CN206772552U - A kind of on-vehicle lens detection device - Google Patents
A kind of on-vehicle lens detection device Download PDFInfo
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- CN206772552U CN206772552U CN201720605318.1U CN201720605318U CN206772552U CN 206772552 U CN206772552 U CN 206772552U CN 201720605318 U CN201720605318 U CN 201720605318U CN 206772552 U CN206772552 U CN 206772552U
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- China
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- dim spot
- light box
- material folding
- mounting seat
- vehicle lens
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Abstract
The utility model discloses a kind of on-vehicle lens detection device, it includes frame, support frame, clamping device, dim spot detection means, light box mobile device, first light box, second light box and the 3rd light box, carriage is arranged at frame, clamping device is arranged at frame, and between support frame, dim spot detection means is arranged at frame, and corresponding clamping device, light box mobile device is arranged at support frame, and positioned at the top of clamping device, first light box is arranged at light box mobile device, and corresponding clamping device, second light box and the 3rd light box are arranged at support frame, and positioned at the both sides of the first light box, second light box and the 3rd light box correspond to clamping device.The image quality of on-vehicle lens detection device detection on-vehicle lens, effective visual angle, aberration, GTG, white balance, dirt pits, dim spot, electric current, eccentric point, on-vehicle lens detection device will detect data and be converted into digitization, standardization, detection efficiency is high, fault rate is low, the production efficiency of enterprise.
Description
Technical field
It the utility model is related to automation equipment field, more particularly to a kind of vehicle-mounted mirror applied to on-vehicle lens assembly line
Head detection device.
Background technology
More and more extensive with the application of mobile unit, on-vehicle lens quantity required is also to greatly promote.At present, it is existing
On-vehicle lens assembly line take the different detecting instrument detection image quality of on-vehicle lens of man-hour manually hand-held, effective visual angle, aberration,
GTG, white balance, dirt pits, dim spot, electric current, eccentric point, such a detection method detection speed is slow, and intensity of workers is big,
Artificial detection error is high, and enterprise needs more staff, enterprise's production cost increase.
Utility model content
In order to solve the above-mentioned technical problem, the utility model discloses a kind of on-vehicle lens detection device, and it includes frame；
It is arranged at the support frame of frame；
The clamping device of frame is arranged at, clamping device is between support frame；
The dim spot detection means of frame is arranged at, dim spot detection means corresponds to clamping device；
The light box mobile device of support frame is arranged at, light box mobile device is located at the top of clamping device；
The first light box of light box mobile device is arranged at, the first light box corresponds to clamping device；And
The second light box and the 3rd light box of support frame are arranged at, the second light box and the 3rd light box are located at the two of the first light box
Side, the second light box and the 3rd light box correspond to clamping device.
According to an embodiment of the present utility model, above-mentioned clamping device include material folding installing plate, material folding travel mechanism and
Fixture, material folding installing plate are arranged at frame, and between support frame, material folding travel mechanism is arranged at material folding installing plate and machine
Frame, fixture are arranged at material folding travel mechanism.
According to an embodiment of the present utility model, above-mentioned material folding travel mechanism includes material folding slide rail, material folding driving element
And fixture limited block, material folding slide rail are layed in material folding installing plate and frame, material folding driving element is arranged at material folding slide rail, and material folding is driven
The output end jockey of dynamic element, fixture limited block are arranged at one end of material folding slide rail, and corresponding material folding driving element.
According to an embodiment of the present utility model, above-mentioned fixture includes material folding fixed seat and cover plate, and material folding fixed seat is set
The output end of material folding driving element is placed in, cover plate is movably connected on material folding fixed seat.
According to an embodiment of the present utility model, above-mentioned dim spot detection means includes the first dim spot travel mechanism, dim spot
Mounting seat, the second dim spot travel mechanism and dim spot detection light source, the first dim spot travel mechanism is arranged at material folding installing plate, and is located at
The side of material folding travel mechanism, dim spot mounting seat are arranged at the first dim spot travel mechanism, and the second dim spot travel mechanism is arranged at secretly
Point mounting seat, and it is arranged at the second dim spot travel mechanism, and position positioned at the top of the first dim spot travel mechanism, dim spot detection light source
In the side of dim spot mounting seat, dim spot detection light source corresponds to fixture.
According to an embodiment of the present utility model, above-mentioned second dim spot travel mechanism includes the second dim spot guide rail, second
Dim spot moving member, dim spot detection light source mounting seat and the second dim spot driving element, the second dim spot guide rail are arranged at dim spot mounting seat,
Second dim spot moving member is movably connected on the second dim spot guide rail, and positioned at the side of dim spot mounting seat, dim spot detection light source installation
Seat is arranged at the second dim spot moving member, dim spot detection light source mounting seat connection dim spot detection light source, and the second dim spot driving element is set
Dim spot mounting seat is placed in, and positioned at the side of the second dim spot guide rail, the output end connection dim spot detection of the second dim spot driving element
Light source mounting seat.
According to an embodiment of the present utility model, above-mentioned light box mobile device includes light box movement lazy-tongs and light box
Mobile driving element, light box movement lazy-tongs are arranged at support frame, and between the second light box and the 3rd light box, light box moves
Dynamic lazy-tongs connect the first light box, and light box movement driving element is arranged at support frame, and light box moves the output of driving element
End connection light box movement lazy-tongs.
According to an embodiment of the present utility model, above-mentioned light box movement lazy-tongs include synchronous mounting seat, four it is same
Step bearing, four synchronizing shafts, four synchronizing wheels and timing belt, synchronous mounting seat are arranged at the top of support frame, four synchronizations
Bearing is arranged at synchronous mounting seat, and four synchronizing shafts are sheathed on four synchronous bearings, and one end of four synchronizing shafts connects the first light
Case, four synchronizing wheels are sheathed on the other end of four synchronizing shafts, synchronous four synchronizing wheels of band connection respectively, and are located at four synchronizations
The side of axle, the output end of synchronous band connection light box movement driving element.
According to an embodiment of the present utility model, above-mentioned on-vehicle lens detection device also includes code reader, and code reader is set
Frame is placed in, and positioned at the side of support frame.
Compared with prior art, on-vehicle lens detection device of the present utility model detects the image quality of on-vehicle lens, had
Visual angle, aberration, GTG, white balance, dirt pits, dim spot, electric current, eccentric point are imitated, on-vehicle lens detection device will detect data conversion
Into the data of digitization, standardization, detection efficiency is high, and fault rate is low, reduces the production cost of enterprise and the work of staff
Intensity, the production efficiency of enterprise.
Brief description of the drawings
Fig. 1 is the schematic diagram of the on-vehicle lens detection device of the embodiment of the utility model one.
Fig. 2 is the clamping device of the embodiment of the utility model one and the schematic diagram of dim spot detection means.
Embodiment
Multiple embodiments of the present utility model will be disclosed with schema below, as clearly stated, in many practices
Details will be explained in the following description.It should be appreciated, however, that the details in these practices is not applied to limit this practicality newly
Type.
On its " first " used herein, " second " etc., the meaning of order or cis-position is not especially censured, also non-use
To limit the utility model, it is just for the sake of difference with the component of constructed term description or operation.
Referring to Fig. 1, its schematic diagram for the on-vehicle lens detection device 1 of the embodiment of the utility model one.As illustrated,
The utility model discloses a kind of on-vehicle lens detection device 1, and it is used for on-vehicle lens assembly line, on-vehicle lens detection device 1
Detect on-vehicle lens performance, predominantly detect image quality, effective visual angle, aberration, GTG, white balance, dirt pits, dim spot, electric current,
The performance of on-vehicle lens is converted into standard digital data by eccentric point etc., on-vehicle lens detection device 1, avoids artificial detection from occurring
Error.On-vehicle lens detection device 1 includes frame 11, support frame 12, clamping device 13, dim spot detection means 14, light box and moved
Dynamic device 15, the first light box 16, the second light box 17 and the 3rd light box 18.Support frame 12 is arranged at frame 11.Clamping device 13
Frame 11 is arranged at, clamping device 13 is between support frame 12.Dim spot detection means 14 is arranged at frame 11, dim spot detection dress
Put 14 corresponding clamping devices 13.Light box mobile device 15 is arranged at support frame 12, and light box mobile device 15 is located at clamping device
13 top.First light box 16 is arranged at light box mobile device 15, the corresponding clamping device 13 of the first light box 16.Second light box 17 and
3rd light box 18 is arranged at support frame 12, and the second light box 17 and the 3rd light box 18 are located at the both sides of the first light box 16, the second light
The corresponding clamping device 13 of the light box 18 of case 17 and the 3rd.On-vehicle lens 2 are manually placed in clamping device 13, manually by on-vehicle lens 2
Public plug docked with the female of on-vehicle lens detection device 1；Thereafter, clamping device 13 drives on-vehicle lens 2 dark to corresponding to
Point detection device 14, the first light box 16, the station of the second light box 17 and the 3rd light box 18；Thereafter, dim spot detection means 14 detects
Whether the dim spot of on-vehicle lens 2 is normal, and the transmission detection data of dim spot detection means 14 are to on-vehicle lens detection device 1, if vehicle-mounted
The dim spot of camera lens 2 is abnormal, then on-vehicle lens 2 are defective products, and on-vehicle lens detection device 1 sends alarm, if vehicle-mounted mirror
First 2 dim spot is normal, then on-vehicle lens 2 are non-defective unit；Thereafter, on-vehicle lens detection device 1 supplies power supply to on-vehicle lens 2, car
Carry camera lens 2 to start working, light box mobile device 15 drives the first light box 16 to be displaced downwardly to the station for corresponding to clamping device 13, the first light
Case 16, the second light box 17 and the 3rd light box 18 detection image quality of on-vehicle lens 2, effective visual angle, aberration, GTG, white balance,
Whether dirt pits, dim spot, eccentric point are normal, and the first light box 16, the second light box 17 and the 3rd light box 18 transmission detection data are to vehicle-mounted
Shot Detection equipment 1, if the image quality of on-vehicle lens 2, effective visual angle, aberration, GTG, white balance, dirt pits, dim spot, bias
Point is abnormal, then on-vehicle lens 2 are defective products, and on-vehicle lens detection device 1 sends alarm, if the image of on-vehicle lens 2
Quality, effective visual angle, aberration, GTG, white balance, dirt pits, dim spot, eccentric point are normal, then clamping device 13 drives on-vehicle lens 2
Recover initial position, the female of the artificial public plug and on-vehicle lens detection device 1 for unclamping on-vehicle lens 2, take out vehicle-mounted mirror
First 2.
Refer to Fig. 2 in the lump again, it is the clamping device 13 of the embodiment of the utility model one and showing for dim spot detection means 14
It is intended to.As illustrated, clamping device 13 includes material folding installing plate 131, material folding travel mechanism 132 and fixture 133, material folding installing plate
131 are arranged at frame 11, and between support frame 12, material folding travel mechanism 132 is arranged at material folding installing plate 131 and frame
11, fixture 133 is arranged at material folding travel mechanism 132.Material folding travel mechanism 132 includes material folding slide rail 1321, material folding driving element
1322 and fixture limited block 1323.Material folding slide rail 1321 is layed in material folding installing plate 131 and frame 11, material folding driving element 1322
Material folding slide rail 1321, the output end jockey 133 of material folding driving element 1322 are arranged at, fixture limited block 1323 is arranged at folder
Expect one end of slide rail 1321, and corresponding material folding driving element 1322.Fixture 133 includes material folding fixed seat 1331 and cover plate 1332.
Material folding fixed seat 1331 is arranged at the output end of material folding driving element 1322, and cover plate 1332 is movably connected on material folding fixed seat
1331.Cover plate 1332 is opened manually to close up in material folding fixed seat 1331 and the original state of cover plate 1332；Thereafter, manually by car
Carry camera lens 2 and be placed in material folding fixed seat 1331, manually close up cover plate 1332 and material folding fixed seat 1331, manually by on-vehicle lens 2
Public plug docked with the female of on-vehicle lens detection device 1, fixture 13 fixes and positions on-vehicle lens 2；Thereafter, material folding is driven
Dynamic element 1322 drive fixture to 13 and on-vehicle lens 2 be moved to corresponding dim spot detection means 14, the first light box 16, the second light box 17
And the 3rd light box 18 station；Dim spot detection means 14, the first light box 16, the second light box 17 and the detection of the 3rd light box 18 are completed
Afterwards, material folding driving element 1322 drives fixture to 13 and the recovery initial position of on-vehicle lens 2, manually by the public plug of on-vehicle lens 2
Unclamped with the female of on-vehicle lens detection device 1, cover plate 1332 is opened manually, take out on-vehicle lens 2.
Fig. 2 is referred to again, and dim spot detection means 14 is dark including the first dim spot travel mechanism 141, dim spot mounting seat 142, second
Point travel mechanism 143 and dim spot detection light source 144, the first dim spot travel mechanism 141 is arranged at material folding installing plate 131, and is located at
The side of material folding travel mechanism 132, dim spot mounting seat 142 are arranged at the first dim spot travel mechanism 141, the second dim spot travel mechanism
143 are arranged at dim spot mounting seat 142, and are arranged at positioned at the top of the first dim spot travel mechanism 141, dim spot detection light source 144
Second dim spot travel mechanism 143, and positioned at the side of dim spot mounting seat 142, the corresponding fixture 133 of dim spot detection light source 144.First
Dim spot travel mechanism 141 includes the first dim spot driving element 1411 and the first dim spot limited block 1412.First dim spot driving element
1411 are arranged at material folding installing plate 131, and the first dim spot driving element 1411 is located at the side of material folding travel mechanism 132, and first is dark
Point limited block 1413 is arranged at one end of the first dim spot driving element 1411,1413 corresponding dim spot mounting seat of the first dim spot limited block
142.Second dim spot travel mechanism 143 includes the second dim spot guide rail 1431, the second dim spot moving member 1432, dim spot detection light source peace
The dim spot driving element 1434 of seat 1433 and second is filled, the second dim spot guide rail 1431 is arranged at dim spot mounting seat 142, and the second dim spot moves
Moving part 1432 is movably connected on the second dim spot guide rail 1431, and positioned at the side of dim spot mounting seat 142, dim spot detection light source installation
Seat 1433 is arranged at the second dim spot moving member 1432, dim spot detection light source 144 mounting seat connection dim spot detection light source 144, and second
Dim spot driving element 1434 is arranged at dim spot mounting seat 142, and positioned at the side of the second dim spot guide rail 1431, the driving of the second dim spot
The output end connection dim spot detection light source mounting seat 1433 of element 1434.Clamping device 13 drives on-vehicle lens 2 to be moved to correspondingly
The station of dim spot detection means 14；Thereafter, the first dim spot driving element 1412 driving dim spot mounting seat 142 moves, dim spot installation
Seat 142 drives the second dim spot travel mechanism 143 and dim spot detection light source 144 to be moved to the station of corresponding fixture 133；Thereafter,
Two dim spot driving elements 1434 drive the second dim spot moving member 1432 and dim spot detection light source mounting seat 1433 to be led along the second dim spot
Rail 1431 moves, and dim spot detection light source mounting seat 1433 drives dim spot detection light source 144 to be moved to along the second dim spot guide rail 1431
The station of corresponding fixture 133；Thereafter, whether the dim spot of dim spot detection light source 144 detection on-vehicle lens 2 is normal, dim spot detection light
Source 144 will detect data transfer to load Shot Detection equipment 1；If the dim spot of on-vehicle lens 2 is abnormal, Shot Detection equipment is carried
1 sends alarm；If the dim spot that dim spot detection light source 144 detects on-vehicle lens 2 is normal, the first light box 16, the second light box
17 and the 3rd light box 18 detect the image qualities of on-vehicle lens 2, effective visual angle, aberration, GTG, white balance, dirt pits, dim spot, partially
Whether heart point is normal.
Fig. 1 is referred to again, light box mobile device 15 includes light box movement lazy-tongs 151 and light box movement driving element 152,
Light box movement lazy-tongs 151 are arranged at support frame 12, and between the second light box 17 and the 3rd light box 18, light box movement is same
Walk mechanism 151 and connect the first light box 16, light box movement driving element 152 is arranged at support frame 12, light box movement driving element
152 output end connection light box movement lazy-tongs 151.Light box movement lazy-tongs 151 include synchronous mounting seat 1511, four
Synchronous 1512, four, the bearing synchronizing wheel 1514 of synchronizing shaft 1513, four and timing belt 1515, synchronous mounting seat 1511 are arranged at branch
The top of support frame frame 12, four synchronous bearings 1512 are arranged at synchronous mounting seat 1511, and four synchronizing shafts 1513 are sheathed on four
Synchronous bearing 1512, one end of four synchronizing shafts 1513 connect the first light box 16, and four synchronizing wheels 1514 are sheathed on four respectively
The other end of synchronizing shaft 1513, timing belt 1515 connects four synchronizing wheels 1514, and is located at the side of four synchronizing shafts 1513, together
Walk the output end that band 1515 connects light box movement driving element 152.Dim spot detection light source 144 detect on-vehicle lens 2 dim spot be
It is no normal；Thereafter, light box movement driving element 152 drives timing belt 1515 to rotate, and timing belt 1515 drives four synchronizing wheels
1514 rotate, and simultaneously, four synchronizing wheels 1514 drive four synchronizing shafts 1513 to be vertically moved along four synchronous bearings 1512,
Four synchronizing shafts 1513 drive the first light box 16 to move vertically to the station for corresponding to clamping device 13；First light box 16 completes detection
Work, light box movement driving element 152 drive the first light box 16 to recover initial position.
Fig. 1 is referred to again, and on-vehicle lens detection device 1 also includes code reader 19, and code reader 19 is arranged at frame 11, code reader
19 are located at the side of support frame 12.Before on-vehicle lens 2 are placed in fixture 133, code reader 19 is first placed in, code reader 19 scans vehicle-mounted
The Quick Response Code of camera lens 2, the Quick Response Code of on-vehicle lens 2 is recorded, facilitate the Data Collection of on-vehicle lens detection device 1.
During concrete application, above-mentioned material folding driving element 1322, the first dim spot driving element 1412, the second dim spot driving member
Part 1434, dim spot detection light source 144, light box movement driving element 152, the first light box 16, the second light box 17, the 3rd light box 18 and
Code reader 19 electrically connects the control PLC of on-vehicle lens detection device 1, the control PLC control material folding of on-vehicle lens detection device 1
Driving element 1322, the first dim spot driving element 1412, the second dim spot driving element 1434, dim spot detection light source 144, light box move
Dynamic driving element 152, the first light box 16, the second light box 17, the 3rd light box 18 and the start of code reader 19, to reach on-vehicle lens inspection
The effect of 1 Automated condtrol of measurement equipment.
In one or more embodiments of the present utility model, on-vehicle lens detection device of the present utility model detects vehicle-mounted mirror
The image quality of head, effective visual angle, aberration, GTG, white balance, dirt pits, dim spot, electric current, eccentric point, on-vehicle lens detection device
Data will be detected be converted into the data of digitization, standardization, detection efficiency is high, and fault rate is low, reduce enterprise production cost and
The labor intensity of staff, the production efficiency of enterprise.
In summary, in one or more embodiments of the present utility model, the upper only embodiment party of the present utility model
Formula, it is not limited to the utility model.To those skilled in the art, the utility model can have various changes
And change.All any modification, equivalent substitution and improvements made in spirit of the present utility model and principle etc., all should include
Within right of the present utility model.
Claims (9)
- A kind of 1. on-vehicle lens detection device, it is characterised in that including：Frame (11)；It is arranged at the support frame (12) of the frame；The clamping device (13) of the frame (11) is arranged at, the clamping device (13) is between the support frame (12)；It is arranged at the dim spot detection means (14) of the frame (11), the corresponding clamping device of the dim spot detection means (14) (13)；The light box mobile device (15) of the support frame (12) is arranged at, the light box mobile device (15) is located at the material folding The top of device (13)；It is arranged at the first light box (16) of the light box mobile device (15), the corresponding clamping device of first light box (16) (13)；AndIt is arranged at the second light box (17) and the 3rd light box (18) of the support frame (12), second light box (17) and the 3rd Light box (18) is located at the both sides of first light box (16), second light box (17) and the corresponding material folding of the 3rd light box (18) Device (13).
- 2. on-vehicle lens detection device according to claim 1, it is characterised in that the clamping device (13) includes：Folder Material installing plate (131), material folding travel mechanism (132) and fixture (133), the material folding installing plate (131) are arranged at the frame (11), and between the support frame (12), the material folding travel mechanism (132) is arranged at the material folding installing plate (131) And frame (11), the fixture (133) are arranged at the material folding travel mechanism (132).
- 3. on-vehicle lens detection device according to claim 2, it is characterised in that material folding travel mechanism (132) bag Include：Material folding slide rail (1321), material folding driving element (1322) and fixture limited block (1323), material folding slide rail (1321) laying In the material folding installing plate (131) and frame (11), the material folding driving element (1322) is arranged at the material folding slide rail (1321), the output end of the material folding driving element (1322) connects the fixture (133), and the fixture limited block (1323) sets It is placed in one end of the material folding slide rail (1321), and the corresponding material folding driving element (1322).
- 4. on-vehicle lens detection device according to claim 3, it is characterised in that the fixture (133) includes：Material folding Fixed seat (1331) and cover plate (1332), the material folding fixed seat (1331) are arranged at the defeated of the material folding driving element (1322) Go out end, the cover plate (1332) is movably connected on the material folding fixed seat (1331).
- 5. on-vehicle lens detection device according to claim 2, it is characterised in that dim spot detection means (14) bag Include：First dim spot travel mechanism (141), dim spot mounting seat (142), the second dim spot travel mechanism (143) and dim spot detection light source (144), the first dim spot travel mechanism (141) is arranged at the material folding installing plate (131), and is located at the material folding moving machine The side of structure (132), the dim spot mounting seat (142) are arranged at the first dim spot travel mechanism (141), second dim spot Travel mechanism (143) is arranged at the dim spot mounting seat (142), and is located at the top of the first dim spot travel mechanism (141), The dim spot detection light source (144) is arranged at the second dim spot travel mechanism (143), and is located at the dim spot mounting seat (142) side, the corresponding fixture (133) of dim spot detection light source (144).
- 6. on-vehicle lens detection device according to claim 5, it is characterised in that the second dim spot travel mechanism (143) include：Second dim spot guide rail (1431), the second dim spot moving member (1432), dim spot detection light source mounting seat (1433) and Second dim spot driving element (1434), the second dim spot guide rail (1431) are arranged at the dim spot mounting seat (142), and described Two dim spot moving members (1432) are movably connected on the second dim spot guide rail (1431), and are located at the dim spot mounting seat (142) Side, dim spot detection light source mounting seat (1433) is arranged at the second dim spot moving member (1432), the dim spot inspection Light-metering source mounting seat (1433) connects the dim spot detection light source (144), and the second dim spot driving element (1434) is arranged at The dim spot mounting seat (142), and positioned at the side of the second dim spot guide rail (1431), the second dim spot driving element (1434) output end connects the dim spot detection light source mounting seat (1433).
- 7. on-vehicle lens detection device according to claim 1, it is characterised in that light box mobile device (15) bag Include：Light box movement lazy-tongs (151) and light box movement driving element (152), the light box movement lazy-tongs (151) are set In the support frame (12), and between second light box (17) and the 3rd light box (18), the light box moves synchronous machine Structure (151) connects first light box (16), and the light box movement driving element (152) is arranged at the support frame (12), The output end of the light box movement driving element (152) connects the light box movement lazy-tongs (151).
- 8. on-vehicle lens detection device according to claim 7, it is characterised in that the light box moves lazy-tongs (151) include：Synchronous mounting seat (1511), four synchronous bearings (1512), four synchronizing shafts (1513), four synchronizing wheels (1514) and timing belt (1515), the synchronous mounting seat (1511) is arranged at the top of the support frame (12), and described four Individual synchronous bearing (1512) is arranged at the synchronous mounting seat (1511), and four synchronizing shafts (1513) are sheathed on described four Synchronous bearing (1512), one end of four synchronizing shafts (1513) connect first light box (16), four synchronizing wheels (1514) other end of four synchronizing shafts (1513) is sheathed on respectively, and the timing belt (1515) connects four synchronizations Take turns (1514), and positioned at the side of four synchronizing shafts (1513), the timing belt (1515) connects the light box movement and driven The output end of dynamic element (152).
- 9. according to the on-vehicle lens detection device described in claim any one of 1-8, it is characterised in that also including code reader (19), the code reader (19) is arranged at the frame (11), and positioned at the side of the support frame (12).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720605318.1U CN206772552U (en) | 2017-05-27 | 2017-05-27 | A kind of on-vehicle lens detection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720605318.1U CN206772552U (en) | 2017-05-27 | 2017-05-27 | A kind of on-vehicle lens detection device |
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| Publication Number | Publication Date |
|---|---|
| CN206772552U true CN206772552U (en) | 2017-12-19 |
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ID=60639007
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| Application Number | Title | Priority Date | Filing Date |
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| CN201720605318.1U Active CN206772552U (en) | 2017-05-27 | 2017-05-27 | A kind of on-vehicle lens detection device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107290132A (en) * | 2017-05-27 | 2017-10-24 | 惠州市德赛自动化技术有限公司 | A kind of on-vehicle lens detection device |
-
2017
- 2017-05-27 CN CN201720605318.1U patent/CN206772552U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107290132A (en) * | 2017-05-27 | 2017-10-24 | 惠州市德赛自动化技术有限公司 | A kind of on-vehicle lens detection device |
| CN107290132B (en) * | 2017-05-27 | 2023-08-25 | 惠州市德赛自动化技术有限公司 | Vehicle-mounted lens detection equipment |
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