CN206541594U - Mobile phone display screen function detection device - Google Patents
Mobile phone display screen function detection device Download PDFInfo
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- CN206541594U CN206541594U CN201720147738.XU CN201720147738U CN206541594U CN 206541594 U CN206541594 U CN 206541594U CN 201720147738 U CN201720147738 U CN 201720147738U CN 206541594 U CN206541594 U CN 206541594U
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Abstract
The utility model discloses a kind of mobile phone display screen function detection device, the mobile phone display screen function detection device includes detection pedestal, detent mechanism, signal imitation mechanism and FPC electric-examinations bindiny mechanism, the detent mechanism is arranged at the detection pedestal, for mobile phone display screen to be positioned；The signal imitation mechanism is movably arranged at the detection pedestal, for inputting analog signal to mobile phone display screen；The FPC electric-examinations bindiny mechanism is used to being electrically connected to the FPC of mobile phone display screen into the cell phone mainboard for being arranged at detection pedestal.The mobile phone display screen function detection device provided according to the utility model, mobile phone display screen only need to be attached to mobile phone display screen function detection device, then by operating operating portion voluntarily to detect the whether functional of mobile phone display screen, simple operation is rapid, and testing result is reliable.
Description
Technical field
The utility model is related to a kind of mobile phone production detection tool, more particularly to a kind of mobile phone display screen Function detection dress
Put.
Background technology
Multiple control modules are integrated with mobile phone display screen, whether such as distance-sensor contacts user for detection mobile phone
Faces etc., light sensor are used to detect extraneous light situation so as to adjust automatically screen exit rays and exposal model etc., such as touch-control
Key according to the operation of user to realize target control etc..
For ensure production quality and reduction production cost, mobile phone display screen production complete after, complete machine assembling before, it is necessary to
Performance to mobile phone display screen is detected in time, so as to early pinpoint the problems, morning solves the problems, such as, it is to avoid bad mobile phone shows
Display screen is assembled into complete machine.But the detection project to multiple control modules on mobile phone display screen is more, time-consuming relatively long, manually
Operating efficiency is not high.
In this regard, needing offer is a kind of can carry out the detection tool of performance detection to mobile phone display screen, to accelerate detection effect
Rate, raising detection accuracy.
Utility model content
The purpose of this utility model be to provide it is a kind of can to mobile phone display screen carry out performance detection detection tool, to add
Fast detection efficiency, raising detection accuracy.
To achieve these goals, the utility model discloses a kind of mobile phone display screen function detection device, the mobile phone
Display screen functions detection means includes detection pedestal, detent mechanism, signal imitation mechanism and FPC electric-examinations bindiny mechanism, described fixed
Position mechanism is arranged at the detection pedestal, for mobile phone display screen to be positioned；The signal imitation mechanism is movably arranged at
The detection pedestal, for inputting analog signal to mobile phone display screen；The FPC electric-examinations bindiny mechanism is used for mobile phone display screen
FPC be electrically connected to be arranged at detection pedestal cell phone mainboard.
Compared with prior art, the mobile phone display screen function detection device that the utility model is provided, will be treated by detent mechanism
The mobile phone display screen of detection is fixed on detection pedestal, and will be used as mobile phone display screen signal biography by FPC electric-examinations bindiny mechanism
The FPC of defeated passage is electrically connected on cell phone mainboard, thus after signal imitation mechanism inputs analog signal to mobile phone display screen, just
The analog signal of outside input can be converted into internal data signal and be transferred to cell phone mainboard via FPC by normal mobile phone display screen
On, and then handled data-signal by cell phone mainboard, and whether be consistent with output analog signal according to result, and work as
Judge that mobile phone display screen is bad when not as a result being inconsistent.The mobile phone display screen function detection device provided according to the utility model, is only needed
Mobile phone display screen is attached to mobile phone display screen function detection device, then by operating operating portion voluntarily to detect that mobile phone shows
Display screen it is whether functional, simple operation is rapid, and testing result is reliable.
Preferably, the detection pedestal also includes the connection end for externally connected electric-examination mechanism, the connection end will
The cell phone mainboard output signal exports to outside electric-examination mechanism and exports the testing result of outside electric-examination mechanism to being arranged at
The display part of the detection pedestal.
Preferably, the mobile phone display screen function detection device also includes electric-examination mechanism, the electric-examination mechanism is with being arranged at
The cell phone mainboard of detection pedestal electrically connects to detect cell phone mainboard output signal and export testing result to being arranged at the inspection
Survey the display part of pedestal.
Preferably, being provided with mobile phone display screen location division on the upside of the detection pedestal；The detent mechanism is articulated in described
Detect on the upside of pedestal, the detent mechanism overturns to position mobile phone display screen to the location division, or instead to the location division
To upset to discharge the positioning to mobile phone display screen.
Preferably, the signal imitation mechanism includes touch-control analog module, the touch-control analog module is fixedly installed on institute
Detection pedestal is stated, and the output end of the touch-control analog module can stretch with contact or the touch-control away from mobile phone display screen up and down
Key；The Touch control key on mobile phone display screen is touched via the output end of touch-control analog module so that touch screen receives the analog signal,
And by the analog signal transmission to cell phone mainboard.
Specifically, the output end of the touch-control analog module is additionally provided with fingerprint portion towards the side of the Touch control key；By
Fingerprint portion is set in the output end of touch-control analog module, the fingerprint recognition of the Touch control key on mobile phone display screen can be further detected
Function.
Preferably, the signal imitation mechanism also includes mobile hood for protecting rider, the mobile hood for protecting rider movably cover or
Leave the light sensor and/or distance-sensor of mobile phone display screen；By moving hood for protecting rider movably shield lights inductor
And/or distance-sensor, distance-sensor is by the distance information transmission of mobile light shield to cell phone mainboard, and light sensor will
The monochrome information detected is transmitted to cell phone mainboard, so that whether detecting distance inductor and/or light sensor are normal.
Preferably, the electric-examination bindiny mechanism includes being articulated in the inductor link block of the detection pedestal, the sense
Device link block is answered to be overturn to the direction of the mobile phone display screen, and the inductor link block is electrically connected to inductor FPC
Connection end.
Specifically, the inductor link block includes lower fixture block and is articulated in the upper fixture block of the lower fixture block, it is described under
Magnet is provided with the upside of fixture block, the upper fixture block is provided with electric-examination probe towards the magnet, and the electric-examination probe is electrically connected
It is connected to the cell phone mainboard；Inductor FPC connection ends are positioned by magnet, to be visited with the electric-examination for being arranged at upper fixture block
Pin is in contact the electrical connection for realizing cell phone mainboard and inductor FPC connection ends.
Preferably, the electric-examination bindiny mechanism also includes the touch-control link block for being articulated in the detection pedestal, it is described to touch
Link block is controlled to overturn to the direction of the mobile phone display screen, and the touch-control link block is electrically connected to touching for mobile phone display screen
Control key FPC connection ends.
Brief description of the drawings
Fig. 1 and Fig. 2 is the structural representation of mobile phone display screen.
Fig. 3 is the detection circuit diagram of mobile phone display screen.
Fig. 4 is the structural representation of the utility model mobile phone display screen function detection device.
Fig. 5 is the structural representation of touch-control analog module.
Fig. 6 is the structural representation of inductor link block.
Fig. 7 is the profile in A-A directions in Fig. 6.
Fig. 8 is the enlarged drawing in B portions in Fig. 7.
Fig. 9 is the structural representation of touch-control link block.
Figure 10 is the profile in C-C directions in Fig. 9.
Embodiment
To describe technology contents of the present utility model, construction feature, the objects and the effects in detail, below in conjunction with implementation
Mode simultaneously coordinates accompanying drawing to be explained in detail.
As shown in figure 4, the mobile phone display screen function detection device that the utility model is provided includes detection pedestal 100, positioning
Mechanism 200, signal imitation mechanism and FPC electric-examinations bindiny mechanism 400, detection pedestal 100 are provided with for showing testing result
Instruction unit 130；Detent mechanism 200 is arranged at detection pedestal 100, for mobile phone display screen function detection device to be positioned；Signal
Simulation mechanism is movably arranged at detection pedestal 100, for inputting analog signal to mobile phone display screen；FPC electric-examinations connect machine
Structure 400 is used to being electrically connected to the FPC of mobile phone display screen function detection device into the cell phone mainboard 500 for being arranged at detection pedestal 100.
With reference to shown in Fig. 5-Figure 10, more specifically：
As depicted in figs. 1 and 2, the mobile phone display screen function detection device of the common smart mobile phone in current market, generally collection
Into there is touch-control sensing function：In the upper end side of mobile phone display screen function detection device, distance-sensor a20 and light sensing are set
Device a30, wherein, distance-sensor a20 detection mobile phone front whether is blocked, mobile phone judge whether accordingly extinguish mobile phone screen,
Whether holding state etc. is entered；Light sensor a30 is used to detect extraneous light situation, mobile phone adjust automatically screen exit rays accordingly
Or adjustment exposal model etc.；Touch control key a10 is generally disposed at the lower end side of mobile phone display screen function detection device, according to user's
Target control is realized in operation, more can be in Touch control key a10 integrating fingerprint identification functions, and to improve the security of mobile phone, mobile phone shows
The touch screen of display screen can also realize touch controllable function.It should be understood that positioned at mobile phone display screen function detection device upper end side
Distance-sensor a20 and light sensor a30 are connected to an inductor FPCa40, under mobile phone display screen function detection device
The Touch control key a10 and touch screen of side are connected to another touch screen FPC a50, and pass through inductor FPCa40 and touch-control FPCa50
Electrically connected respectively with cell phone mainboard 500 and realize data signal transmission.
With reference to shown in Fig. 3, when being detected to the touch-control sensing function of mobile phone display screen functions detection means, the inductor
FPCa40 connection end 120 and electrically connected respectively with cell phone mainboard 500 with touch-control FPCa50 connection end 120, in this way, distance perspective
Answer device a20, light sensor a30 and Touch control key a10 to receive after the analog signal of outside input, it can be converted into interior
Portion's data-signal and connection end 120 via inductor FPCa40 and it is transferred to mobile phone master with touch-control FPCa50 connection end 120
On plate 500, and then data-signal is handled by cell phone mainboard 500, and according to result with whether exporting analog signal
It is consistent, and judges that mobile phone display screen function detection device is bad when result is not inconsistent.
In the present embodiment, the utility model mobile phone display screen function detection device does not have integrated electric-examination mechanism, but passes through
By being arranged at the connection end 120 of detection pedestal 100, cell phone mainboard 500 and outside electric-examination mechanism are electrically connected, so that via this
Connection end 120 so that cell phone mainboard 500 can send the data-signal after processing to outside electric-examination mechanism, and by external electrical
The testing result of inspection mechanism is exported to mobile phone display screen.It should be understood that electric-examination mechanism can be the PC for being provided with detection program,
PC extensive adaptability can build line cost with effectively save.In the other embodiment different from the present embodiment, electric-examination mechanism is also
It can inherit in mobile phone display screen function detection device, electric-examination mechanism is electrically connected with being arranged at the cell phone mainboard 500 of detection pedestal 100
Connect to detect the output signal of cell phone mainboard 500 and export testing result to instruction unit 130, be equally reached testing goal.
Refer to again shown in Fig. 4, the mobile phone display screen function detection device that the utility model is provided, on detection pedestal 100
Side is provided with the location division 110 for housing mobile phone display screen function detection device, and detent mechanism 200 is articulated in detection pedestal
100 upsides, and detent mechanism 200 can overturn and cover the mobile phone display screen Function detection that pressure is located at location division 110 to location division 110
Device, so that mobile phone display screen function detection device is positioned to location division 110, certainly, detent mechanism 200 can also be turned over reversely
Turn, to cause the positioning of opponent's machine display screen functions detection means, so can easily change mobile phone display screen Function detection
Device.
Signal imitation mechanism includes touch-control analog module 310 and mobile hood for protecting rider 420, and mobile analog module is used to detect tactile
Control key a10 performance, and moving hood for protecting rider 420 is used for detecting distance inductor a20 and/or light sensor a30 performance.
As shown in figure 5, in the present embodiment, mobile phone display screen function detection device is reversely installed on location division 110, touch-control
Key a10 is set towards detection pedestal 100 ground；Touch-control analog module 310 is fixedly installed in detection pedestal 100, and touch-control is simulated
The output end 311 of module 310 can stretch with contact or the Touch control key a10 away from mobile phone display screen function detection device up and down, warp
The Touch control key a10 on mobile phone display screen function detection device is touched by the output end 311 of touch-control analog module 310, if Touch control key
A10 functions are normal, then touch screen can receive the analog signal, and the analog signal is converted into data-signal and transmitted to mobile phone
Mainboard 500.Preferably, the output end 311 of touch-control analog module 310 is additionally provided with fingerprint portion towards Touch control key a10 side, and
The fingerprint recognition work(of the Touch control key a10 on Touch control key a10, detection mobile phone display screen function detection device is contacted by the fingerprint portion
Energy.Further, as shown in figure 5, touch-control analog module 310 includes actuator and is connected to the elasticity of actuator output end 311
Pressure head, guide frame and resilient snubber are provided between compensating squeeze head and actuator output end 311, to cause compensating squeeze head
Action is than shallower；The compensating squeeze head touches Touch control key a10 as the output end 311 of touch-control analog module 310.
Refer to again shown in Fig. 4, mobile hood for protecting rider 320 is movably arranged at the upside of detection pedestal 100, and mobile screening
Block cover 320 can be moved to the upside of location division 110, with the inductor a30 and/or distance-sensor a20 that shuts out the light.It can manage
Solution, mobile hood for protecting rider 320 should be nontransparent, so as to be moved to mobile phone display screen Function detection in mobile hood for protecting rider 320
Above device, shut out the light inductor a30 when so that light sensor a30 testing result changes；It is mobile block according to and
Distance-sensor a20 distance also should be in distance-sensor a20 in detection range.
As shown in figure 4, electric-examination bindiny mechanism 400 includes inductor link block 410 and touch-control link block.Wherein, feel
Device link block 410 is answered to be used to be electrically connected to inductor FPCa40 connection ends 120, and touch-control link block is used to electrically connect touch-control
Key a10FPC connection ends 120.
With reference to shown in Fig. 6-Fig. 8, inductor link block 410 is articulated in the upside of detection pedestal 100, and positioned at location division
The drive-connecting shaft of 110 outer edge side, inductor link block 410 and detection pedestal 100 is parallel to the mobile phone for being arranged at location division 110
One side of display screen functions detection means.Inductor link block 410 is turned over to the direction of mobile phone display screen function detection device
Turn so that inductor link block 410 is close to inductor FPCa40, so that inductor link block 410 is electrically connected to sense
Answer device FPCa40 connection ends 120.Inductor link block 410 specifically includes the lower fixture block for the upside for being articulated in detection pedestal 100
412, upper fixture block 411 is articulated in lower fixture block 412, and drive-connecting shaft, lower fixture block 412 and the detection base of upper fixture block 411 and lower fixture block 412
The drive-connecting shaft of seat 100 is misaligned；The upside of lower fixture block 412 is provided with magnet 413, and when upper fixture block 411 is with respect to the pivot of lower fixture block 412
Turn to open, inductor FPCa40 connection ends 120 are when stretching into 412 upside of lower fixture block, inductor FPCa40 connection ends 120 are by magnet
413 are positioned；Upper fixture block 411 is provided with electric-examination probe 414 towards magnet 413, when upper fixture block 411 is pivoted with respect to lower fixture block 412
Close up, electric-examination probe 414 is electrically connected to the inductor FPCa40 connection ends 120 of the top of electromagnet 413, and electric-examination probe 414
The other end is electrically connected to cell phone mainboard 500, is such that being electrically connected for cell phone mainboard 500 and inductor FPCa40 connection ends 120
Connect.
Preferably, as shown in figure 8, the downside of electric-examination probe 414 is additionally provided with floating protection board 415, and protection of floating
The corresponding electric-examination probe 414 of plate 415 offers avoidance mouth, so as to pivot the process closed up with respect to lower fixture block 412 in upper fixture block 411
In, floating protection board 415 cause electric-examination probe 414 will not Rapid contact inductor FPCa40 connection ends 120 but float protect
Under the buffer protection of backplate 415 and contact induction device FPCa40 connection ends 120 are moved closer to until contacting.
Refer to again shown in Fig. 9 and Figure 10, due to the chi of touch-control FPCa50 stretching mobile phone display screen functions detection means
Very little longer, touch-control link block need only to be provided at the upside of detection pedestal 100, without being overturn into location division 110, both can be with
Connect touch-control FPCa50 connection ends 120.Specifically, touch-control link block is fixedly connected on the upside of detection pedestal 100, and connection
Module is set in another side parallel to the mobile phone display screen function detection device for being arranged at location division 110；Touch-control is connected
Module includes the fixing clip 421 for being fixedly connected on detection pedestal 100 and the movable fixture block 422 for being articulated in fixing clip 421, even
Contact control FPCa50 connection ends 120 are extend out between fixing clip 421 and movable fixture block 422, you can so that the He of cell phone mainboard 500
The connection end 120 of touch-control FPCa50 connections is electrically connected.
With reference to shown in Fig. 1-Figure 10, one is done to the course of work of the utility model mobile phone display screen function detection device detailed
Explanation：
Before the mobile phone display screen function detection device, first it is about to the mobile phone display screen function detection device and passes through setting
The PC as peripheral hardware as testing agency is connected in the connection end 120 of detection pedestal 100；
Inductor link block 410 is pivotally opened to the direction upset in remotely located portion 110, by movable fixture block 422, incited somebody to action
Detent mechanism 200 is overturn to the direction in remotely located portion 110, so as to will unobstructedly expose；
Mobile phone display screen function detection device to be detected is placed at location division 110, detent mechanism 200 is to location division
110 direction upset, mobile phone display screen function detection device is positioned；
Inductor link block 410 is overturn to the direction of location division 110, to cause inductor link block 410 close to sensing
Device FPCa40, driving upper fixture block 411 is overturn with respect to lower fixture block 412 and opened, and inductor FPCa40 connection ends 120 are placed in into lower folder
On the upside of block 412, cause reactor FPC connection ends 120 are adsorbed by the magnet 413 positioned at the upside of lower fixture block 412 to be pressed from both sides in positioning, driving
Block 411 closes up to the upset of lower fixture block 412, to clamp the inductor FPCa40 connections being located between upper fixture block 411 and lower fixture block 412
End 120, so that distance-sensor a20, light sensor a30 and cell phone mainboard 500 are electrically connected；
With previous step in no particular order, touch-control FPCa50 connection ends 120 are placed in the upside of fixing clip 421, will be movable
Fixture block 422 is relatively fixed the upset of fixture block 421 and closed up, touch-control of the clamping between fixing clip 421 and movable fixture block 422
FPCa50 connection ends 120, so that Touch control key a10, touch screen and cell phone mainboard 500 are electrically connected；
Manually or by system automatically control will mobile hood for protecting rider 320 be moved to above mobile phone display screen function detection device with
Block distance-sensor a20 and light sensor a30；In no particular order, the output end 311 and touch-control of touch-control analog module 310
Key a10 is in contact；
After the completion of to be detected, the display detection judged result of instruction unit 130 of detection pedestal 100 is arranged at, such as with green light table
Show qualified, represent unqualified with red light.
Above-mentioned action is repeated, to be detected one by one to mobile phone display screen function detection device to be detected.
Compared with prior art, the mobile phone display screen function detection device that the utility model is provided, will by detent mechanism 200
Mobile phone display screen function detection device to be detected is fixed on detection pedestal 100, and will by FPC electric-examinations bindiny mechanism 400
It is electrically connected to as the FPC of mobile phone display screen function detection device signal transmission passage on cell phone mainboard 500, thus in signal mode
Intend mechanism to input after analog signal mobile phone display screen functions detection means, normal mobile phone display screen function detection device can
The analog signal of outside input is converted into internal data signal to be transferred on cell phone mainboard 500 via FPC, and then by mobile phone master
Whether plate 500 is handled data-signal, and be consistent with output analog signal according to result, and is sentenced when result is not inconsistent
Determine mobile phone display screen function detection device bad.The mobile phone display screen function detection device provided according to the utility model, is only needed
Mobile phone display screen function detection device is attached to mobile phone display screen function detection device, then by operating operating portion can be certainly
Row detects the whether functional of mobile phone display screen function detection device, and simple operation is rapid, and testing result is reliable.
Above disclosed is only preferred embodiment of the present utility model, can not limit this practicality with this certainly new
The interest field of type, therefore the equivalent variations made according to present utility model application the scope of the claims, still belong to the utility model and are covered
Scope.
Claims (10)
1. a kind of mobile phone display screen function detection device, it is characterised in that the mobile phone display screen function detection device includes：
Detect pedestal；
Detent mechanism, the detent mechanism is arranged at the detection pedestal, for mobile phone display screen to be positioned；
Signal imitation mechanism, is movably arranged at the detection pedestal, for inputting analog signal to mobile phone display screen；
FPC electric-examinations bindiny mechanism, the cell phone mainboard of detection pedestal is arranged at for the FPC of mobile phone display screen to be electrically connected to.
2. mobile phone display screen function detection device as claimed in claim 1, it is characterised in that the detection pedestal also includes using
In the connection end of externally connected electric-examination mechanism, the connection end exports the cell phone mainboard output signal to outside electric-examination machine
Structure simultaneously exports the testing result of outside electric-examination mechanism to the display part for being arranged at the detection pedestal.
3. mobile phone display screen function detection device as claimed in claim 1, it is characterised in that the mobile phone display screen function inspection
Surveying device also includes electric-examination mechanism, and the electric-examination mechanism is electrically connected to detect mobile phone master with being arranged at the cell phone mainboard of detection pedestal
Plate output signal simultaneously exports testing result to the display part for being arranged at the detection pedestal.
4. mobile phone display screen function detection device as claimed in claim 1, it is characterised in that set on the upside of the detection pedestal
There is mobile phone display screen location division；The detent mechanism is articulated on the upside of the detection pedestal, and the detent mechanism is to the positioning
Portion overturns to position mobile phone display screen to the location division, or reverse flip to discharge the positioning to mobile phone display screen.
5. mobile phone display screen function detection device as claimed in claim 1, it is characterised in that the signal imitation mechanism includes
Touch-control analog module, the touch-control analog module is fixedly installed on the detection pedestal, and the output of the touch-control analog module
End can stretch with contact or the Touch control key away from mobile phone display screen up and down.
6. mobile phone display screen function detection device as claimed in claim 5, it is characterised in that the touch-control analog module it is defeated
Go out end and be additionally provided with fingerprint portion towards the side of the Touch control key.
7. mobile phone display screen function detection device as claimed in claim 1, it is characterised in that the signal imitation mechanism is also wrapped
Mobile hood for protecting rider is included, the mobile hood for protecting rider movably covers or left the light sensor and/or distance of mobile phone display screen
Inductor.
8. mobile phone display screen function detection device as claimed in claim 1, it is characterised in that the electric-examination bindiny mechanism includes
The inductor link block of the detection pedestal is articulated in, the inductor link block is turned over to the direction of the mobile phone display screen
Turn, and the inductor link block is electrically connected to inductor FPC connection ends.
9. mobile phone display screen function detection device as claimed in claim 8, it is characterised in that the inductor link block bag
Include lower fixture block and be articulated on the upside of the upper fixture block of the lower fixture block, the lower fixture block and be provided with magnet, the upper fixture block direction
The magnet is provided with electric-examination probe, and the electric-examination probe is electrically connected to the cell phone mainboard.
10. mobile phone display screen function detection device as claimed in claim 1, it is characterised in that the electric-examination bindiny mechanism is also
Touch-control link block including being articulated in the detection pedestal, the touch-control link block is turned over to the direction of the mobile phone display screen
Turn, and the touch-control link block is electrically connected to the light sensor of mobile phone display screen and/or the FPC connections of distance-sensor
End.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720147738.XU CN206541594U (en) | 2017-02-17 | 2017-02-17 | Mobile phone display screen function detection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720147738.XU CN206541594U (en) | 2017-02-17 | 2017-02-17 | Mobile phone display screen function detection device |
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| Publication Number | Publication Date |
|---|---|
| CN206541594U true CN206541594U (en) | 2017-10-03 |
Family
ID=59946544
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| Application Number | Title | Priority Date | Filing Date |
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| CN201720147738.XU Active CN206541594U (en) | 2017-02-17 | 2017-02-17 | Mobile phone display screen function detection device |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109391722A (en) * | 2018-08-31 | 2019-02-26 | 深圳市博辉特科技有限公司 | A kind of MMI function test system |
| CN111337775A (en) * | 2020-03-19 | 2020-06-26 | Oppo广东移动通信有限公司 | Display screen assembly testing device and display screen assembly testing device system |
| CN116952947A (en) * | 2023-06-01 | 2023-10-27 | 东莞市冠超光电科技有限公司 | Flaw detection device for mobile phone panel |
-
2017
- 2017-02-17 CN CN201720147738.XU patent/CN206541594U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109391722A (en) * | 2018-08-31 | 2019-02-26 | 深圳市博辉特科技有限公司 | A kind of MMI function test system |
| CN111337775A (en) * | 2020-03-19 | 2020-06-26 | Oppo广东移动通信有限公司 | Display screen assembly testing device and display screen assembly testing device system |
| CN116952947A (en) * | 2023-06-01 | 2023-10-27 | 东莞市冠超光电科技有限公司 | Flaw detection device for mobile phone panel |
| CN116952947B (en) * | 2023-06-01 | 2024-02-23 | 东莞市冠超光电科技有限公司 | Flaw detection device for mobile phone panel |
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