CN109940910A - The contact lenses of the radium-shine processing of pulsed light transfer module - Google Patents
The contact lenses of the radium-shine processing of pulsed light transfer module Download PDFInfo
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- CN109940910A CN109940910A CN201711392549.XA CN201711392549A CN109940910A CN 109940910 A CN109940910 A CN 109940910A CN 201711392549 A CN201711392549 A CN 201711392549A CN 109940910 A CN109940910 A CN 109940910A
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- radium
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- pulsed light
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Abstract
The invention discloses a kind of contact lenses of the radium-shine processing of pulsed light to transfer module, it includes: die and the radium-shine equipment of a pulsed light, wherein the radium-shine equipment of the pulsed light is the radium-shine equipment of a ultrashort pulse, is lower than 10 by launch time‑9The ultrashort pulse of second is radium-shine when punching block carries out engraving operation, the groove floor of carving layer is set to maintain flatness and form horizontal surface, and the periphery of the carving layer will not have flash generation, ensure the planarization on the punching block surface, when pigment inserts the carving layer, the integrality of color layer pattern can not only be maintained, on the other hand when rubber head, which needs to take out the color layer from the carving layer, to be transferred, also it is avoided that rubber head is scratched by flash, keep the stability of rubber head transfer color layer, increase the efficiency and the rate of pass of processing operation, facilitate the promotion of economic benefit.
Description
Technical field
The present invention relates to a kind of contact lenses to transfer module, refers in particular to a kind of contact lenses of radium-shine processing of pulsed light
Transfer module.
Background technique
The function of contact lenses in recent years makes it in addition to original vision correction due to the development of colorful contact lens
Medical functions (such as myopia, long sight or the eyesights such as bifocal, multifocal medical check) outside, the functions such as more joined beauty and dress up,
Such as the eyeglasses such as colorful contact lens (color lens) or magic contact lenses (magic lens).
However, general colorful contact lens turn colored diaphragm by transfer printing head mainly in transparent contact lenses
It moves in contact lenses, the processing procedure of the colour diaphragm, is by laser engraving technology in one please refer to shown in Figure 11,12
60 surface of metal die forms the carving layer 61 of a default pattern, then is coated with colorant by the carving layer 61, makes the colorant
A colored diaphragm 62 is formed after filling solidification, and then is transferred in contact lenses, and a colorful contact lenses are formed.
It sees above-mentioned known structure in detail to be not difficult to realize that it has remained a little shortcoming, main cause is summarized as follows: due to
The processing procedure for knowing colored diaphragm 62 is by laser engraving technology in forming carving layer on metal die 60, so that 61 meeting of carving layer
So that the bottom surface of indent is formed U-shaped arcuation 611 (while refering to fig. 1 shown in 2) because radium-shine, while forming hair in 61 periphery of carving layer
Side 612 is easy mutually coagulate conjunction because of flash barrier when the colorant being caused to be inserted, substantially influences the complete of colored diaphragm 62
Property, in addition when transfer printing head needs the colour diaphragm 62 is transferred to contact lenses by metal die 60 when, the transfer printing head not only without
Method pastes colored diaphragm 62 really, so that colored diaphragm 62 is difficult to take out, which but will be scratched by flash, substantially reduce
Service life, seriously affects operating efficiency and the rate of pass, there is the necessity of improvement in fact.
Summary of the invention
Technical problem to be solved by the present invention lies in above-mentioned missing of the existing technology is directed to, a kind of pulsed light is provided
The contact lenses of radium-shine processing transfer module.
A kind of contact lenses of the radium-shine processing of pulsed light transfer module, and it includes: die and a pulsed light is radium-shine sets
It is standby, wherein the punching block is to transfer to use as pigment, and the radium-shine equipment of the pulsed light is a kind of launch time to be lower than 10-9Second surpasses
The radium-shine equipment of short pulse carries out engraving operation by the surface of the radium-shine punching block of the ultrashort pulse, makes the punching block surface except material
Indent and depict a carving layer, which forms a color layer for inserting pigment in the carving layer, and in the color
The color layer is duplicated via a rubber head from the punching block before not solidifying and is transferred by layer, is used using presenting as contact lenses color.
Wherein, the carving layer on the punching block surface forms horizontal bottom in interior bottom, and the carving layer periphery is after except material delineation
Keep flatness.
It wherein, further include a molding shell, which has a lower die and a upper mold, and the lower die is recessed with one
Body, the bottom end of the concave volume inner surface, which is formed, forms cambered surface, which then corresponds to the concave volume and form a convex body, the convex body appearance
The bottom end in face forms on one and forms cambered surface, is placed in the concave volume of the lower die via the convex body, and in the lower molding cambered surface and at
An eyeglass molding space is formed between type cambered surface, the space to be bonded operation with the color layer as a protective layer finally reinjects
Polymer material solidifies in conjunction with the protective layer and the color layer, to fashion into contact lenses.
Wherein, it when the protective layer, the color layer and the polymer material carry out curing operation, is also set by a UV illumination
It is standby that the protective layer, the color layer and the polymer material are irradiated, to promote conjunction efficiency admittedly and form acceptance rate.
Wherein, which is also mixed with curable solvent, with the solid conjunction effect of accelerated color layer.
The effect of compareing prior art: the radium-shine equipment of pulsed light of the invention is the radium-shine equipment of a ultrashort pulse, by this
Launch time is lower than 10-9The ultrashort pulse of second is radium-shine when punching block carries out engraving operation, keeps the groove floor of the carving layer
Have flatness and form horizontal surface, and the periphery of the carving layer less have flash generation, it is ensured that the punching block surface it is smooth
Property, when pigment inserts the carving layer, can not only maintain the integrality of the color layer pattern, on the other hand when rubber head need by
When the color layer takes out transfer from the carving layer, moreover it is possible to avoid rubber head from being scratched by flash, keep the steady of rubber head transfer color layer
It is qualitative, increase the efficiency and the rate of pass of processing operation, facilitates the promotion of economic benefit.
Detailed description of the invention
Fig. 1 is the perspective view of the punching block formation color layer in the present invention.
Fig. 2 is the schematic diagram that the punching block in the present invention carries out engraving operation.
Fig. 3 is formed with the partial enlargement diagram of carving layer for the punching block in the present invention.
Fig. 4 is coated with the schematic diagram of pigment for the punching block in the present invention.
Fig. 5 is coated with the partial enlargement diagram of pigment for the punching block in the present invention.
Fig. 6 is that the color layer in the present invention takes out the schematic diagram transferred by punching block.
Fig. 7 is the schematic diagram of the protective layer and color layer merging forming die shell in the present invention.
Fig. 8 is that the protective layer and color layer in the present invention are limited to the cross-sectional view in forming die shell.
Fig. 9 is of the invention by molding schematic diagram in polymer material injection moulding formwork.
Figure 10 is the partial enlargement diagram of contact lenses forming and hardening of the invention.
Figure 11 is the perspective view that known punching block forms color layer.
Figure 12 is the schematic diagram that known punching block is formed with carving layer through laser engraving.
Symbol description in attached drawing:
10 punching blocks；11 carving layers；111 horizontal bottoms；12 pigment；13 color layers；14 protective layers；15 polymer materials；
The radium-shine equipment of 20 pulsed lights；30 forming die shells；31 lower dies；311 concave volumes；312 lower molding cambered surfaces；32 upper molds；321 is convex
Body；Cambered surface is formed on 322；33 eyeglass molding spaces；40 contact lenses；50 UV light irradiation apparatus；
Symbol description in known technology:
60 metal dies；61 carving layers；611 U-shaped cambered surfaces；612 flashes；62 colored diaphragms.
Specific embodiment
To enable to have a better understanding and awareness to the purpose of the present invention, feature and effect, cooperate schema below
It is simply described as follows: firstly, first please refer to Fig. 1,2 cooperation Fig. 7, shown in 8, a kind of contact lenses transfer of the radium-shine processing of pulsed light
Module, it includes: the radium-shine equipment 20 of die 10, a pulsed light and a molding shell 30, wherein the punching block 10 is used as pigment
Transfer uses, and the radium-shine equipment 20 of the pulsed light is a kind of launch time to be lower than 10-9The radium-shine equipment of the ultrashort pulse of second, by super
The radium-shine surface in the punching block 10 of short pulse carries out engraving operation, which includes a lower die 31 and a upper mold 32,
The lower die 31 has a concave volume 311, and the bottom end of 311 inner surface of concave volume forms molding cambered surface 312, the upper mold 32 and then corresponds to
The concave volume 311 forms a convex body 321, and the bottom end of 321 outer surface of convex body, which is formed, forms cambered surface 322 on one, via the convex body 321
It is placed in the concave volume 311 of the lower die 31, and then forms eyeglass molding between the lower molding cambered surface 312 and upper molding cambered surface 322
Space 33.
By above structure module, when carrying out the operations for forming of contact lenses, then please refer to shown in Fig. 2 to 6, the punching block 10
It is the platform for carrying out the operation of ultrashort pulse laser engraving as the radium-shine equipment 20 of pulsed light, makes 10 surface of punching block by ultrashort pulse
It is radium-shine to carry out depicting a carving layer 11 except material, since the carving layer 11 is delineated by the way that ultrashort pulse is radium-shine, pass through
So intensive and pulsed laser in short-term can only act only on several atoms of target substance, without causing ambient substance to go out
The phenomenon that now heating up or melt, makes bottom in the carving layer 11 maintain flatness and form horizontal bottom 111, more allows the engraving
11 periphery of layer deckle-edged will not generate after delineating except material, it is ensured that the flatness of 11 periphery surface of carving layer, ultrashort pulse radium
It penetrates after the completion of operation, pigment 12 can be inserted in the carving layer 11 and form a color layer 13, and do not solidified in the color layer 13
Preceding duplicate the color layer 13 from the punching block 10 via a rubber head (figure does not indicate) transfers, to present as the contact lenses color
It uses, at this point, the operations for forming of contact lenses 40 is carried out by the forming die shell 30 again, please refer to the institute of Fig. 7,8,9,10
Show, is 31 concave volume of lower die that one protective layer 14 of collocation is placed in the forming die shell 30 via the color layer 13 that rubber head transfer is taken out
It in 311, and is overlapping in lower molding cambered surface 312 relatively, then the convex body 321 of the upper mold 32 is embedded in the concave volume 311 relatively, make
An eyeglass molding space 33 is formed between the upper molding cambered surface 322 of the convex body 321 and the lower molding cambered surface 312, it finally again will molding
The polymer material 15 of contact lenses 40 injects in the lens forming space 33 of the forming die shell 30, then to lower die 31 and upper mold
32 force pressing, allow polymer material 15 be pressed on molding cambered surface 322 and lower molding cambered surface 312 between, while with the color
Layer 13 and the protective layer 14 fitting solidification, make the color layer 13 between the protective layer 14 and the polymer material 15, with
Contact lenses 40 are fashioned into, curable solvent can be added with when which inserts punching block 10, with accelerated color layer 13 and polymer
The solid conjunction effect of material 15；In addition, can also be irradiated by a UV light irradiation apparatus 50 when contact lenses 40 carry out solid cooperation industry,
The fitting efficiency and composition acceptance rate for promoting the protective layer 14, the color layer 13 and the polymer material 15, by above-mentioned step
Suddenly, to complete forming for the contact lenses 40.
Following benefits can be obtained in the structure of above-mentioned specific embodiment: the radium-shine equipment 20 of pulsed light of the invention is one to surpass
The radium-shine equipment of short pulse is lower than 10 by the launch time-9The ultrashort pulse of second is radium-shine when punching block 10 carries out engraving operation, makes
The groove floor of the carving layer 11 maintains flatness and forms horizontal surface 111, and the periphery of the carving layer 11 less has
Flash generates, it is ensured that the planarization on 10 surface of punching block can not only maintain the color when pigment 12 inserts the carving layer 11
The integrality of 13 pattern of layer, on the other hand when rubber head, which needs to take out the color layer 13 from the carving layer 11, to be transferred, moreover it is possible to keep away
Exempt from rubber head to be scratched by flash, keep the stability of rubber head transfer color layer 13, efficiency and the finished product for increasing processing operation are excellent
Rate facilitates the promotion of economic benefit.
The above, a preferred embodiment only of the invention, when cannot be limited the scope of implementation of the present invention with this；
I.e. big equivalent changes and modifications made according to the patent scope of the present invention should still belong to the range that the invention patent covers
It is interior.
Claims (5)
1. a kind of radium-shine processing of pulsed light contact lenses transfer module, characterized by comprising:
Die is transferred as pigment and is used；
The radium-shine equipment of one pulsed light is lower than 10 for launch time-9The radium-shine equipment of the ultrashort pulse of second, passes through the ultrashort pulse
The surface of the radium-shine punching block carries out engraving operation, so that the punching block surface is depicted a carving layer except material indent, the carving
It carves layer and forms a color layer for inserting pigment in the carving layer；
One rubber head, the color layer is duplicated from the punching block before not solidifying and is transferred by Yu Suoshu color layer, using as contact lenses
Color present use.
2. the contact lenses of the radium-shine processing of pulsed light according to claim 1 transfer module, which is characterized in that wherein, institute
The carving layer for stating punching block surface forms horizontal bottom in interior bottom, and the carving layer periphery keeps flatness after except material delineation.
3. the contact lenses of the radium-shine processing of pulsed light according to claim 1 or 2 transfer module, which is characterized in that wherein,
It further include a molding shell, the forming die shell has a lower die and a upper mold, and the lower die has a concave volume, the concave volume
The bottom end of inner surface forms and forms cambered surface, and the upper mold then corresponds to the concave volume and forms a convex body, the convex body outer surface
Bottom end formed on one and form cambered surface, be placed in via the convex body in the concave volume of the lower die, and in the lower molding cambered surface and
Form an eyeglass molding space between upper molding cambered surface, the space to be bonded operation with the color layer as a protective layer, finally
It reinjects polymer material to solidify in conjunction with the protective layer and the color layer, to fashion into contact lenses.
4. the contact lenses of the radium-shine processing of pulsed light according to claim 3 transfer module, which is characterized in that further include one
UV light irradiation apparatus is irradiated when to the protective layer, the color layer and the polymer material curing operation.
5. the contact lenses of the radium-shine processing of pulsed light according to claim 3 transfer module, which is characterized in that wherein, institute
It states pigment and is also mixed with curable solvent, with the solid conjunction of accelerated color layer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711392549.XA CN109940910A (en) | 2017-12-21 | 2017-12-21 | The contact lenses of the radium-shine processing of pulsed light transfer module |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711392549.XA CN109940910A (en) | 2017-12-21 | 2017-12-21 | The contact lenses of the radium-shine processing of pulsed light transfer module |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109940910A true CN109940910A (en) | 2019-06-28 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711392549.XA Pending CN109940910A (en) | 2017-12-21 | 2017-12-21 | The contact lenses of the radium-shine processing of pulsed light transfer module |
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Cited By (2)
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| CN110525026A (en) * | 2019-09-26 | 2019-12-03 | 甘肃天后光学科技有限公司 | Colorful contact lens bat printing integrating device |
| CN110561673A (en) * | 2019-09-26 | 2019-12-13 | 甘肃天后光学科技有限公司 | automatic production system and method for colored contact lenses |
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| JP2003515181A (en) * | 1999-10-28 | 2003-04-22 | オキュラー サイエンシス インコーポレイテッド | Tinted contact lens and method of manufacturing the same |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110561673A (en) * | 2019-09-26 | 2019-12-13 | 甘肃天后光学科技有限公司 | automatic production system and method for colored contact lenses |
| CN110525026B (en) * | 2019-09-26 | 2024-04-09 | 甘肃天后光学科技有限公司 | Pad printing integrated device for color contact lens |
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