number is to pin 104 is reset, to reset automated detection system 10, and it is aftermentioned that its detailed judgement flow holds inventor.
In addition, the output module 106 of automated detection system 10 is electrically connected at processing unit 102, output module 106 according to
A test result is exported according to the test program performed by the inspection software of processing unit 102, it is notable that output module
106 include but is not limited to the different types such as display, printer, its object is to export and present test result, to provide inspection
Survey personnel are monitored or noted down, and test result is grasped completely for ease of testing staff, and automated detection system 10 also may be selected
Test result is presented with different types of output module 106 simultaneously, for example, current test system 20 is presented in real time with display and holds
The test result of row fc-specific test FC program, and complete test result is printed with printer, those skilled in the art can be certainly
Row adjustment.
Testing staff performs automated detection method for test system 20 with foregoing automated detection system 10 and included
Two kinds of embodiments, are illustrated individually below.
In first method embodiment, Fig. 5 is refer to, and referring to Fig. 1 to Fig. 4, when testing staff performs this hair
During bright automated detection method, there is provided automated detection system 10 (S101) first；Secondly, testing staff is electrically connected with and treated
Device 20 is surveyed in the circuit board 101 (S105) of automated detection system 10, the PCI that video card to be measured for example is inserted in into circuit board connects
Connection interface；Then, with the perform detection software of processing unit 102 of circuit board 101, and test system 20 is held by inspection software
Row test program (S110)；Then, processing unit 102 performs a test event (S115) to test system 20, or according to pre-
It is fixed sequentially to perform multiple different test events, and processing unit 102 transmits status signal to automating inspection in test program
The control unit 103 of examining system 10, wherein processing unit 102 can be the lasting status signals that transmits to control unit 103；Or
It is to transmit status signal to control unit 103 every a scheduled time, to allow control unit 103 to receive test program just
The message often carried out.Then, whether control unit 103 receives according to status signal judges whether to reset automated detection system
10, its judgment mechanism includes three kinds of implementation kenels, illustrates individually below.
In the first implementation kenel, Fig. 5 is refer to, wherein, if test system 20 passes through the fc-specific test FC of test program
During mesh, the correspondence transmission status signal of processing unit 102 is to control unit 103 (S120), and control unit 103 receives state letter
Number, then it represents that processing unit 102 is in normal operating conditions, therefore control unit 103 is according to status signal not start (S125)；
The inspection software of processing unit 102 is then according to the next test event (S130) for performing test program；If test system 20 is not led to
The fc-specific test FC project of test program is crossed, causes processing unit 102 can not transmit status signal to control unit 103 when machine,
During so that control unit 103 not receiving status signal (S135) of the transmission of processing unit 102, in this implementation kenel, control
Unit 103 judges that current test event causes automated detection system 10 to work as machine (S140), and now, control unit 103 is
Reset signal is sent by 105 pairs of replacement pins 104 of signal wire, pin 104 is reset and then corresponds to reset signal restarting automatically
Change detecting system 10 (S145), test program is proceeded to recover the perform detection software of processing unit 102.
Second, which implements the judgment mechanism of kenel and first, implements kenel generally similar, implements precisely because difference is in second
The judgment mechanism system collocation timing module 107 of kenel is judged, refer to Fig. 6, and referring concurrently to Fig. 5, first, testing staff
Before test is performed, with the timing module 107 of automated detection system 10 setting unit interval (S201), such as 10 seconds, and it is single
The position time can be equal to or be transmitted more than processing unit the time of status signal.Meanwhile, control unit 103 is received in first time
To after the status signal of processing unit 102, that is, start timing module 107 (S205), control unit 103 is sentenced in this implementation kenel
Off line system then according to control unit 103 whether in receiving status signal in the unit interval judge whether reset automatic detection
System 10, wherein, if control unit 103 is representing the test program of processing unit 102 just in receiving status signal in the unit interval
Often perform, then control unit 103 resets timing module 107 (S215)；Control unit 103 is simultaneously examined according to status signal to automation
The not start of examining system 10 (S125), makes the inspection software of processing unit 102 perform next test event (S130) as previously described；If
Control unit 103 judges that automated detection system 10 works as machine in not receiving status signal, control unit 103 in the unit interval
(S140), and correspondence produce reset signal be sent to replacement pin 104, with by reset pin 104 restarting automation inspection
Examining system 10 (S145), test program is proceeded to recover the perform detection software of processing unit 102.
3rd, which implements the judgment mechanism of kenel and second, implements kenel generally similar, precisely because difference is in the 3rd is real
The judgment mechanism of kenel is applied except collocation timing module 107, also increases the calculating of disconnected news number of times, Fig. 7 is refer to, and referring concurrently to
Fig. 5, first, testing staff set the unit interval and pre- before test is performed with the timing module 107 of automated detection system 10
Determine number of times (S301), such as 10 seconds and 5 times, the same status signal that processing unit 102 is received in first time of control unit 103
When, start timing module 107 (S205), control unit 103 is in the judgment mechanism and second embodiment substantially phase of this implementation kenel
Similar, its difference is, if control unit 103 is not in receiving status signal in the unit interval, it is disconnected that control unit 103 calculates one
Interrogate number of times (S320)；That is, time per unit does not receive status signal, then calculate disconnected news number of times once, accumulated or deducted with number of times
Mode calculated, to judge whether automated detection system 10 is to work as machine, therefore control unit 103 determines whether disconnected news
When whether number of times is equal to pre-determined number (S325), to judge whether automated detection system 10 works as machine, if being not yet equal to predetermined time
Number, then control unit continues to status signal (S310)；If disconnected news number of times is equal to pre-determined number, control unit 103 judges certainly
Dynamicization detecting system 10 works as machine (S140), and correspondence produces reset signal and is sent to replacement pin 104, makes 104 pairs of replacement pin
Answer reset signal restart automated detection system 10 (S145), with recover the perform detection software of processing unit 102 continue into
Row test program.
Foregoing second and third is implemented kenel and helped by way of the unit of account time of timing module 107 and pre-determined number
Whether automated detection system 10 is judged when the serious forgiveness of machine in increase control unit 102, with 10 seconds unit interval and predetermined time
It is compared exemplified by number 5 times, the control unit 102 of the first implementation kenel does not receive status signal, that is, judges when machine and open again
Dynamic system；Second implements kenel then for when not receiving status signal more than 10 seconds, just judgement is when machine and restarting systems；The
Three implement kenel then only when not receiving status signal in 10 seconds more than five times, just judge when machine and restarting systems,
That is, implement kenel compared to first, second and third implements kenel has the fault tolerant workspace of 10 seconds or 50 seconds respectively, to avoid
The processing unit 102 of automated detection system 10 increases the standard of integrated testability program because processing is relatively slow and causes erroneous judgement
True property.
It is worth noting that, in the present embodiment, in any judgement machine of the control unit 103 according to first three implementation kenel
System judges that processing unit 102 works as machine, and restarts automated detection system 10, to recover after test program, inspection software in
Which test event is first judged in test program by test, and skips over the test event caused before when machine, is then held
The next project (S15) to be tested of row, that is, in the present embodiment, the inspection software of processing unit 102 will not re-execute previous
The secondary test event caused when machine, and this test event will be skipped over, and next test event is performed, this measure contributes to increase overall
The efficiency of test.
Described in brought forward, after each test event and judgment mechanism in performing test program as the aforementioned each time, detection
Software all can judge whether test program completes (S155), if judging, test program is not yet completed, and inspection software correspondence is performed
Next test event (S115)；If judging, test program has been completed, and processing unit 102 is by the survey of each test event in test program
Test result, is converted to a test information, the output module of the transmission of processing unit 102 test information to automated detection system 10
106(S160)；The test result (S165) that inspection software tests test system 20 is presented according to test information in output module 106,
Its presentation for testing information and record mode illustrate that inventor does not repeat herein in leading portion.
By the automated detection method of the present embodiment, automated detection system 10 can be held for test system 20 automatically
Each test event of row test program, and when not caused by test event when machine, reset and automated by control unit 102
Detecting system 10, to continue to complete test program, therefore testing staff is without complete monitoring integrated testability flow, without being dependent on
Testing staff is excluded because of the test interruption caused by machine, and then the efficiency and reduction human cost of test is significantly increased.
The step of second method embodiment and first method embodiment generally similar, and the control unit of first embodiment
Three kinds of 103 judge that implementing kenel is also equally applicable to second method embodiment, precisely because difference is, refer to Fig. 8, in control
Unit 103 processed sends reset signal, and restarts automated detection system (S445), and inspection is performed to recover processing unit 102
Survey software to proceed after test program, in the present embodiment, inspection software is lain in performs same test again in test program
Project (S450), that is, inspection software can perform the preceding test event for once causing to work as machine for test system 20 again, if this
Secondary test system 20 transmits status signal to control unit 103 (S420) by detection project, the then correspondence of processing unit 102, and
Perform next test event (S430)；If this time test system 20 does not cause to work as machine yet by detection project, control unit 103 is not
Status signal (S455) is received, control unit 103 then corresponds to and sends reset signal again, to restart automatic detection system
Unite 10 (S460), and in this detection program, inspection software, which is skipped over, causes the test event when base, and performs next test
Project (S465), to complete integrated testability flow.
Therefore, the automated detection method system of second method embodiment, which is directed to, causes when the test event of machine repeats to survey
Examination, to avoid because system is delayed caused erroneous judgement, and then lifts the accuracy of test.
The inspection software performed by processing unit in above-mentioned automated detection system, the present invention can be directed to various product
Using corresponding detection program, to test the disparity items of this product automatically, therefore it need not be relied in each detection program
The efficiency of testing process is substantially improved manually to operate each test event in testing staff, simultaneously as detection program and each detection
Project has all been previously entered the test program of inspection software, although testing staff does not possess the professional knowledge of correlation, of the invention
Automated detection system still is able to be automatically performed complete testing process, and to confirm whether this product has flaw, this measure is also helped
In the personnel costs of reduction QC.
Judge whether to reset automated detection system in addition, whether receiving according to status signal by control unit, when this
The automated detection system of invention because product to be measured not by test event when machine, control unit can restart from
Dynamicization detecting system, test program is proceeded to recover processing unit perform detection software, therefore testing staff is without whole process
Test program is monitored, works as machine problem without excluding in a manual manner, compared to detecting system and method is commonly used, the present invention is effectively
Ground reduces the burden of testing staff, and greatly improves the efficiency of integrated testability flow, to lift the shipment speed of product.
What is more, control unit of the invention can arrange in pairs or groups the timing and metering of timing module, and correspondence derives three kinds of differences
Implement the judgment mechanism of kenel, while inspection software is in two methods embodiment, after restarting systems are tested also
There is retest same project, or be to skip over to cause when the different test policy selection such as the test event of machine, with according to system
The demand correspondence increase testing efficiency of manufacturer is made, or is the serious forgiveness of increase system, with the accuracy of further lifting test.
In addition, by the output module of the present invention, testing staff can grasp the test of test system immediately according to demand
As a result, judge that this test system is normal or faulty materials using correspondence, and can further record the test result of each, with
Inquired about or examined for other follow-up departments.
Although embodiments of the invention are provided as described above, be so not limited to the present invention, any to be familiar with correlation technique
Personnel, without departing from the spirit and scope of the present invention, such as according to the shape described in the claims in the present invention, construction, feature
And quantity ought can do a little change, therefore scope of the presently claimed invention must regard this specification appended claims institute
The person of defining is defined.
Claims (8)
1. a kind of automated detection system, for testing a test system, it is characterised in that the automated detection system bag
Include：
On one circuit board, the circuit board electrically be provided with a processing unit, one first connecting interface, one second connecting interface with
And one reset pin, wherein when the test system is electrically inserted in first connecting interface, the processing unit performs one
Inspection software, to test the test system, and processing unit correspondence produces a status signal；And
One control unit, is electrically connected the processing unit in the circuit board, second connecting interface and described
Pin is reset, wherein described control unit persistently receives the status signal, and described in not receiving when described control unit
During status signal, described control unit correspondence produces a reset signal, and the replacement pin is opened again according to the reset signal
The automated detection system is moved, to recover the test program that the inspection software tests the test system,
Wherein, the automated detection system also includes a timing module, is electrically connected at described control unit, the timing
Module is set with a unit interval, wherein described control unit in receiving the status signal in the unit interval, and in
Receive and the timing module is reset after the status signal；And when described control unit in the unit interval in not receiving
During the status signal, described control unit correspondence produces the reset signal.
2. automated detection system as claimed in claim 1, it is characterised in that the automated detection system also includes a letter
Between number line, the replacement pin for being electrically connected at described control unit and the circuit board.
3. automated detection system as claimed in claim 1, it is characterised in that the automated detection system is also defeated with one
Go out module, be electrically connected at the processing unit, the output module exports a test result according to the test program.
4. a kind of automated detection method, it is characterised in that the automated detection method comprises the following steps：
One automated detection system is provided；
A test system is electrically connected with being electrically provided with one on a circuit board of the automated detection system, the circuit board
Processing unit, one first connecting interface, one second connecting interface and one reset pin, and the test system is electrically inserted in institute
State the first connecting interface；
One inspection software is performed with a processing unit of the circuit board, and the test system held by the inspection software
The test program of row one；
The control that the processing unit transmits a status signal to the automated detection system in the test program is single
The processing unit in the circuit board, second connecting interface and described is electrically connected in member, described control unit
Reset pin；And
Whether described control unit receives according to the status signal judges whether to reset the automated detection system,
Wherein, if the test system passes through a test event of the test program, processing unit correspondence one shape of transmission
State signal to described control unit, described control unit is failure to actuate according to the status signal；If described control unit is not received
To the processing unit transmit the status signal when, described control unit judges that the test event causes the automation
Detecting system works as machine when test, and restarts the automated detection system, and institute is performed to recover the processing unit
State inspection software and proceed the test program,
Wherein, the automated detection method is further comprising the steps of：
One unit interval was set with a timing module of the automated detection system；
Described control unit receives the status signal of the processing unit, and starts the timing module；And
Described control unit resets the timing module in receiving the status signal in the unit interval,
Wherein, if described control unit is not in receiving the status signal in the unit interval, described control unit judges
The automated detection system works as machine, and correspondence produces reset signal.
5. automated detection method as claimed in claim 4, it is characterised in that the automated detection method also includes following
Step：
Described control unit is not in receiving the status signal in the unit interval, it is secondary that described control unit calculates a disconnected news
Number；And
Described control unit judges that the automated detection system works as machine when the disconnected news number of times is equal to a pre-determined number.
6. automated detection method as claimed in claim 4, it is characterised in that the automated detection method also includes following
Step：
When the inspection software completes the test program, the processing unit transmission one tests information to the automatic detection
One output module of system；And
The test result that the inspection software tests the test system is presented according to the test information in the output module.
7. automated detection method as claimed in claim 4, it is characterised in that the automated detection method also includes following
Step：
When described control unit restarts the automated detection system, the processing unit performs the inspection software；With
And
The inspection software skips over the test event in the test program, and performs next test event.
8. automated detection method as claimed in claim 4, it is characterised in that the automated detection method also includes following
Step：
When described control unit restarts the automated detection system, the processing unit performs the inspection software；
The inspection software performs the test event again in the test program；
If the test event, which again results in the automated detection system, works as machine, described control unit restarts again described
Automated detection system, the test program is proceeded to recover the processing unit execution inspection software；And
The inspection software skips over the test event in the test program, and performs next test event.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW102104095 | 2013-02-01 | ||
| TW102104095A TW201432278A (en) | 2013-02-01 | 2013-02-01 | Automatic inspection system and automatic inspection method thereof |
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| Publication Number | Publication Date |
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| CN103970628A CN103970628A (en) | 2014-08-06 |
| CN103970628B true CN103970628B (en) | 2017-09-19 |
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| CN201310116867.9A Expired - Fee Related CN103970628B (en) | 2013-02-01 | 2013-04-07 | Automatic detection system and automatic detection method thereof |
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| CN (1) | CN103970628B (en) |
| TW (1) | TW201432278A (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104459422B (en) * | 2014-12-26 | 2017-08-18 | 环旭电子股份有限公司 | The method of testing of Interference from the power supply wire test system |
| TWI565953B (en) * | 2014-12-26 | 2017-01-11 | 技嘉科技股份有限公司 | Display signal test fixture and test method |
| TWI596356B (en) * | 2016-05-20 | 2017-08-21 | 致伸科技股份有限公司 | Testing system for circuit board |
| CN107291621A (en) * | 2017-07-07 | 2017-10-24 | 恒生电子股份有限公司 | Processing method, processing unit, medium and the electronic equipment of test case |
| CN109961112A (en) * | 2017-12-22 | 2019-07-02 | 神讯电脑(昆山)有限公司 | The detection method of display panel title |
| CN109459258A (en) * | 2018-12-03 | 2019-03-12 | 公安部第研究所 | A kind of detector gate test macro with full-automatic discrimination function |
| CN111175022A (en) * | 2019-11-29 | 2020-05-19 | 芜湖职业技术学院 | Detection device and method for liquid crystal display screen of ultrasonic cleaning machine |
| CN111273098A (en) * | 2020-01-20 | 2020-06-12 | 深圳市明信测试设备有限公司 | Detection device and method for detecting SIM card and TF card of mobile phone |
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| CN101510169A (en) * | 2008-02-15 | 2009-08-19 | 晨星半导体股份有限公司 | Multiple microprocessor system and monitoring method thereof |
| CN101615144A (en) * | 2008-06-27 | 2009-12-30 | 东友科技股份有限公司 | But the to-be-detected machine of reloading detecting program, equipment sensing system and detection method |
| CN102193055A (en) * | 2010-01-26 | 2011-09-21 | 爱德万测试株式会社 | Test apparatus and test method |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| US7426657B2 (en) * | 2004-07-09 | 2008-09-16 | International Business Machines Corporation | System and method for predictive processor failure recovery |
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- 2013-04-07 CN CN201310116867.9A patent/CN103970628B/en not_active Expired - Fee Related
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101510169A (en) * | 2008-02-15 | 2009-08-19 | 晨星半导体股份有限公司 | Multiple microprocessor system and monitoring method thereof |
| CN101615144A (en) * | 2008-06-27 | 2009-12-30 | 东友科技股份有限公司 | But the to-be-detected machine of reloading detecting program, equipment sensing system and detection method |
| CN102193055A (en) * | 2010-01-26 | 2011-09-21 | 爱德万测试株式会社 | Test apparatus and test method |
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| TW201432278A (en) | 2014-08-16 |
| CN103970628A (en) | 2014-08-06 |
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