CN108226812A - Self-action power detecting system - Google Patents
Self-action power detecting system Download PDFInfo
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- CN108226812A CN108226812A CN201810043797.1A CN201810043797A CN108226812A CN 108226812 A CN108226812 A CN 108226812A CN 201810043797 A CN201810043797 A CN 201810043797A CN 108226812 A CN108226812 A CN 108226812A
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
- G01R31/00—Arrangements for testing electric properties; Arrangements for locating electric faults; Arrangements for electrical testing characterised by what is being tested not provided for elsewhere
- G01R31/40—Testing power supplies
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- Testing Electric Properties And Detecting Electric Faults (AREA)
Abstract
The present invention discloses a kind of self-action power detecting system, to test whether a test system can normally start.Such self-action power detecting system includes switch module, master control set and image acquiring module.Switch module includes at least one set of switching circuit, and the multiple switching circuit is connected between a supply power supply and test system.Master control set is connected to switch module, to perform a power supply test program, repeatedly to control the conducting of one of the multiple switching circuit and closing.Image acquiring module is connected to master control set.After one of the multiple switching circuit is connected in master control set, master control set control image acquiring module obtains one of test system screen-picture, and master control set judges whether test system normally starts according to the screen-picture.
Description
Technical field
The present invention is to be related to a kind of power detecting system, more particularly to a kind of self-action power detecting system, to automatic
Whether test test system in ground can normally be activated, and can reduce the labour of manual operation, can also reduce the mistake artificially judged
Accidentally.
Background technology
Traditionally when carrying out circulating power supply test to computer installation to be measured, tester is needed by pressing manually
Computer installation power switch is pressed, and is judged with visually observing word or the figure that the screen of computer installation is presented
Whether the result of test is abnormal.However, in the test process of cycle, tester may be similary because of repeating for a long time
Action, and can not at every moment dig-in the screen of computer installation to be measured, lead to the situation failed to judge or judged by accident.
Furthermore in the test process of cycle, whether the number of testing time or test is carried out using artificial
Count, thus usually can not the generation of full and accurate ground recording exceptional result time point and number.In addition to this, the test process of cycle
Its whole process must all be tested, therefore tester just can not test multiple test items simultaneously with manpower intervention.Accordingly, it is traditionally right
Computer installation to be measured carries out circulating power supply test completely labor intensive and accuracy is not high.
Invention content
In order to the labor-saving accuracy expended and effectively promote test, the present invention provides a kind of automatic
Formula power detecting system tests a test system (such as in an automated manner：Computer) whether can normally be activated.
Self-action power detecting system provided by the present invention includes switch module, master control set and image acquiring module.
Switch module includes at least one set of switching circuit, and is connected between a supply power supply and a test system.Switch module and shadow
As acquisition module is all connected to master control set.Master control set is described more repeatedly to control to perform a power supply test program
The conducting and closing of one of a switching circuit.After one of the multiple switching circuit is connected in master control set, master control set
Image acquiring module is controlled to obtain the screen-picture of test system, and screen of the master control set according to acquired in image acquiring module
Picture judges whether test system normally starts.
In self-action power detecting system provided by the present invention, master control set performs the power supply test program to hold
Row is following to be operated：First control signal is generated one of the multiple switching circuit is connected；After the first preset time, production
Second control signal is given birth to image acquiring module to be controlled to obtain the screen-picture of test system；It recognizes acquired in image acquiring module
Screen-picture and generate and an identification result and judge whether predetermined word occur in screen-picture according to the identification result
String；If judging occur default word string in screen-picture, store identification result and generate third control signal to turn off the switch electricity
Road；And if judge do not occur default word string in screen-picture, in acquired in storage identification result and image acquiring module
After screen-picture, third control signal is generated to close the switching circuit.
In self-action power detecting system provided by the present invention, identification result is a percentage, this percentage represents
Screen-picture acquired in image acquiring module and the matching degree of default word string, and if this percentage be more than or equal to a door hundred
Divide ratio, then judge that default word string is come across in the screen-picture acquired in image acquiring module.
In self-action power detecting system provided by the present invention, master control set performs power supply test program with further
Perform following operate：Obtain the previewing picture of image acquiring module；And adjust the brightness of previewing picture and picture range.
In self-action power detecting system provided by the present invention, master control set performs power supply test program with further
Perform following operate：Before one of the multiple switching circuit is connected in generating first control signal, third control is first generated
Signal closes the switching circuit.
In self-action power detecting system provided by the present invention, master control set performs power supply test program with further
Perform following operate：In judging whether to occur in screen-picture default word string according to identification result and generate third control letter
Number preset the testing time after turning off the switch circuit, to judge whether the time for performing power supply test program reach；If perform power supply
The time of test program does not repeat power supply test program then to continue to survey test system up to the threshold test time
Examination.Must be explanatorily that one of to be closed between testing again test system interval time from switching circuit be to pass through
Power supply test program is set；And if the time of execution power supply test program has reached the threshold test time, stops performing
Power supply test program, no longer tests test system.
In self-action power detecting system provided by the present invention, master control set performs power supply test program with further
Perform following operate：In judging whether to occur in screen-picture default word string according to identification result and generate third control letter
Number preset testing time after turning off the switch circuit, to judge whether the number for performing power supply test program reach；If perform power supply
The number of test program up to default testing time, does not then repeat power supply test program to continue to survey test system
Examination.Must be explanatorily the interval time being closed between testing again test system from switching circuit it be to pass through electricity
Source test program is set；And if the number of execution power supply test program has reached default testing time, stops performing electricity
Source test program, no longer tests test system.
In self-action power detecting system provided by the present invention, self-action power detecting system is testing dress to be measured
Whether be placed under different operational modes can normally be activated.
In self-action power detecting system provided by the present invention, switch module is a power switch jig, to produce
Give birth to trigger signal and in the power key that test system is constantly triggered in the second threshold time.
In self-action power detecting system provided by the present invention, the first threshold time is to pass through with the second preset time
Power supply test program is set, and the first preset time is relevant to the operational mode of test system with the second preset time.
By and large, since self-action power detecting system provided by the present invention is capable of the test of automatically recording exceptional
As a result, during power supply test, tester no longer needs to wait at every moment dig-ins dress to be measured by test system
It puts.In addition, since self-action power detecting system provided by the present invention can count time or the test of test automatically
Number, tester no longer need to count the number of test or the time of test manually.
For the enabled feature and technology contents for being further understood that the present invention, please refer to below in connection with the present invention specifically
Bright and attached drawing, but these explanations are only used for illustrating the present invention rather than the claim to the present invention with description of the drawings book attached drawing
Make any limitation.
Description of the drawings
Fig. 1 is the block diagram according to the power detecting system shown in an exemplary embodiments of the invention.
Fig. 2 is the schematic diagram according to switch module in the power detecting system shown in an exemplary embodiments of the invention.
Fig. 3 is to perform power supply according to master control set in the power detecting system shown in an exemplary embodiments of the invention to survey
Try the flow chart of program.
Fig. 4 is to perform power supply according to master control set in the power detecting system shown in an exemplary embodiments of the invention to survey
Try another flow chart of program.
Specific embodiment
Various exemplary embodiments will be more fully described referring to Figure of description below, shown in Figure of description
Some exemplary embodiments.However, concept of the present invention may embody in many different forms, and should not be construed as limited by herein
Middle illustrated exemplary embodiments.Specifically, provide these exemplary embodiments cause the present invention will be it is detailed and complete,
And the embodiment for concept of the present invention fully being conveyed to those who familiarize themselves with the technology.In all attached drawings, similar number indicates always
Similar assembly.
It is used for describing various assemblies or group in this article it will be appreciated that although first, second, third, etc. term can be used
Part, but these components or component should not be limited by these terms.These terms only to distinguish a component or component with it is another
One component or component.Therefore, the first assembly or component of the discussion below in the case where not departing from teachings of the present invention, is referred to alternatively as
Two components or the second component.
Fig. 1 is please referred to, Fig. 1 is the block diagram according to the power detecting system shown in an exemplary embodiments of the invention.
As shown in Figure 1, the power detecting system that the present embodiment is provided includes switch module 10, master control set 20 and image
Acquisition module 30.Switch module 10 is all connected to master control set 20 with image acquiring module 30.In addition, switch module 10 is also connected with
Between a supply power supply (not shown) and a test system 50.Must be explanatorily, test system 50 can be computer or its
He has the electronic device of host apparatus.In addition, supply power supply described herein can be exemplified as alternating current ... etc..The present invention is right in this
It is not limited in test system 50 with supplying the type of power supply.
Fig. 2 is please referred to, Fig. 2 is according to switch module in the power detecting system shown in an exemplary embodiments of the invention
Schematic diagram.
As shown in Fig. 2, switch module 10 includes connector 101 and multigroup switching circuit 102a and 102b.For example,
Connector 101 can be DB-9 type connectors, but the present invention is not intended to limit in this.Furthermore for circuit framework shown in Fig. 2,
By switching circuit 102a, test system 50 can be supplied to give a DC power supply, and pass through switching circuit 102b, test system 50
It can be by for giving an AC power.In in practical operation, switch module 10 can be realized with a power switch jig, for mould
Intend the action of the power key of Manual press test system 50 or emulate the situation that test system 50 is powered down suddenly.Citing comes
It says, switching circuit 102a can be keyed with the power supply of test system 50, be supplied to and treated by switching circuit 102b in AC power
While surveying device 50, by the control to switching circuit 102a, just can simulate the power key of Manual press test system 50 with
Carry out the action of switching on and shutting down.For by way of further example, due to test system 50 be by switching circuit 102b and AC power source,
Therefore by the control to switching circuit 102b, the situation that test system 50 is powered down suddenly can just be emulated.
It should be noted that, circuit framework shown in Fig. 2 by way of example only the circuit framework of switch module 10 rather than to
The limitation present invention, that is to say, that the present invention is not intended to limit the number of switching circuit in switch module 10.Although in the present embodiment
In, switch module 10 includes connector 101 and two groups of switching circuits 102a and 102b, but according to aforementioned start, can singly only
Using switching circuit 102a or 102b come test system 50 is tested or can alternatively using switching circuit 102a with
102b tests test system 50.
Test system 50 is surveyed next, the present embodiment will be further illustrated and provide self-action power detecting system
The working mechanism of examination.
By and large, in this present embodiment, master control set 20 is to perform a power supply test program 40, repeatedly to control
The conducting and closing of one of the multiple switching circuit 102a and 102b.The multiple switching circuit is connected in master control set 20
After 102a and 102b, master control set 20 can control the screen-picture of the acquisition test system 50 of image acquiring module 30, and master control fills
Putting 20 can judge whether test system 50 normally starts according to the screen-picture acquired in image acquiring module 30.Citing comes
It says, image acquiring module 30 can be network camera (WebCam) or any electronic device with camera function.
Fig. 3 is please referred to, Fig. 3 is to be held according to master control set in the power detecting system shown in an exemplary embodiments of the invention
The flow chart of row power supply test program.It, will be switching circuit 102a to be controlled to carry out Simulated hand for purposes of illustration only, in following narration
The power key of dynamic pressing test system 50 is described with carrying out the situation of switching on and shutting down action.
As shown in figure 3, when the self-action power detecting system that the present embodiment is provided tests test system 50, it is main
Control device 20 can perform power supply test program 40 to perform following operate：First control signal is generated the multiple switch is connected
One of circuit (step S301)；After the first preset time, second control signal is generated image acquiring module to be controlled to obtain
Take the screen-picture (step S302) of test system 50；It recognizes the screen-picture acquired in image acquiring module and generates an identification
As a result, and judge whether occur default word string (step S303) in screen-picture according to the identification result；If judge screen
Occur default word string in picture, then store identification result and generate third control signal to close the switching circuit (step
S304)；And if judge do not occur default word string in screen-picture, in acquired in storage identification result and image acquiring module
Screen-picture after, generate third control signal and close the switching circuit (step S305).
It further illustrates, in step S301, master control set 20 can generate first control signal switching circuit is connected
102a.This step is equal to the power key of simulation Manual press test system 50 to boot up action.In step S302, warp
After crossing the first preset time, master control set 20 generates second control signal image acquiring module 30 to be controlled to obtain test system 50
Screen-picture.Therefore, in step S302, the screen-picture accessed by image acquiring module 30 is test system 50
The screen-picture of a particular point in time in start process.
For example, through that can show specific character string (such as on its screen-picture after a period of time after computer booting：
Computer label, OS name ... etc.), in this present embodiment, default word string can be set as opening in test system 50
The specific character string that can be shown in during machine on its screen-picture.Due to the screen-picture accessed by image acquiring module 30
It, can be pre- by first for the screen-picture of a particular point in time in the start process of test system 50, therefore in practical operation
If the time is set as test system 50 time of default word string should will occurs from its screen-picture is started to.
Then, in step S303, master control set 20 can recognize the screen-picture acquired in image acquiring module 30 and production
It gives birth to an identification result and judges whether occur default word string in screen-picture according to the identification result.Due to the first thresholding
Time the time of default word string should will occur for apparatus ' of standby from its screen-picture is started to, therefore, if master control set 20
Judge occur default word string in the screen-picture of test system 50 according to the identification result, mean that this power supply test result
Normally (that is, apparatus ' of standby 50 can normally be started), in this case, S304 will be entered step.It is main in step S304
Control device 20 can store identification result and generate third control signal to turn off the switch circuit 102a.For example, master control set
The mode of 20 storage identification results can be the screen-picture acquired in storage image acquisition module 30, while identification result is write
Enter a text file, and this text file is stored, but the present invention is not intended to limit in this.In addition, master control set 20 generates third
Control signal is equal to the power key of simulation Manual press test system 50 to carry out shutdown action to turn off the switch circuit 102a.
On the other hand, when computer fails by normal boot-strap, situations such as screen-picture may be blue screen or blank screen.
Therefore, in step S303, if master control set 20 judges not go out in the screen-picture of test system 50 according to the identification result
Word string is now preset, this power supply test results abnormity (that is, apparatus ' of standby 50 fails normally to be started) is meant that, in this feelings
Under condition, S305 will be entered step.In step S305, acquired in the first storage image acquisition module 30 of the meeting of master control set 20
After screen-picture, then third control signal is generated to turn off the switch circuit 102a, to emulate the electricity of Manual press test system 50
Source key is to carry out shutdown action.
It may generate when recognizing the screen-picture acquired in image acquiring module 30 in view of master control set 20 and accidentally recognize
Situation (such as：Situations such as alphabetical L is recognized into letter C ...), therefore in this present embodiment, recognized caused by master control set 20
As a result it is a percentage, this percentage represents the screen-picture of test system 50 and the matching degree of default word string.If this percentage
Than being more than or equal to a door percentage (such as：85%), then judge that default word string is come across in the screen-picture of test system.It must say
It is that in this present embodiment, tester can set door percentage by power supply test program 40 brightly.
Must be explanatorily that, similar to step S304, in step S305, master control set 20 stores the mode of identification result also
Can be storage image acquisition module 30 acquired in screen-picture, while by identification result be written a text file, and by this
Text file stores, but the present invention is not intended to limit in this.Generally speaking, though identification result be more than or equal to door percentage or
Less than door percentage (that is, identification result is passes through or fail), master control set 20 all can 30 institute of storage image acquisition module
The screen-picture of acquisition, while identification result can be also stored to record each power supply test result (that is, recording this identification result
It is power supply test caused by which secondary source test as a result, and it is normal or abnormal power supply test knot to record this identification result
Fruit).
In order to more clearly describe, the self-action power detecting system that the present embodiment is provided surveys test system 50
The working mechanism of examination is filled further below with master control in the power detecting system according to an exemplary embodiments of the invention
It puts and performs another flow chart (that is, Fig. 4) of power supply test program 40 to explain.Similarly, for purposes of illustration only, in following
In narration, the power key of Manual press test system 50 will be emulated to carry out switching on and shutting down action to control switching circuit 102a
Situation is described.
Step S403 to S407 described in Fig. 4 is to be same as step S301 described in Fig. 3 to S305, therefore in following
Narration in step S403 to S407 will not repeatedly be explained.However, the described self-action power detecting systems pair of Fig. 4
The working mechanism that test system 50 is tested is in addition to containing the described self-action power detecting systems of Fig. 3 to test system
50 working mechanisms tested, further comprise following operation：Obtain the previewing picture (step of image acquiring module 30
S401a)；Adjust the brightness of previewing picture and picture range (step S401b)；And third control signal is generated to turn off the switch
Circuit 102a (step S402).In addition, the work that the described self-action power detecting systems of Fig. 4 test test system 50
Following operation is further comprised as mechanism：Judge whether the time of execution power supply test program 40 or number have reached the default testing time
Or default testing time (step S408)；Stop performing power supply test program 40, (step no longer is tested to test system 50
S409)；And power supply test program 40 is repeated to continue to test (step S410) test system.
It further illustrates, in this present embodiment, before step S403 to S407 is performed, step S401a, step can be first carried out
Rapid S401b and step S402.In step S401a and step S401b, master control set 20 can obtain the previewing of image acquiring module 30
Picture, to provide the picture range of the brightness and shooting of the previewing picture that tester adjusts image acquiring module 30.In addition, in
In step 402, master control set 20 generates third control signal to turn off the switch circuit 102a.Due to generating third control signal
It is to emulate the power key of Manual press test system 50 to carry out shutdown action to turn off the switch circuit 102a, so the mesh of step
Be just ensured that test system be before power supply test starts shutdown state.
Furthermore in this present embodiment, tester can be preset by power supply test program 40 to test system
The time of 50 progress power supply tests or number (are referred to as default testing time or default test time in following narration
Number).Therefore, after step S403 to S407 is performed, step S408~step S410 can then be performed.In step S408,
Master control set 20 can judge whether perform the time of power supply test program 40 or number has reached the aforementioned default testing time or pre-
If testing time.When master control set 20 judge to perform the time of power supply test program 40 or number reach preset the testing time or
Default testing time, will enter step S409, and to stop performing power supply test program 40, no longer test system 50 is surveyed
Examination.On the other hand, when master control set 20 judges that the time of execution power supply test program 40 or number do not reach the default testing time
Or default testing time, S410 will be entered step, power supply test program 40 is repeatedly carried out with continue to test system 50 into
Row test.Must be explanatorily that in this present embodiment, tester can be set by power supply test program 40 from switching circuit
102a is closed to interval time between testing again test system 50 (that is, between step S408 and step S410
Interval time).That is, tester can generate third control by power supply test program 40 to set master control set 20
Signal after turning off the switch circuit 102a, will pass through how long perform power supply test program 40 with repeating to continue to be measured
Device 50 is tested.
It is notably, in this present embodiment, when switch module 10 emulates the power key of Manual press test system 50
Action when, switch module 10 can generate a trigger signal and in the electricity that test system 50 is constantly triggered in the second threshold time
Source key, and the second preset time can also be set by tester by power supply test program.More specifically, second it is default when
Between be simulation Manual press test system 50 power key duration.
Since the first threshold time is that apparatus ' of standby the time of default word string should will occur from its screen-picture is started to,
And second preset time be the power key for simulating Manual press test system 50 duration, therefore the first preset time and the
Two preset times are to be relevant to the operational mode of test system 50.For example, when test system 50 is switched on (that is, by closing
It is activated under machine state), the first preset time must be set as 3 seconds and the second preset time must be set as 1 second, however work as and treat
(that is, by being waken up under suspend mode) when device 50 is waken up is surveyed, the first preset time must then be set as 1 second and second is default
Time must then be set as 0.5 second.Therefore, tester sets the first threshold time and second in advance by power supply test program
If the time, it can test whether test system 50 can normally be activated under different operational modes.
Also it is notably, for example, when switch module 10 emulating the power supply of Manual press test system 50
During the action of key, master control set 20 can control switching circuit 102b conductings to supply AC power as the supply electricity of apparatus ' of standby
Source, while the power key that can cyclically control switching circuit 102a conductings with closing to simulate Manual press test system 50 is dynamic
Make.For by way of further example, when switch module 10 is to emulate situation that test system 50 is powered down suddenly, 20 meeting of master control set
Control switching circuit 102b conductings then control switching circuit 102a to supply AC power as the supply power supply of apparatus ' of standby
Conducting boots up action to simulate the power key of Manual press test system 50, and switching circuit 102b is finally controlled to close to imitate
The situation that true test system 50 is powered down suddenly.Aforementioned citing is only to illustrate that switch module 10 is in master control set 20 in the present embodiment
Control under start rather than to limit the present invention.
Must be explanatorily finally, although specific method is carried out with algorithm is reference discribed flow chart herein
Description, but technical staff will be readily appreciated that many other implementation example machine in the technical field that the present invention belongs to
The method of the readable instruction fetch of device is alternatively to be used.For example, can change the step perform sequence and/or can be with
Change, delete or combine certain steps.
[the possibility technique effect of embodiment]
Self-action power detecting system provided by the present invention at least has the advantage that：
Firstly, since self-action power detecting system provided by the present invention is capable of the test knot of automatically recording exceptional
Fruit, during power supply test, tester no longer needs to wait at every moment to dig-in test system by test system.
Furthermore the time of test or time of test can be counted automatically due to self-action power detecting system provided by the present invention
Number, tester no longer need to count the number of test or the time of test manually.
In addition to this, since the self-action power detecting system provided by the present invention during tested can be automatic
Ground records each power supply test result (that is, it is power supply test caused by the test of which secondary source as a result, and recording to record it
It is normal or abnormal power supply test result), moreover it is possible to screen-picture during test system operation exception is automatically stored, therefore
Tester just can positively count the number that test system fails normally to be activated, and it is at which that can know precisely
Test system fails normally to be activated during secondary test.In addition, tester can also be practically inspected when test system fails just
Screen-picture when often being activated, the problem of thereby judging test system operation exception, why.
In conclusion compared to the artificial power supply test traditionally carried out to computer installation to be measured, the present invention is carried
The self-action power detecting system of confession labor-saving can expend, effectively promote the accuracy of test, moreover it is possible to generate enough
Information the problem of judging test system operation exception for tester where.
Must be explanatorily finally, in preceding description, although by the concept of the technology of the present invention with multiple exemplary implementations
Example be specifically illustrated in and illustrate, however in the field of technique the skilled person will understand that, without departing substantially from by following right will
Under conditions of the range for seeking the concept of defined the technology of the present invention, the various change in form and details can be made to it.
Claims (10)
- A kind of 1. self-action power detecting system, to test whether a test system can normally start, which is characterized in that packet It includes：One switch module including at least one set of switching circuit, is connected between a supply power supply and the test system；One master control set is connected to the switch module, the multiple repeatedly to control to perform a power supply test program The conducting and closing of one of switching circuit；AndOne image acquiring module is connected to the master control set；Wherein, after one of the multiple switching circuit is connected in the master control set, the master control set controls the image Acquisition module obtains a screen-picture of the test system, and the master control set is according to acquired in the image acquiring module The screen-picture judge whether the test system normally starts.
- 2. self-action power detecting system as described in claim 1, which is characterized in that described in wherein described master control set performs Power supply test program is to perform following operation：A first control signal is generated one of the multiple switching circuit is connected；After one first preset time, it is described to be measured the image acquiring module to be controlled to obtain to generate a second control signal The screen-picture of device；It recognizes the screen-picture acquired in the image acquiring module and generates an identification result and according to the identification As a result judge whether occur a default word string in the screen-picture；If judging occur the default word string in the screen-picture, store the identification result and generate third control letter Number close the switching circuit；AndIf judging do not occur the default word string in the screen-picture, in the storage identification result and the image capturing After the screen-picture acquired in module, the third control signal is generated to close the switching circuit.
- 3. self-action power detecting system as claimed in claim 2, which is characterized in that the identification result is a percentage, The percentage represents the screen-picture and the matching degree of the default word string, and if the percentage be more than or equal to one Bank percentage then judges that the default word string is come across in the screen-picture.
- 4. self-action power detecting system as claimed in claim 3, which is characterized in that the master control set performs the power supply Test program is further to perform following operation：Obtain a previewing picture of the image acquiring module；AndAdjust the brightness of the previewing picture and picture range.
- 5. self-action power detecting system as claimed in claim 3, which is characterized in that the master control set performs the power supply Test program is further to perform following operation：Before one of the multiple switching circuit is connected in generating the first control signal, the third control letter is first generated Number close the switching circuit.
- 6. self-action power detecting system as claimed in claim 3, which is characterized in that the master control set performs the power supply Test program is further to perform following operation：In judging whether to occur in the screen-picture the default word string according to the identification result and generate the third Whether control signal is come time for after closing the switching circuit, judging to perform the power supply test program up to a default test Time；If performing the time of the power supply test program not up to the default testing time, the power supply test journey is repeated Sequence to continue to test the test system, wherein from the switching circuit be closed to again to the test system into An interval time between row test is set by the power supply test program；AndIf the time for performing the power supply test program has reached the default testing time, stop performing the power supply test journey Sequence no longer tests the test system.
- 7. self-action power detecting system as claimed in claim 3, which is characterized in that the master control set performs the power supply Test program is further to perform following operation：In judging whether to occur in the screen-picture the default word string according to the identification result and generate the third Whether control signal is come the number that after closing the switching circuit, judges to perform the power supply test program up to a default test Number；If performing the number of the power supply test program not up to the default testing time, the power supply test journey is repeated Sequence to continue to test the test system, wherein from the switching circuit be closed to again to the test system into An interval time between row test is set by the power supply test program；AndIf the number for performing the power supply test program has reached the default testing time, stop performing the power supply test journey Sequence no longer tests the test system.
- 8. self-action power detecting system as described in claim 1, which is characterized in that the self-action power detecting system is used To test whether the test system can normally be activated under different operational modes.
- 9. self-action power detecting system as claimed in claim 8, which is characterized in that the switch module is a power switch Jig, to generate a trigger signal and in the power key that the test system is constantly triggered in one second preset time.
- 10. self-action power detecting system as claimed in claim 9, which is characterized in that first preset time with it is described Second preset time is set by the power supply test program, and first preset time with described second it is default when Between be relevant to the operational mode of the test system.
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| CN201810043797.1A CN108226812A (en) | 2018-01-17 | 2018-01-17 | Self-action power detecting system |
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| CN201810043797.1A CN108226812A (en) | 2018-01-17 | 2018-01-17 | Self-action power detecting system |
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| CN108226812A true CN108226812A (en) | 2018-06-29 |
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| CN201810043797.1A Pending CN108226812A (en) | 2018-01-17 | 2018-01-17 | Self-action power detecting system |
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| CN110412484A (en) * | 2019-07-31 | 2019-11-05 | 昆山联滔电子有限公司 | Equipment power supply monitoring method |
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