CN208420011U - A kind of universal golden finger test fixture - Google Patents
A kind of universal golden finger test fixture Download PDFInfo
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- CN208420011U CN208420011U CN201820943164.1U CN201820943164U CN208420011U CN 208420011 U CN208420011 U CN 208420011U CN 201820943164 U CN201820943164 U CN 201820943164U CN 208420011 U CN208420011 U CN 208420011U
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Abstract
A kind of universal golden finger test fixture, which is characterized in that including lower bracket, automatic butt component, the test suite being mounted on lower bracket；The test suite includes test support component, jig upper die mechanism and high-precision fine motion mechanism for testing；The test support component includes support base, support baseboard and the test bottom plate being mounted on support baseboard；The test bottom plate is equipped with station slot and Jiao Wei mechanism mounting groove, station slot connect with Jiao Wei mechanism mounting groove, and mold Jiao Wei mechanism is equipped in Jiao Wei mechanism mounting groove, and the school position block of mold Jiao Wei mechanism connects with station slot one end；Support base includes the support rod and the limit plate for being mounted on post upper that lower end is mounted on lower bracket, is socketed with jig upper die mechanism on support rod；It is equipped with high-precision fine motion mechanism for testing and mold Jiao Wei mechanism simultaneously.When significantly reducing golden finger test, the product quantity manually monitored again is needed, saves manufacturing cost, the testing efficiency improved.
Description
Technical field
The utility model relates to electronics production detection field more particularly to a kind of universal golden finger test fixtures.
Background technique
Golden finger is a kind of electronic device common in electronic product.But golden finger is after completing, in order to protect
Demonstrate,prove the golden finger later period it is in use normal table operation, generally golden finger can all be tested.But golden finger is making
In the process due to there is a presence of tolerance, golden finger when testing but the deviation due to mold in production, the pushing degree of gold
All may cause greater than when being less than setting value and can't detect golden finger at detection, the golden hand that detection device can't detect need again into
Row artificial detection, the higher cost of artificial detection, is unfavorable for industrial production.So be badly in need of in the market it is a can to golden finger into
The test fixture of row school position.
Utility model content
The utility model provides a kind of universal golden finger test fixture, can carry out to the golden finger that will be tested
School position needs the product quantity manually monitored again, saves manufacturing cost, mention when significantly reducing golden finger test
High testing efficiency.
A kind of universal golden finger test fixture, which is characterized in that including lower bracket, automatic butt component, be mounted on down
Test suite on bracket；The test suite includes test support component, jig upper die mechanism and high-precision fine motion test
Mechanism；The test support component includes support base, support baseboard and the test bottom plate being mounted on support baseboard；Institute
The test bottom plate stated is equipped with station slot and Jiao Wei mechanism mounting groove, station slot connect with Jiao Wei mechanism mounting groove, Jiao Wei mechanism
Mold Jiao Wei mechanism is installed, the school position block of mold Jiao Wei mechanism connects with station slot one end in mounting groove；The support base
The support rod that is mounted on lower bracket including lower end and the limit plate for being mounted on post upper are socketed on jig on support rod
Mold mechanism；The high-precision fine motion mechanism for testing includes plummer, the pinboard being mounted on plummer, connection pinboard
High-precision micromotion platform；The automatic butt component includes the transmission group for being mounted on lower bracket and connecting with support baseboard
Part, be mounted on limit plate and contraposition cylinder that promote-side connects with jig upper die mechanism, be mounted on it is high-precision on support baseboard
Degree micromotion platform, the initial survey camera being mounted on lower bracket and school position camera.
Preferably, the mold Jiao Wei mechanism includes shell, fixed link, limit spring, position limiting slide block, sliding shoe, school
Position block, school position spring and fixed cover board are successively socketed with limit spring and position limiting slide block, fixed link lower end in the fixed link
On the shell, fixed upper end connects with the fixation cover board of installation on the shell for installation；The opposite side plate of the shell, which is equipped with, to be slided
Slot, sliding shoe top front end side are equipped with the fin that thickness is less than sliding slot thickness, and sliding shoe upper rear end is equipped with anti-skidding protrusion,
Sliding shoe is connect by fin with the sliding slot on shell, and anti-skidding protrusion prevents sliding shoe from skidding off from case nose, sliding shoe and
School position spring is equipped between the fixation cover board of installation on the shell, sliding shoe top connected with outer casing, sliding shoe lower part is inserted in installation
In the limiting slot of position limiting slide block inside the shell；The sliding shoe lower part is that up big and down small structure designs, mold Jiao Wei mechanism
Under stationary state, position limiting slide block upper surface connects with sliding shoe top, the school position spring-compressed between sliding shoe and fixed cover board,
The elastic force of school position spring is much smaller than the elastic force of limit spring；Sliding shoe top front end is additionally provided with school position block mounting groove, school position
Block is mounted in the block mounting groove of school position.
Preferably, the support baseboard bottom is equipped with support slipper, the sliding rail on the support slipper and transmission assembly
Connect, support slipper also connects with the driving device of transmission assembly, and it is past that driving device movement drives support slipper to do on the slide rail
Multiple movement.
Preferably, the jig upper die mechanism is equipped with installation hole location, and jig upper die mechanism is socketed in by installing hole location
On support rod, contraposition cylinder is installed on the limit plate of post upper connection, aligns the movable end connection fixture upper mold of cylinder
Mechanism, contraposition cylinder operation drive jig upper die mechanism to do movement up and down reciprocatingly；When jig upper die mechanism moves downward, jig
The pressing lever that upper die mechanism lower end is equipped with is inserted into out of pressing through-hole on fixed cover board, and presses the limit being socketed in fixed link
Position sliding block.
Preferably, jig upper die mechanism lower end surface is equipped with several gag lever posts, and it is several right that the test bottom plate is equipped with
The limiting slot answered.
Preferably, the plummer of the high-precision fine motion mechanism for testing is equipped with through slot corresponding with station slot, pinboard
It is mounted in through slot, forms a gap between high-precision fine motion mechanism for testing and station slot, installed on the lower bracket of gap lower end
There is school position camera.
Preferably, the high-precision micromotion platform of the high-precision fine motion mechanism for testing connects guide plate, the guide plate peace
On the slide perpendicular with the sliding rail on transmission assembly；The guide plate connects with the output shaft of adjustment motor, the tune
Whole motor driven guide plate moves reciprocatingly on slide.
The beneficial effects of the utility model are to carry out the golden finger that will be tested school position, reduce golden finger and manufacture
When the influence to test of the work difference that allows need the product number manually monitored again when significantly reducing golden finger test
Amount, saves manufacturing cost, the testing efficiency improved.
Detailed description of the invention
Fig. 1 is the utility model overall structure diagram.
Fig. 2 is the utility model test suite structural schematic diagram.
Fig. 3 is the utility model pressing lever and mold school position mechanism structure schematic diagram.
Fig. 4 is the utility model mold Jiao Wei mechanism and test structural diagram of base plate.
Fig. 5 is the utility model Jiao Wei mechanism and test structural diagram of base plate.
Fig. 6 is the utility model Jiao Wei mechanism configuration schematic diagram.
Fig. 7 is the utility model Jiao Wei mechanism overall structure diagram.
Fig. 8 is the utility model sliding shoe structural schematic diagram.
In figure: 1- lower bracket, 2- initial survey camera, 3- support baseboard, 4- test bottom plate, 5- jig upper die mechanism, 6- support
Seat, the school 7- position camera, 8- high-precision fine motion mechanism for testing, 9- mold Jiao Wei mechanism, 10- transmission assembly, 31- support slipper, 41-
Station slot, 42- Jiao Wei mechanism mounting groove, 43- limiting slot, 51- pressing lever, 52- gag lever post, 53- briquetting, 54- install hole location,
61- limit plate, 62- support rod, 63- align cylinder, 81- plummer, 82- pinboard, 83- high-precision micromotion platform, outside 91-
Shell, 92- fixed link, 93- limit spring, 94- position limiting slide block, 95- sliding shoe, the school 96- position block, the school 97- position spring, 98- are fixed
Cover board, 941- sliding bar, 951- sliding shoe top, 952- sliding shoe lower part, the school 953- position block mounting groove, 954- fixed hole position,
981- presses through-hole, the school 982- position spring fixing groove, 983- fixed bit.
Specific embodiment
In the description of the present invention, it should be understood that term " center ", " longitudinal direction ", " transverse direction ", " length ", " width
Degree ", " thickness ", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside",
The orientation or positional relationship of the instructions such as " clockwise ", " counterclockwise " be based on the orientation or positional relationship shown in the drawings, be only for
Convenient for description the utility model and simplify description, rather than the device or element of indication or suggestion meaning must have specifically
Orientation is constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.
In the present invention unless specifically defined or limited otherwise, term " installation ", " connected ", " connection ", " Gu
It is fixed " etc. terms shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or be integrally connected；It can
To be mechanical connection, it is also possible to be electrically connected；It can be directly connected, can also can be indirectly connected through an intermediary
Connection inside two elements.For the ordinary skill in the art, above-mentioned term can be understood as the case may be
Concrete meaning in the present invention.
The utility model is described further with reference to the accompanying drawing.
As shown in Fig. 1 to 6, a kind of universal golden finger test fixture, which is characterized in that including lower bracket 1, automatic butt
Component, the test suite being mounted on lower bracket 1；The test suite includes test support component, 5 and of jig upper die mechanism
High-precision fine motion mechanism for testing 8；The test support component include support base 6, support baseboard 3 and be mounted on support bottom
Test bottom plate 4 on plate 3；The test bottom plate 4 is equipped with station slot 41 and Jiao Wei mechanism mounting groove 42, station slot 41 and school
Position mechanism mounting groove 42 connects, and mold Jiao Wei mechanism 9, the school position of mold Jiao Wei mechanism 9 are equipped in Jiao Wei mechanism mounting groove 42
Block 96 connects with 41 one end of station slot；The support base 6 includes the support rod 62 and be mounted on that lower end is mounted on lower bracket 1
The limit plate 61 of 62 upper end of support rod is socketed with jig upper die mechanism 5 on support rod 62；The high-precision fine motion mechanism for testing
8 include plummer 81, the pinboard 82 being mounted on plummer 81, the high-precision micromotion platform 83 for connecting pinboard 82；It is described
Automatic butt component include be mounted on lower bracket 1 and connect with support baseboard 3 transmission assembly 10, be mounted on limit plate 61
The high-precision micromotion platform that upper and promote-side connected with jig upper die mechanism 5 contraposition cylinder 63, is mounted on support baseboard 3
83, the initial survey camera 2 being mounted on lower bracket 1 and school position camera 7.
As shown in fig. 6, mold Jiao Wei mechanism 9 includes shell 91, fixed link 92, limit spring 93, position limiting slide block 94, sliding
Block 95, school position block 96, school position spring 97 and fixed cover board 98 are successively socketed with limit spring 93 and limit in the fixed link 92
Position sliding block 94,92 lower end of fixed link are mounted on shell 91, and fixed upper end connects with the fixation cover board 98 being mounted on shell 91；
The opposite side plate of the shell 91 is equipped with sliding slot, and 951 front end side of sliding shoe top is equipped with thickness and is less than the convex of sliding slot thickness
Rib, 951 rear end of sliding shoe top are equipped with anti-skidding protrusion, and sliding shoe 95 is connect by fin with the sliding slot on shell 91, anti-skidding
Protrusion prevents sliding shoe 95 from skidding off from 91 front end of shell out, sets between sliding shoe 95 and the fixation cover board 98 being mounted on shell 91
There is school position spring 97,951 connected with outer casing 91 of sliding shoe top, it is sliding that sliding shoe lower part 952 is inserted in the limit being mounted in shell 91
In the limiting slot 43 of block 94；The sliding shoe lower part 952 is that up big and down small structure designs, 9 stationary state of mold Jiao Wei mechanism
Under, 94 upper surface of position limiting slide block connects with sliding shoe top 951, and the school position spring 97 between sliding shoe 95 and fixed cover board 98 is pressed
The elastic force of contracting, school position spring 97 is much smaller than the elastic force of limit spring 93；951 front end of sliding shoe top is additionally provided with school position block peace
Tankage 953, school position block 96 are mounted in school position block mounting groove 953, and screw rod one end passes through school position block 96 and school position block mounting groove 953
Fixed hole position 954 on bottom connects.
In actually manufacture, successively part socket limit spring 93 and limit again after 92 lower end of fixed link is mounted in shell 91
Sliding block 94 is pressed downward position limiting slide block 94 later, while by the fin of 951 front end side of sliding shoe top after 91 sliding slot of shell
End insertion after sliding shoe lower part 952 is inserted in the limiting slot 43 of pressure position limiting slide block 94, decontrols position limiting slide block 94, limit spring 93
It resets, position limiting slide block 94, which moves up, drives sliding shoe 95 to move back；Fixed cover board 98 is equipped with 92 slot of fixed link, pressing 981 and of through-hole
School position spring fixing groove 982, the interior installation of school position spring fixing groove 982 that the side that fixed cover board 98 connects with sliding shoe 95 is equipped with
After the spring 97 of good school position, fixed cover board 98 is mounted on shell 91 by screw rod, sliding shoe is arrived on the school position top of spring 97
951 rear end of top, but the elastic force of school position spring 97 is much smaller than the elastic force of limit spring 93, so limit spring 93 is pressed at this time
It contracts but sliding shoe 95 is not pushed to move.Jig upper die mechanism 5 moves down in actual work, and pressing lever 51 squeezes position limiting slide block 94 to cunning
Moved end lower end is mobile, and the sliding bar 941 of position limiting slide block 94 designs for important actor, and position limiting slide block 94 moves down, 94 lower end of position limiting slide block
Limit spring 93 is compressed, and school position spring 97 pushes sliding shoe 95 to move forward.
When fixed cover board 98 is fixed, screw rod one end passes through 983 connected with outer casing 91 of fixed bit of fixed cover board 98.
951 front end of sliding shoe top is connected with school position block 96, and school position block 96 is mounted on the school position of 951 front end of sliding shoe top
In block mounting groove 953, and it is fixed in mounting groove with screw rod high-ranking officers position block 96.
As shown in Figure 1, Figure 2, shown in Fig. 4 and Fig. 5,3 bottom of support baseboard be equipped with support slipper 31, the support slipper 31 with
Sliding rail on transmission assembly 10 connects, and support slipper 31 also connects with the driving device of transmission assembly 10, and driving device moves band
Dynamic support slipper 31 moves reciprocatingly on the slide rail.
As shown in Figures 2 and 3, jig upper die mechanism 5 is equipped with installation hole location 54, and jig upper die mechanism 5 passes through mounting hole
Position 54 is socketed on support rod 62, and contraposition cylinder 63 is equipped on the limit plate 61 of 62 upper end of support rod connection, aligns cylinder 63
Movable end connection fixture upper die mechanism 5, contraposition cylinder 63 work drive jig upper die mechanism 5 do movement up and down reciprocatingly；It controls
Tool upper die mechanism 5 is when moving downward, and the pressing lever 51 that 5 lower end of jig upper die mechanism is equipped with is from the pressing through-hole on fixed cover board 98
Insertion in 981, and press the position limiting slide block 94 being socketed in fixed link 92.
As shown in Fig. 2, 5 lower end surface of jig upper die mechanism is equipped with several gag lever posts 52, the test bottom plate 4 is equipped with several
Corresponding limiting slot 43.
As shown in Figure 4 and Figure 5, the plummer 81 of the high-precision fine motion mechanism for testing 8 is equipped with corresponding with station slot 41
Through slot, pinboard 82 is mounted in through slot, and a gap, seam are formed between high-precision fine motion mechanism for testing 8 and station slot 41
School position camera 7 is installed on the lower bracket of gap lower end.The high-precision fine motion mechanism for testing 8 passes through the high-precision micromotion platform of lower end
83 are mounted on the slide perpendicular with sliding rail of transmission assembly；The high-precision micromotion platform 83 drives high-precision fine motion test machine
Structure 8 moves reciprocatingly on slide, to realize the contraposition of golden finger on the golden finger and pinboard 82 on quasi- detection piece.This reality
It is transferred on golden finger and high-precision fine motion mechanism for testing 8 in station slot 41 on detection piece with novel acquired by school position camera 7
The location drawing picture of 82 golden finger of plate, controller slide on slide micro- according to collected location drawing picture high-precision micromotion platform 83
Adjust contraposition.High-precision micromotion platform 83 drives pinboard 82 to be directed at the golden finger on detection piece, and high-precision micromotion platform 83 is finely tuned
So that 82 golden finger of pinboard is reliably docked with the golden finger on detection piece, the accuracy of jig test is improved.
As shown in Figure 1, when the utility model at work, initial survey camera 22 is to the golden finger for being transmitted to 22 top of initial survey camera
It takes pictures and carries out preliminary golden finger detection, the overall structure that initial survey camera 2 predominantly detects golden finger positions detection golden finger,
Golden finger is accurately placed in the test station of test bottom plate 4 by controller control transmission device later, on transmission assembly 10
Driving device drives test bottom plate 4 to slide into position as shown in Figure 1.At this point, the pressing lever 51 on jig upper die mechanism 5 is aligned
Pressing through-hole 981 in mold Jiao Wei mechanism 9, the briquetting 53 on jig upper die mechanism 5 are aligned on golden finger at Electronic Calibration.
Contraposition 63 job control jig upper die mechanism 5 of cylinder moves down, and during jig upper die mechanism 5 moves down, gag lever post 52 is slowly inserted
Enter in limiting slot 43, pressing lever 51 be inserted into mold Jiao Wei mechanism 9 pressing through-hole 981, pressing lever 51 pass through pressing through-hole 981 with
The position limiting slide block 94 of mold Jiao Wei mechanism 9 connects, and jig upper die mechanism 5 continues to move down, pressing lever 51 squeeze position limiting slide block 94 to
The limit spring 93 of lower movement, 94 lower end of position limiting slide block is compressed, the sliding shoe lower part to connect with sliding bar 941 on position limiting slide block 94
952 be up big and down small irregular design (structure of main body under upper platform body), while 9 sliding shoe 95 of mold Jiao Wei mechanism and fixation
School position spring 97 between cover board 98 resets, and school position spring 97 pushes sliding shoe 95 to move, the school position block 96 on sliding shoe 95 into
Entering station slot 41 and the golden finger in station slot 41 on detection piece is pushed to be moved to high-precision fine motion mechanism for testing 8 is pinboard 82
When, school position camera 7 does location drawing picture to golden finger on the golden finger and high-precision fine motion mechanism for testing 8 on interior detection piece at this time
Acquisition, the high-precision micromotion platform 83 of controller control later carry out fine position, and the fine tuning high-precision of high-precision micromotion platform 83 is micro-
Until golden finger is aligned with the golden finger on detection piece on pinboard 82,52 lower end of gag lever post is pushed up to limit for dynamic 8 position of mechanism for testing
The slot bottom of position slot 43, briquetting 53 press down on golden finger, and detection piece starts to receive detection.
In actual manufacture, golden finger has a range of allowable error, the utility model during fabrication, station slot 41 it is big
The minimum error values of golden finger permission are arranged at the Electronic Calibration in station slot 41 for the small maximum value for taking golden finger allowable error
At the golden finger calibration of manufacture.
The utility model is equipped with high-precision fine motion mechanism for testing 8 and mold Jiao Wei mechanism 9 simultaneously, mold Jiao Wei mechanism 9
Coarse adjustment cooperates the accurate adjustment of high-precision fine motion mechanism for testing 8, so that test fixture test error is smaller, is easy to use.
The beneficial effects of the utility model are to carry out the golden finger that will be tested school position, reduce golden finger and manufacture
When the influence to test of the work difference that allows need the product number manually monitored again when significantly reducing golden finger test
Amount, saves manufacturing cost, the testing efficiency improved.
Embodiment of above is merely to illustrate the utility model, and is not limitation of the utility model, related technology neck
The those of ordinary skill in domain, in the case where not departing from the spirit and scope of the utility model, can also make a variety of changes and
Modification, therefore all equivalent technical solutions also belong to the scope of the utility model, the scope of patent protection of the utility model is answered
It is defined by the claims.
Claims (7)
1. a kind of universal golden finger test fixture, which is characterized in that including lower bracket, automatic butt component, be mounted on lower branch
Test suite on frame；The test suite includes test support component, jig upper die mechanism and high-precision fine motion test machine
Structure；The test support component includes support base, support baseboard and the test bottom plate being mounted on support baseboard；It is described
Test bottom plate be equipped with station slot and Jiao Wei mechanism mounting groove, station slot and connect with Jiao Wei mechanism mounting groove, Jiao Wei mechanism is pacified
Mold Jiao Wei mechanism is installed, the school position block of mold Jiao Wei mechanism connects with station slot one end in tankage；The support base packet
The support rod and the limit plate for being mounted on post upper that lower end is mounted on lower bracket are included, is socketed with jig upper mold on support rod
Mechanism；The high-precision fine motion mechanism for testing includes plummer, the pinboard being mounted on plummer, the height for connecting pinboard
Precision micromotion platform；The automatic butt component include be mounted on lower bracket and connect with support baseboard transmission assembly,
Be mounted on contraposition cylinder that on limit plate and promote-side connects with jig upper die mechanism, the high-precision that is mounted on support baseboard it is micro-
Moving platform, the initial survey camera being mounted on lower bracket and school position camera.
2. a kind of universal golden finger test fixture according to claim 1, which is characterized in that the mold school position machine
Structure includes shell, fixed link, limit spring, position limiting slide block, sliding shoe, school position block, school position spring and fixed cover board, and described consolidates
Limit spring and position limiting slide block are successively socketed in fixed pole, fixed link lower end is installed on the shell, is fixed upper end and is mounted on outer
Fixation cover board on shell connects；The opposite side plate of the shell is equipped with sliding slot, and it is small that sliding shoe top front end side is equipped with thickness
In the fin of sliding slot thickness, sliding shoe upper rear end is equipped with anti-skidding protrusion, and sliding shoe is connected by the sliding slot on fin and shell
It connects, anti-skidding protrusion prevents sliding shoe from skidding off from case nose, is equipped between the fixation cover board of sliding shoe and installation on the shell
School position spring, sliding shoe top connected with outer casing, sliding shoe lower part is inserted in the limiting slot of the position limiting slide block of installation inside the shell；Institute
Stating sliding shoe lower part is that up big and down small structure designs, under mold Jiao Wei mechanism stationary state, position limiting slide block upper surface and sliding
Block top connects, and the school position spring-compressed between sliding shoe and fixed cover board, the elastic force of school position spring is much smaller than limit spring
Elastic force；Sliding shoe top front end is additionally provided with school position block mounting groove, and school position block is mounted in the block mounting groove of school position.
3. a kind of universal golden finger test fixture according to claim 1, which is characterized in that the support baseboard bottom
Equipped with support slipper, the support slipper connects with the sliding rail on transmission assembly, support slipper also with the driving of transmission assembly
Device connects, and driving device movement drives support slipper to move reciprocatingly on the slide rail.
4. a kind of universal golden finger test fixture according to claim 1, which is characterized in that the jig upper die mechanism
It is equipped with installation hole location, jig upper die mechanism is socketed on support rod by installing hole location, the limit plate of post upper connection
On contraposition cylinder is installed, align the movable end connection fixture upper die mechanism of cylinder, contraposition cylinder operation drives jig upper mold machine
Structure does movement up and down reciprocatingly；When jig upper die mechanism moves downward, pressing lever that jig upper die mechanism lower end is equipped with is from fixation
Insertion in pressing through-hole on cover board, and press the position limiting slide block being socketed in fixed link.
5. a kind of universal golden finger test fixture according to claim 1, which is characterized in that the jig upper die mechanism
Lower end surface is equipped with several gag lever posts, and the test bottom plate is equipped with several corresponding limiting slots.
6. a kind of universal golden finger test fixture according to claim 1, which is characterized in that the high-precision fine motion is surveyed
The plummer of test-run a machine structure is equipped with through slot corresponding with station slot, and pinboard is mounted in through slot, high-precision fine motion mechanism for testing
A gap is formed between station slot, and school position camera is installed on the lower bracket of gap lower end.
7. a kind of universal golden finger test fixture according to claim 1 or 6, which is characterized in that the high-precision is micro-
The high-precision micromotion platform of dynamic mechanism for testing connects guide plate, and the guide plate is mounted on perpendicular with the sliding rail on transmission assembly
Slide on；The guide plate connects with the output shaft of adjustment motor, and the adjustment motor driven guide plate does past on slide
Multiple movement.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820943164.1U CN208420011U (en) | 2018-06-19 | 2018-06-19 | A kind of universal golden finger test fixture |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820943164.1U CN208420011U (en) | 2018-06-19 | 2018-06-19 | A kind of universal golden finger test fixture |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208420011U true CN208420011U (en) | 2019-01-22 |
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ID=65109377
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| Application Number | Title | Priority Date | Filing Date |
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| CN201820943164.1U Active CN208420011U (en) | 2018-06-19 | 2018-06-19 | A kind of universal golden finger test fixture |
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| CN (1) | CN208420011U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114755461A (en) * | 2022-04-07 | 2022-07-15 | 苏州浪潮智能科技有限公司 | Testing device |
-
2018
- 2018-06-19 CN CN201820943164.1U patent/CN208420011U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114755461A (en) * | 2022-04-07 | 2022-07-15 | 苏州浪潮智能科技有限公司 | Testing device |
| CN114755461B (en) * | 2022-04-07 | 2024-01-09 | 苏州浪潮智能科技有限公司 | Testing device |
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