CN205657767U - Record integration board is burnt in test of camera module PDAF multistation - Google Patents
Record integration board is burnt in test of camera module PDAF multistation Download PDFInfo
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- CN205657767U CN205657767U CN201620436545.1U CN201620436545U CN205657767U CN 205657767 U CN205657767 U CN 205657767U CN 201620436545 U CN201620436545 U CN 201620436545U CN 205657767 U CN205657767 U CN 205657767U
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Abstract
The utility model discloses a record integration board is burnt in test of camera module PDAF multistation, but but including operation platform, locate on the operation platform one or two swivel work head, drive driving source that swivel work head was just reversing and fixing a position under locating operation platform, locate the A of light source mechanism and the B of light source mechanism of operation platform left side or right side back -and -forth movement and locate the C of light source mechanism of operation platform rear side back -and -forth movement, the last circumference equipartition of swivel work head is equipped with four and tests the position, the camera module vertically flipped's that awaits measuring of installation product tilting mechanism on being equipped with test mainboard mechanism and drive test mainboard mechanism on every test position and driving it. The utility model discloses simple structure, it is convenient to adjust, can realize 1 people, 4 stations, 8 stations or 16 station operations to reach that the high efficiency is used manpower sparingly and the hardware cost.
Description
Technical field
This utility model relates to a kind of photographic head module detection equipment, is specifically related to one
Plant photographic head module PDAF multistation test burning integration board.
Background technology
PDAF phase place is focused, and its full name is Phase Detection Auto Focus,
Literal meaning is exactly " phase-detection auto-focusing ".Its principle is at photo-sensitive cell
On reserve some and cover pixel, be specifically used to carry out phase-detection, pass through pixel
Between distance and change etc. determine the deviant of focusing thus realize the most right
Jiao, phase place focusing need not find focusing by adjustment before and after mirror group, but
Focus operation at the beginning when just judged currently by the signal of phase-detection
The position of focusing is forward or rearward, and tells camera lens by focusing information accurately
Driving module, directly mirror group is pushed into focal position accurately.Its advantage is: only
Needing to calculate and the most just complete focusing, focusing speed is exceedingly fast, and reduces processor meter
Calculate burden.Along with the lifting of level of consumption, consume and mobile phone camera module is wanted
Asking more and more higher, image sharpness resolution requirement is high, and phase place focusing has the brightest
Aobvious advantage, that is, focusing speed is quite fast, and the efficiency of focusing is high.Therefore, PDAF
Phase place focusing starts to be applied on smart mobile phone.Therefore, the most necessary take the photograph for mobile phone
Improve as the PDAF of head mould group tests burning hardware environment, to reach to save people
Power, board cost, in the bigger shortening production cycle, promote the one of photographic head module
The purpose of the performance of cause property and each side.
Summary of the invention
In order to solve above-mentioned technical problem, the utility model proposes a kind of photographic head module
PDAF multistation test burning integration board, simple in construction, easy to adjust, can
Realize 1 people 4 station, 8 stations or 16 station operations, thus reach efficiently to save
Manpower and hardware cost.
The technical solution of the utility model is achieved in that
A kind of photographic head module PDAF multistation test burning integration board, including
Operating platform, one or two rotary table being located on described operating platform, set
Described rotary table rotating the driving positioned is driven under described operating platform
Source, it is located on the left of described operating platform or light source mechanism A that right side can move forward and backward
And light source mechanism B and be located at the light source machine that can move forward and backward on rear side of described operating platform
Structure C；On described rotary table, circumference is laid with four test positions, each test
Position is provided with testing host mechanism and drives described testing host mechanism and drive on it
The product reversing machine structure of the photographic head module flip vertical to be measured installed.
Further, described testing host mechanism includes base, is installed on described base
On one or two testing host and localization tool, photographic head module to be measured is positioned
Testing host electrical connection on described localization tool and corresponding；Described product turns over
Rotation mechanism includes spaced two supports and drives motor F, and described base passes through
Rotating shaft is articulated between two described supports, and described driving motor F is installed on one
On frame, its power output shaft can drive described rotating shaft and drive described base flip vertical
And position.
Further, two described testing hosts, institute it are provided with in the middle part of each base side by side
State localization tool and be fixed in described base side by support, and on described localization tool
Two photographic head modules to be measured are installed.
Further, described localization tool includes fixing seat and upset lid, described upset
Lid side is articulated in described fixing seat side, and described upset lid opposite side is buckled by card
Structure and described fixing seat opposite side clamping, described photographic head module to be measured is positioned described
In the middle part of upset lid.
Further, left and right is provided with two described rotary tables, each rotation side by side
On workbench, circumference is evenly equipped with four described test positions, described test on each test position
Mainboard mechanism is provided with two described testing hosts and two described photographic head to be measured.
Further, described light source mechanism A include for luminance gain calculate white
Board test screen and the described blank test panel of driving move before and after moving forward and backward and positioning
Mechanism A；Described light source mechanism B includes the hachure test panel for phase difference calculating
Travel mechanism B before and after moving left and right with driving described hachure test panel and position.
Further, described movable mechanism A includes gripper shoe A, fore-and-aft direction
The guide rail A being located in described gripper shoe A, two be installed in described gripper shoe A
Drive A and two drive A coordinates the transmission band A of transmission and drives transmission band
The driving motor A of A transmission, described blank test panel slides and is located on guide rail A；Institute
State movable mechanism B and include that gripper shoe B, fore-and-aft direction are located at described gripper shoe B
On guide rail B, two the drive B being installed in described gripper shoe B and two
Drive B coordinates the transmission band B of transmission and drives the driving motor of transmission band B transmission
B, described hachure test panel slides and is located on guide rail B.
Further, described blank test panel slide anteroposterior is located at a test panel gripper shoe
On A, and move around by screw mechanism A driving and position, described test panel
Gripper shoe A is slidedly arranged on described guide rail A by slide block；Before described hachure test panel
Rear slip is located in test panel gripper shoe B, and before driving it by screw mechanism B
Rear movement also positions, and described test panel gripper shoe B is slidedly arranged on described guide rail by slide block
On B.
Further, described light source mechanism C includes the thick lines for phase difference calculating
Test panel and the described thick lines test panel of driving move before and after moving forward and backward and positioning
Mechanism C；Described movable mechanism C includes that gripper shoe C, fore-and-aft direction are located at institute
State the guide rail C in gripper shoe C, described thick lines test panel C to be slidedly arranged on by slide block
On described guide rail C, and drive it to move forward and backward by screw mechanism C and position.
Further, also include that a frame, described operating platform are located at described frame
Middle part；Corresponding each rotary table, is provided with a PC, a controller, one shows
Show that device, corresponding each testing host are provided with triggering keyboard, described display, described control
Device processed, described testing host and described triggering keyboard all electrically connect with described PC,
Described display is fixedly arranged on described test platform the upright position to operator, institute
State triggering keyboard to be embedded on described operating platform.
The beneficial effects of the utility model are: this utility model provides one shooting head mould
Group PDAF multistation test burning integration board, by arranging on the operational platform
Rotary table, and arrange on each rotary table
By being sequentially arranged three testing host mechanisms on the operational platform, two, left and right
Testing host mechanism realizes moving left and right positioning function by product travel mechanism, three
In testing host mechanism, photographic head module to be measured is carried out vertically by product reversing machine structure
Rotate, it can be made towards the test burning mechanism in test window, thus start test
And the operation such as OTP burning；Therefore, this utility model provide 1 people can simultaneously
Operate the photographic head module PDAF multistation test burning one of 6 stations of 3 station
Body board, efficiently saves manpower and hardware cost waste, shortens more greatly product
Fabrication cycle, and improve the concordance of product and the performance of each side.
Accompanying drawing explanation
Fig. 1 is this utility model overall viewing angle perspective view；
Fig. 2 is overall (the removing frame) perspective view of this utility model；
Fig. 3 is structure for amplifying schematic diagram at A in Fig. 2；
Fig. 4 is overall (the removing frame) top view of this utility model；
Fig. 5 is that in this utility model, rotary table and upper mechanism thereof coordinate solid knot
Structure schematic diagram；
Fig. 6 is that in this utility model, rotary table and upper mechanism thereof coordinate side view；
Fig. 7 is testing host mechanism structure schematic diagram in this utility model；
In conjunction with accompanying drawing, make the following instructions:
1-operating platform, 2-rotary table, 3-drives source, 4-light source mechanism A,
401-blank test panel, 402-moves forward and backward mechanism A, 4021-gripper shoe A, 4022-
Guide rail A, 4023-drive A, 4024-drive motor A, and 4025-test panel supports
Plate A, 4026-screw mechanism A, 5-light source mechanism B, 501-hachure test panel,
502-moves forward and backward mechanism B, 5021-gripper shoe B, 5022-guide rail B, 5023-
Drive B, 5024-drive motor B, 5025-test panel gripper shoe B, 5026-silk
Thick stick mechanism B, 6-light source mechanism C, 601-thick lines test panel, 602-moves forward and backward
Mechanism C, 6021-gripper shoe C, 6022-guide rail C, 6023-screw mechanism C, 7-
Testing host mechanism, 701-base, 702-testing host, 703-localization tool, 7031-
Fixing seat, 7032-overturns lid, 7033-buckle structure, 8-photographic head to be measured module,
9-product reversing machine structure, 901-support, 902-drives motor F, 10-frame, 11-
Display, 12-triggers keyboard.
Detailed description of the invention
In order to be more clearly understood that technology contents of the present utility model, especially exemplified by following
Embodiment describes in detail, its purpose be only that be best understood from content of the present utility model and
Unrestricted protection domain of the present utility model.
As depicted in figs. 1 and 2, a kind of photographic head module PDAF multistation test is burnt
Record integration board, including operating platform 1, be located on described operating platform one
Or two rotary tables 2, be located under described operating platform and drive described rotary work
Platform rotating the driving source 3 positioned, it is located on the left of described operating platform or right side can
Movable light source mechanism A4 and light source mechanism B 5 and be located at described operating platform
The light source mechanism C 6 that rear side can move forward and backward；On described rotary table, circumference is uniform
Being provided with four test positions, each test position is provided with testing host mechanism 7 and drives institute
State testing host mechanism and drive the photographic head module 8 to be measured installed on it vertically to turn over
The product reversing machine structure 9 turned.So, by arranging one or two on the operational platform
Individual rotary table, and four test positions are set on each rotary table, each
Test position arranges testing host mechanism and drives the product reversing machine structure of its flip vertical,
And on the left of rotary table or right side and rear side are provided for the adjustable of PDAF test
Joint position and light source mechanism A, B and C of distance, it is achieved that 1 people 4 station, 8
Station or 16 station operations, thus reach efficiently to save the mesh of manpower and hardware cost
's.
Preferably, see Fig. 5 and Fig. 6, described testing host mechanism include base 701,
One or two testing host 702 and the localization tool being installed on described base
703, photographic head module to be measured is positioned on described localization tool, and corresponding
Testing host electrically connects；Described product reversing machine structure includes spaced two supports
901 and driving motor F 902, described base is articulated in described in two by rotating shaft and props up
Between frame, described driving motor F is installed on a support, and its power output shaft can
Drive described rotating shaft and drive described base flip vertical and position.So, test is main
One testing host then a corresponding photographic head module to be measured, test are installed on trigger structure
Two testing hosts then corresponding two photographic head modules to be measured, group are installed in mainboard mechanism
Become double, can select according to actual needs；By rotating shaft by testing host
Mechanism rotates two supports being installed on product reversing machine structure, and by driving motor F
Drive shaft rotates, it is possible to achieve the flip vertical of photographic head module to be measured, is installing
During photographic head to be measured, testing host mechanism is in level, when needing to test,
Testing host mechanism is in plumbness, in order to install feeding and test.
Preferably, in the middle part of each base, it is provided with two described testing hosts side by side, described
Localization tool is fixed in described base side by support, and pacifies on described localization tool
Equipped with two photographic head modules to be measured.So, during double, localization tool is passed through
Support is installed to base side, convenient installation and feeding.
Preferably, seeing Fig. 7, described localization tool includes fixing seat 7031 and turns over
Hub cap 7032, described upset lid side is articulated in described fixing seat side, described in turn over
Hub cap opposite side is by buckle structure 7033 and described fixing seat opposite side clamping, institute
State photographic head module to be measured to be positioned in the middle part of described upset lid.So, during test, will
Photographic head module product to be measured is installed in the upset lid opened, and afterwards turns over fastening and turns over
Hub cap both can, photographic head module to be measured covers circuit structure and testing host by upset
Electrical connection.
Preferably, left and right is provided with two described rotary tables, each rotation work side by side
In station, circumference is evenly equipped with four described test positions, and on each test position, described test is main
Trigger structure is provided with two described testing hosts and two described photographic head to be measured.This
Sample, it is possible to achieve 1 people operates 16 station operations, save greatly manpower and
Hardware cost.
Preferably, see Fig. 3, described light source mechanism A to include based on luminance gain
Blank test panel 401 and the described blank test panel of driving calculated move forward and backward and position
Before and after travel mechanism A 402；Described light source mechanism B includes for phase difference calculating
Hachure test panel 501 and drive described hachure test panel move left and right and determine
Travel mechanism B 502 before and after Wei.Blank test panel is mainly made up of blank light source,
Luminance gain for PDAF test calculates, and i.e. test Gain map data, pass through
Left/right movement device C can drive and move around so that it is be positioned at testing host mechanism with
Between light source mechanism A and relative with photographic head module to be measured, test.Fine rule
Bar test panel is mainly made up of the some black thin bars being intervally arranged on blank light source
(for thick lines), calculate phase contrast when PDAF tests, i.e. test
K value (slope: PD phase contrast and the slope of code), it is desirable to be positioned at photographic head to be measured
Before module at 20cm, can be driven by left/right movement device B and move around, make
It is between testing host mechanism and light source mechanism A, and with photographic head module to be measured
Relatively.
Preferably, see Fig. 3, described movable mechanism A and include gripper shoe A
4021, the guide rail A 4022 that fore-and-aft direction is located in described gripper shoe A, is installed on
Two drive A 4023 in described gripper shoe A coordinate with two drive A
The transmission band A of transmission and the driving motor A 4024 of driving transmission band A transmission, institute
State the slip of blank test panel to be located on guide rail A；Described movable mechanism B includes propping up
Fagging B 5021, fore-and-aft direction are located at the guide rail B 5022 in described gripper shoe B,
Two the drive B 5023 being installed in described gripper shoe B and two drive B
Coordinate the transmission band B of transmission and drive the driving motor B 5024 of transmission band B transmission,
Described hachure test panel slides and is located on guide rail B.So, blank test panel is sliding
It is located on guide rail A, then, by driving motor A through drive A and transmission band A
It is transmitted in blank test panel, it is possible to achieve movable blank test panel is also positioned at finger
The function that location is put, equally, is slidedly arranged on hachure test panel on guide rail B, then,
By driving motor B to be transmitted in hachure test panel through drive B and transmission band B,
Can realize moving left and right hachure test panel and being positioned at the function specifying position.This
In, guide rail A and guide rail B can be as common guide rails, by hachure test panel and blank
Test panel is slidedly arranged on guide rail A and guide rail B jointly.
Preferably, seeing Fig. 3, described blank test panel slide anteroposterior is located at a test
In screen gripper shoe A 4025, and drive move around by screw mechanism A 4026
And position, described test panel gripper shoe A is slidedly arranged on described guide rail A by slide block；
Described hachure test panel slide anteroposterior is located in test panel gripper shoe B 5025,
And drive it to move forward and backward by screw mechanism B 5026 and position, described test panel
Gripper shoe B is slidedly arranged on described guide rail B by slide block.So, by blank is surveyed
Examination screen is slidedly arranged in test panel gripper shoe A, and is driven by screw mechanism A, can be real
Existing blank test panel action direction position adjustments, i.e. regulation blank test panel is taken the photograph with to be measured
As the distance between head mould group.Equally, by hachure test panel is slidedly arranged on test
In screen gripper shoe B, and driven by screw mechanism, hachure test panel can be realized left
Right direction position adjustments, i.e. between regulation hachure test panel and photographic head module to be measured
Distance.Here, screw mechanism A and screw mechanism B uses the form manually tuned,
Driven by motor can also be used.Screw mechanism A and screw mechanism B is prior art,
The nut etc. coordinated with screw rod including the bearing of screw rod, standing screw, nut passes through
Bottom adapter and test panel affixed, test panel left and right directions can be driven to move and determine
Position.
Preferably, see Fig. 4, described light source mechanism C to include for phase difference calculating
Thick lines test panel 601 and drive described thick lines test panel move forward and backward and determine
Travel mechanism C 602 before and after Wei；Described movable mechanism C includes gripper shoe C
6021, the guide rail C 6022 that fore-and-aft direction is located in described gripper shoe C, described slightly
Lines test panel C is slidedly arranged on described guide rail C by slide block, and passes through screw mechanism
C 6023 drives it to move forward and backward and positions.So, thick lines test panel mainly by
The some heavy black line bars composition being intervally arranged on blank light source, tests for PDAF
Time calculate phase contrast, i.e. tested K value (slope: the slope of PD phase contrast and code),
Requirement is positioned at before photographic head module to be measured at 40cm, can be driven by movable mechanism
Dynamic its moves forward and backward and positions.Thick lines test panel is slidedly arranged on guide rail C, and leads to
Cross screw mechanism C to drive, thick lines test panel fore-and-aft direction position adjustments can be realized,
I.e. distance between regulation thick lines test panel and photographic head module to be measured.
Preferably, also including a frame 10, described frame is located at by described operating platform
Middle part；Corresponding each rotary table, be provided with a PC, a controller, one
Display 11, corresponding each testing host is provided with and triggers keyboard 12, described display,
Described controller, described testing host and described triggering keyboard are all electric with described PC
Connecting, described display is fixedly arranged on described test platform the upright position to operator
Putting, described triggering keyboard is embedded on described operating platform.So, operating platform sets
Facilitate operator to operate in the middle part of frame, by arranging display, can will survey
Test result is shown by display, facilitates operator to judge according to test result
The test of photographic head module and PDAF burn job whether ok.PC sends instructions to control
Device processed, controller can control product reversing machine structure, rotary table and each light source mechanism
Action, it is achieved automated job；By triggering the journey that keyboard coordinates PC to set
Sequence, it is possible to achieve every test of one-key operation photographic head module, by triggering keyboard
Automatically sentencing of all test items can be realized with the testing and control software of installing in PC
Fixed, after entering whole testing process, employee need not pay close attention to test process, it is only necessary to sees
Last result.
Below as a example by sixteen work station, this utility model photographic head module PDAF is described
The operation principle of multistation test burning integration board is:
First, rotary table just position to operator is feeding position, with operation
Personnel just to conduct first test position, operator open on the first test position test
The localization tool of mainboard mechanism, loads first and second product, starts by triggering key
Test, product turning device drives testing host mechanism and drives first installed on it
And second product flip vertical, then, rotary table drives the driving of source at it
Start under Dong just turning 90 degrees and start test to step1 and step2 test position, survey
Examination process is: front side light source mechanism A is moved rearwards by, and makes the chart of light source mechanism A
Scheme relative with the product after upset, carry out luminance gain calculating, and be reset to front side,
Then, rear side light source mechanism B moves forward, make light source mechanism B chart figure with
After upset, product is relative, carries out phase difference calculating (20cm test), and is reset to a left side
Side；Meanwhile, the second test position is the most right with operator, and operator are second survey
The 3rd and the 4th product is loaded in the testing host mechanism of examination position, by triggering key,
After first and second product test completes, on rotary table first and second
Product is just going to step3 and step4 test position and is starting test, and test process is:
Movable light source mechanism C is to distance to a declared goal, and (40cm surveys to carry out phase difference calculating
Examination), finally, calibration of testing at 50cm；Meanwhile, the 3rd and the 4th product
Product rotate and start test to step1 and step2 position, meanwhile, the 3rd test position with
Operator are the most right, and operator load in the testing host mechanism of the 3rd test position
5th and the 6th product, by triggering key；Treat step3 and step4 test position
First and second product test complete, and step1 and step2 test position
The the 3rd and the 3rd product test put completes, and rotary table starts to rotate to reversion
Position, loads the 7th and the 8th in the testing host mechanism of the 4th test position simultaneously
Product, by triggering key, treat step3 and step4 test position the 3rd and the 4th
Product test completes, and turntable inverts 270 degree, now, and the 7th and the 8th product
Rotate to step1 and step2 position measurement, first and second product and operator
Member is the most right, takes off first and second product, is placed in PDAF burning OK magazine,
Repeat as above step to test.
Above example is referring to the drawings, carries out preferred embodiment of the present utility model
Describe in detail.Those skilled in the art is by carrying out various forms to above-described embodiment
On amendment or change, but without departing substantially from essence of the present utility model in the case of, all fall
Within protection domain of the present utility model.
Claims (10)
1. a photographic head module PDAF multistation test burning integration board, its
Be characterised by: include operating platform (1), be located on described operating platform one or
Two rotary tables (2), it is located under described operating platform and drives described rotary work
Platform rotating the driving source (3) positioned, it is located on the left of described operating platform or right side
Light source mechanism A (4) and light source mechanism B (5) that can move forward and backward and be located at described
Light source mechanism C (6) that can move forward and backward on rear side of operating platform；Described rotary table
Upper circumference is laid with four test positions, and each test position is provided with testing host mechanism
And drive described testing host mechanism and drive it on the photographic head to be measured of installation (7)
The product reversing machine structure (9) of module (8) flip vertical.
Photographic head module PDAF multistation the most according to claim 1 test is burnt
Record integration board, it is characterised in that: described testing host mechanism includes base
(701) one or two testing host (702) of, being installed on described base and
Localization tool (703), photographic head module to be measured is positioned on described localization tool, and
Corresponding testing host electrical connection；Described product reversing machine structure includes that interval is arranged
Two supports (901) and drive motor F (902), described base passes through rotating shaft
Being articulated between two described supports, described driving motor F is installed on a support
On, its power output shaft can drive described rotating shaft and drive described base flip vertical also
Location.
Photographic head module PDAF multistation the most according to claim 2 test is burnt
Record integration board, it is characterised in that: it is provided with side by side described in two in the middle part of each base
Testing host, described localization tool is fixed in described base side, and institute by support
State and two photographic head modules to be measured are installed on localization tool.
Photographic head module PDAF multistation the most according to claim 2 test is burnt
Record integration board, it is characterised in that: described localization tool includes fixing seat (7031)
With upset lid (7032), described upset lid side is articulated in described fixing seat side,
Described upset lid opposite side is by buckle structure (7033) and described fixing seat opposite side
Clamping, described photographic head module to be measured is positioned in the middle part of described upset lid.
Photographic head module PDAF multistation the most according to claim 1 test is burnt
Record integration board, it is characterised in that: left and right is provided with two described rotary works side by side
Platform, on each rotary table, circumference is evenly equipped with four described test positions, each test
On position, described testing host mechanism is provided with described in two described testing hosts and two
Photographic head to be measured.
Photographic head module PDAF multistation the most according to claim 1 test is burnt
Record integration board, it is characterised in that: described light source mechanism A includes for brightness
Move before and after the blank test panel (401) of gain calculating and the described blank test panel of driving
Travel mechanism A (402) before and after moving and positioning；Described light source mechanism B include for
The hachure test panel (501) of phase difference calculating and the described hachure test panel of driving
Travel mechanism B (502) before and after moving left and right and positioning.
Photographic head module PDAF multistation the most according to claim 6 test is burnt
Record integration board, it is characterised in that: described movable mechanism A includes gripper shoe
The guide rail A (4022) that A (4021), fore-and-aft direction are located in described gripper shoe A,
Two the drive A (4023) being installed in described gripper shoe A and two transmissions
Wheel A coordinates the transmission band A of transmission and drives the driving motor A of transmission band A transmission
(4024), described blank test panel slides and is located on guide rail A；Described movable
Mechanism B includes that gripper shoe B (5021), fore-and-aft direction are located in described gripper shoe B
Guide rail B (5022), two the drive B being installed in described gripper shoe B
(5023) coordinate the transmission band B of transmission with two drive B and drive transmission band
Driving motor B (5024) of B transmission, described hachure test panel slides and is located at guide rail
On B.
Photographic head module PDAF multistation the most according to claim 7 test is burnt
Record integration board, it is characterised in that: described blank test panel slide anteroposterior is located at one
In test panel gripper shoe A (4025), and driven by screw mechanism A (4026)
Moving around and position, described test panel gripper shoe A is slidedly arranged on described by slide block
On guide rail A；Described hachure test panel slide anteroposterior is located at test panel gripper shoe B
(5025) on, and drive it to move forward and backward by screw mechanism B (5026) and determine
Position, described test panel gripper shoe B is slidedly arranged on described guide rail B by slide block.
Photographic head module PDAF multistation the most according to claim 1 test is burnt
Record integration board, it is characterised in that: described light source mechanism C includes for phase contrast
Move before and after the thick lines test panel (601) calculated and the described thick lines test panel of driving
Travel mechanism C (602) before and after moving and positioning；Described movable mechanism C includes
Gripper shoe C (6021), fore-and-aft direction are located at the guide rail C in described gripper shoe C
(6022), described thick lines test panel C is slidedly arranged on described guide rail C by slide block,
And drive it to move forward and backward by screw mechanism C (6023) and position.
Photographic head module PDAF multistation the most according to claim 1 test is burnt
Record integration board, it is characterised in that: also include a frame (10), described operation
The middle part of described frame is located at by platform；Corresponding each rotary table, is provided with a PC
Machine, a controller, a display (11), corresponding each testing host is provided with triggering
Keyboard (12), described display, described controller, described testing host and described
Triggering keyboard all to electrically connect with described PC, described display is fixedly arranged on described test
The upright position to operator on platform, described triggering keyboard is embedded at described operation
On platform.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620436545.1U CN205657767U (en) | 2016-05-13 | 2016-05-13 | Record integration board is burnt in test of camera module PDAF multistation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620436545.1U CN205657767U (en) | 2016-05-13 | 2016-05-13 | Record integration board is burnt in test of camera module PDAF multistation |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105812638A (en) * | 2016-05-13 | 2016-07-27 | 昆山丘钛微电子科技有限公司 | PDAF (Phase Detection Auto Focus) multi-station testing and burning integrated machine of camera module |
| CN110220678A (en) * | 2019-01-18 | 2019-09-10 | 浙江省家具与五金研究所 | A kind of test equipment and test method of Optimum Design lockset safety |
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2016
- 2016-05-13 CN CN201620436545.1U patent/CN205657767U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105812638A (en) * | 2016-05-13 | 2016-07-27 | 昆山丘钛微电子科技有限公司 | PDAF (Phase Detection Auto Focus) multi-station testing and burning integrated machine of camera module |
| CN110220678A (en) * | 2019-01-18 | 2019-09-10 | 浙江省家具与五金研究所 | A kind of test equipment and test method of Optimum Design lockset safety |
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Address after: No.3, Taihong Road, Kunshan hi tech Industrial Development Zone, Suzhou City, Jiangsu Province Patentee after: Kunshan Qiuti Microelectronics Technology Co.,Ltd. Address before: No.3, Taihong Road, Kunshan hi tech Industrial Development Zone, Suzhou City, Jiangsu Province Patentee before: KUNSHAN Q TECHNOLOGY Co.,Ltd. |