CN209264991U - Optical mirror slip and optical lens - Google Patents
Optical mirror slip and optical lens Download PDFInfo
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- CN209264991U CN209264991U CN201821562406.9U CN201821562406U CN209264991U CN 209264991 U CN209264991 U CN 209264991U CN 201821562406 U CN201821562406 U CN 201821562406U CN 209264991 U CN209264991 U CN 209264991U
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- mirror slip
- optical mirror
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Abstract
The utility model provides a kind of optical mirror slip and optical lens, wherein the surface of the optical mirror slip is equipped with label, in order to the retrospect of eyeglass, wherein the optical mirror slip includes an eyeglass main body and at least film plating layer for being formed in the eyeglass main body.The film plating layer is formed in the eyeglass main body, wherein the film plating layer further comprises an at least mark layer, wherein the mark layer is associated with the optical mirror slip, by identifying that the mark layer identifies the optical mirror slip.The optical mirror slip is assembled to an optical lens, and the lens information of the optical mirror slip is associated to the optical lens, traces the optical mirror slip will pass through the identification optical lens.
Description
Technical field
The utility model relates to a kind of eyeglass more particularly to a kind of optical mirror slips and optical lens.
Background technique
Optical mirror slip is optical lens or the most basic of camera module is also most important constituent element, the light of optical mirror slip
Learning performance is also the most direct factor for directly affecting these optical lens or camera module.Since optical mirror slip is processed in manufacture
It is needed in journey by multiple processing process, and is likely to result in the optics of optical mirror slip in each technical process
The deviation of performance.
Under normal conditions, when manufacturing processing optical eyeglass same production batch or in same processing mold plus
The optical property of the optical mirror slip of work production is identical.So once mismachining tolerance occurs, same batch or same plus
The optical mirror slip processed in tool and mould is it is possible that identical problem.The optical mirror slip of the prior art is after processing is completed
Whether the optical property for being difficult directly to detect or fully measure each optical mirror slip complies fully with service performance.But once
The optical mirror slip for not meeting optical property is assembled in optical lens or camera module, is likely to result in optical lens or is taken the photograph
As the entirety of mould group is scrapped, or even cause to use with a batch of product.
During the manufacturing of existing optical mirror slip, the product back-tracing to optical mirror slip all cannot achieve, even if then
It can detect that in an assembling process optical mirror slip occurs quality problems, then can not also go retrospect with other a batch of optics
The corresponding optical lens of eyeglass or camera module.That is, when detect the optical property of optical mirror slip there are when problem, nothing
Method traces the optical mirror slip, can not go to trace added by same batch optical lens products based on the result detected
Other products of work assembling.Also just inevitably bring certain production hidden the production of optical lens or camera module in this way
Suffer from.Similarly, when identical quality problems occurs in the product with a batch of optical mirror slip, according to existing production and processing skill
For art, it is difficult to realize accurately recall, the difficulty to product recall is thus will increase, equally also increases retrospect and call together
The expense returned.
In actual production, many onesize and shape optical mirror slips are difficult the optical property with identification optical mirror slip,
Once being mixed, it is difficult to distinguish using correct optical mirror slip, thus increases the difficulty of assembling during assembling.This
Outside, the optical property of the front and back sides of some optical mirror slips, which also needs identification, correctly to install, and need under normal conditions
Eyeglass is handled or is marked, this existing technology will affect the imaging effect of optical mirror slip, serious to be likely to result in
Eyeglass is scrapped, and the rejection rate of product is increased.
Under normal conditions, for optical articles, such as when counterfeit merchandise occur in optical lens or camera module, some are counterfeit
Product are relatively difficult to recognize from the aspect of performance of appearance or product, and which adds the difficulty of retrospect counterfeit product.
Utility model content
One main advantage of the utility model is to provide a kind of optical mirror slip and optical lens, the optical mirror slip tool
Having identified can mark, and identify the information of the optical mirror slip by identifying the label.
The utility model another advantage is that providing a kind of optical mirror slip and optical lens, the mark of the optical mirror slip
Note can be identified, wherein described mark production information, the use information that be used to record or be associated with the optical mirror slip, with
Convenient for passing through the production and application information for identifying optical mirror slip described in the marker recognition of the optical mirror slip.
The utility model another advantage is that providing a kind of optical mirror slip and optical lens, the institute of the optical mirror slip
Stating label can be identified, and trace the production and processing information of the optical mirror slip by identifying the label.
The utility model another advantage is that providing a kind of optical mirror slip and optical lens, the institute of the optical mirror slip
Stating label can be identified, and trace camera lens or camera module using the optical mirror slip by identifying the label.
The utility model another advantage is that provide a kind of optical mirror slip and optical lens, will by way of plated film
Described mark is formed in the eyeglass main body of the optical mirror slip, and the coating process can improve the optical mirror slip at
As effect.
The utility model another advantage is that a kind of optical mirror slip and optical lens are provided, wherein the optical mirror slip
It will identify that the label of the optical mirror slip is formed in the eyeglass main body while plated film, simplify the optics
The process of manufacture of eyeglass.
The utility model another advantage is that a kind of optical mirror slip and optical lens are provided, wherein the optical mirror slip
Coating film treatment is carried out using hollow processing or raised coating clamp, by the eyeglass main body plated film of the optical mirror slip
Meanwhile the label is formed on the surface of the eyeglass main body.
The utility model another advantage is that a kind of optical mirror slip and optical lens are provided, wherein being formed on described
The label of optical mirror slip main body can be identified, in order to identify the obverse and reverse of the optical mirror slip, thus rear
It is continuous to be easy to use the optical mirror slip assembling first-class optical module of optical frames.
The utility model another advantage is that a kind of optical mirror slip and optical lens are provided, wherein can identify described
The label of optical mirror slip is formed on the non-transparent region of the optical mirror slip, avoids the light for influencing the optical mirror slip
Road.
The utility model another advantage is that a kind of optical mirror slip and optical lens are provided, wherein the optical mirror slip
The label different number, number combinatorics on words, different pictorial patterns, two dimensional code indicate different optical mirror slips
Type.
The utility model another advantage is that a kind of optical mirror slip and optical lens are provided, wherein the optical mirror slip
The label using different number pattern or use film-coated plate of different shapes, to form the mark of different shapes
Note.
The utility model another advantage is that a kind of optical mirror slip and optical lens are provided, wherein the optical mirror slip
The class of the different optical mirror slips is indicated from the incision site relationship of the eyeglass main body using the label of specific shape
Type.
Other advantage and characteristics of the utility model are able to fully demonstrate and can be by specific by following detailed descriptions
The combination of the means and device pointed out in embodiment is achieved.
According to the one aspect of the utility model, the utility model of foregoing purpose and other purposes and advantage can be realized
One optical mirror slip, comprising:
One eyeglass main body；With
One film plating layer, wherein the film plating layer is formed in the eyeglass main body, wherein the film plating layer further comprise to
A few mark layer, wherein the mark layer is associated with the optical mirror slip, by identifying that the mark layer identifies the optical frames
Piece.
Some embodiments according to the present utility model, the eyeglass main body further comprise a transmittance section and a mark part,
Wherein the mark part integrally extends outwardly from the transmittance section, and the mark part is surrounded on the outer of the transmittance section
Side avoids the optical path for influencing the optical mirror slip wherein the mark layer of the film plating layer is formed on the mark part.
Some embodiments according to the present utility model, the eyeglass main body further have a first surface and correspond to institute
A second surface of first surface is stated, wherein the film plating layer is formed in described the first of the eyeglass main body by the mode of plated film
Surface and/or the second surface, by the obverse and reverse for identifying optical mirror slip described in the location identification of the mark layer.
Some embodiments according to the present utility model, the film plating layer further comprise a penetrated bed, the optical mirror slip
Further there is a transmission region, wherein the penetrated bed is formed the transmission region for being covered in the optical mirror slip,
Described in mark layer be formed on the outside on the penetrated bed periphery.
Some embodiments according to the present utility model, the mark layer be by number, character, character string or two dimensional code,
The plated film film layer that bar code is formed is led to wherein the mark layer be used to record or be associated with the lens information of the optical mirror slip
It crosses and identifies that the mark layer obtains the lens information, in order to be traced to the optical mirror slip.
Some embodiments according to the present utility model, the mark layer are the plated film film layers formed by figure, pattern, wherein
The mark layer be used to be associated with the optical mirror slip, by identifying that the mark layer recognizes the optical mirror slip, Jin Erbian
In the retrospect optical mirror slip.
Some embodiments according to the present utility model, the mark layer be by number, character, character string or two dimensional code,
The hollow out film layer that bar code is formed is led to wherein the mark layer be used to record or be associated with the lens information of the optical mirror slip
It crosses and identifies that the mark layer obtains the lens information, in order to be traced to the optical mirror slip.
Some embodiments according to the present utility model, the mark layer are the hollow out film layers formed by figure, pattern, wherein
The mark layer be used to be associated with the optical mirror slip, by identifying that the mark layer recognizes the optical mirror slip, Jin Erbian
In the retrospect optical mirror slip.
Some embodiments according to the present utility model, the optical mirror slip includes multiple mark layers, wherein the mark
Remember that layer is the plated film film layer formed by figure, pattern, wherein the quantity of the mark layer, the shape of the mark layer and described
The arrangement of mark layer be used to represent or be associated with the optical mirror slip, by identifying that the mark layer identifies the optical mirror slip
Type, and then convenient for tracing the optical mirror slip.
Some embodiments according to the present utility model, the mark layer of the film plating layer and the penetrated bed one landform
Eyeglass main body described in Cheng Yu, wherein the mark layer is formed in the periphery of the penetrated bed, the mark layer formed shape by with
In the lens information for indicating or being associated with the optical mirror slip, by identifying that the shape of the mark layer or the film plating layer obtains institute
The information of optical mirror slip is stated, to trace to the optical mirror slip.
Some embodiments according to the present utility model, the optical mirror slip are further provided with an at least reference section, wherein institute
The lens information that the relative positional relationship between reference section and the mark layer was used to indicate or was associated with the optical mirror slip is stated,
Positional relationship by identifying or measuring the reference section and the mark layer obtains the lens information, thus to the optics
Eyeglass is traced.
Some embodiments according to the present utility model, the reference section are formed at the notch of the eyeglass body rim,
Wherein the angle between the mark layer and the reference section is used to indicate or is associated with the optical mirror slip.
Another aspect according to the present utility model, the utility model further provide for the manufacturing method of an optical mirror slip, institute
Manufacturing method is stated to include the following steps:
(a) an eyeglass main body of an optical mirror slip is provided；With
(b) an at least mark layer is formed in the surface of the eyeglass main body in a manner of plated film, the optics is made
Eyeglass.
Some embodiments according to the present utility model further comprise, by one in a manner of plated film in the step (b)
Penetrated bed is formed in the surface of the eyeglass main body, wherein the penetrated bed and the mark layer are synchronously imposed in the eyeglass
The surface of main body.
Some embodiments according to the present utility model, in the step (b), based on the lens information of the optical mirror slip,
The number of the mark layer, figure, pattern or two dimensional code are formed in the corresponding position of the eyeglass main body, to pass through
It states mark layer association or indicates the optical mirror slip.
The corresponding position of the eyeglass main body, to be associated with or indicate the optical mirror slip by the mark layer.
According to the another aspect of the utility model, the utility model further provides for an optical lens, comprising:
One lens barrel；With
An at least optical mirror slip, wherein the optical mirror slip is held in the lens barrel, wherein the optical mirror slip is into one
Step includes an eyeglass main body and a film plating layer, wherein the film plating layer further comprises an at least mark layer, wherein the label
Layer is associated with the optical mirror slip, by identifying that the mark layer identifies the optical mirror slip.
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 are filled by following detailed description and accompanying drawings
Fission is existing.
Detailed description of the invention
Figure 1A is the overall schematic of an optical mirror slip of the first preferred embodiment according to the present utility model.
Figure 1B is the entirety sectional view of the optical mirror slip of above-mentioned preferred embodiment according to the present utility model.
Fig. 2A to Fig. 2 B is that the coating process of the optical mirror slip of above-mentioned preferred embodiment according to the present utility model shows
It is intended to.
Fig. 3 is that one kind of a mark layer of the optical mirror slip of above-mentioned preferred embodiment according to the present utility model is optional
Embodiment.
Fig. 4 is the another kind of the mark layer of the optical mirror slip of above-mentioned preferred embodiment according to the present utility model
Optional embodiment.
Fig. 5 is another coating process signal of the optical mirror slip of above-mentioned preferred embodiment according to the present utility model
Figure.
Fig. 6 A to Fig. 6 C is the mark layer of the optical mirror slip of above-mentioned preferred embodiment according to the present utility model
Another optional embodiment.
Fig. 7 is the overall schematic of an optical mirror slip of the second preferred embodiment according to the present utility model.
Fig. 8 A to 8C is the overall schematic of an optical mirror slip of third preferred embodiment according to the present utility model.
Fig. 9 is the entirety of the another alternative of the optical mirror slip of above-mentioned preferred embodiment according to the present utility model
Schematic diagram.
Figure 10 is the overall schematic according to an optical lens of the above-mentioned preferred 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.
It is preferably real according to the first of the utility model referring to shown in Figure 1A to Fig. 3 of the Figure of description of the utility model
The optical mirror slip for applying example is set forth in following description.The optical mirror slip is by way of plated film in the optical frames
The surface of piece forms at least one label, wherein described mark the type of lenses that be used to record or be associated with the optical mirror slip, life
Produce information etc..The label of the optical mirror slip can be identified, wherein the identification method of the label is either naked eyes
Direct Recognition, can also be by identifying by tool or instrument.By the type for identifying the label of the optical mirror slip
The information of the optical mirror slip is obtained, and then helps to trace the process of manufacture of the optical mirror slip.
As shown in FIG. 1A and 1B, the optical mirror slip includes an eyeglass main body 10 and an at least film plating layer 20, wherein institute
Stating film plating layer 20 is the surface that the eyeglass main body 10 is formed in by way of plated film.The film plating layer 20 is used to form institute
Label is stated, and the label that the film plating layer 20 is formed can be read, to identify the type of the label and described
The interior perhaps described associated information of label of label record.
The eyeglass main body 10 of the optical mirror slip allows light to pass through, wherein the eyeglass main body 10 can be by glass
Glass material is also possible to pass through the glass lens being molded by plastic material by the glass lens being made.This field
Technical staff is it is understood that the optical mirror slip is to form various optical devices, for example camera module, optical frames are first-class
Primary element, wherein the eyeglass main body 10 of the optical mirror slip can be convex lens, concavees lens, plane mirror or be aspheric
Face mirror or lens group etc..According to first preferred embodiment of the utility model, the type of the eyeglass main body 10 is herein only
Only as an example, not a limit.The eyeglass main body 10 of the optical mirror slip is plated one or more layers in the form of plated film
Film, to form the film plating layer 20.Preferably, the eyeglass that the optical mirror slip is an integral structure.
The eyeglass main body 10 further has a first surface 11 and one second table corresponding to the first surface 11
Face 12, wherein the film plating layer 20 is formed on the first surface 11 and/or the second surface of the eyeglass main body 10
12.It is understood that the optical mirror slip can be the structure of double-sided coating, that is to say, that the film plating layer 20 is formed on
The first surface 11 and it is formed in the second surface 12.When the optical mirror slip is the structure of coating single side, the plating
Film layer 20 is formed on the first surface 11 of the eyeglass main body 10 or is formed in the second surface 12.Preferably, institute
State the first surface 11 that film plating layer 20 is formed on the eyeglass main body 10.It is understood that in attached drawing 1A and Figure 1B
Shown in be only only for example in the example that the first surface 11 of the eyeglass main body 10 forms the film plating layer 20, simultaneously
It is not construed as the limitation of the content and range to the optical mirror slip of the utility model.
It is noted that the film plating layer 20 is that Coating Materials is formed in the mirror surface main body by way of plated film
10 surface.The film plating layer 20 can be stiffened film, antireflective coating or other kinds of film, wherein the film plating layer 20
The optical property of the optical mirror slip can also enough be increased to a certain extent.It is understood that the film plating layer 20 be by
Translucent material is formed in film plating layer 20 described in the outer surface of the mirror surface main body 10, and the plated film by way of plated film
Layer 20 will not influence the transmission of light.
As shown in FIG. 1A and 1B, the eyeglass main body 10 of the optical mirror slip further comprises a transmittance section 13 and one
Mark part 14, wherein the mark part 14 integrally extends outwardly from the transmittance section 13, so that 14 ring of the mark part
It is wound on the surrounding of the transmittance section 13, wherein the transmittance section 13 allows passing through for light.The mark part 14 is formed on institute
The outer rim for stating transmittance section 13 is used to support the transmittance section 13, wherein the surface of the mark part 14 is formed the optical frames
The label of piece.It is understood that the mark part 14 be used to that the eyeglass main body 10 be supported to be installed on optical lens
Lens barrel in, and support during plated film the transmittance section 13 of the eyeglass main body 10.
The film plating layer 20 of the optical mirror slip includes an at least mark layer 21, wherein the mark layer 21 is formed on
The mark part 14 of the eyeglass main body 10, wherein the mark layer 21 is to be formed in the mark part by way of plated film
14 surface.The film plating layer 20 of the optical mirror slip further comprises a penetrated bed 22, wherein the penetrated bed 22 is logical
Cross plated film mode be formed in the eyeglass main body 10 the transmittance section 13 surface.It is understood that the penetrated bed
22 are formed on the transmittance section 13, wherein the penetrated bed 22 allows passing through for light.The mark layer 21 is to protrude from institute
State the membrane structure of the mark part 14 of eyeglass main body 10.
It is noted that although the mark layer 21 described in the optical mirror slip shown in attached drawing 1A and Figure 1B and institute
Stating penetrated bed 22 is integral structure, in other possible examples of the optical mirror slip of the utility model, the label
Layer 21 and the penetrated bed 22 are also possible to split type structure, and the optical mirror slip of the utility model is not limited in this respect
System.
The mark layer 21 of the optical mirror slip can be identified, to recognize the obverse and reverse of the optical mirror slip.
It is understood that when the mark layer 21 is formed on the side of the eyeglass main body 10, by identifying the mark layer
21 position can distinguish the obverse and reverse of the optical mirror slip.
The optical mirror slip has a transmission region 101, and light can penetrate the transmission region of the optical mirror slip
101, wherein the penetrated bed 22 of the film plating layer 20 is covered on the transmission region 101 of the optical mirror slip.The light
The mark part 14 for learning eyeglass further has extended surface 141 and once extended surface 142 on one, wherein the upper extended surface
141 and the lower extended surface 142 be located at the upper side and lower side of the mark part 14.The label of the film plating layer 20
Layer 21 is formed on the upper extended surface 141 and/or the lower extended surface 142 of the mark part 14.For example, in attached drawing 1A and
The mark layer 21 that the film plating layer 20 is shown in Figure 1B is formed on the upper extended surface 141 of the mark part 14
Specific embodiment.
Referring to Fig. 3 of utility model attached drawing, wherein the mark layer 21 of the film plating layer 20 is by way of plated film
It is formed in an at least numeral mark for the mark part 14 of the eyeglass main body 10, or the number being made of multiple numbers
One string token of word, text composition.The word that the mark layer 21 passes through the numeral mark or number, text composition
Symbol string marks the optical mirror slip.It will be appreciated by persons skilled in the art that 21 energy of the mark layer of the film plating layer 20
It is enough to be detected and identify by specific mode, thus identify the mark layer the numeral mark or the character string mark
The content of note.
Preferably, the numeral mark of the mark layer 21 or the string token record or are associated with the optics
The information of eyeglass, for example it is associated with the model of the optical mirror slip, size dimension, production technology information etc..Thus, pass through identification institute
The content for stating the numeral mark or string token in mark layer 21 can parse the associated letter of the mark layer 21
Breath.
Be made and one be mentioned that, identify the method for the mark layer 21 according to the property of the Coating Materials of the film plating layer 20 and
It is fixed.The surface of the optical mirror slip is irradiated by colored light, operator can detect the label by reflected light/transmitted light
Layer 21, or by being recorded in the scanning of specific detecting instrument, the mark layer 21 of the irradiation to identify the optical mirror slip
Information.
Fig. 3 of the Figure of description of the utility model shows the optical frames of the first preferred embodiment of the utility model
Several optional embodiments of the mark layer 21 of piece.As shown in figure 3, the mark layer 21 is formed by way of plated film
In the plated film film layer of the mark part 14 of the eyeglass main body 10, wherein the mark layer 21 is a pictorial symbolization, wherein institute
Stating pictorial symbolization is the shapes such as rectangular, round or triangle.It will be appreciated by persons skilled in the art that the mark layer 21 is logical
Crossing different pictorial symbolizations indicates the type of different optical mirror slips, for example is respectively represented not using square pattern and circular pattern
Two kinds of optical mirror slips of same type.It, can be according to identification when by identifying that the mark layer 21 identifies the pictorial symbolization
The pictorial symbolization represents identifying the graphics shape or the information such as type, the model of associated optical mirror slip.It is worth one
It is mentioned that, the film plating layer 20 is the film layer that 10 surface of eyeglass main body is formed in by Coating Materials.
As shown in figure 3, the mark layer 21 is the mark for being formed in the eyeglass main body 10 by way of plated film
The film plating layer 20 in portion 14, wherein the mark layer 21 includes at least one two dimensional code or bar code.In other words, the mark
Remember that layer 21 is the two dimensional code or bar code that the eyeglass main body 10 is formed in by way of plated film.The mark layer 21 it is described
Two dimensional code or bar code can represent or be associated with the information of the optical mirror slip, for example be associated with the production letter of the optical mirror slip
Breath, model, type of eyeglass etc..It will be appreciated by persons skilled in the art that can be with by correspondingly equipment surface sweeping or detection
It identifies the two dimensional code, and can be parsed out the two dimensional code or bar code representative or associated information.
It will be appreciated by persons skilled in the art that the anti-counterfeiting information of the optical mirror slip can also be edited or be associated with to institute
State the two dimensional code or the bar code of mark layer 21, the two dimension that operator passes through mark layer 21 described in scanning recognition
Code or bar code information can obtain the related anti-counterfeiting information of the optical mirror slip.Preferably, optical frames described in any two
The mark layer 21 of piece all has different the two dimensional code bar code or other figures, pattern, character string, so as to
Can also achieve the purpose that anti-fake by identifying optical mirror slip described in 21 unique identification of mark layer.
As shown in figure 3, the mark layer 21 is the mark for being formed in the eyeglass main body 10 by way of plated film
The film plating layer 20 in portion 14, wherein the mark layer 21 includes at least one irregular pattern or figure, wherein the figure
Case or figure be used to record or be associated with the information of the optical mirror slip.Operator is by identifying the described of the mark layer 21
The information of irregular pattern or figure can identify and parse representated by the irregular pattern or figure or associated information.
The Figure of description of the utility model Fig. 2 shows a kind of manufacturers of the optical mirror slip of the utility model
Method.The manufacturing method comprises the following methods: firstly, the eyeglass main body 10 of an optical mirror slip is provided, wherein described
Eyeglass main body 10 can be but not limited to glass lens or glass lens.The eyeglass main body 10 is placed in a coating clamp
100, wherein the coating clamp 100 fixes the eyeglass main body 10 in a manner of clamping.The coating clamp 100 will be described
Coating film treatment is carried out in filming equipment after eyeglass main body 10 is fixed, forms the mark layer 21.
It is noted that the coating clamp 100 includes one first clamp portion 110 and one second clamp portion 120, wherein
The eyeglass main body 10 is clamped between first clamp portion 110 and second clamp portion 120, by the coating clamp
100 fix the eyeglass main body 10 in a manner of clamping.The coating clamp 100 has a grasping part 130, wherein institute
It states grasping part 130 to be formed by first clamp portion 110 and 120 common definition of the second clamp portion, the eyeglass main body
10 are clamped by first clamp portion 110 and second clamp portion 120 and are maintained at the grasping part 130.
When the eyeglass main body 10 is placed on the coating clamp 100 and is maintained at the grasping part 130,
The first surface 11 of the eyeglass main body 10 is fitted in first clamp portion 110, and the second surface 12 fits in institute
State the second clamp portion 120.
During plated film, plated film direction is from the outside of first clamp portion 110 towards the first surface 11
Direction carry out plated film, then the film plating layer 20 is formed on the first surface 11 of the eyeglass main body 10.Correspondingly,
First clamp portion 110 of the coating clamp 100 is a ring assembling structure, and the part of the intermediate hollow out of the jig plate 100 exists
The film plating layer 20 is formed on the surface of the eyeglass main body 10 when plated film.First clamp portion of the coating clamp 100
110 are further provided with plated film opening 1101 and a mark opening 1102, wherein plated film opening 1101 is right against the mirror
The transmittance section 13 of piece main body 10.Coating Materials by the plated film opening 1101 the eyeglass main body 10 the light transmission
The surface in portion 13 forms the penetrated bed 22.Correspondingly, the mark opening 1102 of first clamp portion 110 is in plated film
When form the mark layer 21 of the film plating layer 20.It is noted that in first preferred embodiment of the utility model,
The mark opening 1102 is formed in the digital figure of 110 hollow out of the first clamp portion, pattern, two dimensional code, bar code etc.
The opening of figure.The appearance of the mark part 14 of the Coating Materials by the mark opening 1102 in the eyeglass main body 10
Face forms the mark layer 21 of the film plating layer 20.
It is understood that it is attached Fig. 2 shows example in, the plated film of first clamp portion 110 opening 1101
It is interconnected with mark opening 1102, to be formed in first table of the eyeglass main body 10 in the film plating layer 20
Behind face 11, the mark layer 21 and the penetrated bed 22 of the film plating layer 20 are an integral structure.
Simply, Coating Materials is by first clamp portion 110 of the coating clamp 100, by the film plating layer
20 mark layer 21 is formed in the surface of the mark part 14 of the eyeglass main body 10.Preferably, the film plating layer 20
The penetrated bed 22 Coating Materials it is identical with the Coating Materials of the mark layer 21, and the penetrated bed 22 and the mark
Note layer 21 synchronously imposes on the surface of the eyeglass main body 10, such as the landform synchronous with the mark layer 21 of the penetrated bed 2
At the first surface 11 in the eyeglass main body 10.
It is noted that the optical mirror slip of same production batch can form the same mark in process
Remember layer 21.Correspondingly.Optical property with a batch of optical mirror slip is essentially identical, in the light for detecting the optical mirror slip
It, can be by detecting the optics for having the eyeglass of same mark layer 21 to evaluate the optical mirror slip when learning performance or quality testing
Whether performance is suitable.Similarly, when there are quality for the optical mirror slip for being found to have the mark layer 21 in the detection process
Problem or optical property are unqualified, and the optical frames of same batch production can be traced by detecting the mark layer 21
Piece.It is understood that the mark layer 21 of the optical mirror slip be associated to the optical mirror slip lens information and
Be associated to eyeglass and be assembled into optical lens or camera module, thus by detect the mark layer 21 can trace back to it is described
The optical lens equipment that optical mirror slip is assembled into, is applied in optical device to avoid underproof eyeglass.
Fig. 4 and Fig. 5 of the Figure of description of the utility model show the described of the first preferred embodiment of the utility model
The another embodiment of optical mirror slip.The optical mirror slip includes an eyeglass main body 10 and an at least film plating layer 20, wherein institute
State upper surface and/or lower surface that film plating layer 20 is covered on the eyeglass main body 10.The structure and function of the eyeglass main body 10
Essentially identical with above-mentioned preferred embodiment, difference is the film plating layer 20.
In detail, in this variant embodiment, the film plating layer 20 further comprises a penetrated bed 22 and a label
Layer 21, wherein the penetrated bed 22 is the transmittance section 13 for being formed in the eyeglass main body 10 by Coating Materials and the mark
The outer surface in portion 14.The mark layer 21 is the hollow out film layer formed by the penetrated bed 22 of the film plating layer 20.It is preferred that
Ground, the mark layer 21 and the penetrated bed 22 are the membrane structures of integral type, and the mark layer 21 extends out to described penetrate
Layer 22.It is noted that the hollow out film layer is the plated film surrounded by the plated film film layer on 10 surface of eyeglass main body
Engraved structure.
It is noted that hollow out figure or pattern that the mark layer 21 is made of number, character or character string etc..
It represents or closes it is understood that the number, the figure of character or character string composition or pattern can be used to record
Join the lens information of the optical mirror slip, such as the manufacturing information of the optical mirror slip, model, the class of the optical mirror slip
The information such as type.By identifying that the mark layer 21 can parse the number, character or the character string representative of the mark layer 21
Or the information of the associated optical mirror slip, to be traced to the optical mirror slip.
Correspondingly, the mark layer 21 can also be the figure with rectangular, round, triangle or other irregular shapes
The pierced pattern that pattern is formed in the mark part 13 of the eyeglass main body 10.The mark layer 21 can pass through not similar shape
Pierced pattern, figure of shape etc. are represented or are associated with to the lens information of the optical mirror slip.It is noted that the mark layer
Same shape in 21, but the pattern of different size size or figure can be used for being associated with different lens informations.Pass through identification institute
The figure or pattern for stating the mark layer 21 of optical mirror slip, the figure or pattern for parsing the mark layer 21 are represented or are closed
The optical mirror slip information of connection.It is identical with above-mentioned preferred embodiment to be, the mark layer 21 can also be by two dimensional code or
Bar code etc. is formed in the pierced pattern of the mark part 13, wherein the bar code or two dimensional code of the mark layer 21 can quilts
For recording or being associated with the lens information of the optical mirror slip.
As shown in figure 5, the position that the coating clamp 100 of the optical mirror slip corresponds to the mark layer 21 is the figure
The protrusion of shape, pattern, number, character, two dimensional code etc..In plated film, the corresponding position of the protrusion cannot be covered by Coating Materials
Lid, so as to form the label of the mark layer 21.
Fig. 6 A to Fig. 6 C of the Figure of description of the utility model shows the institute of the first preferred embodiment of the utility model
State another optional embodiment of optical mirror slip.The optical mirror slip includes an eyeglass main body 10 and is formed in the eyeglass master
An at least film plating layer 20 on 10 surface of body, wherein the film plating layer 20 be used to record and identify the eyeglass letter of the optical mirror slip
Breath.
It is noted that in this variant embodiment, the eyeglass main body 10 of the optical mirror slip and it is above-mentioned compared with
Good embodiment is identical, and the eyeglass main body 10 includes a transmittance section 13 and integrally outwardly extending one marks from the transmittance section 13
Knowledge portion 14.Difference is the film plating layer 20, wherein the film plating layer 20 further comprises a penetrated bed 22 and at least one mark
Layer 21 is remembered, wherein the penetrated bed 22 is covered on the transmittance section 13.The mark layer 21 is formed on the mark part 14
The upper extended surface 141 or the lower extended surface 142.
In this variant embodiment, the film plating layer 20 includes one or more mark layer 21, wherein described
Mark layer 21 is alternately formed the mark part 14 in the eyeglass main body 10, wherein the quantity of the mark layer 21 and
Gauge is associated with the lens information of the optical mirror slip from being used to record.The mark layer 21 may be implemented as by Coating Materials
It is formed in the plated film film layer of the mark part 14, or is formed in the hollow out plated film of the mark part by the Coating Materials
Layer.Each mark layer 21 is the figure or pattern that the mark part 14 is formed in by the Coating Materials, wherein the plating
Film layer 20 includes the mark layer 21 of multiple same shapes or identical patterns.It is understood that the optical mirror slip can
By identifying that the quantity of the identical mark layer 21 distinguishes or distinguish the optical mirror slip.
Correspondingly, the film plating layer 20 of the optical mirror slip can also include the two or more marks of different shapes
Layer 21 is remembered, wherein the mark layer 21 can be indicated in the positional relationship of the eyeglass main body 10 and the quantity of the mark layer 21
Or the lens information of the association optical mirror slip.It can by the shape and quantity that identify the mark layer 21 of the optical mirror slip
To obtain the lens information of the optical mirror slip, to be traced to the optical mirror slip.
Referring to shown in Fig. 7 of the Figure of description of the utility model, according to second preferred embodiment of the utility model
One optical mirror slip is set forth in following description.The optical mirror slip includes an eyeglass main body 10, and is formed in the mirror
An at least film plating layer 20A for piece main body 10, wherein the film plating layer 20A be used to identify the lens information of the optical mirror slip.
It is noted that the eyeglass main body 10 of the optical mirror slip and the eyeglass main body 10 of above-mentioned preferred embodiment
Structure is identical with performance, and difference is the film plating layer 20A.Correspondingly, the eyeglass main body 10 further comprises a light transmission
Portion 13 and a mark part 14, wherein the mark part 14 integrally extends outwardly from the transmittance section 13.The film plating layer
20A is the surface for being formed in the eyeglass main body 10 by way of plated film by Coating Materials.The film plating layer 20A is further wrapped
A photic zone 22A and at least a mark layer 21A are included, wherein the photic zone 22A is covered on the described of the eyeglass main body 10
Light portion 13.The mark layer 21A integrally extends outwardly from the photic zone 22A.
In other words, the mark layer 21A is integrally formed by the coating clamp 100 and the photic zone 22A
In the surface of the eyeglass main body 10.The plated film opening 1101 and the mark 1102 phases of opening of the coating clamp 100
One plated film of intercommunicated formation opening, wherein the shape of plated film opening can be it is rectangular, it is round, ellipse or other do not advise
Then shape.It is understood that the shape that the plated film of the shape of the film plating layer 20A and the coating clamp 100 is open
Identical, the optical mirror slip can pass through the shape of the film plating layer 20A or the shape record association institute of the mark layer 21A
State the lens information of optical mirror slip.Correspondingly, by identifying the film plating layer 20A or identifying the shape energy of the mark layer 21A
Enough identification parses the lens information of the optical mirror slip, to trace to the optical mirror slip.The ground being worth mentioning, at this
In variant embodiment, the same shape but different size of film plating layer 20A can indicate different lens informations.
It is preferably real according to the third of the utility model referring to shown in Fig. 8 A to Fig. 9 of the Figure of description of the utility model
The optical mirror slip for applying example is set forth in following description.The optical mirror slip includes an eyeglass main body 10B and is formed in
An at least film plating layer 20B on the surface eyeglass main body 10B, wherein the film plating layer 20B can be identified, described in identification
The lens information of optical mirror slip.It is understood that the film plating layer 20B of the optical mirror slip is formed on the eyeglass master
The surface of body 10B, the shape of the film plating layer 20B, size and be used to record with the positional relationship of the eyeglass main body 10B
Or the lens information of the association optical mirror slip, for example be associated with the model of the optical mirror slip, manufacture information etc..In other words
It says, can identify institute by the shape of the identification film plating layer 20B, size and with the positional relationship of the eyeglass main body 10B
The lens information of optical mirror slip is stated, consequently facilitating tracing to year book optical mirror slip.
Correspondingly, the eyeglass main body 10B further comprises a transmittance section 13B and a mark part 14B, wherein the mark
Portion 14B integrally extends outwardly from the transmittance section 13B.The transmittance section 13B allows passing through for light, wherein the mark
Knowledge portion 14B is looped around the periphery of the transmittance section 13B, to support the transmittance section 13B and convenient for installing the optical mirror slip
In optical lens or camera module.The eyeglass main body 10B further has a first surface 11B and a second surface 12B,
Wherein the film plating layer 20B is the first surface for being formed in the eyeglass main body 10B in a manner of plated film by Coating Materials
11B and/or second surface 12B.
The film plating layer 20B includes an a penetrated bed 22B and mark layer 21B, wherein the penetrated bed 22B is covered in institute
The transmittance section 13B of eyeglass main body 10B is stated, to improve the optical property of the optical mirror slip.Correspondingly, the mark layer
21B is formed in the mark part 14B of the eyeglass main body 10B, wherein the shape of the mark part 14, size and with it is described
The positional relationship of eyeglass main body 10B be used to record or be associated with the lens information of the optical mirror slip.Simply, pass through identification
The mark layer 21B of the film plating layer 20B knows the optical mirror slip information with retrospect.
The mark part 14B further has on one extended surface 141B and once extended surface 142B, wherein the film plating layer
The mark layer 21B of 20B is formed on the upper extended surface 141B and/or lower extended surface 141B of the mark part 14B,
To avoid the transmission of the light of transmittance section 13B described in the mark part 14B image.
It is noted that the eyeglass main body 10B of the optical mirror slip is molded by plastic material, or by glass
Eyeglass of the glass material Jing Guo machine-shaping.The optical mirror slip is further provided with an at least reference section 15B, wherein the reference section
15B is by as the base position for identifying the optical mirror slip.In the third preferred embodiment of the utility model, the reference section
15B is the notch for being formed in the mark part 14B of the eyeglass main body 10B.The reference section 15B is by cutting or beating
Mill is formed in the opening at the edge eyeglass main body 10B, and the mark layer 21B is defined according to the position of the reference section 15B
Position, to identify that the mark layer 21B is represented or associated information.
For the eyeglass main body 10B of injection molding, wherein the eyeglass main body 10B is by resin material in injection mold
Middle machine-shaping.The injection mold has a material mouth, and the resin material is injected into the injection mould by the material mouth
It is formed in the space of tool.Preferably, the reference section 15B is that the eyeglass main body 10B is passed through in the position based on the material mouth
Cut or be die cut the opening formed.Optionally, the reference section 15B can also be implemented as being set to the eyeglass main body 10B
The protrusion of periphery, to define the base position of the optical mirror slip by the reference section 15B.
The mark layer 21B of the film plating layer 20B is formed in the mark part 14B of the eyeglass main body 10B, wherein
The quantity of the mark layer 21B and the mark layer 21B are used to represent with the positional relationship of the reference section 15B is associated with institute
State the lens information of optical mirror slip.
In detail, the mark layer 21B of the film plating layer 20B is that the mark part 14B is formed in by Coating Materials
Plated film film layer.The mark layer 21B is by the mark of the plated film film layer of the formation such as number, character, figure, pattern or two dimensional code
Note.Optionally, the mark layer 21B of the film plating layer 20B is the hollow out film that the mark part 14B is formed in by Coating Materials
Layer, that is to say, that the mark layer 21B is formed at the hollow out film layer of the mark part 14B.
As shown in figure 9, shape, size and the quantity of the mark layer 21B can be used to indicate or be associated with the optics
The lens information of eyeglass.The mark layer 21B of different shape, different size or different number can be used for indicating different shaped
Number, the eyeglass of different pattern number.
The mark layer 21B is also used to indicate or is associated with the optical mirror slip with the positional relationship of the reference section 15B
Lens information.The optical mirror slip has a central axes L, when the profile of the optical mirror slip is circle, the central axes L
At the center location of the optical mirror slip.On the basis of the central axes L, the mark layer 21B and the reference section 15B it
Between the size of angle α be used to indicate or be associated with the model of the optical mirror slip, production and processing information of eyeglass etc..It is optional
Ground, the optical mirror slip of same size size, linear distance or week between the mark layer 21B and the reference section 15B
The lens information of the optical mirror slip can also be used to indicate to distance.By the mark layer for measuring the optical mirror slip
The size of angle identifies or traces the lens information of the optical mirror slip between 21B and the reference section 15B.
It is understood that angle α between the mark layer 21B and the reference section 15B in a certain range by with
In indicating same type of optical mirror slip, wherein the angle α is the position based on the reference section 15B according to clockwise side
It is calculated to the position to the mark layer 21B.When the mark layer 21B and the reference section 15B are more than certain angle β, such as α
± β, the mark layer 21B are used to indicate or are associated with the optical mirror slip of other models or type.
Referring to shown in Figure 10 of the Figure of description of the utility model, according to an optical lens of the utility model in the case where connecing
It is set forth in the description come.The optical lens includes a lens barrel 200 and an at least optical mirror slip 300, wherein the optical frames
Piece 300 is held in the lens barrel 200.The lens barrel 200 has a lens barrel space 210 and light opening 220, wherein
The optical mirror slip 300 is arranged in the lens barrel space 210 of the lens barrel 200.Light is from described in the lens barrel 200
Light opening is across projecting the optical mirror slip 300.Preferably, the optical lens 200 includes multiple optics
Eyeglass 300, and each optical mirror slip 300 forms a Lens assembly, and the Lens assembly is integrally assembled in the mirror
In the lens barrel space 210 of cylinder 200.
It is noted that the light in the optical mirror slip 300 of the optical lens and above-mentioned preferred embodiment
The structure and function for learning eyeglass is identical.The mark layer 21 of the optical mirror slip 300 be used to record or be associated with the optics
The lens information of eyeglass.By identifying the mark layer 21 of the optical mirror slip 300, the mirror of the optical mirror slip can be identified
Piece model, production and processing information of eyeglass etc., in order to which the production to the eyeglass traces.By the optical mirror slip 300
The mark layer 21 information association to the optical lens, can be by identifying that the optical lens trace the light
Eyeglass 300 is learned, or the optical lens using the optical mirror slip is traced back to by the mark information of the optical mirror slip.
According to the other side of the utility model, the utility model further provides for the manufacturing method of an optical mirror slip,
Described in manufacturing method include the following steps:
(a) an eyeglass main body 10 of an optical mirror slip is provided；With
(b) an at least mark layer 21 is formed in the surface of the eyeglass main body 10 in a manner of plated film, to be made described
Optical mirror slip.
It further comprise that a penetrated bed 22 is formed in the eyeglass main body in a manner of plated film in the step (b)
10 surface, wherein the penetrated bed 22 and the mark layer 21 are synchronously imposed in the surface of the eyeglass main body 10.
In the step (b), based on the lens information of the optical mirror slip, by the number of the mark layer 21, figure, figure
Case or two dimensional code are formed in the corresponding position of the eyeglass main body 10, described in being associated with or indicate by the mark layer 21
Optical mirror slip.
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 (21)
1. an optical mirror slip characterized by comprising
One eyeglass main body；With
One film plating layer, wherein the film plating layer is formed in the eyeglass main body, wherein the film plating layer further comprises at least one
Mark layer, wherein the mark layer is associated with the optical mirror slip, by identifying that the mark layer identifies the optical mirror slip.
2. optical mirror slip according to claim 1, wherein the eyeglass main body further comprises a transmittance section and a mark
Portion, wherein the mark part integrally extends outwardly from the transmittance section, the mark part is surrounded on the transmittance section
Outside avoids the optical path for influencing the optical mirror slip wherein the mark layer of the film plating layer is formed on the mark part.
3. optical mirror slip according to claim 2, wherein the eyeglass main body further has a first surface and correspondence
In a second surface of the first surface, wherein the film plating layer is formed in described in the eyeglass main body as the mode of plated film
First surface and/or the second surface, by identifying the positive and anti-of optical mirror slip described in the location identification of the mark layer
Face.
4. optical mirror slip according to claim 3, wherein the film plating layer further comprises a penetrated bed, the optical frames
Piece further has a transmission region, wherein the penetrated bed is formed the transmission region for being covered in the optical mirror slip,
Wherein the mark layer is formed on the outside on the penetrated bed periphery.
5. optical mirror slip according to any one of claims 1 to 4, wherein the mark layer be by number, character, character string,
Or the plated film film layer that two dimensional code, bar code are formed, wherein the mark layer be used to record or be associated with the optical mirror slip
Lens information, by identifying that the mark layer obtains the lens information, in order to be traced to the optical mirror slip.
6. optical mirror slip according to any one of claims 1 to 4, wherein the mark layer is the plating formed by figure, pattern
Film film layer, wherein the mark layer be used to be associated with the optical mirror slip, by identifying that the mark layer recognizes the optics
Eyeglass, and then convenient for tracing the optical mirror slip.
7. optical mirror slip according to any one of claims 1 to 4, wherein the mark layer be by number, character, character string,
Or the hollow out film layer that two dimensional code, bar code are formed, wherein the mark layer be used to record or be associated with the optical mirror slip
Lens information, by identifying that the mark layer obtains the lens information, in order to be traced to the optical mirror slip.
8. optical mirror slip according to any one of claims 1 to 4, wherein the mark layer is engraved by what figure, pattern were formed
Empty film layer, wherein the mark layer be used to be associated with the optical mirror slip, by identifying that the mark layer recognizes the optics
Eyeglass, and then convenient for tracing the optical mirror slip.
9. optical mirror slip according to claim 1, wherein the optical mirror slip includes multiple mark layers, wherein described
Mark layer is the plated film film layer formed by figure, pattern, wherein the quantity of the mark layer, the shape of the mark layer and institute
The arrangement for stating mark layer be used to represent or be associated with the optical mirror slip, by identifying that the mark layer identifies the optical mirror slip
Type, and then convenient for tracing the optical mirror slip.
10. optical mirror slip according to claim 4, wherein the mark layer of the film plating layer and penetrated bed one
Ground is formed in the eyeglass main body, wherein the mark layer is formed in the periphery of the penetrated bed, the mark layer forms shape
It is used to indicate or is associated with the lens information of the optical mirror slip, by identifying that the shape of the mark layer or the film plating layer obtains
The information of the optical mirror slip is taken, to trace to the optical mirror slip.
11. optical mirror slip according to any one of claims 1 to 4, wherein the optical mirror slip is further provided with an at least base
Quasi- portion, wherein the relative positional relationship between the reference section and the mark layer is used to indicate or is associated with the optical mirror slip
Lens information, the positional relationship by identifying or measuring the reference section and the mark layer obtains the lens information, from
And the optical mirror slip is traced.
12. optical mirror slip according to claim 5, wherein the optical mirror slip is further provided with an at least reference section,
Described in relative positional relationship between reference section and the mark layer be used to indicate or be associated with the eyeglass of the optical mirror slip
Information, the positional relationship by identifying or measuring the reference section and the mark layer obtains the lens information, thus to institute
Optical mirror slip is stated to be traced.
13. optical mirror slip according to claim 6, wherein the optical mirror slip is further provided with an at least reference section,
Described in relative positional relationship between reference section and the mark layer be used to indicate or be associated with the eyeglass of the optical mirror slip
Information, the positional relationship by identifying or measuring the reference section and the mark layer obtains the lens information, thus to institute
Optical mirror slip is stated to be traced.
14. optical mirror slip according to claim 7, wherein the optical mirror slip is further provided with an at least reference section,
Described in relative positional relationship between reference section and the mark layer be used to indicate or be associated with the eyeglass of the optical mirror slip
Information, the positional relationship by identifying or measuring the reference section and the mark layer obtains the lens information, thus to institute
Optical mirror slip is stated to be traced.
15. optical mirror slip according to claim 8, wherein the optical mirror slip is further provided with an at least reference section,
Described in relative positional relationship between reference section and the mark layer be used to indicate or be associated with the eyeglass of the optical mirror slip
Information, the positional relationship by identifying or measuring the reference section and the mark layer obtains the lens information, thus to institute
Optical mirror slip is stated to be traced.
16. optical mirror slip according to claim 11, wherein the reference section is formed at the eyeglass body rim
Notch, wherein the angle between the mark layer and the reference section is used to indicate or is associated with the optical mirror slip.
17. optical mirror slip according to claim 12, wherein the reference section is formed at the eyeglass body rim
Notch, wherein the angle between the mark layer and the reference section is used to indicate or is associated with the optical mirror slip.
18. optical mirror slip according to claim 13, wherein the reference section is formed at the eyeglass body rim
Notch, wherein the angle between the mark layer and the reference section is used to indicate or is associated with the optical mirror slip.
19. optical mirror slip according to claim 14, wherein the reference section is formed at the eyeglass body rim
Notch, wherein the angle between the mark layer and the reference section is used to indicate or is associated with the optical mirror slip.
20. optical mirror slip according to claim 15, wherein the reference section is formed at the eyeglass body rim
Notch, wherein the angle between the mark layer and the reference section is used to indicate or is associated with the optical mirror slip.
21. an optical lens characterized by comprising
One lens barrel；With
According to claim 1 to any at least one described described optical mirror slip in 20, wherein the optical lens is set
In the lens barrel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821562406.9U CN209264991U (en) | 2018-09-20 | 2018-09-20 | Optical mirror slip and optical lens |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821562406.9U CN209264991U (en) | 2018-09-20 | 2018-09-20 | Optical mirror slip and optical lens |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209264991U true CN209264991U (en) | 2019-08-16 |
Family
ID=67553126
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821562406.9U Active CN209264991U (en) | 2018-09-20 | 2018-09-20 | Optical mirror slip and optical lens |
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|---|---|
| CN (1) | CN209264991U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2020192445A1 (en) * | 2019-03-25 | 2020-10-01 | 宁波舜宇光电信息有限公司 | Optical lens, photographic module and production management method therefor |
| CN111860017A (en) * | 2020-07-17 | 2020-10-30 | 深圳市宝尔爱迪科技有限公司 | Sweep pier and sweep a yard rifle |
| CN113267865A (en) * | 2021-04-12 | 2021-08-17 | 浙江舜宇光学有限公司 | Lens barrel and lens |
-
2018
- 2018-09-20 CN CN201821562406.9U patent/CN209264991U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2020192445A1 (en) * | 2019-03-25 | 2020-10-01 | 宁波舜宇光电信息有限公司 | Optical lens, photographic module and production management method therefor |
| CN111860017A (en) * | 2020-07-17 | 2020-10-30 | 深圳市宝尔爱迪科技有限公司 | Sweep pier and sweep a yard rifle |
| CN113267865A (en) * | 2021-04-12 | 2021-08-17 | 浙江舜宇光学有限公司 | Lens barrel and lens |
| CN113267865B (en) * | 2021-04-12 | 2023-02-07 | 浙江舜宇光学有限公司 | Lens barrel and lens |
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