CN209514279U - Optics microscope group, capture apparatus and simple assembly and disassembling protect closure assembly - Google Patents
Optics microscope group, capture apparatus and simple assembly and disassembling protect closure assembly Download PDFInfo
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- CN209514279U CN209514279U CN201822269142.4U CN201822269142U CN209514279U CN 209514279 U CN209514279 U CN 209514279U CN 201822269142 U CN201822269142 U CN 201822269142U CN 209514279 U CN209514279 U CN 209514279U
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- fastener
- locating part
- protective cover
- optical lens
- notch
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Abstract
The utility model provides a kind of optics microscope group, capture apparatus and Simple detachable protection closure assembly; wherein the simple assembly and disassembling protection closure assembly includes a protective cover; wherein the protective cover has an inner surface, and the inner surface can ordinatedly fit in the nearly object side mirror head surface of the optical lens；An and locking device, wherein the locking device is respectively arranged on the protective cover and the optical lens, the locking device includes a fastener and at least two locating parts, wherein the fastener has at least two notches, the locating part can be embedded into the notch, the locating part has a limit height, the limit height is slightly above the fastener, the locating part is embedded into the notch, when the protective cover is in the lock state down, mutually it is rotated such that the fastener and the locating part are bonded to each other and lock between the fastener and the locating part.
Description
Technical field
The utility model relates to field of optical lens more particularly to a kind of optics microscope group, capture apparatus and simple assembly and disassembling to protect
Guard apparatus.
Background technique
In general, optical lens is widely applied in more and more fields with the high speed development of science and technology, it is special
It is not the optical lens of vehicular applications, it is more stringent to its performance requirement.First piece of the nearly object side eyeglass of optical lens is normal at present
Often be directly exposed to it is outer, it is right since the optical lens of vehicular applications can usually be applied in many rugged environments
The dust-proof of camera lens, waterproof performance requirement are very high.If camera lens is dust-proof, waterproof performance is bad, camera lens inner inlet will lead to camera lens
Image blur can not clearly monitor ambient conditions, directly influence the safety of car steering.
Importantly, nearly first piece of object side eyeglass is exposed to outer the problems such as having eyeglass abrasion or being hit by rubble.
After eyeglass is worn when first piece of nearly object side, lens imaging effect can be seriously affected.And current optical lens and eyeglass
Do not have dismountable function, after first piece of eyeglass is worn, it is not possible to individually one eyeglass of replacement, but need to replace whole
A camera has seriously affected the service life and cost of optical lens.
Therefore, most of settling mode is that a protective cover is provided on first piece of eyeglass at present, on the one hand this protection
The disassembly of cover is needed by special equipment, while being needed technical professional and being carried out removing and installing for operation protection cover
Process is not cumbersome, easy to operate, and on the other hand the gap between the protective cover and camera lens is larger, have always water or dust into
The space gone between camera lens and protective cover influences entire camera lens to pollute or damage first piece of eyeglass of nearly object side
Service life.
Utility model content
One main advantage of the utility model is to provide a kind of optics microscope group, capture apparatus and simple assembly and disassembling protective cover
Device, wherein simple assembly and disassembling protection closure assembly provides a protective cover and installs the protective cover manually to an optical frames
A locking device on head, so that user may not need the cargo handling process for completing the protective cover by tool.
The utility model another advantage is that providing a kind of optics microscope group, capture apparatus and simple assembly and disassembling protective cover dress
It sets, wherein the simple assembly and disassembling protects closure assembly when being coated on the optical lens, the locking device locks the protection
Cover, so that the protective cover is fixed on the optical lens, to protect the optical lens surface not to be destroyed.
The utility model another advantage is that providing a kind of optics microscope group, capture apparatus and simple assembly and disassembling protective cover dress
It sets, wherein simple assembly and disassembling protection closure assembly provides a sealing element, the sealing element is set to the protective cover and described
Between optical lens, to provide the effect of sealing and waterproof.
The utility model another advantage is that providing a kind of optics microscope group, capture apparatus and simple assembly and disassembling protective cover dress
It sets, wherein the locking device enables to protective cover one-key operation lock operation on the optical lens, simplifies peace
Dress operation.
The utility model another advantage is that providing a kind of optics microscope group, capture apparatus and simple assembly and disassembling protective cover dress
It sets, wherein the locking device enables to the protective cover to form a trend in rotation, so that the protective cover is easier
Ground turns to latched position.
The utility model another advantage is that providing a kind of optics microscope group, capture apparatus and simple assembly and disassembling protective cover dress
It sets, wherein simple assembly and disassembling protection closure assembly is during the installation process, there are two states for the protective cover tool, one is removable shape
State, when the protective cover is in removable state, the protective cover, which can be mounted, either to be dismantled, the second is lock state,
When the protective cover is in the lock state, the protective cover is locked on the optical lens.
The utility model another advantage is that providing a kind of optics microscope group, capture apparatus and simple assembly and disassembling protective cover dress
It sets, wherein the protective cover can be separated with the optical lens, makes it possible to replace the protective cover to protect the optics
Camera lens, it is not necessary to replace the entire optical lens.
The utility model another advantage is that providing a kind of optics microscope group, capture apparatus and simple assembly and disassembling protective cover dress
It sets, wherein the locking device that fits through between the protective cover and the optical lens is completed, the locking device is mentioned
For a locating part and a fastener, enable the locating part and the fastener mutually chimeric to complete handling, while institute
State locating part and the fastener can mutual extrusion to complete to lock.
According to the one aspect of the utility model, the utility model of foregoing purpose and other purposes and advantage can be realized
One simple assembly and disassembling protects closure assembly, is adapted to be mounted to a nearly object side mirror head surface of an optical lens, comprising:
One protective cover, wherein the protective cover has an edge surface, the edge surface can ordinatedly fit in institute
State the edge of the nearly object side mirror head surface of optical lens；And
One locking device, wherein the locking device is respectively arranged on the protective cover and the optical lens, it is described
Locking device includes a fastener and at least two locating parts, wherein the fastener has at least two notches, the locating part energy
Enough it is embedded into the notch, the locating part has a limit height, and the limit height is slightly above the fastener, the limit
Position part is embedded into the notch, when the protective cover is in the lock state down, between the fastener and the locating part mutually
It is rotated such that the fastener and the locating part are bonded to each other and lock.
One of embodiment according to the present utility model, wherein the edge of the protective cover is arranged in the fastener,
The edge of the optical lens is arranged in the locating part, wherein nearly object side mirror of the locating part relative to the optical lens
Head surface has the limit highly, and when the locating part is embedded into the notch, and the fastener is inserted into the limit
When among the height of position, the fastener is locked by the locating part.
One of embodiment according to the present utility model, wherein the side of the optical lens is arranged in the fastener
The edge of the protective cover is arranged in edge, the locating part, wherein the locating part has relative to the inner surface of the protective cover
There is limit height, when the locating part is embedded into the notch, and the fastener is inserted into the limit height
When middle, the fastener is locked by the locating part.
One of embodiment according to the present utility model, wherein the locking device further includes a sealing element, it is described close
Sealing is arranged between the protective cover and the optical lens, for sealing between the fastener and the optical lens
Gap.
One of embodiment according to the present utility model, wherein the sealing element is fixedly glued in the protection
Cover.
One of embodiment according to the present utility model, wherein the sealing element is fixedly glued in the optical frames
Head.
One of embodiment according to the present utility model, wherein the fastener has at least two limiting slots, wherein institute
The locating part can be accordingly fitted by stating limiting slot, so that the fastener turns to the limiting slot and the locating part phase
When mutually chimeric, the protective cover and the optical lens are fixed.
One of embodiment according to the present utility model, wherein the locating part have a convex block, the limiting slot and
The convex block can be mutually fitted into so that, the fastener turn to the limiting slot and the locating part it is mutually chimeric when, institute
It states protective cover and the optical lens is fixed.
One of embodiment according to the present utility model, wherein the two sides of the notch of the fastener are respectively provided with
One guide surface, when so that the locating part and the fastener mutually rotating, the locating part can be led on the guide surface
To.
One of embodiment according to the present utility model works as institute wherein having at least two extensible members on the fastener
State extensible member it is flexible when, the extensible member forms the notch.
One of embodiment according to the present utility model, wherein the locating part is symmetrically disposed on the optical frames
Head.
According to the another aspect of the utility model, the utility model provides an optics microscope group, comprising:
One optical lens, wherein the optical lens has a nearly object side mirror head surface；And
One simple assembly and disassembling protects closure assembly, wherein simple assembly and disassembling protection closure assembly includes:
One protective cover, wherein the protective cover has an edge surface, the edge surface can ordinatedly fit in institute
State the edge of the nearly object side mirror head surface of optical lens；And
One locking device, wherein the locking device is respectively arranged on the protective cover and the optical lens, it is described
Locking device includes a fastener and at least two locating parts, wherein the fastener has at least two notches, the locating part energy
Enough it is embedded into the notch, the locating part has a limit height, and the limit height is slightly above the fastener, the limit
Position part is embedded into the notch, when the protective cover is in the lock state down, between the fastener and the locating part mutually
It is rotated such that the fastener and the locating part are bonded to each other and lock.
According to the another aspect of the utility model, the utility model further provides a capture apparatus, comprising:
One shooting main body；And
One optics microscope group, wherein the optical frames group is installed in the shooting main body, the optics microscope group includes:
One optical lens, wherein the optical lens has a nearly object side mirror head surface；And
One simple assembly and disassembling protects closure assembly, wherein simple assembly and disassembling protection closure assembly includes:
One protective cover, wherein the protective cover has an edge surface, the edge surface can ordinatedly fit in institute
State the edge of the nearly object side mirror head surface of optical lens；And
One locking device, wherein the locking device is respectively arranged on the protective cover and the optical lens, it is described
Locking device includes a fastener and at least two locating parts, wherein the fastener has at least two notches, the locating part energy
Enough it is embedded into the notch, the locating part has a limit height, and the limit height is slightly above the fastener, the limit
Position part is embedded into the notch, when the protective cover is in the lock state down, between the fastener and the locating part mutually
It is rotated such that the fastener and the locating part are bonded to each other and lock.
By the understanding to subsequent description and attached drawing, the further purpose of the utility model and advantage will be able to abundant body
It is existing.
The these and other objects of the utility model, feature and advantage, by following detailed descriptions, attached drawing and right are wanted
It acquires to fully demonstrate.
Detailed description of the invention
Fig. 1 is the overall schematic of the simple assembly and disassembling protection closure assembly according to the utility model first embodiment.
Fig. 2 is the perspective view of the explosion of the simple assembly and disassembling protection closure assembly according to the utility model first embodiment.
Fig. 3 is the assembly process figure of the simple assembly and disassembling protection closure assembly according to the utility model first embodiment.
Fig. 4 is the overall schematic of the simple assembly and disassembling protection closure assembly according to the utility model second embodiment.
Fig. 5 is the perspective view of the explosion of the simple assembly and disassembling protection closure assembly according to the utility model second embodiment.
Fig. 6 is the assembly process figure of the simple assembly and disassembling protection closure assembly according to the utility model second embodiment.
Fig. 7 is the simple assembly and disassembling protection closure assembly of the another embodiment according to the utility model second embodiment
Overall schematic.
Fig. 8 is the simple assembly and disassembling protection closure assembly of the another embodiment according to the utility model second embodiment
Perspective view of the explosion.
Fig. 9 is the simple assembly and disassembling protection closure assembly of the another embodiment according to the utility model second embodiment
Assembly process figure.
Figure 10 is the overall schematic of the simple assembly and disassembling protection closure assembly according to the utility model 3rd embodiment.
Figure 11 is the simple assembly and disassembling protection closure assembly of the another embodiment according to the utility model 3rd embodiment
Overall schematic.
Figure 12 is the perspective view of the explosion of the simple assembly and disassembling protection closure assembly according to the utility model fourth embodiment.
Figure 13 is the simple assembly and disassembling protection closure assembly of the another embodiment according to the utility model fourth embodiment
Overall schematic.
Figure 14 is the simple assembly and disassembling protection closure assembly of the another embodiment according to the utility model fourth embodiment
Partial schematic diagram.
Figure 15 is the simple assembly and disassembling protection closure assembly of the another embodiment according to the utility model fourth embodiment
Detailed schematic.
Figure 16 is the overall schematic of the simple assembly and disassembling protection closure assembly according to the 5th embodiment of the utility model.
Figure 17 is the overall schematic of the simple assembly and disassembling protection closure assembly according to the utility model sixth embodiment.
Figure 18 is the perspective view of the explosion of the simple assembly and disassembling protection closure assembly according to the utility model sixth embodiment.
Figure 19 is the assembly process figure of the simple assembly and disassembling protection closure assembly according to the utility model sixth embodiment.
Figure 20 is the overall schematic of the simple assembly and disassembling protection closure assembly according to the 7th embodiment of the utility model.
Figure 21 is the perspective view of the explosion of the simple assembly and disassembling protection closure assembly according to the 7th embodiment of the utility model.
Figure 22 is the assembly process figure of the simple assembly and disassembling protection closure assembly according to the 7th embodiment of the utility model.
Specific embodiment
It is described below for disclosing the utility model so that those skilled in the art can be realized the utility model.It retouches below
Preferred embodiment in stating is only used as illustrating, it may occur to persons skilled in the art that other obvious modifications.It is retouched following
The basic principle of the utility model defined in stating can be applied to other embodiments, deformation scheme, improvement project, etc. Tongfangs
The other technologies scheme of case and the spirit and scope without departing from the utility model.
It will be understood by those skilled in the art that in the exposure of the utility model, term " longitudinal direction ", " transverse direction ", "upper",
The orientation or position of the instructions such as "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside"
Relationship is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of describing the present invention and simplifying the description, and
It is not that the device of indication or suggestion meaning or element must have a particular orientation, be constructed and operated in a specific orientation, therefore
Above-mentioned term should not be understood as limiting the present invention.
It is understood that term " one " is interpreted as " at least one " or " one or more ", i.e., in one embodiment,
The quantity of one element can be one, and in a further embodiment, the quantity of the element can be it is multiple, term " one " is no
It can be interpreted as the limitation to quantity.
As illustrated in fig. 1 and 2, simple assembly and disassembling protection closure assembly is provided in first embodiment, wherein the simple assembly and disassembling
Protecting closure assembly includes a protective cover 1 and a locking device 2, wherein simple assembly and disassembling protection closure assembly is arranged on an optics
On camera lens 3, so that the optical lens 3 is fully protected.
The protective cover 1 and the optical lens 3 cooperate to complete sealing and waterproof and other effects.The protective cover 1
By the locking device 2 to be locked on the optical lens 3.Preferably, the locking device 2 includes 21 He of a fastener
Two locating parts 22, wherein the locating part 22 can limit the fastener 21 to be locked on the optical lens 3.
Specifically, the periphery of the protective cover 1 is arranged in the fastener 21, wherein the locating part 22 is arranged described
The periphery of optical lens 3, wherein the fastener 21 has 2 notches 210, the notch 210 is symmetrically disposed in the card
In component 21, and the fastener 21 is embedded in the locating part 22.
It is noted that the fastener 21 and the protective cover 1 have certain elastically-deformable characteristic, so that institute
It states fastener 21 during the installation process, further keeps certain elastic-restoring force with the locating part 22.
More specifically, the locating part 22 has a limit height 220, wherein the locating part 22 and the optical lens
3 surface forms the limit height 220, when the fastener 21 is extruded into limit height 220, the fastener
21 are locked in the limit height 220.
Therefore, the protective cover 1 can be mounted and dismantle, and in use, the surface quilt of the protective cover 1
When destruction or contaminated surface, entire microscope group that no replacement is required, it is only necessary to the protective cover 1 is replaced, so that the optical lens 3
Imaging continue to keep clear.On the other hand, the phase between the locating part 22 and the fastener 21 of the locking device 2
Mutually during cooperation, the locating part 22 and the fastener 21 can mutual extrusion to complete to lock.
The assembling process of simple assembly and disassembling protection closure assembly as shown in Figure 3, including following assembling process:
The first, it is directed at the notch 210 and the locating part 22 of the fastener 21, so that the locating part 22 is chimeric
In the notch 210；And
The second, squeeze the fastener 21, and rotate the protective cover 1 so that the fastener 21 be locked in it is described
In limit height 220.
According to above-mentioned assembling process, a handling method is further provided, comprising the following steps:
(a) it is aligned and is fitted into the locating part and the notch；
(b) continuous extrusion simultaneously rotates the protective cover simultaneously, and the lock of the protective cover and the optical lens can be completed
It is fixed；And
(c) protective cover is rotated, so that the locating part and the notch alignment, can be completed the protective cover and institute
State the separation of optical lens.
As illustrated in figures 4-5, in a second embodiment, simple assembly and disassembling protection closure assembly is provided, wherein the simple dress
Unloading protection closure assembly includes an a protective cover 1A and locking device 2A, wherein simple assembly and disassembling protection closure assembly is arranged on one
On optical lens 3A, so that the optical lens 3A is fully protected.
The protective cover 1A is fitted on the optical lens 3A, and the locking device 2A is for locking the protective cover
The 1A and optical lens 3A, the locking device 2A include a fastener 21A and at least two locating part 22A, wherein the card
Component 21A is arranged circumferentially at the periphery of the protective cover 2A, and the locating part 22A is arranged circumferentially at the locating part 22A
Periphery.
It should be noted that the size of the protective cover 1A and the optical lens 3A are more adapted to.The optical lens
3A has the camera lens surface 31A of a nearly object side, and the protective cover 1A has an edge surface 11A, wherein the edge surface 11A
It cooperates with the edge of the camera lens surface 31A, so that the edge of the protective cover 1A fits in the camera lens surface 31A's
Edge.It is understood that can be fitted closely with the optical lens 3A inside the protective cover 1A, it can also be with the light
It learns and keeps certain gap between camera lens 3A, have no effect on the use and effect of the utility model.
It should be noted that the marginal gap of the protective cover 1A and the optical lens 3A will be bonded completely, so that
The optical lens 3A can be protected fully.The fastener 21A has at least two notch 210A, the notch 210A phase
Mutually it is symmetrically disposed in the peripheral position of the protective cover 1A.The locating part 22A is provided on the optical lens 3A, it is described
Locating part 22A has a limit height 220, and the limit height 220 is slightly larger than the height of the fastener 21A.
Further, the locking device 2A further includes a sealing element 23A, wherein the sealing element 23A is arranged described
Between protective cover 1A and the optical lens 3A.The sealing element 23A is between the protective cover 1A and the optical lens 3A
Buffering is provided.The sealing element 23A has resilient nature, wherein the limit height 220 of the locating part 22A is greater than described
Fastener 21A, and be less than the fastener 21A and the normal height of sealing element 23A height and.
Therefore, in the locked state, the sealing element 23A is mutually pressed from both sides by the protective cover 1A and the optical lens 3A
Tightly, pass through the card between the locating part 22A and the fastener 21A between the protective cover 1A and the optical lens 3A
Connection is closed, so that the sealing element 23A is compacted.
The sealing element 23A setting is the protective cover 1A and institute between the protective cover 1A and the optical lens 3A
It states optical lens 3A and provides the function of sealing and waterproof, so that the edge of the protective cover 1A and the optical lens 3A obtain
Closing.
It is understood that the notch 210A on the fastener 21A corresponds to the locating part 22A, so that institute
Stating fastener 21A can be embedded in the locating part 22A.Due to the optical lens 3A the camera lens surface 31A to
Outer protrusion, so that the protective cover 1A can only be coated down from surface, and cannot be mobile from side.Therefore, the protective cover
Angles and positions of the 1A and optical lens 3A in cladding are fixed, that is, the positions of the notch 210A.
The periphery of the optical lens 3A is arranged in the locating part 22A, and the locating part 22A forms a limit height
220A, the limit height 220A allow the fastener 21A movable within, and the locating part 22A is relative to the optics
The relative altitude of camera lens 3A is greater than the height of the fastener 21A, but is slightly less than under the fastener 21A and normal condition
The sum of the height of the sealing element 23A.
Therefore, when the locating part 22A can block the fastener 21A, so that the fastener 21A is locked in institute
It states in limit height 220A.The one of value is mentioned that the locating part 22A is arranged on the symmetric position of the optical lens 3A,
And the notch 210A is greater than the locating part 22A, enables the notch 210A to accommodate the locating part 22A, into one
The fastener 21A and the locating part 22A are interconnected by step ground.
It should be noted that when the fastener 21A is rotated, between the fastener 21A and the locating part 22A
By the sealing element 23A by mutual extrusion, mutual pressure is kept between the fastener 21A and the locating part 22A at this time
Relative position of the power both to guarantee.
The installation diagram of second embodiment as shown in FIG. 6, in the above-described embodiments, the simple assembly and disassembling protection closure assembly
Use process is as follows:
The first, the sealing element 23A is placed on to the position buckled between the fastener 21A and the locating part 22A.
The second, the notch 210A and locating part 22A, position and the limit due to the notch 210A are directed at
The position of part 22A is to correspond to each other, therefore be directed at one of them the described notch 210A and locating part 22A and can be completed pair
It is quasi-.
Third, needs inwardly squeeze the protective cover 1A, and the fastener 21A squeezes the sealing element 23A at this time, with
So that the distance between the fastener 21A and the optical lens 3A are slightly less than the limit height 220A.
4th, the protective cover 1A is rotated, so that the fastener 21A and the sealing element 23A are transferred to the limit
In the limit height 220A of part 22A, the fastener 21A and the locating part 23A mutual extrusion are at this time to complete to lock.
According to above-mentioned assembling process, a handling method is further provided, comprising the following steps:
(a0) sealing element is placed between the protective cover and the optical lens；
(a) it is aligned and is fitted into the locating part and the notch；
(b) continuous extrusion simultaneously rotates the protective cover simultaneously, and the lock of the protective cover and the optical lens can be completed
It is fixed；And
(c) protective cover is rotated, so that the locating part and the notch alignment, can be completed the protective cover and institute
State the separation of optical lens.
As Figure 7-8, in the present embodiment, it is the locking device with the difference of above-mentioned second embodiment
Mutual alignment relation.Wherein the simple assembly and disassembling protection closure assembly includes an a protective cover 1a and locking device 2a, wherein described
Simple assembly and disassembling protection closure assembly is arranged on an optical lens 3a, so that the optical lens 3a is fully protected.
The protective cover 1a is fitted on the optical lens 3a, and the locking device 2a is for locking the protective cover
The 1a and optical lens 3a, the locking device 2a include a fastener 21a and at least two locating part 22a, wherein the card
The periphery of the optical lens 3a is arranged in component 21a, and the locating part 22a is arranged in the protective cover 1a.
It should be noted that the marginal gap of the protective cover 1a and the optical lens 3a will be bonded completely, so that
The optical lens 3a can be protected fully.The fastener 21a has at least two notch 210a, the notch 210a phase
Mutually it is symmetrically disposed in the peripheral position of the optical lens 3a.The locating part is symmetrically provided on the protective cover 1a
22a, the locating part 22a have a limit height 220, and the limit height 220 is slightly larger than the height of the fastener 21a.
Further, the locking device 2a further includes a sealing element 23a, wherein the sealing element 23a is arranged described
Between protective cover 1a and the optical lens 3a.The sealing element 23a is between the protective cover 1a and the optical lens 3a
Buffering is provided.The sealing element 23a has resilient nature, wherein the limit height 220 of the locating part 22a is greater than described
Fastener 21a, and be less than the fastener 21a and the normal height of sealing element 23a height and.
Therefore, in the locked state, the sealing element 23a is mutually pressed from both sides by the protective cover 1a and the optical lens 3a
Tightly, pass through the card between the locating part 22a and the fastener 21a between the protective cover 1a and the optical lens 3a
Connection is closed, so that the sealing element 23a is compacted.
The sealing element 23a setting is the protective cover 1a and institute between the protective cover 1a and the optical lens 3a
It states optical lens 3a and provides the function of sealing and waterproof, so that the edge of the protective cover 1a and the optical lens 3a obtain
Closing.
It is understood that the notch 210a on the fastener 21a corresponds to the locating part 22a, so that institute
Stating fastener 21a can be embedded in the locating part 22a.Due to the optical lens 3a the camera lens surface 31a to
Outer protrusion, so that the protective cover 1a can only be coated down from surface, and cannot be mobile from side.Therefore, the protective cover
Angles and positions of the 1a and optical lens 3a in cladding are fixed, that is, the positions of the notch 210a.
Specifically, the locating part 22a, which forms limit a height 220a, the limit height 220a, allows the fastener
21a is movable within, and the locating part 22a is greater than the height of the fastener 21a relative to the relative altitude of the protective cover 1a
Degree, but the sum of the height for the sealing element 23a being slightly less than under the fastener 21a and normal condition.
Therefore, the assembly process figure of another embodiment of second embodiment as shown in Figure 9.As the locating part 22a
The fastener 21a can be blocked, so that the fastener 21a is locked in the limit height 220a.What the one of value mentioned
It is that the locating part 22a is arranged on the symmetric position of the protective cover 1a, and the notch 210a is greater than the locating part
22a enables the notch 210a to accommodate the locating part 22a, further by the fastener 21a and the locating part
22a is interconnected.
It should be noted that when the fastener 21a is rotated, between the fastener 21a and the locating part 22a
By the sealing element 23a by mutual extrusion, mutual pressure is kept between the fastener 21a and the locating part 22a at this time
Relative position of the power both to guarantee.
As shown in Figure 10, in the third embodiment, the difference of the simple assembly and disassembling protection closure assembly and second embodiment exists
In the setting of the sealing element, in the second and third embodiments, the sealing element is to be separately provided.
Specifically, wherein simple assembly and disassembling protection closure assembly includes an a protective cover 1B and locking device 2B, wherein institute
It states simple assembly and disassembling protection closure assembly to be arranged on an optical lens 3B, so that the optical lens 3B is fully protected.
The protective cover 1B is fitted on the optical lens 3B, and the locking device 2B is for locking the protective cover
The 1B and optical lens 3B, the locking device 2B include a fastener 21B and at least two locating part 22B, wherein the card
The periphery of the optical lens 3B is arranged in component 21B, and the locating part 22B is arranged in the protective cover 1B.
It should be noted that the gap between the protective cover 1B and the optical lens 3B will be bonded completely, so that
The optical lens 3B can be protected fully.The fastener 21B has at least two notch 210B, the notch 210B phase
Mutually it is symmetrically disposed in the peripheral position of the optical lens 3B.The locating part is symmetrically provided on the protective cover 1B
22B, the locating part 22B have a limit height 220, and the limit height 220 is slightly larger than the height of the fastener 21B.
Further, the locking device 2B further includes a sealing element 23B, wherein the sealing element 23B is arranged described
Between protective cover 1B and the optical lens 3B.The sealing element 23B is between the protective cover 1B and the optical lens 3B
Buffering is provided.The sealing element 23B has resilient nature, wherein the limit height 220 of the locating part 22B is greater than described
Fastener 21B, and be less than the fastener 21B and the normal height of sealing element 23B height and.
It should be noted that the sealing element 23B is fixedly provided on the protective cover 1B, so that described after installation
Sealing element 23B is arranged between the protective cover 1B and the optical lens 3B, plays the role of buffering and sealing.It is preferred that
Ground, the sealing element 23B are arranged to a sealing ring, and the sealing ring is glued on the protective cover 1B, so that the sealing
Circle is fixed.
According to above-described embodiment, a locking means are provided, comprising the following steps:
The first, the notch 210B and locating part 22B, position and the limit due to the notch 210B are directed at
The position of part 22B is to correspond to each other, therefore be directed at one of them the described notch 210B and locating part 22B and can be completed pair
It is quasi-.
The second, it needing inwardly to squeeze the protective cover 1B, the fastener 21B squeezes the sealing element 23B at this time, with
So that the distance between the fastener 21B and the optical lens 3B are slightly less than the limit height 220B.
Third, the rotation protective cover 1B, so that the fastener 21B and the sealing element 23B are transferred to the limit
In the limit height 220B of part 22B, the fastener 21B and the locating part 23B mutual extrusion are described to complete at this time
The locking of protective cover 1B and the optical lens 3B.
According to above-mentioned assembling process, a handling method is further provided, comprising the following steps:
(a) it is aligned and is fitted into the locating part and the notch；
(b) continuous extrusion simultaneously rotates the protective cover simultaneously, and the lock of the protective cover and the optical lens can be completed
It is fixed；And
(c) protective cover is rotated, so that the locating part and the notch alignment, can be completed the protective cover and institute
State the separation of optical lens.
As shown in figure 11, in the present embodiment, the simple assembly and disassembling protection closure assembly provides a sealing element 23b,
Described in sealing element 23b be fixedly provided on the optical lens 3b so that installation after the sealing element 23b be arranged on
Between the protective cover 1b and the optical lens 3b, play the role of buffering and sealing.Preferably, the sealing element 23b quilt
It is set as a sealing ring, the sealing ring is glued on the optical lens 3b, so that the sealing ring is fixed.
As shown in figure 12, fourth embodiment is with above-mentioned second to 3rd embodiment difference, the protective cover rotation
When position and lock.Wherein the simple assembly and disassembling protection closure assembly includes an a protective cover 1C and locking device 2C, wherein described
Simple assembly and disassembling protection closure assembly is arranged on an optical lens 3C, so that the optical lens 3C is fully protected.
The protective cover 1C is fitted on the optical lens 3C, and the locking device 2C is for locking the protective cover
The 1C and optical lens 3C, the locking device 2C include a fastener 21C and at least two locating part 22C, wherein the card
The periphery of the optical lens 3C is arranged in component 21C, and the locating part 22C is arranged in the protective cover 1C.
It should be noted that the gap between the protective cover 1C and the optical lens 3C will be bonded completely, so that
The optical lens 3C can be protected fully.The fastener 21C has at least two notch 210C, the notch 210C phase
Mutually it is symmetrically disposed in the peripheral position of the optical lens 3C.The locating part is symmetrically provided on the protective cover 1C
22C, the locating part 22C have a limit height 220, and the limit height 220 is slightly larger than the height of the fastener 21C.
On the other hand, at least two limiting slot 211C are provided on the fastener 21C, wherein the limiting slot 211C's is sized for
It is fitted into the locating part 22C.
Further, the locking device 2C further includes a sealing element 23C, wherein the sealing element 23C is arranged described
Between protective cover 1C and the optical lens 3C.The sealing element 23C is between the protective cover 1C and the optical lens 3C
Buffering is provided.The sealing element 23C has resilient nature, wherein the limit height 220 of the locating part 22C is greater than described
Fastener 21C, and be less than the fastener 21C and the normal height of sealing element 23C height and.
Specifically, the locating part 22C, which forms limit a height 220C, the limit height 220C, allows the fastener
21C is movable within, and the locating part 22C is greater than the height of the fastener 21C relative to the relative altitude of the protective cover 1C
Degree, but the sum of the height for the sealing element 23C being slightly less than under the fastener 21C and normal condition.
Therefore, when the locating part 22C can block the fastener 21C, so that the fastener 21C is locked in institute
It states in limit height 220C.The one of value is mentioned that the locating part 22C is arranged on the symmetric position of the protective cover 1C, and
And the notch 210C is greater than the locating part 22C, enables the notch 210C to accommodate the locating part 22C, further
The fastener 21C and the locating part 22C are interconnected by ground.
It should be noted that when the fastener 21C is rotated, between the fastener 21C and the locating part 22C
By the sealing element 23C by mutual extrusion, mutual pressure is kept between the fastener 21C and the locating part 22C at this time
Relative position of the power both to guarantee, and when the fastener 21C is persistently rotated, it is described on the fastener 21C
Limiting slot 211C is and the mutually chimeric phase with fixation the protective cover 1C and the optical lens 3C at this time of the locating part 22C
To position.
It is noted that the limiting slot 211C can be fitted into the locating part 22C, therefore in the fastener 21C
Rotation process in, when turning to predetermined position, due to the elastic-restoring force of the sealing element 23C, so that the fastener
The surface of 21C and the optical lens 3C are to be intended to separate, and the fastener 21C and the locating part 22C are to be intended to
It is close.Therefore, for the locating part 22C when encountering the limiting slot 211C, the locating part 22C is fitted to the limiting slot
In 211C.
That is, when the protective cover 1C turns to the limiting slot 211C and the locating part 22C and is mutually fitted into,
Locking can be completed.And when user wants disassembly, the protective cover 1C is inwardly squeezed, so that the locating part 22C leaves
The limiting slot 211C, and then the fastener 21C is rotated, so that the locating part 22C and the limiting slot 211C are mutually remote
From can directly dismantle until the locating part 22C reaches at the notch 210C of the fastener 21C.
It should be noted that the locating part 22C symmetrically is arranged, the limiting slot 211C is also symmetrically
It is arranged in the fastener 21C, and the position preferably with the notch 210C is located at the quartering of a circumference.
Certainly, the position of the limiting slot 211C and the notch 210C can be other symmetrically arranged positions.
As illustrated in figs. 13-15, it is with the difference of above embodiment, the locating part 22c and the limiting slot 211c
Chimeric mode it is different.In the present embodiment, the locating part 22c is provided with a convex block 221c to extend internally, wherein institute
It states convex block 221c and extends to the limit height 220c, when the fastener 21c is moved in the limit height 220c, institute
It states convex block 221c and resists the fastener 21c, so that the fastener 21c closely fits in the optical lens 3c always.
When the limiting slot 211c of the fastener 21c and the convex block 221c contact with each other, the sealing element 23c
Elastic-restoring force make the convex block 221c and the limiting slot 211c mutually chimeric, locked the fastener 21c at this time
With the locating part 22c, while the fastener 21c still closely fits in the optical lens 3c.
It should be noted that in the present embodiment, the size of the limiting slot 211c is suitable for being fitted into the convex block 221c i.e.
Can, without suitable for being fitted into the fastener 22c.
According to above-mentioned fourth embodiment, a handling method is further provided, comprising the following steps:
(a) it is aligned and is fitted into the locating part and the notch；
(b1) continuous extrusion simultaneously rotates the protective cover simultaneously, when the locating part is embedded in the limiting slot
Complete the locking of the protective cover and the optical lens；And
(c1) protective cover is inwardly squeezed, so that the locating part is detached from the limiting slot, while rotating the protection
Cover, so that the locating part and the notch alignment, can be completed the separation of the protective cover and the optical lens.
Alternatively, according to above-mentioned fourth embodiment another, embodiment there is provided a handling methods, comprising the following steps:
(a) it is aligned and is fitted into the locating part and the notch；
(b2) continuous extrusion simultaneously rotates the protective cover simultaneously, when the convex block on the locating part is embedded in the limit
In the slot of position, the locking of the protective cover and the optical lens can be completed；And
(c2) protective cover is inwardly squeezed, so that the convex block is detached from the limiting slot, while rotating the protective cover,
So that the locating part and the notch alignment, can be completed the separation of the protective cover and the optical lens.
As shown in figure 16, the number of the notch and the locating part is with the difference of above-mentioned first to fourth embodiment
Amount is different, and in the above-mentioned first to the 5th embodiment, the quantity of the notch and the locating part is two.In the present embodiment
In, the simple assembly and disassembling protection closure assembly includes an a protective cover 1D and locking device 2D, wherein the simple assembly and disassembling protective cover
Device is arranged on an optical lens 3D, so that the optical lens 3D is fully protected.
The protective cover 1D is fitted on the optical lens 3D, and the locking device 2D is for locking the protective cover
The 1D and optical lens 3D, the locking device 2D include a fastener 21D and at least three locating part 22D, wherein the card
Component 21D is arranged circumferentially at the periphery of the protective cover 2D, and the locating part 22D is arranged circumferentially at the locating part 22D
Periphery.
It should be noted that the size of the protective cover 1D and the optical lens 3D are more adapted to.The optical lens
3D has the camera lens surface 31D of a nearly object side, and the protective cover 1D has an edge surface 11D, wherein the edge surface 11D
It cooperates with the edge of the camera lens surface 31D, so that the edge of the protective cover 1D fits in the camera lens surface 31D's
Edge.It is understood that can be fitted closely with the optical lens 3D inside the protective cover 1D, it can also be with the light
It learns and keeps certain gap between camera lens 3D, have no effect on the use and effect of the utility model.
It should be noted that the gap between the protective cover 1D and the optical lens 3D will be bonded completely, so that
The optical lens 3D can be protected fully.The fastener 21D has at least three notch 210D, the notch 210D
The peripheral position of the protective cover 1D symmetrically is set.The locating part 22D, institute are provided on the optical lens 3D
Locating part 22D is stated with a limit height 220, the limit height 220 is slightly larger than the height of the fastener 21D.
Further, the locking device 2D further includes a sealing element 23D, wherein the sealing element 23D is arranged described
Between protective cover 1D and the optical lens 3D.The sealing element 23D is between the protective cover 1D and the optical lens 3D
Buffering is provided.The sealing element 23D has resilient nature, wherein the limit height 220 of the locating part 22D is greater than described
Fastener 21D, and be less than the fastener 21D and the normal height of sealing element 23D height and.
Therefore, in the locked state, the sealing element 23D is mutually pressed from both sides by the protective cover 1D and the optical lens 3D
Tightly, pass through the card between the locating part 22D and the fastener 21D between the protective cover 1D and the optical lens 3D
Connection is closed, so that the sealing element 23D is compacted.
The sealing element 23D setting is the protective cover 1D and institute between the protective cover 1D and the optical lens 3D
It states optical lens 3D and provides the function of sealing and waterproof, so that the edge of the protective cover 1D and the optical lens 3D obtain
Closing.
It is understood that the notch 210D on the fastener 21D corresponds to the locating part 22D, so that institute
Stating fastener 21D can be embedded in the locating part 22D.Due to the optical lens 3D the camera lens surface 31D to
Outer protrusion, so that the protective cover 1D can only be coated down from surface, and cannot be mobile from side.Therefore, the protective cover
Angles and positions of the 1D and optical lens 3D in cladding are fixed, that is, the positions of the notch 210D.
The periphery of the optical lens 3D is arranged in the locating part 22D, and the locating part 22D forms a limit height
220D, the limit height 220D allow the fastener 21D movable within, and the locating part 22D is relative to the optics
The relative altitude of camera lens 3D is greater than the height of the fastener 21D, but is slightly less than under the fastener 21D and normal condition
The sum of the height of the sealing element 23D.
It is understood that the quantity of the three notch 210D and locating part 22D is merely illustrative in the present embodiment,
It can also be that other can meet the protection of the simple assembly and disassembling of the quantity of the notch 210D of manufacture and the locating part 22D
Closure assembly.
As shown in figs. 17-18, according to the basis of the design scheme of the 5th embodiment, the present embodiment is further provided.
The two sides of the notch 210E of the fastener 21E are provided with a guide surface 212E, wherein the guide surface 212E has
One gradient.Therefore, it when the locating part 22E is entrenched in the notch 210E, needs inwardly to squeeze in the 5th embodiment
The fastener 21E, so that the fastener 21E is moved in the limit height 220E.
And in the present embodiment, due to the presence of the guide surface 212E, the assembly of sixth embodiment as shown in figure 19
In the process, when the protective cover 1E is rotated, pass through the guide surface between the fastener 21E and the locating part 22E
Rotation can be completed in 212E, without inwardly squeezing the fastener 21E so that the fastener 21E can be in the limit
It is rotated in the height 220E of position.Specifically, during rotation, the locating part 22E passes through the guide surface 212E and the card
Component 21E generates relative motion, and then completes the engaging of the fastener 21E and the locating part 22E.
According to above-mentioned sixth embodiment, a handling method is further provided, comprising the following steps:
(a) it is aligned and is fitted into the locating part and the notch；
(b3) protective cover is rotated, so that the locating part is moved along the guide surface, and works as the locating part
It is embedded in the limiting slot, the locking of the protective cover and the optical lens can be completed；And (c3) inwardly squeezes institute
Protective cover is stated, so that the locating part is detached from the limiting slot, while the protective cover is rotated, so that the locating part is along institute
It is mobile to state guide surface, and works as the locating part and the notch alignment, the protective cover and the optical lens can be completed
Separation.
As shown in figures 20-21, according to the basis of the design scheme of the 5th embodiment, the present embodiment is further provided.
Wherein the fastener 21F further includes an extensible member 213F, and the extensible member 213F is on the in-plane of the fastener 21F
It can stretch, the extensible member 213F forms the notch 210F when shrinking, and then forms one when the extensible member 213F is replied
A complete fastener 21F.
It is understood that the fastener 21F is being embedded into the assembling process of the 7th embodiment as shown in figure 22
In the limit height 220F of the locating part 22F, the extensible member 213F can be completed by the pressing of user it is flexible,
Preferably, the extensible member 213F can be controlled by pressing, and user presses the extensible member 213F first and makes institute at this time
It states notch 210F to be formed, and then the mobile protective cover 1F to be to be bonded the optical lens 3F, at this time the notch 210F and institute
It is mutually chimeric to state locating part 22F, finally discharges the extensible member 213F and the extensible member 213F is made to extend to the limit height
Spend 220F.Due to the presence of the sealing element 23F, the extensible member 213F and the locating part 22F are closely locked, and are made at this time
User can still continue to rotate the protective cover 1F, not rotate the protective cover 1F certainly, still can complete sealing and waterproof
Effect,
When user needs to dismantle the protective cover 1F, need the extensible member 213F being directed at the locating part 22F,
The extensible member 213F shrink to form the notch 210F, disassembly can be done directly at this time.
According to above-mentioned 7th embodiment, a handling method is further provided, comprising the following steps:
(a1) extensible member is shunk, to form at least two notches on the fastener；
(a) it is aligned and is fitted into the locating part and the notch；
(b) continuous extrusion and the protective cover is rotated simultaneously, it, can be complete when the locating part is embedded in the limiting slot
At the locking of the protective cover and the optical lens；And
(c) protective cover is inwardly squeezed, so that the locating part is detached from the limiting slot, while rotating the protection
Cover, so that the locating part and the notch alignment, can be completed the separation of the protective cover and the optical lens.
According to the above-mentioned first to the 7th embodiment, an optics microscope group is further provided, the optics microscope group includes one
Simple assembly and disassembling protects closure assembly and an optical lens 3, and the optical lens 3 is filled by the simple assembly and disassembling protective cover
It sets and is protected, and simple assembly and disassembling protection closure assembly is arranged to above-mentioned various embodiments.
According to the optics microscope group, a capture apparatus is further provided, the capture apparatus includes a shooting main body
With an optics microscope group, the optics microscope group includes simple assembly and disassembling protection closure assembly and an optical lens 3, wherein the optical frames
First 3 are removably disposed in the shooting main body.
It should be understood by those skilled in the art that foregoing description and the embodiments of the present invention shown in the drawings are only used as
It illustrates and is not intended to limit the utility model.The purpose of this utility model completely and effectively realizes.The function of the utility model
Energy and structural principle show and illustrate in embodiment, under without departing from the principle, the embodiments of the present invention
Can there are any deformation or modification.
Claims (15)
1. a kind of simple assembly and disassembling protects closure assembly, it is adapted to be mounted to a nearly object side mirror head surface of an optical lens, feature exists
In, comprising:
One protective cover, wherein the protective cover has an edge surface, the edge surface can ordinatedly fit in the light
Learn the edge of the nearly object side mirror head surface of camera lens；And
One locking device, wherein the locking device is respectively arranged on the protective cover and the optical lens, the locking
Device includes a fastener and at least two locating parts, wherein the fastener has at least two notches, the locating part can be embedding
Enter to the notch, the locating part is with a limit height, the limit height slightly above fastener, the locating part
It is embedded into the notch, when the protective cover is in the lock state down, is mutually rotated between the fastener and the locating part
So that the fastener and the locating part are bonded to each other and lock.
2. simple assembly and disassembling according to claim 1 protects closure assembly, wherein the protective cover is arranged in the fastener
The edge of the optical lens is arranged in edge, the locating part, wherein the locating part is relative to the close of the optical lens
Object side mirror head surface has the limit highly, and when the locating part is embedded into the notch, and the fastener is inserted into
When among the limit height, the fastener is locked by the locating part.
3. simple assembly and disassembling according to claim 1 protects closure assembly, wherein the fastener is arranged in the optical lens
Edge, the edge of the protective cover is arranged in the locating part, wherein interior table of the locating part relative to the protective cover
Face has limit height, and when the locating part is embedded into the notch, and the fastener is inserted into the limit height
When among degree, the fastener is locked by the locating part.
4. simple assembly and disassembling according to claim 2 or 3 protects closure assembly, wherein the locking device further includes a sealing
Part, the sealing element are arranged between the protective cover and the optical lens, for sealing the fastener and the optics
Gap between camera lens.
5. simple assembly and disassembling according to claim 4 protects closure assembly, wherein the sealing element is fixedly glued in described
Protective cover.
6. simple assembly and disassembling according to claim 4 protects closure assembly, wherein the sealing element is fixedly glued in described
Optical lens.
7. simple assembly and disassembling according to claim 4 protects closure assembly, wherein the fastener has at least two limiting slots,
Described in limiting slot can accordingly be fitted into the locating part so that the fastener turns to the limiting slot and the limit
When part is mutually chimeric, the protective cover and the optical lens are fixed.
8. simple assembly and disassembling according to claim 7 protects closure assembly, wherein the locating part has a convex block, the limit
Slot and the convex block can be mutually fitted into, so that, it is mutually chimeric that the fastener turns to the limiting slot and the locating part
When, the protective cover and the optical lens are fixed.
9. simple assembly and disassembling according to claim 4 protects closure assembly, wherein the two sides of the notch of the fastener point
Not Ju You a guide surface, when so that the locating part and the fastener mutually rotating, the locating part can be in the guidance
It is oriented on face.
10. simple assembly and disassembling according to claim 8 protects closure assembly, wherein flexible at least two on the fastener
Part, when the extensible member is flexible, the extensible member forms the notch.
11. simple assembly and disassembling according to claim 9 protects closure assembly, wherein flexible at least two on the fastener
Part, when the extensible member is flexible, the extensible member forms the notch.
12. simple assembly and disassembling according to claim 2 protects closure assembly, wherein the locating part is symmetrically disposed on the light
Learn camera lens.
13. simple assembly and disassembling according to claim 3 protects closure assembly, wherein the locating part is symmetrically disposed on the guarantor
Shield.
14. a kind of optics microscope group characterized by comprising
One optical lens, wherein the optical lens has a nearly object side mirror head surface；And
One simple assembly and disassembling protects closure assembly, wherein simple assembly and disassembling protection closure assembly includes:
One protective cover, wherein the protective cover has an edge surface, the edge surface can ordinatedly fit in the light
Learn the edge of the nearly object side mirror head surface of camera lens；And
One locking device, wherein the locking device is respectively arranged on the protective cover and the optical lens, the locking
Device includes a fastener and at least two locating parts, wherein the fastener has at least two notches, the locating part can be embedding
Enter to the notch, the locating part is with a limit height, the limit height slightly above fastener, the locating part
It is embedded into the notch, when the protective cover is in the lock state down, is mutually rotated between the fastener and the locating part
So that the fastener and the locating part are bonded to each other and lock.
15. a kind of capture apparatus characterized by comprising
One shooting main body；And
One optics microscope group, wherein the optical frames group is installed in the shooting main body, the optics microscope group includes:
One optical lens, wherein the optical lens has a nearly object side mirror head surface；And
One simple assembly and disassembling protects closure assembly, wherein simple assembly and disassembling protection closure assembly includes:
One protective cover, wherein the protective cover has an edge surface, the edge surface can ordinatedly fit in the light
Learn the edge of the nearly object side mirror head surface of camera lens；And
One locking device, wherein the locking device is respectively arranged on the protective cover and the optical lens, the locking
Device includes a fastener and at least two locating parts, wherein the fastener has at least two notches, the locating part can be embedding
Enter to the notch, the locating part is with a limit height, the limit height slightly above fastener, the locating part
It is embedded into the notch, when the protective cover is in the lock state down, is mutually rotated between the fastener and the locating part
So that the fastener and the locating part are bonded to each other and lock.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822269142.4U CN209514279U (en) | 2018-12-29 | 2018-12-29 | Optics microscope group, capture apparatus and simple assembly and disassembling protect closure assembly |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822269142.4U CN209514279U (en) | 2018-12-29 | 2018-12-29 | Optics microscope group, capture apparatus and simple assembly and disassembling protect closure assembly |
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| Publication Number | Publication Date |
|---|---|
| CN209514279U true CN209514279U (en) | 2019-10-18 |
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ID=68198972
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112637462A (en) * | 2020-12-21 | 2021-04-09 | 维沃移动通信有限公司 | Camera module and control method thereof |
-
2018
- 2018-12-29 CN CN201822269142.4U patent/CN209514279U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112637462A (en) * | 2020-12-21 | 2021-04-09 | 维沃移动通信有限公司 | Camera module and control method thereof |
| CN112637462B (en) * | 2020-12-21 | 2022-05-17 | 维沃移动通信有限公司 | Camera module and control method thereof |
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