CN205484579U - Optical device automatic test equipment - Google Patents
Optical device automatic test equipment Download PDFInfo
- Publication number
- CN205484579U CN205484579U CN201521073925.5U CN201521073925U CN205484579U CN 205484579 U CN205484579 U CN 205484579U CN 201521073925 U CN201521073925 U CN 201521073925U CN 205484579 U CN205484579 U CN 205484579U
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- Prior art keywords
- axis
- test
- shifting axle
- optical device
- optical fiber
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- Withdrawn - After Issue
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Abstract
The utility model discloses an optical device automatic test equipment, including quick -witted case, the middle part of quick -witted case is provided with work platform, but installs the triaxial moving mechanism that the triaxial removed on work platform, triaxial moving mechanism including the X who sets up at the work platform rear portion remove the axle, Z removes the axle and Y removes the axle to movably is provided with and inserts optic fibre portion automatically in main part motion portion, and the lower part that is located Z direction optic fibre motion slip table is provided with the fiber optic assembly of test optical device, and remove epaxial being provided with along Y at Y and remove survey test panel that the axle direction removed and be used for the fixed stay to play to survey test panel's survey test panel base, the side of surveying the test panel base is provided with the optic fibre cleaning device who is used for clean optical fiber head, is surveying the inside probe that is used for optical device test power supply that is provided with of test panel base. The utility model discloses an efficiency of software testing is high, and the test is accurate, has solved the test of smooth device performance and has relied on single artifical test, and the problem of inefficiency realizes the automatic testing.
Description
Technical field
This utility model relates to technical field of automation equipment, particularly to a kind of optical device ATE.
Background technology
In field of electronic components manufacturing, the production that the electronic devices and components manufactured carry out mass is needed to survey
Examination, the quality of test electronic devices and components, and for the optical device of optical transmission system, in addition to test aforementioned functional energy, in addition it is also necessary to
The performance parameter of sun adjuster part is tested.The performance test of sun adjuster part at present mostly uses manual testing's method, i.e. relies on
Tester's sun adjuster part carries out manual by a test, and the process of test is that every optical device is loaded into common product test
On socket, in conjunction with instrument and meter reading electric performance test parameter, and the transmitting receptivity parameter of the optical device of device, by testing
Personnel carry out artificial judgment with eyes, to distinguish defective device.Rely on the artificial and test event of naked-eye observation, exist
Subjectivity and the discordance of test result, meanwhile, these test events are the highest to the skill set requirements of tester, tester
Needing could be on duty through longer study and training.This method of testing testing efficiency is low, the poor accuracy of test, expends
Manpower big, high to the skill set requirements of personnel, and testing time length easily causes the fatigue damage of tester and reducing and survey
Examination quality.
Summary of the invention
The purpose of this utility model is to solve disadvantages described above, it is provided that a kind of optical device ATE, its testing efficiency
Height, test accurately, solves optical device performance test and relies on the test of people's work order, the problem of inefficiency, it is achieved automatically test.
The purpose of this utility model is achieved in the following ways:
Optical device ATE, including cabinet, the bottom of cabinet is provided with control system and administration of power supply, cabinet
Front side be provided with push-botton operation district, the top of cabinet is provided with computation district, and the middle part of cabinet is provided with work platforms,
Be provided with on work platforms can the three axle travel mechanisms that move of three axles, after described three axle travel mechanisms include being arranged on work platforms
The X shifting axle in portion, Z shifting axle and Y shifting axle, what described Z shifting axle can move left and right is arranged on X shifting axle, on Z shifting axle
Be provided with bulk motion portion, and in bulk motion portion, be provided with the optical fiber portion that automatically inserts movably, this automatically insert optical fiber portion by
Inserting structure of fiber_optic, Z-direction fibre movement slide unit, X-direction fine setting slide unit, Y-direction fine setting slide unit, Z-direction fibre movement slide unit sets
In the front side of slotting structure of fiber_optic, lower section and the Z-direction light of slotting structure of fiber_optic is located at by X-direction fine setting slide unit and Y-direction fine setting slide unit
The rear portion of fine motion slide unit connects, and is provided with X-direction and adjusts micrometer, Y-direction fine setting slide unit on the right side of described Y-direction fine setting slide unit
Right side is provided with Y-direction and adjusts micrometer, and the bottom being positioned at Z-direction fibre movement slide unit is provided with the optical fiber group of test optical device
Part, this optical fiber component include being arranged on Z-direction fibre movement slide unit bottom for clamping the product correcting clip of optical device, survey
Examination optical fiber head and product correcting cylinder, Z-direction slide unit is provided with fiber fixed seat, and test optical fiber head is fixed on fiber fixed seat
On, product correcting cylinder is located at the bottom of X-direction fine setting slide unit, during product correcting cylinder operation, makes product correcting clamp
Or unclamping action, described Y shifting axle is arranged on the middle part of work platforms, is provided with and moves along Y shifting axle direction on Y shifting axle
Test board and for the fixing test board base supporting test board, the side of described test board base is provided with for cleaning
The optical fiber cleaning device of optical fiber head, is provided with the probe for optical device test power supply at test board chassis interior, this probe
Conducting end upward, and with optical fiber component synchronous matching action.
In described above, the scheme being more highly preferred to, described optical fiber cleaning device includes being fixed on test board base side
Bearing, bearing is provided with optical fiber cleaning band, side plate, cleaning motor and the motor base for fixing cleaning motor, cleans motor
Be fixed on motor base, cleaning motor output shaft penetrate motor base connect have rotary shaft, this rotary shaft penetrate side plate and with light
Fine cleaning band is in transmission connection.
In described above, the scheme being more highly preferred to, described test board is made up of panel and base plate, and the surface of panel is all distributed
Having the position, hole arranged with yi word pattern display, backplate surface is provided with the groove the most corresponding with position, hole, all sets on position, each hole
It is equipped with the test jack for placing optical device.
In described above, the scheme being more highly preferred to, described X shifting axle include two be vertically arranged on work platforms
Post and across the crossbeam in post top portion, one end of crossbeam is provided with X-direction and drives motor, and being internally provided with of crossbeam makes Z move
The X-axis drive lead screw that moving axis moves, X-axis drive lead screw is provided with X-axis slide, and X-direction drives the output of motor to connect X-axis
Shaft coupling, this X-direction drives motor to be connected with X-axis drive lead screw by X-axis shaft coupling, and in two end surfaces difference of X crossbeam
It is provided with X-axis limit induction device.
In described above, the scheme being more highly preferred to, described Z shifting axle includes the Z axis girder being arranged on X shifting axle, Z axis
Girder is internally provided with the Z-axis transmission screw mandrel driving test board base Z-direction to move, and Z-axis transmission screw mandrel is provided with Z axis sliding
Seat, Z axis girder rear portion is provided with Z-direction and drives motor, and Z-direction drives the output of motor to connect Z axis shaft coupling, this Z-direction
Drive motor to be connected with Z-axis transmission screw mandrel by Z axis shaft coupling, and it is spacing to be respectively arranged with Z axis outside the two ends of Z axis girder
Induction apparatus.
In described above, the scheme being more highly preferred to, described Y shifting axle includes the Y-axis master being arranged on work platforms middle part
Beam, Y-axis girder is internally provided with the Y-axis drive lead screw driving test board base Y-direction to move, Y-axis drive lead screw is provided with Y
Axle slide, is provided with Y-direction and drives motor on rear side of Y-axis girder, Y-direction drives the output of motor to connect Y-axis shaft coupling, this Y
Direction drives motor to be connected with Y-axis drive lead screw by Y-axis shaft coupling, and is respectively arranged with Y-axis outside the two ends of Y-axis girder
Limit induction device.
In described above, the scheme being more highly preferred to, described bulk motion portion includes the main frame being arranged on Z shifting axle,
The medial surface up and down of main frame is horizontally arranged with two X-direction micro-cylinders, is provided with on two X-direction micro-cylinders simultaneously
For the cylinder slide with slotting structure of fiber_optic mounted in pairing mode.
In described above, the scheme being more highly preferred to, described computation district is provided with computer monitor, computer monitor
It is connected with control system and administration of power supply.
In described above, the scheme being more highly preferred to, the bottom of described cabinet is provided with safety door.
In described above, the scheme being more highly preferred to, the bottom of described cabinet is the most extended leveling under-chassis, is positioned at tune
The side of flat under-chassis is provided with movable castor.
Provide the benefit that produced by this utility model: this utility model takes high-precision machining to ensure test board
Flatness, using high-level Test bench and three axis mechanisms, to ensure the accuracy of test data, testing efficiency is high, with
Time test how many products can be freely set after carry out the cleaning of optical fiber head, solve optical device performance test and rely on people's work order
Test, the problem of inefficiency, it is achieved automatically test.
Accompanying drawing explanation
Fig. 1 is the perspective view of this utility model embodiment；
Fig. 2 is the structural representation of this utility model embodiment X shifting axle；
Fig. 3 is the structural representation of this utility model embodiment Z shifting axle；
Fig. 4 is the structural representation of this utility model embodiment Y shifting axle；
Fig. 5 is this utility model embodiment bulk motion portion and the combinative structure schematic diagram automatically inserting optical fiber portion；
Fig. 6 is the structural representation that this utility model embodiment inserts optical fiber portion automatically；
Fig. 7 is the structural representation of this utility model embodiment test board base and test board；
Fig. 8 is the STRUCTURE DECOMPOSITION figure of this utility model embodiment light-metering fibre cleaning device；
In figure, 1 is cabinet, and 2 is push-botton operation district, and 3 is computation district, and 4 is work platforms, and 5 is X shifting axle, and 6 is Z
Shifting axle, 7 is Y shifting axle, and 8 is main frame, and 9 is X-direction micro-cylinder, and 10 is cylinder slide, and 11 finely tune slide unit for X-direction,
12 finely tune slide unit for Y-direction, and 13 adjust micrometer for X-direction, and 14 adjust micrometer for Y-direction, and 15 is product correcting clip, and 16
For test optical fiber head, 17 is product correcting cylinder, and 18 is groove, and 19 is test board base, and 20 is optical fiber cleaning device, and 21 is face
Plate, 22 is base plate, and 23 is optical device, and 24 is test jack, and 25 is computer monitor, and 26 is safety door, and 27 is leveling under-chassis, 28
For slotting structure of fiber_optic, 29 is Z-direction fibre movement slide unit, and 500 is pillar, and 501 is crossbeam, and 502 is X-direction driving motor, 503
For X-axis drive lead screw, 504 is X-axis shaft coupling, and 505 is X-axis limit induction device, and 506 is X-axis slide, and 600 is Z axis girder, 601
For Z axis slide, 602 drive motor for Z-direction, and 603 is Z axis shaft coupling, and 604 is Z axis limit induction device, and 700 is Y-axis girder,
701 is Y-axis slide, and 702 drive motor for Y-direction, and 703 is Y-axis shaft coupling, and 704 is Y-axis limit induction device, and 2000 is bearing,
2001 is optical fiber cleaning band, and 2002 is side plate, and 2003 is cleaning motor, and 2004 is motor base, and 2005 is rotary shaft.
Detailed description of the invention
With detailed description of the invention, this utility model is described in further detail below in conjunction with the accompanying drawings.
The present embodiment, reference Fig. 1～Fig. 8, optical device 23 automatic test machine in this programme, including cabinet 1, cabinet 1
Bottom is provided with control system and administration of power supply, and the front side of cabinet 1 is provided with push-botton operation district 2, and the top of cabinet 1 is provided with
Computation district 3, the middle part of cabinet 1 is provided with work platforms 4, work platforms 4 is provided with can three axles move three axles move
Motivation structure, described three axle travel mechanisms include being arranged on the X shifting axle 5 at work platforms 4 rear portion, Z shifting axle 6 and Y shifting axle 7,
What described Z shifting axle 6 can move left and right is arranged on X shifting axle 5, and Z shifting axle 6 is provided with bulk motion portion, and in main body
Being provided with the optical fiber portion that automatically inserts in motion portion movably, described bulk motion portion includes the main frame being arranged on Z shifting axle 6
8, the medial surface up and down of main frame 8 is horizontally arranged with two X-direction micro-cylinders 9, simultaneously on two X-direction micro-cylinders 9
Being provided with for the cylinder slide 10 with slotting structure of fiber_optic 28 mounted in pairing mode, this inserts optical fiber portion automatically by inserting structure of fiber_optic 28, Z side
To fibre movement slide unit 29, X-direction fine setting slide unit 11, Y-direction fine setting slide unit 12, slotting light is located at by Z-direction fibre movement slide unit 29
Lower section and the Z-direction of slotting structure of fiber_optic 28 be located at by the front side of fine support 28, X-direction fine setting slide unit 11 and Y-direction fine setting slide unit 12
The rear portion of fibre movement slide unit 29 connects, and is provided with X-direction and adjusts micrometer 13, Y-direction on the right side of described Y-direction fine setting slide unit 12
Being provided with Y-direction on the right side of fine setting slide unit 12 and adjust micrometer 14, the bottom being positioned at Z-direction fibre movement slide unit 29 is provided with test
The optical fiber component of optical device 23, this optical fiber component include being arranged on Z-direction fibre movement slide unit 29 bottom for clamping light device
The product correcting clip 15 of part 23, test optical fiber head 16 and product correcting cylinder 17, Z-direction slide unit is provided with optical fiber and fixes
Seat, test optical fiber head 16 is fixed on fiber fixed seat, and product correcting cylinder 17 is located at the bottom of X-direction fine setting slide unit 11, produces
When product correcting cylinder 17 works, making product correcting clip 15 clamp or unclamp action, described Y shifting axle 7 is arranged on work platforms 4
Middle part, Y shifting axle 7 is provided with the test board moved along Y shifting axle 7 direction and for the fixing survey supporting test board
Test plate (panel) base 19, takes high-precision machining ensure test board flatness and use high-level Test bench, to ensure
The accuracy of test data, the side of described test board base 19 is provided with the optical fiber cleaning device 20 for cleaning optical fiber head,
In an embodiment, being equivalent to often test 50 times, (i.e. 50 is an optical device 23) test optical fiber head 16 is automatically moved to optical fiber cleaning
Device 20, now test optical fiber head 16 is once cleaned by optical fiber cleaning device 20, is internally provided with at test board base 19
For optical device 23 test power supply probe, the conducting end of this probe upward, and with optical fiber component synchronous matching action.
Equipment product on dynamic(al) correction test board, it is to avoid erroneous judgement, equipment automatic plug test optical fiber, it is ensured that the one of test
Cause property, equipment automated cleaning test optical fiber, it is ensured that the accuracy of test data, equipment automated cleaning test optical fiber, it is ensured that test
The accuracy of data, the one_to_one corresponding of test data and the automatic covering of repetition measurement data.
Described optical fiber cleaning device 20 includes the bearing 2000 being fixed on test board base 19 side, and bearing 2000 is installed
There are optical fiber cleaning band 2001, side plate 2002, cleaning motor 2003 and the motor base 2004 for fixing cleaning motor 2003, cleaning
Motor 2003 is fixed on motor base 2004, and the output shaft of cleaning motor 2003 penetrates motor base 2004 connection rotary shaft
2005, this rotary shaft 2005 penetrates side plate 2002 and is in transmission connection with optical fiber cleaning band 2001.Automated cleaning optical fiber head, Ke Yigen
Arrange according to the test quantity of product and carry out the cleaning to optical fiber head.
Described test board is made up of panel 21 and base plate 22, and the surface of panel 21 is distributed with yi word pattern display setting
Kong Wei, base plate 22 surface configuration has the groove 18 the most corresponding with position, hole, is all provided with for placing light device on position, each hole
The test jack 24 of part 23.The Kong Weiwei of the test board of the present embodiment 100, and panel 21 is the most right with the position, hole of base plate 22
Should, namely can fill 100 products.
As in figure 2 it is shown, described X shifting axle 5 include two pillars being vertically arranged on work platforms 4 500 and across
The crossbeam 501 at pillar 500 top, one end of crossbeam 501 is provided with X-direction and drives motor 502, being internally provided with of crossbeam 501
Making the X-axis drive lead screw 503 that Z shifting axle 6 moves, X-axis drive lead screw 503 is provided with X-axis slide 506, X-direction drives motor
The output of 502 connects X-axis shaft coupling 504, and this X-direction drives motor 502 by X-axis shaft coupling 504 and X-axis drive lead screw
503 connect, and are respectively arranged with X-axis limit induction device 505 at two end surfaces of X crossbeam 501.
As it is shown on figure 3, described Z shifting axle 6 includes the Z axis girder 600 being arranged on X shifting axle 5, Z axis girder 600 is internal
It is provided with the Z-axis transmission screw mandrel driving test board base 19Z direction to move, Z-axis transmission screw mandrel is provided with Z axis slide 601, Z
Axle girder 600 rear portion is provided with Z-direction and drives motor 602, and Z-direction drives the output of motor 602 to connect Z axis shaft coupling 603,
This Z-direction drives motor 602 to be connected with Z-axis transmission screw mandrel by Z axis shaft coupling 603, and outside the two ends of Z axis girder 600
It is respectively arranged with Z axis limit induction device 604.
As shown in Figure 4, described Y shifting axle 7 includes the Y-axis girder 700 being arranged on work platforms 4 middle part, Y-axis girder
700 are internally provided with the Y-axis drive lead screw driving test board base 19Y direction to move, and Y-axis drive lead screw are provided with Y-axis sliding
Seat 701, is provided with Y-direction and drives motor 702 on rear side of Y-axis girder 700, Y-direction drives the output of motor 702 to connect has Y-axis to join
Axial organ 703, this Y-direction drives motor 702 to be connected with Y-axis drive lead screw by Y-axis shaft coupling 703, and at Y-axis girder 700
Y-axis limit induction device 704 it is respectively arranged with outside two ends.
It addition, be provided with computer monitor 25 in described computation district 3, computer monitor 25 and control system and confession
Motor structure connects.The bottom of described cabinet 1 is provided with safety door 26.The bottom of described cabinet 1 is the most extended leveling machine
Foot 27, the side being positioned at leveling under-chassis 27 is provided with movable castor.This utility model takes high-precision machining to ensure to survey
Test plate (panel) flatness, use high-level Test bench and three axis mechanisms, to ensure the accuracy of test data, testing efficiency
Height, carries out the cleaning of optical fiber head simultaneously after can freely arranging test how many products, solve optical device 23 performance test and rely on
People's work order is tested, the problem of inefficiency, it is achieved automatically test.
Above content is to combine concrete preferred embodiment further detailed description of the utility model, it is impossible to recognize
Fixed of the present utility model being embodied as is confined to these explanations.Ordinary skill people for this utility model art
For Yuan, without departing from the concept of the premise utility, it is also possible to make some simple deduction or replace, it is regarded as this
The protection domain of utility model.
Claims (10)
1. optical device ATE, including cabinet, the bottom of cabinet is provided with control system and administration of power supply, cabinet
Front side is provided with push-botton operation district, and the top of cabinet is provided with computation district, and the middle part of cabinet is provided with work platforms, in work
Making to be provided with on platform can the three axle travel mechanism that moves of three axles, it is characterised in that: described three axle travel mechanisms include being arranged on
The X shifting axle at work platforms rear portion, Z shifting axle and Y shifting axle, what described Z shifting axle can move left and right is arranged on X shifting axle
On, Z shifting axle is provided with bulk motion portion, and in bulk motion portion, is provided with the optical fiber portion that automatically inserts movably, should be certainly
The dynamic optical fiber portion that inserts is by inserting structure of fiber_optic, Z-direction fibre movement slide unit, X-direction fine setting slide unit, Y-direction fine setting slide unit, Z-direction light
Fine motion slide unit is located at the front side of slotting structure of fiber_optic, X-direction fine setting slide unit and Y-direction fine setting slide unit and is located under slotting structure of fiber_optic
Side is connected with the rear portion of Z-direction fibre movement slide unit, is provided with X-direction and adjusts micrometer, Y on the right side of described Y-direction fine setting slide unit
Being provided with Y-direction on the right side of directional trim slide unit and adjust micrometer, the bottom being positioned at Z-direction fibre movement slide unit is provided with test light
The optical fiber component of device, this optical fiber component includes the product for clamping optical device being arranged on Z-direction fibre movement slide unit bottom
Product correcting clip, test optical fiber head and product correcting cylinder, Z-direction slide unit is provided with fiber fixed seat, and test optical fiber head is solid
Being scheduled on fiber fixed seat, product correcting cylinder is located at the bottom of X-direction fine setting slide unit, during product correcting cylinder operation, makes product
Product correcting clamp or unclamp action, described Y shifting axle is arranged on the middle part of work platforms, is provided with along Y on Y shifting axle
Test board that shifting axle direction is moved and for the fixing test board base supporting test board, the side of described test board base
It is provided with the optical fiber cleaning device for cleaning optical fiber head, is provided with for optical device test power supply at test board chassis interior
Probe, the conducting end of this probe upward, and with optical fiber component synchronous matching action.
Optical device ATE the most according to claim 1, it is characterised in that: described optical fiber cleaning device includes solid
It is scheduled on the bearing of test board base side, bearing is provided with optical fiber cleaning band, side plate, cleaning motor and cleans horse for fixing
The motor base reached, cleaning motor is fixed on motor base, and the output shaft of cleaning motor penetrates motor base connection rotary shaft, this rotation
Rotating shaft penetrates side plate and is in transmission connection with optical fiber cleaning band.
Optical device ATE the most according to claim 1, it is characterised in that: described test board is by panel and base plate
Constituting, the surface of panel is distributed with the position, hole arranged with yi word pattern display, and backplate surface is provided with the most corresponding with position, hole
Groove, is all provided with the test jack for placing optical device on position, each hole.
4. according to the optical device ATE described in claims 1 to 3 any one, it is characterised in that: described X shifting axle
Including two pillars being vertically arranged on work platforms with across the crossbeam in post top portion, one end of crossbeam is provided with X side
To driving motor, crossbeam be internally provided with the X-axis drive lead screw making Z shifting axle move, X-direction drives the output of motor to connect
Having X-axis shaft coupling, this X-direction drives motor to be connected with X-axis drive lead screw by X-axis shaft coupling, and at two end surfaces of X crossbeam
It is respectively arranged with X-axis limit induction device.
Optical device ATE the most according to claim 4, it is characterised in that: described Z shifting axle includes being arranged on X
Z axis girder on shifting axle, Z axis girder is internally provided with the Z-axis transmission screw mandrel driving test board base Z-direction to move, and X-axis passes
Being provided with X-axis slide on movable wire bar, Z-axis transmission screw mandrel is provided with Z axis slide, Z axis girder rear portion is provided with Z-direction and drives horse
Reaching, Z-direction drives the output of motor to connect Z axis shaft coupling, and this Z-direction drives motor by Z axis shaft coupling and Z-axis transmission silk
Bar connects, and is respectively arranged with Z axis limit induction device outside the two ends of Z axis girder.
Optical device ATE the most according to claim 4, it is characterised in that: described Y shifting axle includes being arranged on
The Y-axis girder at middle part on work platforms, Y-axis girder is internally provided with the Y-axis driving wire driving test board base Y-direction to move
Bar, Y-axis drive lead screw is provided with Y-axis slide, is provided with Y-direction and drives motor on rear side of Y-axis girder, and Y-direction drives motor
Output connection has Y-axis shaft coupling, and this Y-direction drives motor to be connected with Y-axis drive lead screw by Y-axis shaft coupling, and at Y-axis girder
Two ends outside be respectively arranged with Y-axis limit induction device.
7. according to the optical device ATE described in claims 1 to 3 any one, it is characterised in that: described main body is transported
Dynamic portion includes the main frame being arranged on Z shifting axle, and the medial surface up and down of main frame is horizontally arranged with two X-direction fine motion gas
Cylinder, is provided with for the cylinder slide with slotting structure of fiber_optic mounted in pairing mode on two X-direction micro-cylinders simultaneously.
Optical device ATE the most according to claim 7, it is characterised in that: it is provided with in described computation district
Computer monitor, computer monitor is connected with control system and administration of power supply.
Optical device ATE the most according to claim 8, it is characterised in that: the bottom of described cabinet is provided with peace
Air cock.
Optical device ATE the most according to claim 8 or claim 9, it is characterised in that: the bottom of described cabinet is down
Extended have leveling under-chassis, and the side being positioned at leveling under-chassis is provided with movable castor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521073925.5U CN205484579U (en) | 2015-12-22 | 2015-12-22 | Optical device automatic test equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521073925.5U CN205484579U (en) | 2015-12-22 | 2015-12-22 | Optical device automatic test equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205484579U true CN205484579U (en) | 2016-08-17 |
Family
ID=56660314
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521073925.5U Withdrawn - After Issue CN205484579U (en) | 2015-12-22 | 2015-12-22 | Optical device automatic test equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205484579U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105467250A (en) * | 2015-12-22 | 2016-04-06 | 东莞光智通讯科技有限公司 | Optical device automatic test apparatus |
| CN107328960A (en) * | 2017-07-25 | 2017-11-07 | 合肥科斯维数据科技有限公司 | A kind of electronic apparatus testboard bay |
| CN109375014A (en) * | 2018-10-25 | 2019-02-22 | 东莞市铭杨机械有限公司 | A kind of test equipment using PC and gyro calibiatio i Trackpad application function |
-
2015
- 2015-12-22 CN CN201521073925.5U patent/CN205484579U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105467250A (en) * | 2015-12-22 | 2016-04-06 | 东莞光智通讯科技有限公司 | Optical device automatic test apparatus |
| CN105467250B (en) * | 2015-12-22 | 2018-03-20 | 东莞光智通讯科技有限公司 | Optical device ATE |
| CN107328960A (en) * | 2017-07-25 | 2017-11-07 | 合肥科斯维数据科技有限公司 | A kind of electronic apparatus testboard bay |
| CN109375014A (en) * | 2018-10-25 | 2019-02-22 | 东莞市铭杨机械有限公司 | A kind of test equipment using PC and gyro calibiatio i Trackpad application function |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160817 Effective date of abandoning: 20180320 |