CN103970628A - Automatic detection system and automatic detection method thereof - Google Patents
Automatic detection system and automatic detection method thereof Download PDFInfo
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Abstract
The invention relates to an automatic detection system and an automatic detection method thereof, 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 about a kind of detection system and detection method thereof, particularly a kind of automated detection system and automated detection method thereof.
[background technology]
Along with the continuous progress of computing machine science and technology, the periphery of computing machine is equipped with and constantly weeds out the old and bring forth the new, and processor, video card, network card, internal memory, hard disk, CD-ROM drive etc. have become the standard specification that widely consumer accepts such as.
In addition, due to the lasting innovation of infotech, various consumer electronic product is active in consumption market like the mushrooms after rain, comprise intelligent mobile phone, flat computer, portable disc etc., single suction does not draw a large amount of consumption of consumer, also guide the tide of a ripple consumer electronic product, become the main flow of consumption market.
Take a broad view of rise and the optimistic development prospect of computing machine and consumer electronic product, Shi Gejia manufacturer does one's utmost to drop into this competitive market invariably, except investing the exploitation and design of various new product, manufacturer also endeavours to ensure the quality of the product that dispatches from the factory and strengthens after sale service, to promote the competitive power in market.
Described in brought forward, in order to ensure the quality of dispatch from the factory computing machine outfit and consumer electronic product, avoid faulty materials to come into the market, manufacturer all can carry out QC and detection for outward appearance, intraware and the function etc. of computing machine outfit and consumer electronic product conventionally before above-mentioned dispatching from the factory.The detection mode of commonly using at present is all set detection tool in artificial mode and is detected one by one the various product dispatching from the factory, make to detect tool whether normal according to the various functions of test various product, the execution of each test event is all dependent on tester manually to set next test event, it is spacious day time-consuming that these set with manual type the mode detecting item by item, and obviously do not have efficiency.And because the test event of various product is all different, therefore QC and testing process are dependent on testing staff's professional knowledge and experience very much, cause the significantly increase of QC personnel costs.
In addition; if detect tool in the time of test the said goods because do not cause detection tool to work as machine by testing process; cannot proceed follow-up test program; must rely on testing staff and restart detection tool, and again manually set test event, can recover testing process; therefore in whole detection program; the necessary complete monitoring of testing staff, this measure increases testing staff's burden undoubtedly, also causes overall testing process very slow.
Therefore how to promote the efficiency of computer equipment and consumer electronic product testing process, and avoid testing staff to get rid of and detect the problem of tool when machine with manual type, and then reduce production costs, become the important topic of manufacturer.
[summary of the invention]
In view of above problem, the invention reside in a kind of automated detection system and automated detection method thereof are provided, thereby solve must rely on while commonly using measuring and calculation machine equipment and consumer electronic product testing staff with in test procedure manually sequentially to set each test event, cause the defect of integrated testability flow process shortcoming efficiency.
In addition, the present invention also solves and commonly uses in test procedure, when product to be measured is not when causing measurement jig to work as machine by test, must manually restart measurement jig by testing staff, and reset test event, can recover the problem of testing process.
Therefore, the invention provides a kind of automated detection method, comprise the following steps: an automated detection system is provided; Be electrically connected a circuit board that is installed on automated detection system to be measured; Carry out one with a processing unit of circuit board and detect software, and by detecting software, device to be measured is carried out to a test procedure; Processing unit transmits the control module of a status signal to automated detection system in test procedure; And whether control module receives and judges whether the automated detection system of resetting according to status signal, wherein, if device to be measured is by a test event of test procedure, the corresponding status signal that transmits of processing unit is to control module, and control module is according to not start of status signal; If when control module does not receive the status signal of processing unit transmission, the test event that judges control module causes automated detection system in the time of test, to work as machine, and restart automated detection system, carry out detection software with Recovery processing unit and proceed test procedure.
In a preferred embodiment, aforesaid automated detection system also includes a timing module, is electrically connected at control module, and timing module is set with a unit interval, wherein control module accepting state signal within the unit interval, and the timing module of resetting after accepting state signal; And in the time that control module does not receive status signal within the unit interval, the corresponding reset signal that produces of control module.
In a preferred embodiment, aforesaid automated detection system also comprises a signal wire, is electrically connected between the replacement pin of control module and circuit board.
In a preferred embodiment, aforesaid automated detection system also has an output module, is electrically connected at processing unit, and output module is exported a test result according to test procedure.
Corresponding aforesaid automated detection method, the present invention provides a kind of automated detection system in addition, for testing a device to be measured.Automated detection system comprises a circuit board and a control module, on circuit board, be electrically provided with a processing unit, one first connecting interface, one second connecting interface and a replacement pin, wherein when device to be measured is electrically connected at the first connecting interface, processing unit is carried out one and is detected software, to test device to be measured, and the corresponding status signal that produces of processing unit, control module is electrically connected at respectively the processing unit of circuit board, the second connecting interface and replacement pin, wherein control module continues accepting state signal, and in the time that control module does not receive status signal, the corresponding reset signal that produces of control module, replacement pin restarts automated detection system according to reset signal, to recover to detect a test procedure of software test device to be measured.
In a preferred embodiment, aforesaid automated detection method is further comprising the steps of: the timing module with automated detection system is set a unit interval; And the status signal of control module reception & disposal unit, and start timing module; And control module accepting state signal within the unit interval, and replacement timing module, wherein, if control module does not receive status signal within the unit interval, control module judges that automated detection system works as machine, and the corresponding reset signal that produces.
In a preferred embodiment, aforesaid automated detection method is further comprising the steps of: control module does not receive status signal within the unit interval, and control module calculates a disconnected news number of times; And control module is in the time that disconnected news number of times equals a pre-determined number, judge that automated detection system works as machine.
In a preferred embodiment, aforesaid automated detection method is further comprising the steps of: complete test procedure when detecting software, processing unit transmits the output module of a detecting information to automated detection system; And output module presents a test result that detects software test device to be measured according to detecting information.
In a preferred embodiment, aforesaid automated detection method is further comprising the steps of: when control module restarts automated detection system, processing unit is carried out and detected software; And detect software and in test procedure, skip over test event, and carry out next test event.
In a preferred embodiment, aforesaid automated detection method is further comprising the steps of: when control module restarts automated detection system, processing unit is carried out and detected software; Detect software and in test procedure, again carry out test event; If test event causes automated detection system to work as machine again, control module restarts automated detection system again, carries out detection software proceed test procedure with Recovery processing unit; And detect software and in test procedure, skip over test event, and carry out next test event.
Effect of the present invention is, carry out and detect software by processing unit, make automated detection system adopt corresponding trace routine for various product, test the disparity items of this product with robotization detection mode, therefore not be used in each trace routine and rely on testing staff manually to set each test event, significantly promote the efficiency of testing process, simultaneously, because trace routine and each test item are inputted the test procedure that detects software all in advance, although testing staff does not possess relevant professional knowledge, automated detection system of the present invention still can complete complete testing process automatically, to confirm whether this product has flaw, this measure also contributes to reduce the personnel costs of QC.
In addition, whether receive and judge whether the automated detection system of resetting according to status signal by control module, if when automated detection system is not worked as machine by test event because of product to be measured, control module can restart automated detection system, carry out detection software with Recovery processing unit and proceed test procedure, therefore testing staff is without complete monitoring test procedure, also do not work as machine problem in order to manual eliminating, compared to commonly using detection system and method, the present invention reduces testing staff's burden effectively, and significantly improve the efficiency of integrated testability flow process, with the shipment speed of improving product.
[brief description of the drawings]
Fig. 1 is the stereographic map that automated detection system one provided by the present invention is implemented kenel.
Fig. 2 is the assembly calcspar of automated detection system provided by the present invention.
Fig. 3 is the stereographic map of another enforcement kenel of automated detection system provided by the present invention.
Fig. 4 is the stereographic map of another enforcement kenel of automated detection system provided by the present invention.
Fig. 5 is the flow chart of steps of automated detection method the first embodiment provided by the present invention.
Fig. 6 is the flow chart of steps that the judgment mechanism one of control module in automated detection method provided by the present invention is implemented kenel.
Fig. 7 is the flow chart of steps of another enforcement kenel of judgment mechanism of control module in automated detection method provided by the present invention.
Fig. 8 is the flow chart of steps of automated detection method the second embodiment provided by the present invention.
Primary clustering symbol description:
10 automated detection system 101 circuit boards
102 processing unit 1,021 first connecting interfaces
1022 second connecting interface 103 control modules
104 replacement pin 105 signal line
106 output module 107 timing modules
20 devices to be measured
[embodiment]
About feature of the present invention, implementation and effect, hereby coordinate accompanying drawing to be described in detail as follows as most preferred embodiment.
Automated detection system provided by the present invention and automated detection method thereof include different embodiment, and inventor describes respectively below.
Please refer to Fig. 1 and Fig. 2, automated detection system 10 of the present invention, be used for testing a device 20 to be measured, device to be measured 20 described herein includes but not limited to video card, network adapter, hard disk, the outfit of the computer installations such as CD-ROM drive, or be flat computer, side hard disk, the consumer electronic product such as intelligent mobile phone, and be also not limited to wherein a kind of or whole electronic package of before-mentioned products or outfit, the personnel that make this area have common knowledge can apply automated detection system 10 of the present invention to test different products, for ease of understanding, inventor in the following embodiments with the device to be measured 20 of adapter card type as an example, but not as limit.
Automated detection system 10 of the present invention comprises a circuit board 101 and is electrically connected at a control module 103, an output module 106 and a timing module 107 of circuit board 101.On circuit board 101, be electrically provided with a processing unit 102, one first connecting interface 1021, one second connecting interface 1022 and a replacement pin 104.
As shown in Figure 1, device 20 to be measured is electrically inserted in the first connecting interface 1021 of circuit board 101, to carry out follow-up test procedure.Control module 103 is electrically connected at the replacement pin 104 of circuit board 101 by signal wire 105, carry out replacement process in order to auto-control detection system 10.Control module 103 of the present invention can be arranged at an external device, for example, on external board, and is arranged on circuit board 101 by the second connecting interface 1022, and is electrically connected at processing unit 102, with auto-control detection system 10; Or be that control module 103 is directly embedded on circuit board 101, can reach same control effect, and not as limit.
It should be noted that, the first connecting interface 1021 of circuit board 101 and the type of the second connecting interface 1022 can correspondingly change according to the type of device 20 to be measured and control module 103 or information transmission mode, illustrate, if device 20 to be measured is display card, the first connecting interface 1021 includes but not limited to peripheral hardware interconnect standard (Peripheral Component Interconnect, PCI), the adapter connecting interface such as quick peripheral hardware interconnect standard (Peripheral Component InterconnectExpress, PCI-E).In addition, the type of the second connecting interface 1022 of circuit board 101 is also according to the type of control module 103 and detection demand and there is different enforcement kenels, in the first enforcement kenel, the kenel of the second connecting interface 1022 is illustrated in figure 1 the connecting interface such as PCI or PCI-E; Implement in kenel at second and third, the kenel of the second connecting interface 1022 is USB (universal serial bus) (Universal Serial Bus as shown in Figure 3 and Figure 4, USB), precisely because difference be in, in the second enforcement kenel, control module 103 is arranged at an adapter, and implements in kenel the 3rd, and control module 103 is arranged at the external device of a plug and play.
In addition, automated detection system 10 of the present invention also stores a detection software, processing unit 102 is carried out this and is detected software, in order to carry out a test procedure for device 20 to be measured, and this test procedure includes at least one test event, the test procedure that wherein detects software is different according to the type of device 20 to be measured, and also correspondence difference to some extent of the number of test event, and manufacturer can correspondence adopt different test procedure and test event according to the type of product to be measured.Illustrate, if device 20 to be measured is display card, test event in test procedure can include but not limited to FurMark, the usefulness software test display card 3D calculation functions such as Vantage, or be the display frequency of test display card, contrast, resolution, tone, three source optical modes (RGBColor Model), or be each electric terminal of test display card, such as video and graphic array (Video Graphics Array, VGA), digital video interface (Digital Visual Interface, DVI), high-definition multimedia interface (High-DefinitionMultimedia Interface, the dissimilar interface terminal such as HDMI), and not as limit.In addition, test procedure, test event and testing sequence thereof that testing staff also can carry out by detecting software set wish before test, detect software and automatically carry out test procedure and each test event for device 20 to be measured in test process, testing staff need not set item by item.
Simultaneously, processing unit 102 also continues to transmit a status signal to control module 103 in carrying out above-mentioned test procedure, whether control module 103 receives and judges whether to reset automated detection system 10 with status signal, the large slightly control module 103 of its judgment mechanism is to calculate a unit interval with the timing module 107 of its electric connection, if control module 103 receives the status signal that processing unit 102 transmits within the unit interval, the timing module 107 of resetting, makes timing module 107 reclockings; If control module 103 exceedes the unit interval and does not receive yet the status signal that processing unit 102 transmits, control module 103 judges that processing unit 102 do not work as machine by the test event in test procedure because of device 20 to be measured, and the corresponding reset signal that produces is to the pin 104 of resetting, with replacement automated detection system 10, its detailed judgement flow process is held inventor's aftermentioned.
In addition, the output module 106 of automated detection system 10 is electrically connected at processing unit 102, output module 106 is exported a test result according to the performed test procedure of the detection software of processing unit 102, it should be noted that, output module 106 includes but not limited to display, printers etc. are dissimilar, its object is to export and present test result, to provide testing staff to monitor or to note down, grasp test result completely for ease of testing staff, automated detection system 10 also can be selected to present test result with dissimilar output module 106 simultaneously, for example present in real time current device to be measured 20 and carry out the test result of fc-specific test FC program with display, and print complete test result with printer, those skilled in the art can adjust voluntarily.
Testing staff carries out automated detection method with aforementioned automated detection system 10 for device 20 to be measured and includes two kinds of embodiment, below describes respectively.
In the first embodiment of the method, please refer to Fig. 5, and referring to Fig. 1 to Fig. 4, in the time that testing staff carries out automated detection method of the present invention, first, provide automated detection system 10 (S101); Secondly, testing staff is electrically connected device 20 to be measured in the circuit board 101 (S105) of automated detection system 10, for example, video card to be measured is inserted in to the PCI connecting interface of circuit board; Then, carry out and detect software with the processing unit 102 of circuit board 101, and by detecting software, device 20 to be measured is carried out to test procedure (S110); Then, processing unit 102 is carried out a test event (S115) to device 20 to be measured, or carry out multiple different test events according to predefined procedure, and delivery status signal is to the control module 103 of automated detection system 10 in test procedure for processing unit 102, and wherein processing unit 102 can be to continue delivery status signal to control module 103; Or every a schedule time delivery status signal to control module 103, in order to allow control module 103 can receive the message that test procedure normally carries out.Then, whether control module 103 receives and judges whether to reset automated detection system 10 according to status signal, and its judgment mechanism includes three kinds and implements kenels, below describes respectively.
In the first enforcement kenel, please refer to Fig. 5, wherein, if when device 20 to be measured passes through the fc-specific test FC project of test procedure, the corresponding delivery status signal of processing unit 102 is to control module 103 (S120), control module 103 receives status signal, represents that processing unit 102 is in normal operation state, and therefore control module 103 is according to not start of status signal (S125), the detection software of processing unit 102 is according to next test event (S130) of carrying out test procedure, if device 20 to be measured is not by the fc-specific test FC project of test procedure, cause processing unit 102 when machine and cannot delivery status signal to control module 103, make control module 103 not receive processing unit 102 to transmit status signal (S135) time, in this enforcement kenel, the current test event that judges control module 103 causes automated detection system 10 when machine (S140), now, control module 103 sends reset signal by signal wire 105 to replacement pin 104, 104 corresponding reset signals of replacement pin restart automated detection system 10 (S145), carry out detection software with Recovery processing unit 102 and proceed test procedure.
It is roughly similar that the second judgment mechanism and first of implementing kenel is implemented kenel, be in precisely because different in the judgment mechanism system collocation timing module 107 of the second enforcement kenel and judge, please refer to Fig. 6, and simultaneously with reference to Fig. 5, first, testing staff, carrying out before test, sets the unit interval (S201) with the timing module 107 of automated detection system 10, for example 10 seconds, and the unit interval can be the time that is equal to or greater than processing unit delivery status signal.Simultaneously, control module 103 is receiving after the status signal of processing unit 102 for the first time, start timing module 107 (S205), whether control module 103 receives the status signal automated detection system 10 that judges whether to reset according to control module 103 in the judgment mechanism of this enforcement kenel within the unit interval, wherein, if control module 103 is accepting state signal within the unit interval, the test procedure that represents processing unit 102 is normally carried out, control module 103 replacement timing modules 107 (S215); Control module 103 and according to status signal to automated detection system 10 not starts (S125), make the detection software of processing unit 102 carry out as previously mentioned next test event (S130); If control module 103 does not receive status signal within the unit interval, control module 103 judges that automated detection system 10 is when machine (S140), and the corresponding reset signal that produces is sent to replacement pin 104, to restart automated detection system 10 (S145) by replacement pin 104, carry out detection software with Recovery processing unit 102 and proceed test procedure.
It is roughly similar that the 3rd judgment mechanism and second of implementing kenel is implemented kenel, precisely because difference be in, the 3rd judgment mechanism of implementing kenel is except collocation timing module 107, also increase the calculating of disconnected news number of times, please refer to Fig. 7, and simultaneously with reference to Fig. 5, first, testing staff is before execution test, set unit interval and pre-determined number (S301) with the timing module 107 of automated detection system 10, for example 10 seconds and 5 times, control module 103 is same in the time receiving the status signal of processing unit 102 for the first time, start timing module 107 (S205), control module 103 is roughly similar in judgment mechanism and second embodiment of this enforcement kenel, its difference is, if control module 103 does not receive status signal within the unit interval, control module 103 calculates disconnected news number of times (S320), that is time per unit is not received status signal, calculate disconnected news number of times once, mode with number of times accumulation or deduction is calculated, to judge that whether automated detection system 10 is as working as machine, therefore control module 103 further judges when whether disconnected news number of times equals pre-determined number (S325), to judge whether automated detection system 10 works as machine, if not yet equal pre-determined number, control module continues accepting state signal (S310), if disconnected news number of times equals pre-determined number, control module 103 judges that automated detection system 10 is when machine (S140), and the corresponding reset signal that produces is sent to replacement pin 104, the corresponding reset signal of pin 104 that makes to reset restarts automated detection system 10 (S145), carries out detection software proceed test procedure with Recovery processing unit 102.
Aforementioned second and third enforcement kenel contributes to increase control module 102 by the mode of 107 unit of account times of timing module and pre-determined number and judges whether automated detection system 10 works as the serious forgiveness of machine, compare as an example of 10 seconds unit interval and pre-determined number 5 times example, the first control module 102 of implementing kenel is not received status signal, and judgement is when machine restarting systems; Second implements kenel in the time exceeding 10 seconds and do not receive status signal, and just machine restarting systems are worked as in judgement; The 3rd implements kenel is only exceeding while not receiving status signal in 10 seconds five times, just judgement is when machine restarting systems, that is, compared to the first enforcement kenel, second and third implements kenel and has respectively the fault-tolerant space of 10 seconds or 50 seconds, to avoid the processing unit 102 of automated detection system 10 because of processing compared with causing slowly erroneous judgement, and then increase the accuracy of integrated testability program.
It should be noted that, in the present embodiment, implement any judgment mechanism of kenel at control module 103 according to first three and judge that processing unit 102 works as machine, and restart automated detection system 10, to recover after test procedure, detect software and in test procedure, first judge which test event is by test, and before skipping over, cause the test event when machine, then carry out next project to be tested (S15), that is in the present embodiment, the detection software of processing unit 102 once causes the test event when machine before can not re-executing, and will skip over this test event, and carry out next test event, this measure contributes to increase the efficiency of integrated testability.
Described in brought forward, after the each test event and judgment mechanism carried out each time in test procedure as the aforementioned, detect software and all can judge whether test procedure completes (S155), if judge, test procedure not yet completes, and detects corresponding next test event (S115) of carrying out of software; If judge, test procedure completes, and processing unit 102, by the test result of each test event in test procedure, is converted to a detecting information, and processing unit 102 transmits the output module 106 (S160) of detecting information to automated detection system 10; Output module 106 presents the test result (S165) that detects software test device 20 to be measured according to detecting information, its detecting information present and record mode in leading portion explanation, inventor does not repeat at this.
By the automated detection method of the present embodiment, automated detection system 10 can be carried out each test event of test procedure automatically for device 20 to be measured, and in the time not causing when machine by test event, by control module 102 replacement automated detection systems 10, to have continued test procedure, therefore testing staff, without complete monitoring integrated testability flow process, also need not be dependent on testing staff and get rid of the test interruption because causing when machine, and then significantly increase the efficiency of test and reduce human cost.
The step of the second embodiment of the method and the first embodiment of the method are roughly similar, and three kinds of judgements of the control module 103 of the first embodiment are implemented kenel and also can be applied to equally the second embodiment of the method, precisely because difference is, please refer to Fig. 8, send reset signal at control module 103, and restart automated detection system (S445), carrying out detection software with Recovery processing unit 102 proceeds after test procedure, in the present embodiment, detecting software lies in and in test procedure, again carries out same test event (S450), that is detection software can be again for once causing the test event when machine before device 20 execution to be measured, if this time device 20 to be measured passes through test item, the corresponding delivery status signal of processing unit 102 is to control module 103 (S420), and carry out next test event (S430), if this time device 20 to be measured causes working as machine by test item not yet, control module 103 does not receive status signal (S455), 103 correspondences of control module are sent reset signal again, to restart automated detection system 10 (S460), and in this trace routine, detect software and skip over the test event causing when base, and carry out next test event (S465), to complete integrated testability flow process.
Therefore, the automated detection method of the second embodiment of the method system repeats test for causing when the test event of machine, because system is incured loss through delay the erroneous judgement being caused, and then promotes the accuracy of testing to avoid.
The detection software of carrying out by processing unit in above-mentioned automated detection system, the present invention can adopt corresponding trace routine for various product, automatically to test the disparity items of this product, therefore need not in each trace routine, rely on testing staff with the each test event of manual operation, significantly promote the efficiency of testing process, simultaneously, because trace routine and each test item are inputted the test procedure that detects software all in advance, although testing staff does not possess relevant professional knowledge, automated detection system of the present invention still can complete complete testing process automatically, to confirm whether this product has flaw, this measure also contributes to reduce the personnel costs of QC.
In addition, whether receive and judge whether the automated detection system of resetting according to status signal by control module, in the time that automated detection system of the present invention is not worked as machine by test event because of product to be measured, control module can restart automated detection system, carry out detection software with Recovery processing unit and proceed test procedure, therefore testing staff is without complete monitoring test procedure, also do not get rid of when machine problem in order to manual mode, compared to commonly using detection system and method, the present invention reduces testing staff's burden effectively, and significantly improve the efficiency of integrated testability flow process, with the shipment speed of improving product.
What is more, control module of the present invention can arrange in pairs or groups timing and the metering of timing module, correspondence derives three kinds of different judgment mechanisms of implementing kenel, detect software in two kinds of embodiments of the method simultaneously, after restarting systems is tested, also there is repeated test same project, or be to skip over to cause to select when different test policies such as the test events of machine, with the corresponding testing efficiency that increases of the demand according to manufacturer, or be the serious forgiveness of increase system, further to promote the accuracy of test.
In addition; by output module of the present invention, testing staff can grasp immediately according to demand the test result of device to be measured, judges that taking correspondence this device to be measured is as normal or faulty materials; and can further record each test result, inquire about or examine for follow-up other departments.
Although it is described above that embodiments of the invention provide, so not in order to limit the present invention, any personnel that have the knack of correlation technique, without departing from the spirit and scope of the present invention, such as work as and can do a little change according to the shape described in the claims in the present invention, structure, feature and quantity, therefore claim scope of the present invention must be as the criterion depending on this instructions appending claims person of defining.
Claims (10)
1. an automated detection system, for testing a device to be measured, is characterized in that, described automated detection system comprises:
One circuit board, on described circuit board, be electrically provided with a processing unit, one first connecting interface, one second connecting interface and a replacement pin, wherein when described device to be measured is electrically connected at described the first connecting interface, described processing unit is carried out one and is detected software, to test described device to be measured, and the corresponding status signal that produces of described processing unit; And
One control module, be electrically connected at respectively the described processing unit of described circuit board, described the second connecting interface and described replacement pin, wherein said control module continues to receive described status signal, and in the time that described control module does not receive described status signal, the corresponding reset signal that produces of described control module, described replacement pin restarts described automated detection system according to described reset signal, to recover a test procedure of device to be measured described in described detection software test.
2. automated detection system as claimed in claim 1, it is characterized in that, described automated detection system also includes a timing module, be electrically connected at described control module, described timing module is set with a unit interval, wherein said control module receives described status signal within the described unit interval, and the described timing module of resetting after receiving described status signal; And in the time that described control module does not receive described status signal within the described unit interval, the described reset signal of the corresponding generation of described control module.
3. automated detection system as claimed in claim 1, is characterized in that, described automated detection system also comprises a signal wire, is electrically connected between the described replacement pin of described control module and described circuit board.
4. automated detection system as claimed in claim 1, is characterized in that, described automated detection system also has an output module, is electrically connected at described processing unit, and described output module is exported a test result according to described test procedure.
5. an automated detection method, is characterized in that, described automated detection method comprises the following steps:
One automated detection system is provided;
Be electrically connected a circuit board that is installed on described automated detection system to be measured;
Carry out one with a processing unit of described circuit board and detect software, and by described detection software, described device to be measured is carried out to a test procedure;
Described processing unit transmits the control module of a status signal to described automated detection system in described test procedure; And
Whether described control module receives and judges whether to reset described automated detection system according to described status signal,
Wherein, if described device to be measured by a test event of described test procedure, the corresponding status signal that transmits of described processing unit is to described control module, described control module is according to the not start of described status signal; If when described control module does not receive the described status signal of described processing unit transmission, the described test event that judges described control module causes described automated detection system in the time of test, to work as machine, and restart described automated detection system, carry out described detection software and proceed described test procedure to recover described processing unit.
6. automated detection method as claimed in claim 5, is characterized in that, described automated detection method is further comprising the steps of:
A timing module with described automated detection system is set a unit interval;
Described control module receives the described status signal of described processing unit, and starts described timing module; And
Described control module receives described status signal within the described unit interval, and the described timing module of resetting,
Wherein, if described control module does not receive described status signal within the described unit interval, described control module judges that described automated detection system works as machine, and correspondingly produces described reset signal.
7. automated detection method as claimed in claim 6, is characterized in that, described automated detection method is further comprising the steps of:
Described control module does not receive described status signal within the described unit interval, and described control module calculates a disconnected news number of times; And
Described control module, in the time that described disconnected news number of times equals a pre-determined number, judges that described automated detection system works as machine.
8. automated detection method as claimed in claim 5, is characterized in that, described automated detection method is further comprising the steps of:
When described detection software completes described test procedure, described processing unit transmits the output module of a detecting information to described automated detection system; And
Described output module presents a test result of device to be measured described in described detection software test according to described detecting information.
9. automated detection method as claimed in claim 5, is characterized in that, described automated detection method is further comprising the steps of:
When described control module restarts described automated detection system, described processing unit is carried out described detection software; And
Described detection software skips over described test event in described test procedure, and carries out next test event.
10. automated detection method as claimed in claim 5, is characterized in that, described automated detection method is further comprising the steps of:
When described control module restarts described automated detection system, described processing unit is carried out described detection software;
Described detection software is again carried out described test event in described test procedure;
If described test event causes described automated detection system to work as machine again, described control module restarts described automated detection system again, carries out described detection software and proceeds described test procedure to recover described processing unit; And
Described detection software skips over described test event in described test procedure, and carries out next test event.
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| 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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| CN103970628B CN103970628B (en) | 2017-09-19 |
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Also Published As
| Publication number | Publication date |
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| TW201432278A (en) | 2014-08-16 |
| CN103970628B (en) | 2017-09-19 |
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