CN106019801A - Camera module PDAF double-station testing and burning integrated machine - Google Patents
Camera module PDAF double-station testing and burning integrated machine Download PDFInfo
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- CN106019801A CN106019801A CN201610318065.XA CN201610318065A CN106019801A CN 106019801 A CN106019801 A CN 106019801A CN 201610318065 A CN201610318065 A CN 201610318065A CN 106019801 A CN106019801 A CN 106019801A
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- test
- guide rail
- light source
- test panel
- photographic head
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- G—PHYSICS
- G03—PHOTOGRAPHY; CINEMATOGRAPHY; ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ELECTROGRAPHY; HOLOGRAPHY
- G03B—APPARATUS OR ARRANGEMENTS FOR TAKING PHOTOGRAPHS OR FOR PROJECTING OR VIEWING THEM; APPARATUS OR ARRANGEMENTS EMPLOYING ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ACCESSORIES THEREFOR
- G03B43/00—Testing correct operation of photographic apparatus or parts thereof
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- General Physics & Mathematics (AREA)
- Pinball Game Machines (AREA)
- Investigating Materials By The Use Of Optical Means Adapted For Particular Applications (AREA)
Abstract
The invention discloses a camera module PDAF double-station testing and burning integrated machine comprising an operation platform, a test motherboard mechanism arranged on the operation platform, a product turning mechanism driving the test motherboard mechanism to be turned vertically, a light source mechanism A arranged at the rear side of the test motherboard mechanism and capable of moving back and forth, and a light source mechanism B and a light source mechanism C capable of moving left and right to enter the space between the test motherboard mechanism and the light source mechanism A. The test motherboard mechanism comprises a base, and a positioning fixture and two test motherboards installed on the base. Two camera modules to be tested are installed on the positioning fixture, and are electrically connected with the corresponding test motherboards. The machine is simple in structure and convenient to adjust. One-machine double-station PDAF testing and burning operation is realized.
Description
Technical field
The present invention relates to a kind of photographic head module test recording device, be specifically related to one
Plant photographic head module PDAF double test burning integration board.
Background technology
PDAF phase place is focused, and its full name is PhaseDetectionAutoFocus,
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, but, the most also lack a kind of efficient
Photographic head module carried out PDAF automatically test the equipment of burning.
Summary of the invention
In order to solve above-mentioned technical problem, the present invention proposes a kind of photographic head module
PDAF double test burning integration board, simple in construction, easy to adjust, can
Realize 1 machine double PDAF and test burn job.
The technical scheme is that and be achieved in that:
A kind of photographic head module PDAF double test burning integration board, including
Operating platform, the testing host mechanism being located on described operating platform, drive described survey
Try the product reversing machine structure of mainboard mechanism flip vertical, be located at described testing host mechanism
Rear side and the light source mechanism A that can move forward and backward, can to move left and right the described test of entrance main
Light source mechanism B between trigger structure and described light source mechanism A and light source mechanism C, institute
State testing host mechanism and include base, the localization tool being installed on described base and two
Individual testing host, two photographic head modules to be measured are installed on described localization tool, and
Corresponding testing host electrical connection.
Further, described product reversing machine structure include having accommodation space block and
Driving motor F, described base bottom is articulated in described block top, institute by rotating shaft
Stating driving motor F to be located in block, its power output shaft is transmitted in by gear assembly
Described rotating shaft, drives described base flip vertical and positions.
Further, also include that product travel mechanism, described product travel mechanism include
Guide rail supporting frame, guide rail Y and driving motor Y, two described guide rail supporting frames are installed
On described operating platform, two described guide rail Y are located at two described guide rail supporting frames
On, described block is slidedly arranged on two described guide rail Y by slide block, described driving electricity
Machine Y is located between two guide rail supporting frames below described block, and described driving electricity
Machine Y drives described block to move left and right and position by leading screw.
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, described light source mechanism A 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.
Further, described movable mechanism includes that gripper shoe and fore-and-aft direction are located at
Guide rail A in described gripper shoe, two the drive A being installed in described gripper shoe,
Coordinate the transmission band A of transmission with two drives and drive the driving of transmission band A transmission
Motor A, described thick lines test panel slides and is located on guide rail A.
Further, described light source mechanism B includes the hachure for phase difference calculating
What test panel and the described hachure test panel of driving moved left and right and positioned moves left and right
Mechanism B；Described light source mechanism C includes the blank test panel calculated for luminance gain
With the left/right movement device C driving described blank test panel to move left and right and position.
Further, described left/right movement device B includes that left and right directions is located at described behaviour
Two drive B make the guide rail B on platform, being installed on described operating platform,
Coordinate the transmission band B of transmission with two drives and drive the driving of transmission V belt translation
Motor B, described hachure test panel slides and is located on described guide rail B；Described left and right
Travel mechanism C includes guide rail C, the installation that left and right directions is located on described operating platform
Two drive C and two drives on described operating platform coordinate transmission
Transmission band C and the driving motor C of driving transmission V belt translation, described blank test panel is sliding
Move and be located on guide rail C.
Described hachure test panel slide anteroposterior is located in test panel gripper shoe A, and
Drive it to move forward and backward by screw mechanism and position, described test panel gripper shoe A
It is slidedly arranged on described guide rail B by slide block；Described blank test panel slide anteroposterior is located at
In one test panel gripper shoe B, and drive it to move forward and backward by screw mechanism and determine
Position, described test panel gripper shoe B is slidedly arranged on described guide rail C by slide block.
Further, a frame, a PC, a controller, a display are also included
Device and start button, the middle part of described frame is located at by described operating platform；Described display
Device, described controller, described testing host and described start button all with described PC
Mechatronics, described display is fixedly arranged on described test platform upright to operator
Position.
The invention has the beneficial effects as follows: the present invention provides a kind of photographic head module PDAF
Double test burning integration board, has two by arranging on the operational platform
The testing host mechanism of test station, and drive it to overturn by product reversing machine structure,
The photographic head module to be measured being fixed on the localization tool of testing host mechanism can be made to turn over
Turn towards light source mechanism, light source mechanism include for PDAF test burning can before and after
The light source mechanism A moving and positioning and the light source mechanism B that can move left and right and position
With light source mechanism C, to carry out PDAF test burn job, present configuration is simple,
Easy to adjust, 1 machine double PDAF can be realized and test burn job.
Accompanying drawing explanation
Fig. 1 is the overall viewing angle constructions schematic diagram of the present invention；
Fig. 2 is the present invention another viewing angle constructions schematic diagram overall；
Fig. 3 is present invention local one viewing angle constructions schematic diagram；
Fig. 4 is another viewing angle constructions schematic diagram of present invention local；
Fig. 5 is that testing host mechanism in the present invention, product reversing machine structure and product move
Mechanism coordinates a viewing angle constructions schematic diagram；
Fig. 6 is that testing host mechanism in the present invention, product reversing machine structure and product move
Mechanism coordinates another viewing angle constructions schematic diagram；
In conjunction with accompanying drawing, make the following instructions:
1-operating platform, 2-testing host mechanism, 201-base, 202-localization tool,
2021-fixes seat, and 2022-overturns lid, 2023-buckle structure, 203-testing host,
3-product reversing machine structure, 301-block, 302-drives motor F, 303-rotating shaft, 304-
Gear assembly, 4-light source mechanism A, 401-thick lines test panel, 402-moves forward and backward
Mechanism, 4021-gripper shoe, 4022-guide rail A, 4023-drive A, 4024-drives
Galvanic electricity machine A, 5-light source mechanism B, 501-hachure test panel, 502-moves left and right
Mechanism B, 5021-guide rail B, 5022-drive B, 5023-drive motor B, 6-
Light source mechanism C, 601-blank test panel, 602-left/right movement device C, 6021-
Guide rail C, 6022-drive C, 6023-drive motor C, 7-shooting to be measured head mould
Group, 8-product travel mechanism, 801-guide rail supporting frame, 802-guide rail Y, 803-drives
Galvanic electricity machine Y, 804-leading screw, 9-frame.
Detailed description of the invention
In order to be more clearly understood that the technology contents of the present invention, especially exemplified by following enforcement
Example describes in detail, and its purpose is only that and is best understood from present disclosure and unrestricted
The protection domain of invention.
As depicted in figs. 1 and 2, a kind of photographic head module PDAF double test is burnt
Record integration board, including operating platform 1, the test be located on described operating platform
Mainboard mechanism 2, drive the product reversing machine structure of described testing host mechanism flip vertical
3, be located on rear side of described testing host mechanism and can move forward and backward light source mechanism A4,
Can move left and right between the described testing host mechanism of entrance and described light source mechanism A
Light source mechanism B 5 and light source mechanism C 6, described testing host mechanism include base 201,
The localization tool 202 being installed on described base and two testing hosts 203, two
Photographic head module 7 to be measured is installed on described localization tool, and corresponding test
Mainboard electrically connects.So, by setting on the operational platform, there are two test station
Testing host mechanism, and drive it to overturn by product reversing machine structure, can make to fix
Photographic head module to be measured on the localization tool of testing host mechanism overturns towards light
Source mechanism, light source mechanism includes moving forward and backward and fixed for PDAF test burning
The light source mechanism A and the light source mechanism B that can move left and right and position of position and light source mechanism
C.Its principle is, starts test, and the right light source mechanism C is moved to the left, and makes light source
The chart figure of mechanism C is relative with the photographic head module to be measured after upset, carries out brightness
Gain calculates, and is reset to left side, and then, left side light source mechanism B moves right,
The chart figure making light source mechanism B is relative with photographic head module to be measured after upset, carries out
Phase difference calculating (20cm test), and it is reset to right side, then, movable light
Source mechanism A, to distance to a declared goal, carries out phase difference calculating (40cm test), finally,
Test at 50cm calibration；After test display OK, testing host mechanism returns to
Initial position, takes off product from localization tool, is positioned over PDAF and tests burning
In OK magazine.
Preferably, seeing Fig. 5 and Fig. 6, described product reversing machine structure includes having appearance
Block 301 between being empty and driving motor F 302, described base bottom passes through rotating shaft
303 are articulated in described block top, and described driving motor F is located in block, and it moves
Power output shaft is transmitted in described rotating shaft by gear assembly 304, drives described base to hang down
Directly overturn and position.So, by driving motor F to be transmitted in rotating shaft through gear assembly,
The base flip vertical being fixed in rotating shaft can be driven, it is achieved drive testing host mechanism
The function of flip vertical.
Preferably, see Fig. 5 and Fig. 6, also include product travel mechanism 8, described
Product travel mechanism includes guide rail supporting frame 801, guide rail Y 802 and drives motor Y
803, two described guide rail supporting frames are installed on described operating platform, described in two
Guide rail Y is located on two described guide rail supporting frames, and described block is slidedly arranged on by slide block
On two described guide rail Y, described driving motor Y is located at two below described block
Between guide rail supporting frame, and described driving motor Y drives described case by leading screw 804
Seat moves left and right and positions.So, by block is slidedly arranged on guide rail supporting frame,
And by driving motor Y to be transmitted in block through leading screw, it is possible to achieve move left and right regulation
The function of the testing host mechanism being fixed on block.
Preferably, seeing Fig. 5, described localization tool includes fixing seat 2021 and turns over
Hub cap 2022, described upset lid side is articulated in described fixing seat side, described in turn over
Hub cap opposite side is by buckle structure 2023 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 positioned 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, see Fig. 4, described light source mechanism A to include for phase difference calculating
Thick lines test panel 401 and drive described thick lines test panel move forward and backward and determine
Travel mechanism 402 before and after Wei.Thick lines test panel is mainly spaced by blank light source
Some heavy black line bars composition of arrangement, calculates phase contrast when PDAF tests,
I.e. tested K value (slope: PD phase contrast and the slope of code), it is desirable to be positioned at and treat
Before survey photographic head module at 40cm, move before and after can being driven it by movable mechanism
Move and position.
Preferably, seeing Fig. 4, described movable mechanism includes gripper shoe 4021
The guide rail A 4022 that is located in described gripper shoe with fore-and-aft direction, it is installed on described
Two drive A 4023 on fagging coordinate the transmission of transmission with two drives
With A and the driving motor A 4024 of driving transmission V belt translation, described thick lines are tested
Screen slip is located on guide rail A.So, thick lines test panel is slidedly arranged on guide rail A
On, then by driving motor A to be transmitted in thick lines through drive A and transmission band A
Test panel, it is possible to achieve movable thick lines test panel is also positioned at appointment position
Function.
Preferably, see Fig. 3, described light source mechanism B to include for phase difference calculating
Hachure test panel 501 and drive described hachure test panel move left and right and determine
The left/right movement device B 502 of position；Described light source mechanism C includes for luminance gain
The blank test panel 601 and the described blank test panel of driving that calculate move left and right and determine
The left/right movement device C 602 of position.Hachure test panel is mainly by between on blank light source
Every some black thin bars composition (for thick lines) of arrangement, it is used for
Phase contrast, i.e. tested K value (slope: PD phase contrast and code is calculated during PDAF test
Slope), it is desirable to be positioned at before photographic head module to be measured at 20cm, by moving left and right
Mechanism B can drive and move around so that it is be positioned at testing host mechanism and light source mechanism
Between A and relative with photographic head module to be measured.Blank test panel is mainly by blank light
Source forms, and the luminance gain for PDAF test calculates, i.e. test Gain map
Data, can be driven by left/right movement device C and move around so that it is be positioned at test
Between mainboard mechanism and light source mechanism A and relative with photographic head module to be measured, carry out
Test.
Preferably, see Fig. 3, described left/right movement device B and include that left and right directions sets
Guide rail B 5021 on described operating platform, it is installed on described operating platform
Two drive B 5022 coordinate the transmission band B of transmission and drive with two drives
The driving motor B 5023 of dynamic transmission V belt translation, described hachure test panel slides and sets
On described guide rail B；It is described that described left/right movement device C includes that left and right directions is located at
Guide rail C 6021 on operating platform, two biographies being installed on described operating platform
Driving wheel C 6022 coordinates the transmission band C of transmission and drives transmission with two drives
The driving motor C 6023 of V belt translation, described blank test panel slides and is located at guide rail C
On.So, hachure test panel is slidedly arranged on guide rail B, then, by driving
Motor B is transmitted in hachure test panel through drive B and transmission band B, it is possible to achieve
Move left and right hachure test panel and be positioned at the function specifying position.Equally, will be white
Board test screen is slidedly arranged on guide rail C, then, by driving motor C through drive C
And transmission band C is transmitted in blank test panel, it is possible to achieve move left and right blank test panel
And it is positioned at the function specifying position, here, guide rail B and guide rail C can be as sharing
Guide rail, is slidedly arranged on guide rail B and guide rail jointly by hachure test panel and blank test panel
On C.
Preferably, described hachure test panel slide anteroposterior is located at a test panel gripper shoe
On A, and driving it to move forward and backward by screw mechanism and position, described test panel props up
Fagging A is slidedly arranged on described guide rail B by slide block；Slide before and after described blank test panel
Move and be located in test panel gripper shoe B, and drive it to move forward and backward by screw mechanism
And position, described test panel gripper shoe B is slidedly arranged on described guide rail C by slide block.
So, by hachure test panel is slidedly arranged in test panel gripper shoe A, and pass through
Screw mechanism drives, and can realize hachure test panel fore-and-aft direction position adjustments, equally,
Blank test panel is slidedly arranged in test panel gripper shoe B, and is driven by screw mechanism
Dynamic, blank test panel fore-and-aft direction position adjustments can be realized.Here, screw mechanism is
The form manually tuned, it would however also be possible to employ driven by motor.
Preferably, frame 9, PC, a controller, a display are also included
Device and start button, the middle part of described frame is located at by described operating platform；Described display
Device, described controller, described testing host and described start button all with described PC
Mechatronics, described display is fixedly arranged on described test platform upright to operator
Position.So, operating platform is located at the middle part of frame and is facilitated operator to operate,
By arranging display, test result can be shown by display, convenient
Operator judge the test of photographic head module and PDAF burn job according to test result
Whether ok.PC sends instructions to controller, and controller can control product reversing machine
Structure, product travel mechanism and the action of each light source mechanism, it is achieved automated job；Logical
Cross the program that start button coordinates PC to set, it is possible to achieve one-key operation photographic head
Every test of module, soft with the testing and control of installing in PC by start button
Part can realize the automatic judgement of all test items, after entering whole testing process, employee
Test process need not be paid close attention to, it is only necessary to see last result.
The work of photographic head module PDAF double of the present invention test burning integration board
As principle it is:
First, take two products and be positioned in testing host mechanism upper fixed seat, fasten
Upset lid, then, starts board automatic job, the right light source mechanism by start button
C is moved to the left, the photographic head to be measured after making the chart of light source mechanism C scheme and overturn
Module is relative, carries out luminance gain calculating, and is reset to right side, then, left side light
Source mechanism B moves right, and makes the chart figure of light source mechanism B to be measured take the photograph after overturning
As head mould group is relative, carry out phase difference calculating (20cm test), and be reset to left side,
Then, movable light source mechanism A, to distance to a declared goal, carries out phase difference calculating (40cm
Test), finally, calibration of testing at 50cm；After test display OK, survey
Examination mainboard mechanism returns to initial position, takes off product, be positioned over from localization tool
In PDAF test burning OK magazine.
Above example is referring to the drawings, carries out the preferred embodiments of the present invention in detail
Explanation.Those skilled in the art is by carrying out on various forms above-described embodiment
Amendment or change, but without departing substantially from the essence of the present invention in the case of, all fall in the present invention
Protection domain within.
Claims (10)
1. a photographic head module PDAF double test burning integration board, its
It is characterised by: the test master include operating platform (1), being located on described operating platform
Trigger structure (2), drive the product reversing machine structure of described testing host mechanism flip vertical
(3), it is located on rear side of described testing host mechanism and the light source mechanism A that can move forward and backward
(4) the described testing host mechanism of entrance and described light source mechanism A can, be moved left and right
Between light source mechanism B (5) and light source mechanism C (6), described testing host mechanism
Including base (201), the localization tool (202) and two that is installed on described base
Individual testing host (203), it is described fixed that two photographic head modules (7) to be measured are installed on
Testing host electrical connection on the tool of position and corresponding.
Photographic head module PDAF double the most according to claim 1 test is burnt
Record integration board, it is characterised in that: described product reversing machine structure includes having accommodating
The block (301) in space and driving motor F (302), described base bottom passes through
Rotating shaft (303) is articulated in described block top, and described driving motor F is located at block
In, its power output shaft is transmitted in described rotating shaft by gear assembly (304), band
Dynamic described base flip vertical also positions.
Photographic head module PDAF double the most according to claim 2 test is burnt
Record integration board, it is characterised in that: also include product travel mechanism (8), described
Product travel mechanism includes guide rail supporting frame (801), guide rail Y (802) and drives
Motor Y (803), two described guide rail supporting frames are installed on described operating platform,
Two described guide rail Y are located on two described guide rail supporting frames, and described block is by sliding
Block is slidedly arranged on two described guide rail Y, and described driving motor Y is located under described block
Between two guide rail supporting frames of side, and described driving motor Y is by leading screw (804)
Described block is driven to move left and right and position.
Photographic head module PDAF double the most according to claim 1 test is burnt
Record integration board, it is characterised in that: described localization tool includes fixing seat (2021)
With upset lid (2022), described upset lid side is articulated in described fixing seat side,
Described upset lid opposite side is by buckle structure (2023) 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 double the most according to claim 1 test is burnt
Record integration board, it is characterised in that: described light source mechanism A includes for phase contrast
Move before and after the thick lines test panel (401) calculated and the described thick lines test panel of driving
Travel mechanism (402) before and after moving and positioning.
Photographic head module PDAF double the most according to claim 5 test is burnt
Record integration board, it is characterised in that: described movable mechanism includes gripper shoe
(4021) and fore-and-aft direction be located in described gripper shoe guide rail A (4022), peace
It is loaded in described gripper shoe two drive A (4023) to join with two drives
Close the transmission band A of transmission and drive driving motor A (4024) of transmission band A transmission,
Described thick lines test panel slides and is located on guide rail A.
Photographic head module PDAF double the most according to claim 1 test is burnt
Record integration board, it is characterised in that: described light source mechanism B includes for phase contrast
Move about the hachure test panel (501) calculated and the described hachure test panel of driving
The left/right movement device B (502) moving and positioning；Described light source mechanism C include for
Blank test panel (601) and the described blank test panel of driving that luminance gain calculates are left
The left/right movement device C (602) moving right and positioning.
Photographic head module PDAF double the most according to claim 7 test is burnt
Record integration board, it is characterised in that: described left/right movement device B includes right and left
To the guide rail B (5021) being located on described operating platform, be installed on described operation put down
Two drive B (5022) on platform coordinate the transmission of transmission with two drives
With B and driving motor B (5023) of driving transmission V belt translation, described hachure is surveyed
Examination screen slip is located on described guide rail B；Described left/right movement device C includes right and left
To the guide rail C (6021) being located on described operating platform, be installed on described operation put down
Two drive C (6022) on platform coordinate the transmission of transmission with two drives
With C and driving motor C (6023) of driving transmission V belt translation, described blank is tested
Screen slip is located on guide rail C.
Photographic head module PDAF double the most according to claim 8 test is burnt
Record integration board, it is characterised in that: described hachure test panel slide anteroposterior is located at
In one test panel gripper shoe A, and drive it to move forward and backward by screw mechanism and determine
Position, described test panel gripper shoe A is slidedly arranged on described guide rail B by slide block；Described
Blank test panel slide anteroposterior is located in test panel gripper shoe B, and by leading screw machine
Structure drives it to move forward and backward and positions, and described test panel gripper shoe B sets by slide block is sliding
On described guide rail C.
Photographic head module PDAF double the most according to claim 1 test is burnt
Record integration board, it is characterised in that: also include a frame (9), a PC,
One controller, a display and start button, described frame is located at by described operating platform
Middle part；Described display, described controller, described testing host and described startup
Button all electrically connects with described PC, and described display is fixedly arranged on described test platform
The upper Founder position to operator.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610318065.XA CN106019801B (en) | 2016-05-13 | 2016-05-13 | Camera module PDAF duplex bit test burning integration boards |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610318065.XA CN106019801B (en) | 2016-05-13 | 2016-05-13 | Camera module PDAF duplex bit test burning integration boards |
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| CN106019801A true CN106019801A (en) | 2016-10-12 |
| CN106019801B CN106019801B (en) | 2018-10-02 |
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| CN201610318065.XA Active CN106019801B (en) | 2016-05-13 | 2016-05-13 | Camera module PDAF duplex bit test burning integration boards |
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| CN106842806A (en) * | 2017-04-01 | 2017-06-13 | 深圳眼千里科技有限公司 | Cable-through hole specifies the camera module recording device of crimping |
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| CN107295235A (en) * | 2017-08-10 | 2017-10-24 | 深圳眼千里科技有限公司 | A kind of automatic corrector of dual camera module and its method is checked and approved automatically |
| CN109084956A (en) * | 2018-08-21 | 2018-12-25 | 深圳市强瑞电子有限公司 | Mobile phone camera feels test equipment deeply |
| CN111988601A (en) * | 2020-07-29 | 2020-11-24 | 湖北三赢兴电子科技有限公司 | Automatic burning detection equipment for camera module |
| CN113075854A (en) * | 2021-03-31 | 2021-07-06 | 重庆盛泰光电有限公司 | Double-station production equipment for camera module |
| CN113079370A (en) * | 2021-03-31 | 2021-07-06 | 重庆盛泰光电有限公司 | Camera module testing system and method |
| CN113766213A (en) * | 2021-09-02 | 2021-12-07 | 信利光电股份有限公司 | Method for improving AF burning parameter detection efficiency of camera module |
| CN113820100A (en) * | 2021-09-30 | 2021-12-21 | 彩晶光电科技(昆山)有限公司 | Lens detection system for detecting lens |
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| CN107295235A (en) * | 2017-08-10 | 2017-10-24 | 深圳眼千里科技有限公司 | A kind of automatic corrector of dual camera module and its method is checked and approved automatically |
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| CN109084956A (en) * | 2018-08-21 | 2018-12-25 | 深圳市强瑞电子有限公司 | Mobile phone camera feels test equipment deeply |
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| CN111988601A (en) * | 2020-07-29 | 2020-11-24 | 湖北三赢兴电子科技有限公司 | Automatic burning detection equipment for camera module |
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| CN113079370A (en) * | 2021-03-31 | 2021-07-06 | 重庆盛泰光电有限公司 | Camera module testing system and method |
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| CN113766213A (en) * | 2021-09-02 | 2021-12-07 | 信利光电股份有限公司 | Method for improving AF burning parameter detection efficiency of camera module |
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