CN206392516U - Camera lens auto-cleaner - Google Patents
Camera lens auto-cleaner Download PDFInfo
- Publication number
- CN206392516U CN206392516U CN201621492367.0U CN201621492367U CN206392516U CN 206392516 U CN206392516 U CN 206392516U CN 201621492367 U CN201621492367 U CN 201621492367U CN 206392516 U CN206392516 U CN 206392516U
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- camera lens
- tool
- automatic
- blow
- module
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Abstract
The utility model, which discloses a kind of camera lens auto-cleaner, includes automatic feeding, automatic cleaning apparatus and automatic material-gathering device and jacking apparatus；The automatic cleaning apparatus includes inner chamber, horizontal drive mechanism, the Blow off module positioned at the interior intracavitary and the output end for being installed on the horizontal drive mechanism, and the air supply system connected with the Blow off module；The Blow off module is located at the lower section of the tool and with two intersecting inclined-planes, some stomatas tilted upward are offered described in two on inclined-plane, the camera lens of the tool is blown by the stomata on inclined-plane wherein described in one during the Blow off module forward direction translation, the camera lens of the tool blown by the stomata on another inclined-plane when the Blow off module is reversely translated.The utility model camera lens automated cleaning function is cleaned to camera lens automatic lot, cleaning effect is good, cleaning efficiency is high.
Description
Technical field
The utility model is related to a kind of cleaning equipment, more particularly to a kind of camera lens auto-cleaner.
Background technology
With the progress and the raising of people's level of production of science and technology, the popularization of mobile phone is more and more wider, and the function of mobile phone
Also more and more, the camera function of such as mobile phone, nearly all mobile phone is fitted with camera, and the camera lens of these cameras is very
It is small, require that the cleanliness factor of environment is also very high in production, be impermissible for any dust and adhere on camera lens, once have on camera lens
Dust will reduce the pickup quality of camera, be flagrant for user.Therefore, produce camera lens when, it is necessary to
Camera lens is cleaned.Existing mode is all to carry out dedusting using mechanical system, and still, existing automation degree of equipment is not
Height, complex operation is higher to labor claim, and cleaning is not thorough, easily has residual or occurs secondary pollution, cleaning effect
It is bad, the requirement of production can not be met.
Utility model content
The purpose of this utility model be to provide one kind can to the cleaning of camera lens automatic lot, cleaning effect good, efficiency high
Camera lens auto-cleaner.
To achieve these goals, the camera lens auto-cleaner that the utility model is provided includes automatic feeding, automatic
The tool for being loaded with multiple camera lenses is transported to institute by cleaning device and automatic material-gathering device and jacking apparatus, the automatic feeding
State the side of automatic cleaning apparatus；The jacking apparatus is by the tool jacking on the automatic cleaning apparatus and is transferred to institute
State on automatic material-gathering device, and by the tool jacking on the automatic feeding and be transferred on the automatic cleaning apparatus；
The automatic cleaning apparatus is including inner chamber, horizontal drive mechanism, positioned at the interior intracavitary and is installed on the horizontal drive mechanism
Output end Blow off module, and the air supply system connected with the Blow off module；The Blow off module is located at the tool
Lower section and with two intersecting inclined-planes, some stomatas tilted upward are offered described in two on inclined-plane, the Blow off module is just
The camera lens of the tool is blown to stomata during translation by inclined-plane wherein described in one, led to when the Blow off module is reversely translated
The stomata for crossing another inclined-plane is blown to the camera lens of the tool.
Compared with prior art, the utility model in the interior intracavitary by setting Blow off module, and makes the air blowing
Module opens up two intersecting inclined-planes, some stomatas tilted upward is being offered described in two on inclined-plane, so as to utilize horizontal drive
Mechanism drives the Blow off module to move horizontally, and with the air supply system collective effect, making the Blow off module positive
Blown when translation or reversely translation by the stomata on different inclined-planes, because stomata is tilted upward, therefore, blowout
Gas and dust tilt upward discharge along moving direction, will not secondary pollution other camera lenses, so as to reach preferably cleaning effect；
In addition, further through automatic feeding, automatic material-gathering device and jacking apparatus is set, the tool can be made to realize on automatic
Material, automatic transfer and automatic blanking, whole-course automation production without artificial operation, reduce labor intensity, improve cleaning efficiency.
It is preferred that the automatic cleaning apparatus also includes ion generator, the ion generator is arranged at the air blowing
Between module and the air supply system.The ion generator can produce electronics, so as to neutralize the powered dust on camera lens, make
Cleaning is cleaner thorough, and cleaning effect is more preferable.
It is preferred that the Blow off module offers air drain, two relative inner sides of the air drain form inclined-plane described in two.
It is preferred that the intersecting angular range in inclined-plane described in two is 131 degree to 141 degree.When the gas blown out from the stomata
It is more preferable to the cleaning effect of camera lens in this angle.
It is preferred that the automatic cleaning apparatus also includes suction system, the suction system is located at the top of the inner chamber.
By setting suction system, the dust of blowout can be siphoned away in time, it is to avoid other camera lenses of secondary pollution.
It is preferred that the automatic cleaning apparatus also includes the positioning seat for being arranged at the interior intracavitary, the positioning seat includes
Fixed block, regulating block and two adjustable plates, the fixed block are fixed on the first side of the inner chamber, adjustable plate described in two be fixed on
The both sides of the adjacent inner chamber in first side, the regulating block can horizontally adjustably be arranged at described in two on adjustable plate and with
The fixed block is relative, so that the regulating block can carry the tool with the fixed block., can by setting the adjustable plate
So that the distance of the relatively described fixed block of the regulating block can adjust, so as to be applicable different size of tool, it can once clean
Substantial amounts of camera lens, effectively improves cleaning efficiency.
It is preferred that the automatic cleaning apparatus also includes pressure holding component, the pressure holding component includes cylinder, substrate, pressing plate
And flexible member, the substrate is fixed on the output end of the cylinder, and the pressing plate is arranged at below the substrate, the pressing plate
Through hole is offered corresponding to the position of the camera lens, the flexible member is arranged between the pressing plate and the substrate, described
When tool is located at the inner chamber, the cylinder drives the pressing plate to move down by the substrate, makes the edge of the through hole by mirror
Head pressure holding is on the tool.Because the pressure of the gas blown out from stomata is very big, and the camera lens lighter in weight, easily by gas
Pressure blows away or shifted on tool, therefore, sets the pressure holding component to position camera lens, prevents the camera lens in the mistake of cleaning
Depart from the correspondence position of tool in journey.
It is preferred that the automatic feeding includes two conveyer belts, transport driving, two hold-down supports, a regulation branch
Seat and set screw, the regulation bearing are located between hold-down support described in two, and conveyer belt described in two is respectively arranged at a fixation
On bearing and the regulation bearing, the tool is carried on described in two on conveyer belt, described in the transport driving driving two
Conveyer belt is operated, and the set screw is articulated in hold-down support described in two and adjusts bearing screw connection with described, for adjusting
The distance of the regulation relatively described hold-down support of bearing.The set screw can be to the regulation relatively described hold-down support of bearing
Position be adjusted, be allowed to be applied to different size of tool, improve applicability.
It is preferred that the automatic material-gathering device includes lift drive mechanism and Material collecting box for harvesting, the Material collecting box for harvesting is fixed on described
The output end of lift drive mechanism, the Material collecting box for harvesting has an import, and the chamber interior wall that gathers materials goes to upper and lower distribution provided with some
Slot, the tool inserted in the slot by the import.By set in Material collecting box for harvesting it is multiple under be distributed up and down
Slot, tool after the completion of tool cleaning, can be shifted by the jacking apparatus and tool is inserted into the slot,
And the lift drive mechanism can be lifted to the Material collecting box for harvesting, on the one hand the tool inserted in slot can be moved upward away from,
On the other hand next unloaded slot can be enable to be located on docking location, continuously gather materials so as to realize, facilitate follow-up
Blanking works.
It is preferred that the jacking apparatus includes jacking cylinder, track and translation mechanism, the track crossings are described automatic
The lower section of feed device, automatic cleaning apparatus and automatic material-gathering device three, the flat travel mechanism drives the jacking cylinder
Translate on the track, the jacking gas is by the tool jacking.
Brief description of the drawings
Fig. 1 is the stereogram of the utility model camera lens auto-cleaner.
Fig. 2 is the top view of the utility model camera lens auto-cleaner.
Fig. 3 is the exploded view of automatic cleaning apparatus in the utility model camera lens auto-cleaner.
Fig. 4 is the structure chart of Blow off module in the utility model camera lens auto-cleaner.
Fig. 5 is the structure chart of automatic feeding in the utility model camera lens auto-cleaner.
Fig. 6 is the structure chart of automatic material-gathering device in the utility model camera lens auto-cleaner.
Fig. 7 is the side view of the utility model camera lens auto-cleaner.
Embodiment
To describe technology contents of the present utility model, construction feature, the effect realized in detail, below in conjunction with embodiment
And coordinate accompanying drawing to be explained in detail.
As shown in Figure 1 and Figure 2, the utility model camera lens auto-cleaner 100 includes automatic feeding 1, automated cleaning dress
2 and automatic material-gathering device 3 and jacking apparatus 4 are put, the tool 200 for being loaded with multiple camera lenses is transported to by the automatic feeding 1
The side of the automatic cleaning apparatus 2；The jacking apparatus 4 by the jacking of the tool 200 on the automatic cleaning apparatus 2 simultaneously
Be transferred on the automatic material-gathering device 3, and by the jacking of tool 200 on the automatic feeding 1 and be transferred to it is described from
On dynamic cleaning device 2.
Fig. 3 and Fig. 4 is referred to, the automatic cleaning apparatus 2 includes inner chamber 21, the positioning seat being arranged in the inner chamber 21
22nd, horizontal drive mechanism 23, in the inner chamber 21 and be installed on the horizontal drive mechanism 23 output end air blowing mould
Block 24, the air supply system connected with the Blow off module 24, ion generator 25, suction system 26 and pressure holding component 27；It is described
Horizontal drive mechanism 23 is motor belt mechanism, or cylinder；The Blow off module 24 is located under the tool 200
Side, the equal length of the Blow off module 24 and the tool 200, just whole tool 200 to be blown into one once translating
Time, the Blow off module 24 has two intersecting inclined-planes 241, offers some stomatas tilted upward described in two on inclined-plane 241
242, specifically, the Blow off module 24 offers air drain 243, and two relative inner sides of the air drain 243 are formed described in two tiltedly
Face 241；The tool 200 has perforate, and camera lens head is positioned over the top of the perforate, and gas can be upward by the perforate
Camera lens is blown.The intersecting angular range in inclined-plane 241 described in two is 131 degree to 141 degree, and optimum value is at 136 degree, from this angle
The gas that the stomata 242 is blown out is more preferable to the cleaning effect of camera lens.Pass through wherein one during the forward direction of Blow off module 24 translation
The camera lens of 242 pairs of the stomata tool 200 on the inclined-plane 241 is blown, by another when the Blow off module 24 is reversely translated
The camera lens of 242 pairs of the stomata tool 200 on the inclined-plane 241 is blown.The ion generator 25 is arranged at the air blowing mould
Between block 24 and the air supply system；The air supply system is of virtually compressed air filtration system, and gas first passes through described
Just reached after the filtering of compressed air filtration system in the ion generator 25.The ion generator 25 can produce electronics,
So as to neutralize the powered dust on camera lens, make cleaning cleaner thorough, cleaning effect is more preferable.Stomata 242 described in the application two
It is used in conjunction with an ion generator 25, it is only necessary to which magnetic valve is set on the air flue where stomata described in two 242, it is necessary to use
Which gas is to open corresponding magnetic valve.The suction system 26 is located at the top of the inner chamber 21.Inhaled by setting
Gas system 26, in time can siphon away the dust of blowout, it is to avoid other camera lenses of secondary pollution.
Again referring to Fig. 3, the positioning seat 22 includes fixed block 221, the adjustable plate 223 of regulating block 222 and two, the fixation
Block 221 is fixed on the first side of the inner chamber 21, and adjustable plate 223 described in two is fixed on the inner chamber adjacent with first side
21 both sides, the adjustable plate 223 is provided with row's mounting hole, and the regulating block 222 is arranged at two institutes by the mounting hole
State on adjustable plate 223 and with the fixed block 221 relatively, so that the regulating block 222 can carry described with the fixed block 221
Tool 200.When need to adjust the regulating block 222 and the fixed block 221 apart from when, it is only necessary to by the regulating block 222
It is installed on other mounting holes.By setting the adjustable plate 223, the relatively described fixation of the regulating block 222 can be made
The distance of block 221 can adjust, so as to be applicable different size of tool 200, can once clean substantial amounts of camera lens, effectively improve clear
Clean efficiency.
Again referring to Fig. 3, the pressure holding component 27 includes pressure holding cylinder 271, substrate 272, pressing plate 273 and flexible member
274, the flexible member 274 is compression spring.The substrate 272 is fixed on the output end of the pressure holding cylinder 271, the pressure
Plate 273 is arranged at the lower section of substrate 272, and the position that the pressing plate 273 corresponds to the camera lens offers through hole, the elasticity
Element 274 is arranged between the pressing plate 273 and the substrate 272, for entering row buffering to the tool 200, prevents described
Pressing plate 273 damages the tool 200 by pressure, and when the tool 200 is located at the inner chamber 21, the pressure holding cylinder 271 passes through the base
Plate 272 drives the pressing plate 273 to move down, and makes the edge of the through hole by camera lens pressure holding on the tool 200.Due to from stomata
The pressure of the gas of 242 blowouts is very big, and the camera lens lighter in weight, is easily blown away or shifted on tool 200 by air pressure, because
This, sets the pressure holding component 27 to position camera lens, prevents the camera lens from departing from the correspondence of tool 200 during cleaning
Position.
Referring to Fig. 5, the automatic feeding 1 includes two conveyer belts 11, transport driving 12, two hold-down supports
13rd, a regulation bearing 14 and set screw 15, the regulation bearing 14 are located between hold-down support 13 described in two, are conveyed described in two
Band 11 is respectively arranged on a hold-down support 13 and the regulation bearing 14, and the tool 200 is carried on conveyer belt 11 described in two
On, conveyer belt 11 described in the driving of transport driving 12 two is operated, and the set screw 15 is articulated in fixed branch described in two
Seat 13 and with it is described regulation the screw connection of bearing 14, for adjust it is described regulation the relatively described hold-down support 13 of bearing 14 away from
From.The set screw 15 can be adjusted to the position for adjusting the relatively described hold-down support 13 of bearing 14, be allowed to be applied to
Different size of tool 200, improves applicability.
Referring to Fig. 6, the automatic material-gathering device 3 includes lift drive mechanism 31 and Material collecting box for harvesting 32, the lifting driving
Mechanism 31 is silk phase nut body, or cylinder；The Material collecting box for harvesting 32 is fixed on the output of the lift drive mechanism 31
End, the Material collecting box for harvesting 32 has an import 321, and the inwall of the Material collecting box for harvesting 32 is provided with some slots 322 for going to upper and lower distribution,
The tool 200 is inserted in the slot 322 by the import 321.By dividing up and down in the case where the interior setting of Material collecting box for harvesting 32 is multiple
The slot 322 of cloth, after the completion of the cleaning of tool 200, can be shifted tool 200 by the jacking apparatus 4 and by tool 200
It is inserted into the slot 322, and the lift drive mechanism 31 can be lifted to the Material collecting box for harvesting 32, on the one hand will can be inserted
Moved upward away from the tool 200 in slot 322, next unloaded slot 322 on the other hand can be enable to be located at docking location
On, continuously gather materials so as to realize, facilitate follow-up blanking to work.
As shown in fig. 7, the jacking apparatus 4 includes jacking cylinder 41, track 42 and translation mechanism 43, the translation mechanism
43 be motor belt mechanism；The track 42 is across in the automatic feeding 1, automatic cleaning apparatus 2 and the automatic dress that gathers materials
The lower section of 3 threes is put, the translation mechanism 43 drives the jacking cylinder 41 to be translated on the track 42, the jacking gas will
The jacking of tool 200.
Summary simultaneously combines above-mentioned accompanying drawing, and the operation principle to this bright mirror head auto-cleaner 100 is retouched in detail below
State, it is as follows：
Before cleaning, first the camera lens is positioned on the tool 200, and corresponding to the perforate, then controlled described
Tool 200 is placed on the conveyer belt 11, and the transport driving 12 drives the conveyer belt 11 to operate, and then is controlled described in drive
Have 200 advance feedings, when the tool 200 is transported to the side of the automatic cleaning apparatus 2, the conveyer belt 11 stops.
At this moment, the jacking apparatus 4 is moved to the lower section of the conveyer belt 11, and to the jacking of tool 200 on the conveyer belt 11, and
The tool 200 is transferred in the inner chamber 21, then, the tool 200 decline is positioned over described by the jacking apparatus 4
On positioning seat 22；At this moment, the pressure holding component 27 is acted, and the pressure holding cylinder 271 promotes the pressing plate by the substrate 272
273 decline, and it is pushed down the camera lens on the tool 200.Now, the air supply system starts, and is sent out by the ion
Raw device 25 is supplied to the Blow off module 24, at the same time, and the horizontal drive mechanism 23 drives the Blow off module 24 positive
Move horizontally, obliquely blow out powered gases at high pressure in the Blow off module 24 to the stomata 242 of positive direction to the camera lens,
Another stomata 242 is by closed electromagnetic valve, so that being tilted towards Shangdi blows away dust on camera lens, moreover, the at this moment air-breathing system
Unite 26 air-breathings, the gas with dust is siphoned away at once.When the horizontal drive mechanism 23 drives the reverse water of the Blow off module 24
Translation is dynamic (i.e. reversely), when, it is obliquely powered to the stomata 242 of opposite direction to camera lens blowout in the Blow off module 24
Gases at high pressure, another stomata 242 is closed；Cleaning can be completed by being blown by the different stomatas 242 having a try.Conjunction has been cleaned,
The pressure holding component 27, which rises, unclamps the camera lens, and at this moment, the lifting body is by positioned at the tool 200 of the inner chamber 21
Jacking simultaneously moves horizontally and leaves the automatic cleaning apparatus 2, while driving the tool 200 to be plugged in positioned at same level height
The Material collecting box for harvesting 32 slot 322 in, place completely after, the lifting body return to the conveyer belt 11 lower section prepare
Clean next time；Meanwhile, the lift drive mechanism 31 drives the Material collecting box for harvesting 32 to move up the spacing of a slot 322,
So that a slot 322 alignment plug-in position of lower section, prepares rewinding next time.So constantly circulation is carried out, and is realized on automatic
Material, cleaning and blanking.
Compared with prior art, the utility model in the inner chamber 21 by setting Blow off module 24, and makes described
Blow off module 24 opens up two intersecting inclined-planes 241, and some stomatas 242 tilted upward are offered on inclined-plane described in two 241, from
And drive the Blow off module 24 to move horizontally using horizontal drive mechanism 23, and with the air supply system collective effect,
Make to be blown by the stomata 242 on different inclined-planes 241 when the positive translation of the Blow off module 24 or reversely translation, due to gas
Hole 242 is tilted upward, therefore, and the gas and dust of blowout tilt upward discharge along moving direction, will not secondary pollution its
His camera lens, so as to reach preferably cleaning effect；In addition, further through setting automatic feeding 1, automatic material-gathering device 3 and top
Device 4 is risen, the tool 200 can be made to realize automatic charging, automatic transfer and automatic blanking, whole-course automation production, without
Artificial operation, reduces labor intensity, improves cleaning efficiency.
Above disclosed is only preferred embodiments of the present utility model, can not limit the utility model with this certainly
Interest field, therefore equivalent variations made according to present utility model application the scope of the claims still fall within the utility model and are covered
Scope.
Claims (10)
1. a kind of camera lens auto-cleaner, it is characterised in that：Including automatic feeding, automatic cleaning apparatus and the automatic dress that gathers materials
Put and jacking apparatus, the tool for being loaded with multiple camera lenses is transported to the one of the automatic cleaning apparatus by the automatic feeding
Side；The jacking apparatus is by the tool jacking on the automatic cleaning apparatus and is transferred on the automatic material-gathering device,
And by the tool jacking on the automatic feeding and be transferred on the automatic cleaning apparatus；The automatic cleaning apparatus bag
Inner chamber, horizontal drive mechanism, the Blow off module positioned at the interior intracavitary and the output end for being installed on the horizontal drive mechanism are included,
And the air supply system connected with the Blow off module；What the Blow off module was located at the lower section of the tool and intersected with two
Inclined-plane, offers some stomatas tilted upward, wherein one institute is passed through during the Blow off module forward direction translation on inclined-plane described in two
The stomata for stating inclined-plane is blown to the camera lens of the tool, passes through the stomata on another inclined-plane when the Blow off module is reversely translated
The camera lens of the tool is blown.
2. camera lens auto-cleaner as claimed in claim 1, it is characterised in that：The automatic cleaning apparatus also includes ion and sent out
Raw device, the ion generator is arranged between the Blow off module and the air supply system.
3. camera lens auto-cleaner as claimed in claim 1, it is characterised in that：The Blow off module offers air drain, described
Two relative inner sides of air drain form inclined-plane described in two.
4. camera lens auto-cleaner as claimed in claim 1, it is characterised in that：The intersecting angular range in inclined-plane described in two is
131 degree to 141 degree.
5. camera lens auto-cleaner as claimed in claim 1, it is characterised in that：The automatic cleaning apparatus also includes air-breathing system
System, the suction system is located at the top of the inner chamber.
6. camera lens auto-cleaner as claimed in claim 1, it is characterised in that：The automatic cleaning apparatus also includes being arranged at
The positioning seat of the interior intracavitary, the positioning seat includes fixed block, regulating block and two adjustable plates, and the fixed block is fixed on described
First side of inner chamber, adjustable plate described in two is fixed on the both sides of the inner chamber adjacent with first side, the regulating block energy
Horizontally adjustably be arranged at it is on adjustable plate and relative with the fixed block described in two so that the regulating block and the fixed block energy
Carry the tool.
7. camera lens auto-cleaner as claimed in claim 1, it is characterised in that：The automatic cleaning apparatus also includes pressure holding group
Part, the pressure holding component includes cylinder, substrate, pressing plate and flexible member, and the substrate is fixed on the output end of the cylinder, institute
State pressing plate to be arranged at below the substrate, the position that the pressing plate corresponds to the camera lens offers through hole, the flexible member
It is arranged between the pressing plate and the substrate, when the tool is located at the inner chamber, the cylinder is driven by the substrate
The pressing plate is moved down, and makes the edge of the through hole by camera lens pressure holding on the tool.
8. camera lens auto-cleaner as claimed in claim 1, it is characterised in that：The automatic feeding includes two conveyings
Band, transport driving, two hold-down supports, a regulation bearing and set screw, the regulation bearing is located at fixed branch described in two
Between seat, conveyer belt described in two is respectively arranged on a hold-down support and the regulation bearing, and the tool is carried on described in two
On conveyer belt, conveyer belt operating described in the transport driving driving two, the set screw is articulated in fixed branch described in two
Seat and with it is described regulation bearing screw connection, for adjust it is described regulation the relatively described hold-down support of bearing distance.
9. camera lens auto-cleaner as claimed in claim 1, it is characterised in that：The automatic material-gathering device includes lifting and driven
Mechanism and Material collecting box for harvesting, the Material collecting box for harvesting are fixed on the output end of the lift drive mechanism, and the Material collecting box for harvesting has an import, and
The chamber interior wall that gathers materials is provided with some slots for going to upper and lower distribution, and the tool is inserted in the slot by the import.
10. camera lens auto-cleaner as claimed in claim 1, it is characterised in that：The jacking apparatus includes jacking cylinder, rail
Road and translation mechanism, the track crossings are in the automatic feeding, automatic cleaning apparatus and automatic material-gathering device three
Lower section, the translation mechanism drives the jacking cylinder to translate on the track, and the jacking gas is by the tool jacking.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621492367.0U CN206392516U (en) | 2016-12-30 | 2016-12-30 | Camera lens auto-cleaner |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621492367.0U CN206392516U (en) | 2016-12-30 | 2016-12-30 | Camera lens auto-cleaner |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206392516U true CN206392516U (en) | 2017-08-11 |
Family
ID=59517098
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621492367.0U Withdrawn - After Issue CN206392516U (en) | 2016-12-30 | 2016-12-30 | Camera lens auto-cleaner |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206392516U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106583339A (en) * | 2016-12-30 | 2017-04-26 | 东莞市柏新自动化有限公司 | Automatic cleaning machine for camera lens |
| CN108941053A (en) * | 2018-08-03 | 2018-12-07 | 宁波精成车业有限公司 | Motor case dust-extraction unit |
-
2016
- 2016-12-30 CN CN201621492367.0U patent/CN206392516U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106583339A (en) * | 2016-12-30 | 2017-04-26 | 东莞市柏新自动化有限公司 | Automatic cleaning machine for camera lens |
| CN108941053A (en) * | 2018-08-03 | 2018-12-07 | 宁波精成车业有限公司 | Motor case dust-extraction unit |
| CN108941053B (en) * | 2018-08-03 | 2024-02-20 | 宁波精成车业有限公司 | Dust removing device for motor shell |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170811 Effective date of abandoning: 20221108 |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20170811 Effective date of abandoning: 20221108 |
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| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |