CN106603323B - Detect the detection method of jig, network interface transfers rate - Google Patents
Detect the detection method of jig, network interface transfers rate Download PDFInfo
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- CN106603323B CN106603323B CN201510682770.3A CN201510682770A CN106603323B CN 106603323 B CN106603323 B CN 106603323B CN 201510682770 A CN201510682770 A CN 201510682770A CN 106603323 B CN106603323 B CN 106603323B
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- network interface
- light
- network
- output pin
- cabinet
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L43/00—Arrangements for monitoring or testing data switching networks
- H04L43/08—Monitoring or testing based on specific metrics, e.g. QoS, energy consumption or environmental parameters
- H04L43/0876—Network utilisation, e.g. volume of load or congestion level
- H04L43/0894—Packet rate
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L43/00—Arrangements for monitoring or testing data switching networks
- H04L43/50—Testing arrangements
Abstract
The detection jig that the invention discloses a kind of to detect network interface has a motherboard, a light-guide device, an image capture unit and primary Ioops device.Network interface is electrically connected at motherboard, and the test program driving network interface of motherboard exports network signal by an output pin position, and receives foot position with one and receive network signal.Light-guide device has a head end and a tail end, and head end corresponds to the light-emitting component of network interface.Image capture unit captures the optical signal that light-emitting component is issued by light-guide device.Output pin position to the reception foot position of network interface of loop apparatus electric connection network interface.Image capture unit transmits captured image to motherboard, for the operating state for the optical signal analysis network interface that test program is issued by light-guide device.
Description
Technical field
The present invention carries out network biography especially with regard to one kind about the detection jig of network interface in a manner of image capture
The detection jig and detection method of defeated state-detection.
Background technique
The detection mode of network interface at present mainly applies artificial detection.
Wired network interface would generally include a light-emitting component, and light flashing in different colors shows network interface
Operating state and rate.Network interface is exactly installed in a test host by the mode of traditional artificial detection, utilizes test host
Driving carries out the transmission and reception of network package.Tester is in aforementioned process, to visually observe the flashing shape of light-emitting component
State, to judge and record the test result of each network interface.
Aforementioned artificial detection method judges that dependence personnel judge, the standard conditions of objective words is short of, vulnerable to inspection
The human error of survey personnel is tested, and causes quality very different, or even can not grasp the shape that personnel are not detected really
Condition, the misgivings for probably thering are bad products to flow out.
Summary of the invention
In view of the above problems, the present invention proposes that a kind of detection that network transmission state-detection is carried out in a manner of image capture is controlled
Tool and detection method are used and solve the problems, such as tradition manually to estimate.
The present invention proposes a kind of detection jig to detect network interface.Network interface have an at least light-emitting component,
One output pin position and a reception foot position, operating state of the light-emitting component to show network interface, output pin position is to export
One network signal, and foot position is received to receive network signal.
Detecting jig includes a motherboard, a light-guide device, an image capture unit and primary Ioops device.
Motherboard has electronic component, and runs a test program.Network interface is electrically connected at motherboard, tests journey
Sequence drives network interface to export network signal by output pin position, and receives network signal to receive foot position, and record output pin
Position and the output and reception state for receiving foot position.
Light-guide device has a head end and a tail end, and head end corresponds to the light-emitting component of network interface, to receive the member that shines
The optical signal that part issues.
Image capture unit is electrically connected at motherboard.Image capture unit captures light-emitting component and is issued by light-guide device
Optical signal.
Loop apparatus is electrically connected at network interface, is for electrically connecting to the output pin position of network interface to network interface
Receive foot position.
The captured image of image capture unit transmission is to motherboard, the light issued for test program by light-guide device
The operating state of signal analysis network interface.
In a specific embodiment, light-guide device is the light-strip that an optical fiber or a transparent material make.
In a specific embodiment, the chroma and flicker frequency of test program foundation analyze the operating state of network interface.
In a specific embodiment, detection jig further includes a cabinet, has an inner space, and cabinet completely cuts off extraneous light
Into inner space；Wherein, the tail end of light-guide device extends into the inner space of cabinet, to issue optical signal；Image is picked
Device is taken to be set in cabinet.
In a specific embodiment, loop apparatus includes a grid line, and one end is connected to network interface；One pinboard,
The first socket and the second socket with interconnection, the other end of grid line are connected to the first socket；And one wire jumper dress
It sets, is connected to the second socket, to make the output pin position of network interface be electrically connected to the reception foot position of network interface.
In a specific embodiment, grid line and pinboard are set in the inner space of cabinet.
In a specific embodiment, bridle wire apparatus is extended to except cabinet.
In a specific embodiment, pinboard further includes a line concentration controller；Subordinate connecting interface is electrically connected at line concentration
Controller；And main connecting interface is electrically connected at line concentration controller, subordinate connecting interface is concentrated through main connecting interface and carries out
Externally communication.
The present invention separately proposes a kind of detection jig to detection electronic installation network transmission state.Electronic device has extremely
A few network interface and a motherboard.Network interface has an at least light-emitting component, an output pin position and a reception foot position, hair
Operating state of the optical element to show network interface, output pin position receive foot position to connect to export a network signal
Receive network signal.Motherboard has electronic component, and runs a test program.Network interface is electrically connected at motherboard, surveys
Examination program receives network signal to drive network interface to export network signal by output pin position, and to receive foot position, and remembers
It records output pin position and receives the output and reception state of foot position.
Detecting jig includes a light-guide device, an image capture unit and primary Ioops device.
Light-guide device has a head end and a tail end, and head end corresponds to the light-emitting component of network interface, to receive the member that shines
The optical signal that part issues.
Image capture unit is electrically connected at motherboard, and image capture unit captures light-emitting component and issued by light-guide device
Optical signal.
Loop apparatus is electrically connected at network interface, is for electrically connecting to the output pin position of network interface to network interface
Receive foot position.
The captured image of image capture unit transmission is to motherboard, the light issued for test program by light-guide device
The operating state of signal analysis network interface.
In a specific embodiment, light-guide device is the light-strip that an optical fiber or a transparent material make.
In a specific embodiment, the chroma and flicker frequency of test program foundation analyze the operating state of network interface.
In a specific embodiment, detection jig further includes a cabinet, has an inner space, and cabinet completely cuts off extraneous light
Into inner space；Wherein, the tail end of light-guide device extends into the inner space of cabinet, to issue optical signal；Image is picked
Device is taken to be set in cabinet.
In a specific embodiment, loop apparatus includes a grid line, and one end is connected to network interface；One pinboard,
The first socket and the second socket with interconnection, the other end of grid line are connected to the first socket；And one wire jumper dress
It sets, is connected to the second socket, to make the output pin position of network interface be electrically connected to the reception foot position of network interface.
In a specific embodiment, grid line and pinboard are set in the inner space of cabinet.
In a specific embodiment, bridle wire apparatus is extended to except cabinet.
In a specific embodiment, pinboard further includes a line concentration controller；Subordinate connecting interface is electrically connected at line concentration
Controller；And main connecting interface is electrically connected at line concentration controller, subordinate connecting interface is concentrated through main connecting interface and carries out
Externally communication.
Based on aforementioned jig, the present invention proposes a kind of detection method of network interface transfers rate, wherein network interface tool
Have an at least light-emitting component, an output pin position and one receive foot position, operating state of the light-emitting component to show network interface,
Output pin position receives foot position to receive network signal to export a network signal.
Detection method includes the following steps:
Network interface is electrically connected to a motherboard；Wherein, motherboard has electronic component, and runs a test journey
Sequence；
Connect output pin position to the reception foot position of network interface of network interface；
Network signal is exported by output pin position by foot position reception test program driving network interface is received；
With an image capture unit, captures and receive the optical signal that light-emitting component issues；And
It transmits image capture unit and transmits captured image to motherboard, so that test program is issued by light-guide device
Optical signal analysis network interface operating state.
In a specific embodiment, the step of connecting output pin position to the reception foot position of network interface of network interface packet
Contain, is electrically connected primary Ioops and is installed on network interface.
In a specific embodiment, the step of connecting output pin position to the reception foot position of network interface of network interface packet
Contain: connection one grid line in network interface；The other end of connection grid line is connected to a pinboard；Wherein, pinboard has
The first socket and the second socket interconnected, grid line are connected to the first socket；And one bridle wire apparatus of connection is in second
Socket.
In a specific embodiment, detection method further includes a step, and a cabinet is arranged, and be arranged image capture unit in
In cabinet, and a light-guide device is set, so that the head end of light-guide device is corresponded to the light-emitting component of network interface, and make light-guide device
Tail end extend into the inner space of cabinet.
The present invention captures the image data of light-emitting component by image capture unit, solves traditionally manually to estimate
Mode detects, and it is different to lead to the problem of detection quality because of many artificial and external factors, and saves setting test master
The cost of machine.
Detailed description of the invention
Fig. 1 is the schematic diagram of first embodiment of the invention.
Fig. 2 is a change case of first embodiment of the invention.
Fig. 3 is another change case of first embodiment of the invention.
Fig. 4 is the another change case of first embodiment of the invention.
Fig. 5 is the schematic diagram of second embodiment of the invention.
Fig. 6 is the schematic diagram of third embodiment of the invention.
Fig. 7 is the flow chart of detection method of the invention.
Fig. 8 is the detailed flowchart of part steps in Fig. 7.
Fig. 9 is the detailed flowchart of part steps in Fig. 7.
Figure 10 is the detailed flowchart of part steps in Fig. 7.
Wherein, appended drawing reference:
1000 detection 100 motherboards of jig
110 network interface, 120 light-emitting component
Tx output pin position Rx receives foot position
200 inner spaces cabinet 200a
300 light-guide device, 310 head end
320 tail end, 400 image capture unit
500 loop apparatus, 510 grid line
520 pinboard, 521 line concentration controller
522 first socket, 523 subordinate connecting interface
The main connecting interface of 524 second socket 525
530 bridle wire apparatus, 540 grid line
600 electronic devices
Specific embodiment
Below in conjunction with the drawings and specific embodiments, the present invention will be described in detail, but not as a limitation of the invention.
Refering to Figure 1, a kind of detection jig 1000 proposed by first embodiment of the invention, to detect a net
The transmission state of network interface 110, comprising whether normal transmission and transmission rate.Network interface 110 can be but be not limited to one
Wired network interface card.Usually there is network interface 110 an at least light-emitting component 120, an output pin position Tx and one to receive foot
Position Rx and other function foot position.Light-emitting component 120 shows the operating state of network interface 110 with flicker frequency, chroma.It is defeated
Foot position Tx can export a network signal according to driving out, such as persistently export network package, and receive foot position Rx to receive
Network signal above-mentioned.Certainly, network interface 110 also include other foot positions, but these foot positions with this case technical characteristic without direct
Association, is not repeated in this.
Detecting jig 1000 includes a motherboard 100, a cabinet 200, a light-guide device 300, an image capture unit 400
And primary Ioops device 500.
Motherboard 100 can be to be not limited to the motherboard of desktop host, the motherboard of notebook computer or any tool
There is arithmetic element to assemble into circuit board.Motherboard 100 and network interface 110 constitute one and can operate and have network connectivity
The system of function.Be provided with necessary electronic component on motherboard 100, for example, central processing unit, System on chip group, memory body,
Storage device and power supply.An operating system and a test program are at least stored in storage device.Operating system is led to make
Such as same computer system of machine plate 100 is operated, and provides the environment of test program execution.
Network interface 110 is electrically connected at motherboard 100 by interface card slot or other coffrets (such as USB).
Test program allows driving network interface 110 to export network letter by output pin position Tx to drive network interface 110
Number, and with receive foot position Rx receive network signal, test program and can further record output pin position Tx and receive foot
The output and reception state of position Rx.
Cabinet 200 is for providing a dark room conditions.Cabinet 200 has an inner space 200a, and the material of cabinet 200
Extraneous light can be completely cut off and enter inner space 200a, the inner space 200a of cabinet 200 is allowed to form darkroom.
Light-guide device 300 can be the light-strip of optical fiber either transparent material production.Light-guide device 300 has one
End 310 and a tail end 320.The light-emitting component 120 that head end 310 corresponds to network interface 110 is arranged, to receive light-emitting component 120
The optical signal of sending；Tail end 320 extends into the inner space 200a of cabinet 200, to issue optical signal.
Image capture unit 400 is set in cabinet 200, its image capture result is made not will receive external ambient light line
It influences.Image capture unit 400 is electrically connected at motherboard 100, with the driving by test program, and executes image capture work
Industry, and capturing result is back to motherboard 100.Image capture unit 400 can pass through USB, IEEE 1394 or other transmission
Interface is electrically connected at motherboard 100.Image capture unit 400 captures light-emitting component 120 and passes through the light that light-guide device 300 issues
Signal, and motherboard is back to so that test program receives and is analyzed.
Cabinet 200 above-mentioned for providing dark room conditions, to avoid image capture unit 400 image capture operation by
Ambient light interference.In the variation of environment light less and when have fixed background value, the setting of cabinet 200 also be can be omitted.
Loop apparatus 500 is electrically connected at network interface 110, is for electrically connecting to the output pin position Tx of network interface 110
To the reception foot position Rx of network interface 110, so that output pin position Tx and one test loop of foot position Rx self-contained is received, without outer
Network is connect, and output pin position Tx can be tested simultaneously and receive the transmission characteristic of foot position Rx.
As previously mentioned, image capture unit 400 transmits captured image to motherboard 100, so that test program passes through
The operating state for the optical signal analysis network interface 110 that light-guide device 300 issues.The chroma and flashing frequency of test program foundation
Rate analyzes the operating state of network interface 110.
In the case where not considering network signal path-length, loop apparatus 500 can be electric connection form, directly
Grafting carries on network interface 110, and with internal jumper connecting pin Tx and receives foot position Rx.However, network signal transmission path
Length is also one of the important parameter of 110 transmission characteristic of test network interface, such as rate of signal attenuation, therefore, it is necessary to extend net
Network signal transmission path length.
As shown in Fig. 2, in a specific embodiment, loop apparatus 500 include a grid line 510, a pinboard 520 and
One bridle wire apparatus 530, is arranged in the inner space 200a of cabinet 200.
The specification of grid line 510 cooperates network interface 110, usually meets the cable of RJ45 specification, and its both ends is set
It is equipped with RJ45 connector.Grid line 510 is set in the inner space 200a of cabinet 200, and one end of grid line 510 is connected to
Network interface 110.
Pinboard 520 is set in the inner space 200a of cabinet 200, and pinboard 520 has the interconnected
One socket 522 and the second socket 524, the other end of grid line 510 are connected to the first socket 522.Bridle wire apparatus 530 is connected to
Second socket 524, to make the output pin position Tx of network interface 110 be electrically connected to the reception foot position Rx of network interface 110.
As shown in figure 3, the enough grid lines 510 of length can not be accommodated in the inner space 200a insufficient space of cabinet 200
When, pinboard 520 can be set except cabinet 200, and the length of grid line 510 is extended.
As shown in figure 4, another way, then be 510 length of grid line not changed in cabinet 200, but by another
Grid line 540 extends to bridle wire apparatus 530 except cabinet 200.
First embodiment is to test independent network interface 110, and the present invention also can be applied to the network of in-building type
Interface 110.
As shown in figure 5, being one kind disclosed by second embodiment of the invention to 600 network transmission shape of detection electronic installation
The detection jig 1000 of state.Electronic device 600 can be the motherboard 100 of built-in network interface 110, be also possible to general independence
Electronic device, such as notebook computer.
Electronic device 600 has an at least network interface 110 and a motherboard 100, as previously mentioned, setting on motherboard 100
Necessary electronic component has been set, and has been connected to a power supply (internal battery or external power supply).Network interface 110 can be but unlimited
Due to a wired network interface card.Network interface 110 usually has an at least light-emitting component 120, an output pin position Tx and one
Receive foot position Rx and other function foot position.Electronic device 600 at least stores an operating system and a test program.Operation
System provides the environment of test program execution to make the booting running of electronic device 600.Storage device above-mentioned can be
One pluggable storage device, such as USB drive, and operating system is then to be installed on the customized operating system of pluggable storage device, is led to
Crossing plug can constantly make different electronic devices 200 be switched on, and record test result.
Such as first embodiment, network interface 110 is electrically connected at motherboard 100, and test program is to drive network interface
110 by output pin position Tx export network signal, and with receive foot position Rx receive network signal, and record output pin position Tx and
Receive the output and reception state of foot position Rx.
Cabinet 200, light-guide device 300, image capture unit 400, the setting of loop apparatus 500 and running are substantially with first
Embodiment is identical, repeats no more below.
As shown in fig. 6, being one kind disclosed by third embodiment of the invention to 600 network transmission shape of detection electronic installation
The detection jig 1000 of state.3rd embodiment is the variation of first or second embodiments, and the pinboard 520 of loop apparatus 500 can
To add line concentrating function, motherboard 100 is electrically connected to benefit test/peripheral equipment concentration.In 3rd embodiment, turn
Fishplate bar 520 further includes a line concentration controller 521, multiple subordinate connecting interfaces 523 and a main connecting interface 525.Subordinate connection
Interface 523 and main connecting interface 525 are electrically connected at line concentration controller 521, these subordinate connecting interfaces 523 are concentrated
It is externally communicated by main connecting interface 525.Wherein, subordinate connecting interface 523 and main connecting interface 525 can with but do not limit
In USB, IEEE 1394 or other specification coffrets.Main connecting interface 525 is electrically connected at motherboard 100；Image capture dress
Setting 400 can connect in one of subordinate connecting interface 523, and be electrically connected at motherboard 100.Remaining subordinate connects
Mouth 523 can be used for connecting other test/peripheral equipments to motherboard 100, to expand the function of test fixture.
As shown in fig. 7, previous embodiment is based on, present invention further propose that a kind of inspection of 110 transmission rate of network interface
Survey method.Shown network interface 110 is identical as person described in the first embodiment or the second embodiment, and details repeats no more.
Detection method includes the following steps.
Firstly, being electrically connected network interface 110 to motherboard 100, as described in step Step 110.Aforementioned motherboard 100
With electronic component, and run a test program.
Then, the output pin position Tx of network interface 110 is connected to the reception foot position Rx of network interface 110, such as step Step
Shown in 120.
Network signal is exported by output pin position Tx by foot position Rx reception test program driving network interface 110 is received,
As shown in step Step 130.
With an image capture unit 400, captures and receive the optical signal that light-emitting component 120 issues, such as step Step140 institute
Show.
Finally, transmission image capture unit 400 transmits captured image to motherboard 100, so that test program passes through
The operating state for the optical signal analysis network interface 110 that light-guide device 300 issues, as shown in step Step 150.
Test program analyzes optical signal, with the chroma or flicker frequency of optical signal, judges whether network interface 110 is normally transported
Make, as shown in step Step 160.
If 110 normal operation of network interface, test program passback test is by information so that a display unit is shown
Show, and stored record, as shown in step Step 172；If network interface 110 operates abnormal, test program passback
Test crash information is shown for display unit, and is stored record, as shown in step Step 174.
As shown in figure 8, connection network interface 110 output pin position Tx to network interface 110 reception foot position Rx the step of
In Step120, comprises the steps of and be electrically connected primary Ioops device 500 in network interface 110, as shown at 122.
As shown in figure 9, step Step120 then can be repaired further in the case where needing to extend network signal transmission road warp
Change as follows.
One end of a grid line 510 is connected in network interface 110, as shown in step Step 124.Connect grid line 510
The other end is in a pinboard 520, as shown in step Step 126.Pinboard 520 have interconnect the first socket 522 and
Second socket 524, grid line 510 are connected to the first socket 522.A bridle wire apparatus 530 is connected in the second socket 524, such as step
Shown in Step 128.
As shown in Figure 10, in order to improve the acquisition effect of image capture unit 400, without by environment light evil, detection method
It more may include step Step 130a and step Step 130b before step Step 130, a cabinet 200 be set, and is arranged
A light-guide device 300 is arranged in cabinet 200 in image capture unit, and the head end 310 of light-guide device 300 is made to correspond to network
The light-emitting component 120 of interface 110, and extend into the tail end 320 of light-guide device 300 in the inner space 200a of cabinet 200.
The present invention captures the image data of light-emitting component 120 by image capture unit 400, and using cabinet 200 and leads
Optical element 300 excludes environment light evil, solves and is traditionally detected in a manner of manually estimating, due to many artificial and external factors
It is different to lead to the problem of detection quality, and saves the cost that host is tested in setting.
Certainly, the present invention can also have other various embodiments, without deviating from the spirit and substance of the present invention, ripe
It knows those skilled in the art and makes various corresponding changes and modifications, but these corresponding changes and change in accordance with the present invention
Shape all should fall within the scope of protection of the appended claims of the present invention.
Claims (20)
1. a kind of detection jig to detect network interface, which is characterized in that the network interface have an at least light-emitting component,
One output pin position and a reception foot position, operating state of the light-emitting component to show the network interface, which uses
To export a network signal, and the reception foot position is to receive the network signal；The detection jig includes:
One motherboard has electronic component, and runs a test program；Wherein, which is electrically connected at the host
Plate, the test program connect to drive the network interface to export the network signal by the output pin position, and with the reception foot position
The network signal is received, and records the output and reception state of the output pin position and the reception foot position；
One light-guide device has a head end and a tail end, which corresponds to the light-emitting component of the network interface, to receive the hair
The optical signal that optical element issues；
One image capture unit is electrically connected at the motherboard, which captures the light-emitting component and pass through the leaded light
The optical signal that element issues；And
Primary Ioops device is electrically connected at the network interface, is for electrically connecting to the output pin position of the network interface to the network
The reception foot position of interface；
Wherein, which transmits captured image to the motherboard, so that the test program passes through leaded light member
The operating state of the optical signal analysis of the part sending network interface.
2. detection jig according to claim 1, which is characterized in that the light-guide device is the leaded light of transparent material production
Item.
3. detection jig according to claim 1, which is characterized in that chroma and sudden strain of a muscle of the test program according to the optical signal
Bright frequency, analyzes the operating state of the network interface.
4. detection jig according to claim 1, which is characterized in that further include a cabinet, there is an inner space, the case
Body completely cuts off extraneous light and enters the inner space；Wherein, the tail end of the light-guide device extends into the inner space of the cabinet,
To issue the optical signal；The image capture unit is set in the cabinet.
5. detection jig according to claim 4, which is characterized in that the loop apparatus includes:
One grid line, one end are connected to the network interface；
One pinboard, have interconnect the first socket and the second socket, the other end of the grid line be connected to this first
Socket；And
One bridle wire apparatus is connected to second socket, connects to make the output pin position of the network interface be electrically connected to the network
The reception foot position of mouth.
6. detection jig according to claim 5, which is characterized in that the grid line and the pinboard are set to the cabinet
In inner space.
7. detection jig according to claim 6, which is characterized in that the bridle wire apparatus extends to except the cabinet.
8. detection jig according to claim 5, which is characterized in that the pinboard further includes:
One line concentration controller；
Multiple subordinate connecting interfaces, are electrically connected at line concentration controller；And
One main connecting interface, is electrically connected at line concentration controller, the subordinate connecting interface be concentrated through the main connecting interface into
Row externally communication.
9. a kind of detection jig to detection electronic installation network transmission state, which is characterized in that the electronic device has extremely
A few network interface and a motherboard, the network interface have an at least light-emitting component, an output pin position and a reception foot position,
Operating state of the light-emitting component to show the network interface, the output pin position is to export a network signal, and the reception
Foot position is to receive the network signal；The motherboard has electronic component, and runs a test program；The network interface is electrical
Be connected to the motherboard, the test program to drive the network interface to export the network signal by the output pin position, and with
The reception foot position receives the network signal, and records the output and reception state of the output pin position and the reception foot position；The inspection
Measurement fixture includes:
One light-guide device has a head end and a tail end, which corresponds to the light-emitting component of the network interface, to receive the hair
The optical signal that optical element issues；
One image capture unit, and it is electrically connected at the motherboard, which captures the light-emitting component and is led by this
The optical signal that optical element issues；And
Primary Ioops device is electrically connected at the network interface, is for electrically connecting to the output pin position of the network interface to the network
The reception foot position of interface；
Wherein, which transmits captured image to the motherboard, so that the test program passes through leaded light member
The operating state of the optical signal analysis of the part sending network interface.
10. detection jig according to claim 9, which is characterized in that the light-guide device is the leaded light of transparent material production
Item.
11. detection jig according to claim 9, which is characterized in that the test program according to the optical signal chroma and
Flicker frequency analyzes the operating state of the network interface.
12. detection jig according to claim 9, which is characterized in that a cabinet is further included, there is an inner space, it should
Cabinet completely cuts off extraneous light and enters the inner space；Wherein, the tail end of the light-guide device extends into the inner space of the cabinet
In, to issue the optical signal；And the image capture unit is set in the cabinet.
13. detection jig according to claim 12, which is characterized in that the loop apparatus includes:
One grid line, one end are connected to the network interface；
One pinboard, have interconnect the first socket and the second socket, the other end of the grid line be connected to this first
Socket；And
One bridle wire apparatus is connected to second socket, connects to make the output pin position of the network interface be electrically connected to the network
The reception foot position of mouth.
14. detection jig according to claim 13, which is characterized in that the grid line and the pinboard are set to the cabinet
Inner space in.
15. detection jig according to claim 13, which is characterized in that the bridle wire apparatus extends to except the cabinet.
16. detection jig according to claim 13, which is characterized in that the pinboard further includes:
One line concentration controller；
Multiple subordinate connecting interfaces, are electrically connected at line concentration controller；And
One main connecting interface, is electrically connected at line concentration controller, the subordinate connecting interface be concentrated through the main connecting interface into
Row externally communication.
17. a kind of detection method of network interface transfers rate, which is characterized in that the network interface has at least one luminous member
Part, an output pin position and one receive foot position, operating state of the light-emitting component to show the network interface, the output pin position
To export a network signal, and the reception foot position is to receive the network signal；This method includes the following steps:
The network interface is electrically connected to a motherboard；Wherein, which has electronic component, and runs a test journey
Sequence；
The output pin position of the network interface is connected to the reception foot position of the network interface；
One light-guide device is set, so that the head end of the light-guide device is corresponded to the light-emitting component of the network interface, to receive the hair
The optical signal that optical element issues；
Receiving the test program by the reception foot position drives the network interface to export the network signal by the output pin position；
The optical signal for receiving the light-emitting component and issuing by the light-guide device is captured with an image capture unit；And
Image that the image capture unit is captured is transmitted to the motherboard, so that the test program is issued by the light-guide device
The optical signal analysis network interface operating state.
18. detection method according to claim 17, which is characterized in that further include, be electrically connected primary Ioops and be installed on this
Network interface.
19. detection method according to claim 17, which is characterized in that further include:
One end of a grid line is connected in the network interface；
The other end of the grid line is connected in a pinboard；Wherein, which has the first socket interconnected and the
Two sockets, the grid line are connected to first socket；And
A bridle wire apparatus is connected in second socket.
20. detection method according to claim 17, which is characterized in that further include a step, a cabinet is arranged, and be arranged
The image capture unit extends into the tail end of the light-guide device in the inner space of the cabinet in the cabinet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510682770.3A CN106603323B (en) | 2015-10-20 | 2015-10-20 | Detect the detection method of jig, network interface transfers rate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201510682770.3A CN106603323B (en) | 2015-10-20 | 2015-10-20 | Detect the detection method of jig, network interface transfers rate |
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| CN111147318B (en) * | 2018-11-05 | 2022-12-27 | 佛山市顺德区顺达电脑厂有限公司 | Testing tool for network connection port |
| CN110233780B (en) * | 2019-07-30 | 2020-09-08 | 漯河医学高等专科学校 | Computer network signal detection device |
| CN110824284A (en) * | 2019-11-25 | 2020-02-21 | 环胜电子(深圳)有限公司 | Method and tool for testing expansion base |
| CN113964589B (en) * | 2021-10-21 | 2024-02-27 | 广州市震泓科技股份有限公司 | Accurate docking mechanism and elevating gear of high density touch point |
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