CN207051312U - A kind of conductive protection structure of luminescent device test system - Google Patents
A kind of conductive protection structure of luminescent device test system Download PDFInfo
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- CN207051312U CN207051312U CN201720804017.1U CN201720804017U CN207051312U CN 207051312 U CN207051312 U CN 207051312U CN 201720804017 U CN201720804017 U CN 201720804017U CN 207051312 U CN207051312 U CN 207051312U
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- luminescent device
- slide holder
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Abstract
The utility model discloses a kind of conductive protection structure of luminescent device test system; solve and the situation that optical parameter test device is collided extremely with slide holder easily occurs in common luminescent device test system; the problem of causing the damage of optical parameter test device, its drip irrigation device be, including：Control centre；Located at slide holder, first electric-conductor being connected with the control centre for carrying tested luminescent device；And; the optical parameter test device of the optical parameter of light-emitting area when being used to collect the conducting of tested luminescent device located at one, connected with the control centre, the second electric-conductor for being turned on first electric-conductor; first electric-conductor and second electric-conductor contact conducting; control the slide holder to stop movement to prevent the optical parameter test device from wounding to trigger the control centre, reach the purpose with protection optical parameter test device.
Description
Technical field
Luminescent device detection field is the utility model is related to, more particularly to a kind of conductive protection of luminescent device test system
Structure.
Background technology
There is a kind of LED lighting device, electrode surface is relative with light-emitting area.In luminescent device test system, pass through conduction
Object contacts the P poles and N poles of electrode surface, lights luminescent device, its optical parameter is detected.In luminescent device test system
Slide holder is used to carry tested luminescent device, the light of light-emitting area when optical parameter test device is used to collect tested luminescent device conducting
Parameter, when optical parameter test device rises to the position for being tested luminescent device in slide holder to be tested, due to light
Parameter test device only does vertically movable, and horizontal direction does not move, and when slide holder is moved in the horizontal direction to adjust tested hair
During the position of optical device, the situation that optical parameter test device is collided extremely with slide holder easily occurs, causes optical parameter test dress
The damage put.
Utility model content
The purpose of this utility model is to provide a kind of conductive protection structure of luminescent device test system, has protection beche-de-mer without spike
The advantages of number test device.
Above-mentioned technical purpose of the present utility model technical scheme is that：A kind of luminescent device test
The conductive protection structure of system, including：Control centre；Located at one be used for carry tested luminescent device slide holder, with it is described
First electric-conductor of control centre's connection；And located at an optical parameter for collecting light-emitting area when tested luminescent device turns on
Optical parameter test device on, with control centre connection, the second electric-conductor for being turned on first electric-conductor,
First electric-conductor and second electric-conductor contact conducting, the slide holder is controlled to stop moving to trigger the control centre
Move to prevent the optical parameter test device from wounding.
By using above-mentioned technical proposal, during being moved in the horizontal direction in slide holder to adjust slide holder position,
When slide holder in moving process in optical parameter test device to be touched when, be arranged on the first electric-conductor on slide holder with setting
The second electric-conductor contact conducting in optical parameter test device is put, then feeds back to control centre, control centre's energy and time control
Slide holder processed stops movement, prevents slide holder from being wounded to optical parameter test device, so as to optical parameter test device with
When situation about contacting extremely occurs for slide holder, controller control slide holder stops movement to be protected to optical parameter test device
The advantages of.
Of the present utility model further to set, first electric-conductor is provided with mounting structure, and described mounting structure one end is set
There is the installing plate being removably connected on the slide holder, the one end of the mounting structure away from installing plate, which is provided with, to be used to clamp institute
State the grip block of the first electric-conductor.
By using above-mentioned technical proposal, the setting of installing plate, the installation and removal of structure are easily installed, consequently facilitating the
The installation and removal of one electric-conductor；Grip block be used for clamp the first electric-conductor, and grip block be arranged at it is remote on mounting structure
One end of installing plate so that slide holder is during close to optical parameter test device, the second electric-conductor on slide holder and the
One electric-conductor can be contacted first, avoided slide holder and directly contacted in optical parameter test device, so as to further be surveyed to optical parameter
Trial assembly, which is put, serves protective effect.
Of the present utility model further to set, the grip block is provided with the neck coordinated with the first electric-conductor inlay card.
By using above-mentioned technical proposal, neck has restriction effect to the first electric-conductor, so as to the first electric-conductor and the
Two electric-conductors are not easy to loosen when contacting.
It is of the present utility model further to set, mounting structure arranged for interval on the slide holder.
By using above-mentioned technical proposal, make the installation of the first electric-conductor relatively stable, be easy to the first electric-conductor and second
The contact of electric-conductor.
Of the present utility model further to set, the installing plate is provided with the first lock for the installing plate installing/dismounting
Hole.
By using above-mentioned technical proposal, the setting of the first lockhole, the installation and dismounting of plate are easily installed, consequently facilitating the
The installing/dismounting of one electric-conductor.
Of the present utility model further to set, the grip block, which is provided with, is used for the second lock for locking first electric-conductor
Hole.
By using above-mentioned technical proposal, the setting of the second lockhole, the first electric-conductor can be locked on grip block, enter one
Step adds the stability of the first electric-conductor installation.
Of the present utility model further to set, first electric-conductor and the second electric-conductor are conductive ring.
By using above-mentioned technical proposal, conductive ring compares the electric-conductor of other forms, it is easier to contact with each other to, so as to
It can in time turn on and feed back to controller to stop the movement of slide holder.
Of the present utility model further to set, first electric-conductor and the second electric-conductor are made of copper.
By using above-mentioned technical proposal, the electric conductivity of copper is preferable, so as to be contacted in the first electric-conductor with the second electric-conductor
When, control centre can be more fed back in time.
In summary, the utility model has the advantages that：Moved in the horizontal direction in slide holder to adjust slide glass
During platform position, when slide holder in moving process in optical parameter test device to be touched when, be arranged on slide holder
The first electric-conductor contact conducting with the second electric-conductor being arranged in optical parameter test device, then feed back to control centre,
Control centre can control slide holder to stop movement in time, prevent slide holder from being wounded to optical parameter test device, so as to have
When with slide holder situation about contacting extremely occurs for optical parameter test device, controller control slide holder stops mobile with to optical parameter
The advantages of test device is protected.
Brief description of the drawings
Fig. 1 is the overall structure diagram of luminescent device test system in embodiment 1；
Fig. 2 is the structural representation of slide holder in embodiment 1；
Fig. 3 is the structural representation of rotating mechanism in embodiment 1；
Fig. 4 is the structural representation of detection components in embodiment 1；
Fig. 5 is the connection relationship diagram of the second actuator and the second guide rail in embodiment 1；
Fig. 6 is the structural representation of optical parameter test device in embodiment 1；
Fig. 7 is the connection relationship diagram of contact plate and integrating sphere in embodiment 1；
Fig. 8 is the structural representation of drive mechanism in embodiment 1；
Fig. 9 is the structural representation of conductive protection structure in embodiment 1；
Figure 10 is the structural representation of the mounting structure of the first electric-conductor in embodiment 1；
Figure 11 is another connection relationship diagram of the second actuator and the second guide rail in embodiment 2.
Reference：1st, support；2nd, slide holder；21st, plummer；22nd, rotating mechanism；221st, motor；222nd, driving member；
23rd, slip base；24th, the first guide rail；25th, the first actuator；26th, fixed seat；27th, the second guide rail；28th, the second actuator；29th, pacify
Fill seat；3rd, optical parameter test device；31st, optical assembly is received；311st, integrating sphere；312nd, ball mounting seat is integrated；313rd, integrating sphere fixture；
32nd, drive mechanism；321st, fixed plate；322nd, Mobile base；323rd, leading screw；324th, motor；325th, slide rail；326th, sliding block；
327th, extension board；33rd, contact plate；4th, conductive protection structure；41st, the first electric-conductor；42nd, the second electric-conductor；43rd, mounting structure；
44th, installing plate；45th, grip block；46th, neck；47th, the first lockhole；48th, the second lockhole；5th, detection components；51st, photoelectric sensor；
52nd, catch；6th, resigning breach.
Embodiment
The utility model is described in further detail below in conjunction with accompanying drawing.
Embodiment 1：A kind of luminescent device test system, as shown in figure 1, including：The support 1 covered in a shield；Water
Smooth shifting is connected on support 1, the slide holder 2 for carrying tested luminescent device；It is arranged on support 1, for tested hair
The optical parameter test device 3 that the optical parameter of optical device is collected and tested；And for being carried out to optical parameter test device 3
The conductive protection structure 4 of protection.
In the test process of luminescent device test system, optical parameter test device 3 is close to the position of slide holder 2 to carry out
The optical parameter for being tested luminescent device is collected and tested, when slide holder 2 is moved in the horizontal direction to adjust tested photophore
During the position of part, conductive protection structure 4 can be protected effectively to optical parameter test device 3.
As shown in Fig. 2 slide holder 2 includes：For carrying the plummer 21 of tested luminescent device；It is arranged at plummer 21
Above, rotating mechanism 22 of the luminescent device in circumferencial direction adjustment position is tested with realization for driving plummer 21 to rotate；Set
Under plummer 21, for driving plummer 21 to vertically move with the first transmission mechanism closer or far from test position；And
It is arranged under the first transmission mechanism, for driving the first transmission mechanism and the transverse shifting of plummer 21 with closer or far from test position
The second transmission mechanism put.
First transmission mechanism can drive plummer 21 to vertically move so that closer or far from test position, the second transmission mechanism can
The first transmission mechanism and the transverse shifting of plummer 21 is driven to be carried so that closer or far from test position, rotating mechanism 22 is used to drive
Platform 21 is rotated to realize tested luminescent device in circumferencial direction adjustment position, will be by when luminescent device test system is tested
Luminescent device is surveyed to be placed on plummer 21, can be easily by the first transmission mechanism and the second transmission mechanism by plummer 21
To test position movement and it is adjusted to test position, traveling one is then entered to the position of plummer 21 by rotating mechanism 22
The adjustment of step, plummer 21 is set to accurately arrive at test position so that measurement data is more accurate；After having tested, passed by first
Transfer mechanism and the second transmission mechanism exit plummer 21, to remove tested luminescent device；Conveyed so as to which slide holder 2 has
With it is more convenient during regulation the advantages of.
First transmission mechanism includes：Slip base 23；Two are arranged on slip base 23, are led for plummer 21 slides first
Rail 24；And the first actuator 25 that driving plummer 21 slides on the first guide rail 24.
First actuator 25 drives plummer 21 to be slid on the first guide rail 24 on slip base 231, so that plummer 21
Closer or far from test position, the conveying and regulation of platform 21 are easily carried；Plummer 21 is slid by the first guide rail 24, makes carrying
Platform 21 is more stable in the process for conveying and adjusting.
Second transmission mechanism includes：Fixed seat 26, fixed seat 26 are provided with the resigning housed for optical parameter test device 3 and lacked
Mouth 6（Do not marked in figure）；Two the second guide rails 27 for being arranged in fixed seat 26, being slid for slip base 23；And driving sliding
The second actuator 28 that seat 23 slides on the second guide rail 27.
Second actuator 28 drives slip base 23 to be slid on the second guide rail 27 in fixed seat 26, drives on slip base 23
Plummer 21 move so that plummer 21 is easily carried the conveying and regulation of platform 21 closer or far from test position；Slip base
23 are slid by the second guide rail 27, make slip base 23 and plummer 21 more stable in the process for conveying and adjusting.
First actuator 25 and the second actuator 28 are arranged to the leading screw driven by servomotor, and leading screw has transmission efficiency
Height, the advantages of more accurate is positioned, so as to be transmitted in the first transmission mechanism 23 and the second transmission mechanism 24 to plummer 21
During regulation, more precisely and stably；In other embodiments, the first actuator 25 and the second actuator 28 can also be set
It is set to cylinder.
As shown in figure 3, plummer 21 is provided with mounting seat 29, rotating mechanism 22 includes：The electricity being arranged in mounting seat 29
Machine 221；And be arranged in mounting seat 29, driven by motor 221 to drive the driving member 222 that plummer 21 rotates, carrying out
When being adjusted to the circumferencial direction of plummer 21, the motor 221 in mounting seat 29 rotates, and is driven by the driving member 222 that motor 221 drives
Plummer 21 rotates, so that plummer 21 accurately arrives at test position.
Need to illustrate, driving member 222 is arranged to synchronizing wheel and two feed belts in the present embodiment, transmission
For belt sleeve between the output end of motor 221 and synchronizing wheel one end, another feed belt is sheathed on the synchronizing wheel other end with holding
On microscope carrier 21, when motor rotates, drive synchronizing wheel to rotate by feed belt, plummer 21 is driven by another feed belt
Rotate.
As shown in figure 4, being provided with detection components 5 in mounting seat 29, detection components 5 include：Three photoelectric sensors 51；With
And it is arranged on plummer 21 and is used for 51 light emitted source of barrier photoelectric sensor to sense the catch of the turned position of plummer 21
52。
When the circumferencial direction of plummer 21 is adjusted, when the catch 52 on plummer 21 passes through a certain photoelectric sensor
When 51, the barrier of catch 52 lives 51 light emitted source of photoelectric sensor to sense the position of catch 52, so as to sense 21 turns of plummer
Dynamic position, so as to limit the rotational angle of plummer 21 by detection components 5, ensure that plummer 21 in circumferencial direction
Adjustment.
As shown in figure 5, leading screw is arranged at the second guide rail 27 close to the side of resigning breach 6, fixed seat can be made full use of
Structure on 26, saves space.
As shown in fig. 6, optical parameter test device 3 includes：It is arranged on support 1, for the beche-de-mer without spike to being tested luminescent device
The receipts optical assembly 31 that number is collected and tested；And receive the tested luminescent device in slide holder 2 of optical assembly 31 for driving
Position to carry out optical parameter collection or move back piece position so that slide holder 2 is moved to remove tested component away from slide holder 2
Drive mechanism 32.
When luminescent device test system is tested, the driving of drive mechanism 32 receives optical assembly 31 to the direction of slide holder 2
It is mobile, receipts optical assembly 31 is tested the position of luminescent device in slide holder 2, collect and survey exactly to receive optical assembly 31
Try optical parameter；After the completion of test, position of the optical assembly 31 away from slide holder 2 is received in the driving of drive mechanism 32, is easy to the shifting of slide holder 2
It is dynamic, consequently facilitating slide holder 2, which is moved to, moves back piece position to remove tested component；So as to be not easy with receipts optical assembly 31 to slide glass
The advantages of activity of platform 2 interferes.
Receiving optical assembly 31 includes：For being contacted with the light-emitting area of tested luminescent device to collect the beche-de-mer without spike of tested luminescent device
Several integrating spheres 311；For carrying the integration ball mounting seat 312 of integrating sphere 311；For clamping the integration ball chuck of integrating sphere 311
Tool 313；And it is connected with integrating sphere 311, the optic test part for receiving and analyzing the optical parameter collected by integrating sphere 311.
In test process, integrate ball mounting seat 312 on integrating sphere 311 contacted with the light-emitting area of tested luminescent device with
The optical parameter of luminescent device is collected, optical parameter is then transferred to optic test part to be analyzed, realizes that receipts optical assembly 31 is right
The process that the optical parameter of tested luminescent device is collected and tested.
As shown in fig. 7, the opening of integrating sphere 311 is provided with the contact of the light-emitting area for fitting in tested luminescent device
Plate 33, contact plate 33 are made of light transmissive material, can be specifically using the quartz glass that light transmittance is higher and hardness is higher.
Contact plate 33 is arranged on the opening of integrating sphere 311, prevents dust from entering in integrating sphere 311；Contact plate 33 is bonded
In the light-emitting area of tested luminescent device, it can reach and preferably receive light effect；The translucent effect of light transmissive material is preferable, makes tested luminous
The light-transmissive contact plate 33 that device light-emitting area is launched is entered in integrating sphere 311.
With reference to shown in Fig. 6 and Fig. 8, drive mechanism 32 includes：It is arranged in the fixed plate 321 of support 1；Sliding is connected to fixation
The Mobile base 322 fixed on plate 321, with integration ball mounting seat 312；It is arranged at the leading screw 323 of the side of fixed plate 321, leading screw 323
Nut seat be connected to Mobile base 322；And for driving the motor 324 of the activity of leading screw 323.
Motor 324 can drive the activity of leading screw 323, and the nut seat of leading screw 323 drives Mobile base 322 in fixed plate 321
Upper sliding, the integration ball mounting seat 312 being fixed on Mobile base 322 is driven to move, so as to realize that the position of optical assembly 31 is received in regulation
Put, so as to receive optical assembly 31 closer or far from slide holder 2；The transmission efficiency and precision of leading screw 323 are higher, so as to by driving electricity
Machine 324, leading screw 323, which drive, receives mode that optical assembly 31 moves more precisely and stably.
In other embodiments, motor 324 and leading screw 323 can be replaced cylinder, and the output end of cylinder is connected to shifting
Dynamic seat 322, cylinder drive Mobile base 322 to be slid in fixed plate 321, drive the integrating sphere installation being fixed on Mobile base 322
Seat 312 moves, so as to realize that the position of optical assembly 31 is received in regulation, so as to receive optical assembly 31 closer or far from slide holder 2.
Slide rail 325 is provided with fixed plate 321, the sliding block 326 slid on slide rail 325 is provided with Mobile base 322, is moved
The sliding block 326 of dynamic seat 322 slides on the slide rail 325 in fixed plate 321, adds the stability of the sliding of Mobile base 322.
Fixed plate 321 is provided with the extension board 327 for being fixed on slide holder 2, and extension board 327 further enhances fixed plate
321 steadiness.
Photoelectric sensor 51 is provided with fixed plate 321, is provided with Mobile base 322 for the institute of barrier photoelectric sensor 51
Launch light source to sense the catch 52 of the position of Mobile base 322, carry out to receive optical assembly 31 it is mobile when, when on Mobile base 322
Catch 52 by photoelectric sensor 51 when, the barrier of catch 52 lives 51 light emitted source of photoelectric sensor to sense the position of catch 52
Put, so as to sense the position of Mobile base 322, so as to limit the stroke of Mobile base 322 by photoelectric sensor 51, ensure that
Receive the mobile working of optical assembly 31.
As shown in figure 9, conductive protection structure 4 includes：Including：Control centre；It is arranged on slide holder 2 and control centre
First electric-conductor 41 of connection；And be arranged at receive optical assembly 31 it is upper, being connected with control centre, for first conduction
The second electric-conductor 42 that part 41 turns on, the first electric-conductor 41 and the contact conducting of the second electric-conductor 42, to trigger control centre's control
Slide holder 2 stops movement and wounded with preventing from receiving optical assembly 31.
During being moved in the horizontal direction in slide holder 2 to adjust the position of slide holder 2, when slide holder 2 is in moving process
In to touch receive optical assembly 31 when, the first electric-conductor 41 being arranged on slide holder 2 receives optical assembly 31 with being arranged on
On the contact conducting of the second electric-conductor 42, then feed back to control centre, control centre can control slide holder 2 to stop moving in time
It is dynamic, slide holder 2 is prevented to receiving wounding for optical assembly 31, so as to have in receipts optical assembly 31 and slide holder 2 that abnormal connect occurs
During tactile situation, controller control slide holder 2 stops mobile with to receiving the advantages of protection of optical assembly 31.
Need to illustrate, slide holder 2 is connected with control centre and controlled center controls, when the first electric-conductor 41
And during the second contact conducting of electric-conductor 42, after control centre receives conducting information, slide holder 2 can be controlled to stop movement at once, from
And optical parameter test device 3 is effectively protected.
As shown in Figure 10, the first electric-conductor 41 is provided with mounting structure 43, and the one end of mounting structure 43, which is provided with, detachably to be connected
The installing plate 44 being connected on slide holder 2, the one end of mounting structure 43 away from installing plate 44 are provided with for clamping the first electric-conductor
41 grip block 45.
The setting of installing plate 44, the installation and removal of structure 43 are easily installed, consequently facilitating the installation of the first electric-conductor 41
And dismounting；Grip block 45 is used to clamp the first electric-conductor 41, and grip block 45 is arranged on mounting structure 43 away from installing plate
44 one end so that slide holder 2 is during close to optical parameter test device 3, the second electric-conductor 42 on slide holder 2 and the
One electric-conductor 41 can be contacted first, avoided slide holder 2 and directly contacted in optical parameter test device 3, so as to further to beche-de-mer without spike
Number test device 3 serves protective effect.
Grip block 45 is provided with the neck 46 coordinated with the inlay card of the first electric-conductor 41, and neck 46 has to the first electric-conductor 41
Restriction effect, it is not easy to loosen when contacting with the second electric-conductor 42 so as to the first electric-conductor 41.
Mounting structure 43 is arranged to 4 and the arranged for interval on slide holder 2, makes the installation of the first electric-conductor 41 more steady
It is fixed, it is easy to contact of first electric-conductor 41 with the second electric-conductor 42.
It is provided with the first lockhole 47 for the installing/dismounting of installing plate 44 on installing plate 44, the setting of the first lockhole 47, just
In the installation and dismounting of installing plate 44, consequently facilitating the installing/dismounting of the first electric-conductor 41.
Grip block 45 is provided with the second lockhole 48 for locking the first electric-conductor 41, the setting of the second lockhole 48, can incite somebody to action
First electric-conductor 41 is locked on grip block 45, further increases the stability of the first electric-conductor 41 installation.
First electric-conductor 41 and the second electric-conductor 42 are conductive ring, and conductive ring is compared the electric-conductor of other forms, more held
Easily contact with each other to so as to turn on and feed back to controller in time to stop the movement of slide holder 2.
First electric-conductor 41 and the second electric-conductor 42 are made of copper, and the electric conductivity of copper is preferable, so as in the first electric-conductor 41
When being contacted with the second electric-conductor 42, control centre can be more fed back in time.
Operation principle：When luminescent device test system is tested, tested luminescent device is placed on plummer 21, can
So that easily plummer 21 to test position movement and to be adjusted by the first transmission mechanism 23 and the second transmission mechanism 24
It is whole then the position of plummer 21 further to be adjusted by rotating mechanism 22 to test position, make plummer 21 accurate
Really test position is reached so that measurement data is more accurate；After having tested, pass through the first transmission mechanism 23 and the second conveyer
Structure 24 exits plummer 21, to remove tested luminescent device；So as to which slide holder 2 has during conveying and regulation more
The advantages of facilitating.
The driving of drive mechanism 32 is received optical assembly 31 and moved to the direction of slide holder 2, makes receipts optical assembly 31 in slide holder 2
The position of tested luminescent device, collect exactly to receive optical assembly 31 and test optical parameter；After the completion of test, drive mechanism 32
Position of the optical assembly 31 away from slide holder 2 is received in driving, is easy to the movement of slide holder 2, consequently facilitating slide holder 2, which is moved to, moves back piece position
Put to remove tested component；The advantages of being interfered so as to the activity being not easy with receipts optical assembly 31 to slide holder 2.
During being moved in the horizontal direction in slide holder 2 to adjust the position of slide holder 2, when slide holder 2 is in moving process
In in optical parameter test device 3 to be touched, the first electric-conductor 41 being arranged on slide holder 2 is with being arranged on optical parameter test
The second electric-conductor 42 contact conducting on device 3, then feeds back to control centre, control centre can control slide holder 2 to stop in time
Only move, prevent the wounding to optical parameter test device 3 of slide holder 2, so as to in optical parameter test device 3 and slide holder 2
When situation about contacting extremely occurs, it is excellent to be protected to optical parameter test device 3 that controller control slide holder 2 stops movement
Point.
Embodiment 2：Difference from Example 1 is that as shown in figure 11, leading screw 323, which is arranged at the second guide rail 242, to deviate from
The side of resigning breach 6, interference of the arrangement of leading screw 323 to optical parameter test device 3 can be avoided to large extent.
This specific embodiment is only that it is not to limitation of the present utility model, ability to explanation of the present utility model
Field technique personnel can make the modification of no creative contribution to the present embodiment as needed after this specification is read, but
As long as all protected in right of the present utility model by Patent Law.
Claims (8)
- A kind of 1. conductive protection structure of luminescent device test system, it is characterised in that including：Control centre；Located at slide holder (2), first electric-conductor being connected with the control centre for carrying tested luminescent device (41)；AndThe optical parameter test device (3) of the optical parameter of light-emitting area and institute when being used to collect tested luminescent device conducting located at one State the second electric-conductor (42) that control centre connects, for being turned on first electric-conductor (41), first electric-conductor (41) and second electric-conductor (42) contact turns on, and controls the slide holder (2) to stop movement to trigger the control centre To prevent the optical parameter test device (3) from wounding.
- 2. the conductive protection structure of a kind of luminescent device test system according to claim 1, it is characterised in that described One electric-conductor (41) is provided with mounting structure (43), and described mounting structure (43) one end is provided with and is removably connected to the slide holder (2) installing plate (44) on, the one end of the mounting structure (43) away from the installing plate (44), which is provided with, to be used to clamp described the The grip block (45) of one electric-conductor (41).
- A kind of 3. conductive protection structure of luminescent device test system according to claim 2, it is characterised in that the folder Hold block (45) and be provided with the neck (46) coordinated with the first electric-conductor (41) inlay card.
- A kind of 4. conductive protection structure of luminescent device test system according to claim 2, it is characterised in that the peace Assembling structure (43) arranged for interval on the slide holder (2).
- A kind of 5. conductive protection structure of luminescent device test system according to claim 2, it is characterised in that the peace Loading board (44) is provided with the first lockhole (47) for the installing plate (44) installing/dismounting.
- A kind of 6. conductive protection structure of luminescent device test system according to claim 2, it is characterised in that the folder Hold block (45) and be provided with the second lockhole (48) for being used for locking first electric-conductor (41).
- 7. the conductive protection structure of a kind of luminescent device test system according to claim 1, it is characterised in that described One electric-conductor (41) and the second electric-conductor (42) are conductive ring.
- 8. the conductive protection structure of a kind of luminescent device test system according to claim 6, it is characterised in that described One electric-conductor (41) and the second electric-conductor (42) are made of copper.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720804017.1U CN207051312U (en) | 2017-07-04 | 2017-07-04 | A kind of conductive protection structure of luminescent device test system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720804017.1U CN207051312U (en) | 2017-07-04 | 2017-07-04 | A kind of conductive protection structure of luminescent device test system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207051312U true CN207051312U (en) | 2018-02-27 |
Family
ID=61495001
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720804017.1U Active CN207051312U (en) | 2017-07-04 | 2017-07-04 | A kind of conductive protection structure of luminescent device test system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207051312U (en) |
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2017
- 2017-07-04 CN CN201720804017.1U patent/CN207051312U/en active Active
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|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CP01 | Change in the name or title of a patent holder | ||
| CP01 | Change in the name or title of a patent holder |
Address after: Longgang District of Shenzhen City, Guangdong province 518172 city street in the center city City Industrial Park Road No. 3 building E Tefalongfei business building two floor Patentee after: Silicon electric semiconductor equipment (Shenzhen) Co., Ltd Address before: Longgang District of Shenzhen City, Guangdong province 518172 city street in the center city City Industrial Park Road No. 3 building E Tefalongfei business building two floor Patentee before: SHENZHEN SIDEA SEMICONDUCTOR EQUIPMENT Co.,Ltd. |