CN209593458U - Four-dimensional intelligent measurement automatic machine - Google Patents
Four-dimensional intelligent measurement automatic machine Download PDFInfo
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- CN209593458U CN209593458U CN201920657589.0U CN201920657589U CN209593458U CN 209593458 U CN209593458 U CN 209593458U CN 201920657589 U CN201920657589 U CN 201920657589U CN 209593458 U CN209593458 U CN 209593458U
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- mould group
- test port
- bracket
- axis driving
- axis
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Abstract
The utility model discloses a kind of four-dimensional intelligent measurement automatic machine, it include: controller, the data processing module being connect with the controller, the memory module being connect with the controller, board, set on the fixture of board pedestal, mould group is driven set on board pedestal and positioned at the first Y-axis of the fixture side, the first X-axis in first Y-axis driving mould group drives mould group, the first test port component in first X-axis driving mould group, the second Y-axis set on the board footstock drives mould group, the second X-axis in second Y-axis driving mould group drives mould group, and the second test port component in second X-axis driving mould group, the first test port component provides burn-in test for interchanger, the second test port component provides current signal and data-signal test for interchanger.
Description
Technical field
The utility model relates to intelligent measurement field more particularly to a kind of four-dimensional intelligent measurement automatic machines.
Background technique
Interchanger is a kind of network equipment for electric signal forwarding, it can be any two network of access switch
Node provides the pathway for electrical signals exclusively enjoyed, and the most common interchanger is Ethernet switch, other common also call voices
Interchanger, optical fiber switch etc..On every interchanger have several network interfaces, when interchanger to be carried out before shipment it is a series of
Test, wherein just including carrying out burn-in test to each network interface.
Current interchanger usually has POE function, and POE refers to being routed architecture in existing Ethernet Cat.5
In the case where not making any changes, for some IP-based terminals (such as IP telephone machine, wireless local network connecting point AP, network
Video camera etc.) transmission data-signal while, moreover it is possible to provide the technology of direct current for such equipment.Ether with POE function
Network switch not only has the ability of transmission data-signal outward, can also be provided by ethernet signal line for external equipment
DC power supply, i.e., what the interchanger with POE function exported is the signal that current signal and data-signal are combined.It is exchanging
Before machine factory, need to detect both signals.
Traditional detection mode is detected usually by the way of it manually will test plug insertion network interface, this
Kind detection mode efficiency is extremely low, is unfavorable for mass detection.
Therefore, the prior art is defective, needs to improve.
Utility model content
The purpose of the utility model is to overcome the deficiencies in the prior art, provide a kind of four-dimensional intelligent measurement automatic machine, realize
The interchanger of different model is detected automatically and improves the efficiency of detection.
The technical solution of the utility model is as follows: providing a kind of four-dimensional intelligent measurement automatic machine, comprising: controller and institute
State controller connection data processing module, connect with the controller memory module, board, set on the folder of board pedestal
Tool drives in mould group set on board pedestal and positioned at the first Y-axis of fixture side driving mould group, set on first Y-axis
The first X-axis driving mould group, set on first X-axis driving mould group on the first test port component, be set to the board top
The second Y-axis driving mould group of seat, the second X-axis driving mould group in second Y-axis driving mould group and it is set to described the
Two X-axis drive the second test port component in mould group, and the first test port component provides burn-in test for interchanger, institute
It states the second test port component and provides current signal and data-signal test for interchanger.
Further, the first test port component includes: the first support in first X-axis driving mould group
Plate, the first L bracket in first support plate, the first test port in first L bracket, it is described
First support plate is equipped with the first strip-shaped hole along Z-direction, and corresponding first strip-shaped hole of first L bracket is equipped with the first screw thread
Hole, screw pass through the first strip-shaped hole and lock onto the first threaded hole so that the first L bracket to be lock onto the first support plate.
Further, the second test port component includes: the second support in second X-axis driving mould group
Plate, the second L bracket in second support plate, the second test port in second L bracket, it is described
Second support plate is equipped with the second strip-shaped hole along Z-direction, and corresponding second strip-shaped hole of second L bracket is equipped with the second screw thread
Hole, screw pass through the second strip-shaped hole and lock onto the second threaded hole so that the second L bracket to be lock onto the second support plate.
Further, first test port includes: upper cover plate, the upper circuit board on the upper cover plate, passes through
The lower cover plate that screw is connect with upper cover plate, the lower circuit board on the lower cover plate and it is set to upper circuit board and lower circuit
Row's needle and row between plate is female.
Further, second test port includes data acquisition module and the connection data acquisition module and hands over
It changes planes the deconcentrator of network interface, the data acquisition module is connect with data processing module.
Further, the fixture side is equipped with infrared sensor.
Using the above scheme, interchanger to be measured is fixed on fixture, the first Y-axis drives mould group and the first X-axis to drive mould
In each network interface of group driving the first test port insertion interchanger, aging survey is carried out to each network interface of interchanger
Examination, the second Y-axis drive mould group and the second X-axis driving mould group to drive each network interface of the second test port insertion interchanger
In, current signal detection and detection of data signal are carried out to each network interface of interchanger, to the data exchange energy of interchanger
Power tested and detect interchanger sending current signal it is whether effective.
Detailed description of the invention
Fig. 1 is the front view of the utility model.
Fig. 2 is the right view of the utility model.
Fig. 3 is the structural schematic diagram of the first test port of the utility model.
Specific embodiment
Below in conjunction with the drawings and specific embodiments, the utility model is described in detail.
Fig. 1 and Fig. 2 are please referred to, the utility model provides a kind of four-dimensional intelligent measurement automatic machine, comprising: controller and institute
State controller connection data processing module, connect with the controller memory module, board 1, set on the folder of 1 pedestal of board
Tool drives mould group 2 set on 1 pedestal of board and positioned at the first Y-axis of fixture side driving mould group 2, set on first Y-axis
On the first X-axis driving mould group 3, set on first X-axis driving mould group 3 on the first test port component 4, be set to the machine
The second Y-axis driving mould group 5, the second X-axis in second Y-axis driving mould group 5 of 1 footstock of platform drive mould group 6, Yi Jishe
The second test port component 7 in second X-axis driving mould group 6.The first test port component 4 provides for interchanger
Burn-in test, the second test port component 7 provide current signal and data-signal test for interchanger.
In the present embodiment, the first Y-axis driving mould group 2, the first X-axis driving mould group 3, the second Y-axis drive mould
Group 5 and the second X-axis driving mould group 6 include motor, the screw rod being connected to motor and the sliding block on screw rod, are passed through
Motor drives screw mandrel rotation, thus mobile with movable slider.
The first test port component 4 include: set on first X-axis driving mould group 3 on the first support plate 41, set
In the first L bracket 42 in first support plate 41, the first test port 43 in first L bracket 42.
First support plate 41 is equipped with the first strip-shaped hole 411, corresponding first strip-shaped hole 411 of first L bracket 42 along Z-direction
Equipped with the first threaded hole, screw passes through the first strip-shaped hole 411 and lock onto the first threaded hole so that the first L bracket 411 to be lock onto
In first support plate 41.Since the interchanger of different model is of different sizes, height locating for the network interface 100 of interchanger
Also inconsistent, by the way that the first strip-shaped hole 411 is arranged, the first L shape branch can be adjusted according to the position of switch network interface 100
The height of frame 42 guarantees that the first test port 43 and the network interface 100 of interchanger are located in same horizontal line, it is ensured that first surveys
Examination port 43 moves horizontally and can be inserted into the network interface 100 of interchanger.
The second test port component 7 include: set on second X-axis driving mould group 6 on the second support plate 71, set
In the second L bracket 72 in second support plate 71, the second test port 73 in second L bracket 72,
Second support plate 71 is equipped with the second strip-shaped hole 711, corresponding second strip-shaped hole 711 of second L bracket 72 along Z-direction
Equipped with the second threaded hole, screw passes through the second strip-shaped hole 711 and lock onto the second threaded hole so that the second L bracket 72 is lock onto the
In two support plates 71.Similarly, it by the way that the second strip-shaped hole 711 is arranged, can be adjusted according to the position of switch network interface 100
The height of second L bracket 72 guarantees that the second test port 73 and the network interface 100 of interchanger are in same horizontal line, really
It protects the second test port 73 and moves horizontally and be inserted into the network interface 100 of interchanger.
Referring to Fig. 3, first test port 43 includes: upper cover plate 431, powering on the upper cover plate 431
Road plate 432, the lower cover plate 433 being connect with upper cover plate 431 by screw, the lower circuit board 434 on the lower cover plate 433,
And row's needle between upper circuit board 432 and lower circuit board 434 and row it is female.First X-axis drives first test of the driving of mould group 3
Port 43 moves horizontally along the x axis, and the first test port 43 is inserted into switch network interface 100, is carried out to it always
Change test.One interchanger is equipped with multiple network interfaces 100 side by side, and the first Y-axis drives mould group 2 to drive 43 edge of the first test port
Y direction is mobile, to test other network interfaces 100.
Second test port 73 includes data acquisition module and the connection data acquisition module and interchanger net
The deconcentrator of network interface, the data acquisition module are connect with data processing module.Deconcentrator will be from switch network interface 100
The composite signal of middle output isolates current signal and Ethernet data signal, and Ethernet data signal is sent to data and is adopted
Collect module and whether sensed current signal is effective, data exchange capability of the data acquisition module to the data-signal received
It is detected.Second X-axis driving mould group 6 drives the second test port 73 to move horizontally along the x axis, by the second test port
In 73 insertion switch network interfaces 100, burn-in test is carried out to it.Second Y-axis drives mould group 5 to drive the second test port 73
It moves along the y axis, to test other network interfaces 100.
The fixture side is equipped with infrared sensor, for detecting whether placing interchanger, placed exchange if detecting
Machine then starts test.
In conclusion interchanger to be measured is fixed on fixture, the first Y-axis drives mould group and the first X-axis driving mould group to drive
In each network interface of dynamic first test port insertion interchanger, burn-in test is carried out to each network interface of interchanger,
Second Y-axis drives mould group and the second X-axis driving mould group to drive in each network interface of the second test port insertion interchanger, right
Each network interface of interchanger carries out current signal detection and detection of data signal, carries out to the data exchange capability of interchanger
It tests and whether the current signal for detecting interchanger sending is effective.
The above is only the preferred embodiments of the present utility model only, is not intended to limit the utility model, all practical at this
Made any modifications, equivalent replacements, and improvements etc., should be included in the guarantor of the utility model within novel spirit and principle
Within the scope of shield.
Claims (6)
1. a kind of four-dimension intelligent measurement automatic machine characterized by comprising at controller, the data being connect with the controller
Reason module, the memory module being connect with the controller, board, set on the fixture of board pedestal, set on board pedestal and be located at
The first Y-axis driving mould group of the fixture side, is set to the first X-axis driving mould group in first Y-axis driving mould group
The first test port component in first X-axis driving mould group, set on the top of the board the second Y-axis driving mould group,
The second X-axis driving mould group in second Y-axis driving mould group and the in second X-axis driving mould group
Two test port components, the first test port component provide burn-in test, the second test port component for interchanger
Current signal and data-signal test are provided for interchanger.
2. four-dimension intelligent measurement automatic machine according to claim 1, which is characterized in that the first test port component packet
It includes: driving the first support plate in mould group set on first X-axis, the first L bracket in first support plate, sets
The first test port in first L bracket, first support plate is equipped with the first strip-shaped hole along Z-direction, described
Corresponding first strip-shaped hole of first L bracket is equipped with the first threaded hole, screw pass through the first strip-shaped hole lock onto the first threaded hole with
First L bracket is lock onto the first support plate.
3. four-dimension intelligent measurement automatic machine according to claim 1, which is characterized in that the second test port component packet
It includes: driving the second support plate in mould group set on second X-axis, the second L bracket in second support plate, sets
The second test port in second L bracket, second support plate is equipped with the second strip-shaped hole along Z-direction, described
Corresponding second strip-shaped hole of second L bracket is equipped with the second threaded hole, screw pass through the second strip-shaped hole lock onto the second threaded hole with
Second L bracket is lock onto the second support plate.
4. four-dimension intelligent measurement automatic machine according to claim 2, which is characterized in that first test port includes:
Upper cover plate, the lower cover plate connecting by screw with upper cover plate, is set to the lower cover plate at the upper circuit board on the upper cover plate
On lower circuit board and row's needle between upper circuit board and lower circuit board and row it is female.
5. four-dimension intelligent measurement automatic machine according to claim 4, which is characterized in that second test port includes number
According to acquisition module and the deconcentrator of the connection data acquisition module and switch network interface, the data acquisition module and
Data processing module connection.
6. four-dimension intelligent measurement automatic machine according to claim 1, which is characterized in that the fixture side is equipped with infrared biography
Sensor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920657589.0U CN209593458U (en) | 2019-05-08 | 2019-05-08 | Four-dimensional intelligent measurement automatic machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920657589.0U CN209593458U (en) | 2019-05-08 | 2019-05-08 | Four-dimensional intelligent measurement automatic machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209593458U true CN209593458U (en) | 2019-11-05 |
Family
ID=68347728
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920657589.0U Expired - Fee Related CN209593458U (en) | 2019-05-08 | 2019-05-08 | Four-dimensional intelligent measurement automatic machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209593458U (en) |
-
2019
- 2019-05-08 CN CN201920657589.0U patent/CN209593458U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20191105 Termination date: 20200508 |