CN203191652U - Film-coated eyeglass - Google Patents
Film-coated eyeglass Download PDFInfo
- Publication number
- CN203191652U CN203191652U CN2013200566937U CN201320056693U CN203191652U CN 203191652 U CN203191652 U CN 203191652U CN 2013200566937 U CN2013200566937 U CN 2013200566937U CN 201320056693 U CN201320056693 U CN 201320056693U CN 203191652 U CN203191652 U CN 203191652U
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- China
- Prior art keywords
- pad pasting
- layer
- lens
- water barrier
- bonding
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Abstract
The utility model discloses a film-coated eyeglass which comprises an eyeglass and a coated film layer, wherein the coated film layer and the eyeglass are bonded by an adhesive. Thus, an eyeglass replacing function can be realized by directly replacing the coated film layer on the eyeglass, so that eyeglasses do not need to be bought any more, thus lowering the cost.
Description
Technical field
The utility model relates to lens, particularly a kind of pad pasting lens.
Background technology
At present, growing along with science and technology, glasses no longer only are the instruments of correcting defects of vision, people are more and more higher to its demand, when for example working before computer, need glasses to reduce the radiation of computer; During outwork, need the glasses antiultraviolet; During driving, need glasses to prevent dazzle etc., make glasses to development in pluralism.
Existing glasses all are to finish corresponding function by plated film on lens, and behind the plated film, glasses and film namely become one, can not separate.If want to make glasses to realize other function, need reconfigure glasses and on lens plated film, cost is higher.
The utility model content
The utility model provides a kind of pad pasting lens, can directly change the function of lens and does not need to reconfigure glasses, reduces cost.
For reaching above-mentioned purpose, the technical solution of the utility model specifically is achieved in that
A kind of pad pasting lens comprises: lens and pad pasting layer,
Bonding between described pad pasting layer and the described lens.
Pad pasting layer and external pasting film layer in described pad pasting layer comprises;
Near a side of eyes, described external pasting film layer was positioned at described lens when wearing away from a side of eyes when the pad pasting layer was positioned at lens and wears in described.
The pad pasting layer comprises anti-scratch water barrier and UV-absorbing layer in described.
Described UV-absorbing layer is between described anti-scratch water barrier and described lens;
Bonding with transparent adhesive tape between described anti-scratch water barrier and the described UV-absorbing layer.
The pad pasting layer that described anti-scratch water barrier is nano material;
Described UV-absorbing layer is to scribble the pad pasting layer that can absorb ultraviolet light absorber.
Described external pasting film layer comprises anti-scratch water barrier and outer function pad pasting layer;
Described anti-scratch water barrier and described outer function pad pasting layer are bonding.
Described outer function pad pasting layer is between described anti-scratch water barrier and described lens.
Described outer function pad pasting layer comprises: wherein one or more of anti-dazzle photosphere, reflection horizon, color layers, radiation protective layer and PE synthetic fiber layer.
Described outer function pad pasting layer comprises: anti-dazzle photosphere, reflection horizon, color layers, radiation protective layer and PE synthetic fiber layer;
Described anti-dazzle photosphere and described reflection horizon are bonding;
Described reflection horizon and described color layers are bonding;
Described color layers and described radiation protective layer are bonding;
Described radiation protective layer and described PE synthetic fiber layer are bonding.
Described anti-dazzle photosphere scribbles the pad pasting layer of one deck magnesium fluoride for the surface;
Described reflection horizon is the surperficial pad pasting layer that scribbles metallic molecule, and described metal comprises nickel, silver, chromium, titanium and platinum;
Described color layers is the pad pasting layer that scribbles color;
Described radiation protective layer scribbles the pad pasting layer of one deck electromagnetic shielding material for the surface.
As seen from the above technical solution, this pad pasting lens of the present utility model, can by directly on lens the pad pasting layer change the function of lens, do not need to reconfigure glasses again, reduce cost.
1, all use transparent adhesive tape bonding between the pad pasting layer of interior pad pasting layer and between the pad pasting layer of external pasting film layer, can both guarantee bonding firmly, the pad pasting layer can be taken off again.
2, the anti-scratch water barrier is the pad pasting layer of nano material, can prevent that not only lens is scratched, and can also prevent that water smoke is arranged on the lens.
3, UV-absorbing layer scribbles and can absorb ultraviolet light absorber, can intercept 99% ultraviolet ray, prevents that ultraviolet ray from damaging eyes.
4, anti-dazzle photosphere is for the surface scribbles the pad pasting layer of one deck magnesium fluoride, the dazzle of the other side's high beam in the time of effectively filtering high light and nighttime driving in the daytime.
5, radiation protective layer can effectively stop the computer radiate more than 90% for the surperficial pad pasting layer that scribbles one deck electromagnetic shielding material.
6, the PE synthetic fiber layer is that material is the pad pasting layer of PE synthon, the lens of fragmentation tightly can be sticked together, and the glasses fragment damages eyes when avoiding accident to take place.
7, can go back the infrared ray in the sunlight, ultraviolet reflection selectively for the surperficial pad pasting layer that scribbles nickel, silver, chromium, titanium and platinum molecule in the reflection horizon, thereby avoid infrared ray, ultraviolet injury to eyes.
Description of drawings
Fig. 1 is the pad pasting lens structural representation of the utility model embodiment one.
Fig. 2 is the pad pasting lens structural representation of the utility model embodiment two.
Fig. 3 is the pad pasting lens structural representation of the utility model embodiment three.
Reference numeral: 101-lens; 102-UV-absorbing layer; 103-anti-scratch water barrier; 104-anti-dazzle photosphere; 105-reflection horizon; 106-radiation protective layer; 107-PE synthetic fiber layer; 108-color layers; 109-interior pad pasting layer; 110-external pasting film layer; 111-pad pasting layer; 112-outer function pad pasting layer.
Embodiment
For making the purpose of this utility model, technical scheme and advantage clearer, below with reference to the accompanying drawing embodiment that develops simultaneously, the utility model is further described.
The utility model embodiment one provides a kind of pad pasting lens, as shown in Figure 1, comprise: lens 101 and pad pasting layer 111, stick with glue between pad pasting layer 111 and the lens 101 and connect, like this can be by directly changing the function that pad pasting layer 111 is changed lens 101 at lens, do not need to reconfigure glasses again, reduce cost.
The utility model embodiment two provides a kind of pad pasting lens, as shown in Figure 2, comprise: lens 101 and pad pasting layer 111, stick with glue between pad pasting layer 111 and the lens 101 and connect, like this can be by directly changing the function that pad pasting layer 111 is changed lens 101 at lens 101, do not need to reconfigure glasses again, reduce cost.
Interior pad pasting layer 109 can be anti-scratch water barrier 103 only, also can be the combination of anti-scratch water barrier 103 and other pad pasting layer 111, to realize more function.In the present embodiment, interior pad pasting layer 109 comprises anti-scratch water barrier 103 and UV-absorbing layer 102.UV-absorbing layer 102 is between anti-scratch water barrier 103 and lens 101, and is bonding with transparent adhesive tape between anti-scratch water barrier 103 and the UV-absorbing layer 102.
External pasting film layer 110 can be anti-scratch water barrier 103 only, also can be the combination of anti-scratch water barrier 103 and outer function pad pasting layer 112, to realize more function.Outer function pad pasting layer 112 can be the combination of pad pasting layer 111 arbitrarily, to realize different function combinations.In the present embodiment, outer function pad pasting layer 112 comprises anti-dazzle photosphere 104, reflection horizon 105, radiation protective layer 106 and PE synthetic fiber layer 107.Anti-dazzle photosphere 104, reflection horizon 105, radiation protective layer 106 and PE synthetic fiber layer 107 are between anti-scratch water barrier 103 and lens 101, and anti-dazzle photosphere 104, reflection horizon 105, radiation protective layer 106 and PE synthetic fiber layer 107 are arranged in order along the direction away from lens 101.
Going back the infrared ray in the sunlight, ultraviolet reflection selectively for the surperficial pad pasting layer 111 that scribbles nickel, silver, chromium, titanium and platinum molecule in reflection horizon 105, plays heat insulation effect.This one deck can be finished with traditional multiple layer metal coating method, also can finish with reflection technologies such as up-to-date nano ceramics or the little attached technology of optics.The multiple layer metal coating method is evenly distributed on the optics utmost point PET base material by precious metals such as vacuum evaporation or vacuum magnetic-control sputtering metallic nickel, silver, chromium, titanium, platinum, can selectively the infrared ray in the sunlight, ultraviolet reflection be gone back; The nano ceramics technology is with nanometer technology the splash of silicon particle to be made to the no chromogen pad pasting layer to form; The little attached technology of optics is to use hundreds of and even the thousands of layers of little membrane of optics to be base material and to import nanosecond science and technology, and near thousand layers optical molecular being coated with in very thin one deck blooming reaches high printing opacity, high heat insulation, high-barrier infrared ray and ultraviolet effect.
Radiation protective layer 106 can effectively stop the computer radiate more than 90% for the surperficial pad pasting layer 111 that scribbles one deck electromagnetic shielding material.
PE synthetic fiber layer 107 can tightly stick together the lens of fragmentation for material is the pad pasting layer 111 of PE synthon, and the glasses fragment damages eyes when avoiding accident to take place.
Bonding with transparent adhesive tape between the external pasting film layer 110.
Interior pad pasting layer 109 and external pasting film layer 110 selected material are the ep-type material that the eye nonirritant is not had harm.
The utility model embodiment three also provides a kind of pad pasting lens, as shown in Figure 3, comprise: lens 101 and pad pasting layer 111, stick with glue between pad pasting layer 111 and the lens 101 and connect, like this can be by directly changing the function that pad pasting layer 111 is changed lens 101 at lens 101, do not need to reconfigure glasses again, reduce cost.
Interior pad pasting layer 109 can be anti-scratch water barrier 103 only, also can be the combination of anti-scratch water barrier 103 and other pad pasting layer 111, to realize more function.In the present embodiment, interior pad pasting layer 109 comprises anti-scratch water barrier 103 and UV-absorbing layer 102.UV-absorbing layer 102 is between anti-scratch water barrier 103 and lens 101, and is bonding with transparent adhesive tape between anti-scratch water barrier 103 and the UV-absorbing layer 102.
External pasting film layer 110 can be anti-scratch water barrier 103 only, also can be the combination of anti-scratch water barrier 103 and outer function pad pasting layer 112, to realize more function.Outer function pad pasting layer 112 can be the combination of pad pasting layer 111 arbitrarily, to realize different function combinations.In the present embodiment, outer function pad pasting layer 112 comprises anti-dazzle photosphere 104, reflection horizon 105, color layers 108, radiation protective layer 106 and PE synthetic fiber layer 107.Anti-dazzle photosphere 104, reflection horizon 105, radiation protective layer 106, PE synthetic fiber layer 107 and color layers 108 are between anti-scratch water barrier 103 and lens 101, and color layers 108, anti-dazzle photosphere 104, reflection horizon 105, radiation protective layer 106 and PE synthetic fiber layer 107 are arranged in order along the direction near lens 101.
Going back the infrared ray in the sunlight, ultraviolet reflection selectively for the surperficial pad pasting layer 111 that scribbles nickel, silver, chromium, titanium and platinum molecule in reflection horizon 105, thereby avoids infrared ray, ultraviolet injury to eyes.This one deck can be finished with traditional multiple layer metal coating method, also can finish with reflection technologies such as up-to-date nano ceramics or the little attached technology of optics.The multiple layer metal coating method is evenly distributed on the optics utmost point PET base material by precious metals such as vacuum evaporation or vacuum magnetic-control sputtering metallic nickel, silver, chromium, titanium, platinum, can selectively the infrared ray in the sunlight, ultraviolet reflection be gone back; The nano ceramics technology is with nanometer technology the splash of silicon particle to be made to the no chromogen rete to form; The little attached technology of optics is to use hundreds of and even the thousands of layers of little membrane of optics to be base material and to import nanosecond science and technology, and near thousand layers optical molecular being coated with in very thin one deck blooming reaches high printing opacity, high heat insulation, high-barrier infrared ray and ultraviolet effect.
Radiation protective layer 106 can effectively stop the computer radiate more than 90% for the surperficial pad pasting layer 111 that scribbles one deck electromagnetic shielding material.
PE synthetic fiber layer 107 can tightly stick together the lens of fragmentation for material is the pad pasting layer 111 of PE synthon, and the glasses fragment damages eyes when avoiding accident to take place.
Color layers 108 can make the user select color according to the hobby of oneself for scribbling the pad pasting layer 111 of color, and fashion is gorgeous more to allow the people.
Bonding with transparent adhesive tape between the external pasting film layer 110.
Interior pad pasting layer 109 and external pasting film layer 110 selected material are the ep-type material that the eye nonirritant is not had harm.
The above only is preferred embodiment of the present utility model; not in order to limit the utility model; all within spirit of the present utility model and principle, any modification of making, be equal to replacement, improvement etc., all should be included within the scope of the utility model protection.
Claims (10)
1. a pad pasting lens is characterized in that, comprising: lens and pad pasting layer,
Bonding between described pad pasting layer and the described lens.
2. pad pasting lens as claimed in claim 1 is characterized in that, pad pasting layer and external pasting film layer in described pad pasting layer comprises;
Near a side of eyes, described external pasting film layer was positioned at described lens when wearing away from a side of eyes when the pad pasting layer was positioned at lens and wears in described.
3. pad pasting lens as claimed in claim 2 is characterized in that, described interior pad pasting layer comprises anti-scratch water barrier and UV-absorbing layer.
4. pad pasting lens as claimed in claim 3 is characterized in that, described UV-absorbing layer is between described anti-scratch water barrier and described lens;
Bonding with transparent adhesive tape between described anti-scratch water barrier and the described UV-absorbing layer.
5. pad pasting lens as claimed in claim 3 is characterized in that, the pad pasting layer that described anti-scratch water barrier is nano material;
Described UV-absorbing layer is to scribble the pad pasting layer that can absorb ultraviolet light absorber.
6. pad pasting lens as claimed in claim 2 is characterized in that, described external pasting film layer comprises anti-scratch water barrier and outer function pad pasting layer;
Described anti-scratch water barrier and described outer function pad pasting layer are bonding.
7. pad pasting lens as claimed in claim 6 is characterized in that, described outer function pad pasting layer is between described anti-scratch water barrier and described lens.
8. pad pasting lens as claimed in claim 6 is characterized in that, described outer function pad pasting layer comprises:
Wherein one or more of anti-dazzle photosphere, reflection horizon, color layers, radiation protective layer and PE synthetic fiber layer.
9. pad pasting lens as claimed in claim 8 is characterized in that, described outer function pad pasting layer comprises: anti-dazzle photosphere, reflection horizon, color layers, radiation protective layer and PE synthetic fiber layer;
Described anti-dazzle photosphere and described reflection horizon are bonding;
Described reflection horizon and described color layers are bonding;
Described color layers and described radiation protective layer are bonding;
Described radiation protective layer and described PE synthetic fiber layer are bonding.
10. pad pasting lens as claimed in claim 9 is characterized in that, described anti-dazzle photosphere scribbles the pad pasting layer of one deck magnesium fluoride for the surface;
Described reflection horizon scribbles the pad pasting layer of metallic molecule for the surface;
Described color layers is the pad pasting layer that scribbles color;
Described radiation protective layer scribbles the pad pasting layer of one deck electromagnetic shielding material for the surface.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN2013200566937U CN203191652U (en) | 2013-01-31 | 2013-01-31 | Film-coated eyeglass |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN2013200566937U CN203191652U (en) | 2013-01-31 | 2013-01-31 | Film-coated eyeglass |
Publications (1)
Publication Number | Publication Date |
---|---|
CN203191652U true CN203191652U (en) | 2013-09-11 |
Family
ID=49108501
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
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CN2013200566937U Expired - Fee Related CN203191652U (en) | 2013-01-31 | 2013-01-31 | Film-coated eyeglass |
Country Status (1)
Country | Link |
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CN (1) | CN203191652U (en) |
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2013
- 2013-01-31 CN CN2013200566937U patent/CN203191652U/en not_active Expired - Fee Related
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Legal Events
Date | Code | Title | Description |
---|---|---|---|
C14 | Grant of patent or utility model | ||
GR01 | Patent grant | ||
C17 | Cessation of patent right | ||
CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130911 Termination date: 20140131 |