CN1275054C - Method of secondary processing colouring of single surface colour multilayer film lens and its product - Google Patents
Method of secondary processing colouring of single surface colour multilayer film lens and its product Download PDFInfo
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- CN1275054C CN1275054C CNB2003101087911A CN200310108791A CN1275054C CN 1275054 C CN1275054 C CN 1275054C CN B2003101087911 A CNB2003101087911 A CN B2003101087911A CN 200310108791 A CN200310108791 A CN 200310108791A CN 1275054 C CN1275054 C CN 1275054C
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- multilayer film
- colouring
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- secondary processing
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Abstract
The present invention provides a method for secondary processing coloring of a color multilayer film lens with a single surface and a finished product thereof. The method comprises a series of steps of taking the lens, gluing, heating, soaking solvent, cleaning, heating, painting, degumming, etc. so that the dyeing operation of a glasses lens can also be implemented after a multilayer film covers on the outer surface of the lens. Meanwhile, painting efficiency is rapid and convenient to achieve the effect of secondary processing painting. In addition, the method of the present invention can be used for making the multilayer film lens of required color systems within short time, which can accord with the consumption requirement of rapid and polynary variation of the color system of the multilayer film lens.
Description
Technical field
The present invention relates to a kind of single face color multilayer film eyeglass secondary processing method of colouring.
Background technology
For the transparent effect that promotes general resin lens (being commonly called as hardening lens) and reduce reflective and the situation that interrupts the view such as refraction, it is the film (in addition also just like the material film of various characteristicses such as conductive oxide, far infrared irradiation material) of main multilayer that general eyeglass respectively is coated with on the concave surface of its two side (or a side), convex surface with silicon and cobalt dioxide, is referred to as " multilayer film eyeglass ".
And the multilayer film eyeglass dealer of generally not containing colour system all is called " white sheet " (as shown in Figure 1), and if desire obtains the multilayer film eyeglass of " color is arranged ", then as shown in Figure 2, need earlier before eyeglass " not coating " multilayer film, the eyeglass body is caught " colorant " in advance, afterwards, utilize vacuum plating method the film of multilayer to be plated on one by one the concave surface of eyeglass again, the convex surface skin, because after whenever finishing a thin layer, all need after cleaning and drying, can go again another layer film of coating, therefore, finish a required consumed time of multilayer film eyeglass that colour system arranged, the human cost burden is bigger, the color of adding consumer's hobby has difference more, and the variation of colour system is and for example under this polynary situation, just as the color of automobile, the dealer is for reducing production costs and warehousing pressure, so often only produce several multilayer film eyeglass of popular colour system at present that meet.Yet, brought forward is described, because the consumer is extremely polynary unfixing again for the hobby of color, relative, selection for color also is not quite similar, especially popular consumer group follows the fashion, its colour system for glasses changes atypical especially and changeable, consider, can't satisfy the demand of consumer really really for colour of lens with dealer's cost, and if to order the colour system eyeglass of obtaining consumer wants as mode, then whole processing procedure is the time long (3 days) not only, and the cost height, and do not meet economic benefit, and necessity of being improved is arranged.
Summary of the invention
In view of this, the inventor is in line with the experience of being engaged in relevant industries for many years, deeply inquire at above-mentioned shortcoming, and actively seek solution, so the object of the present invention is to provide a kind of single face colored multilayer film glass secondary processing method of colouring according to above-mentioned demand.
The object of the present invention is achieved like this:
A kind of single face colored multilayer film glass secondary processing method of colouring, its preparation process includes:
A, get sheet: obtain the concave surface of an eyeglass two sides and the white sheet of multilayer film that convex surface is formed with the multilayer film face;
B, gluing: the silica gel layer that has heat insulating function in the multilayer film face outer rim coating one of white its convex surface of sheet of this multilayer film;
C, heating: the white sheet of this multilayer film is heated to 80～90 degree, to destroy the multilayer film face of its concave surface;
D, immersion solvent: the white sheet of the multilayer film after will heating places a chemical solvent to soak, and ruined multilayer film face is come off;
E, cleaning: the outside surface that cleans the white sheet of this multilayer film;
F: heating: the white sheet of this multilayer film is heated to a predetermined temperature, makes its inner material structure gap enlargement;
G, colouring: required colorant stain is infiltrated in the interior tissue of the white sheet of this multilayer film, reach the colouring purpose:
H: demoulding: this silica gel layer is come off on the white sheet of this multilayer film.
Another kind of single face colored multilayer film glass secondary processing method of colouring of the present invention, its preparation process includes:
A, get sheet: the convex surface of obtaining an eyeglass one side is formed with the white sheet of multilayer film of multilayer film face;
B, gluing: the silica gel layer that has heat insulating function in its multilayer film face outer rim coating one of the white sheet of this multilayer film;
C, heating: the white sheet of this multilayer film is heated to 80～90 degree, its inner material structure is enlarged;
D, colouring: required colorant stain is infiltrated in the interior tissue of the white sheet of this multilayer film, reach the colouring purpose;
E, come unstuck: this silica gel layer is come off on the white sheet of this multilayer film.
Wherein, the colouring step in above-mentioned two kinds of methods can be by smearing or mode such as immersion realizes.
The white sheet of this multilayer film can clean and cooling program after finishing the colouring step again, and this cleaning procedure is to residue in colorant stain on the eyeglass in order to cleaning, and cooling program is that its pull-out capacity of colorant stain that infiltrates the white sheet of this multilayer film is strengthened.
In addition, after the white sheet of this multilayer film is finished the colouring step, can look required last color depth again and repeat the step cooling off, heat, paint, make the depth of color increase of colour of lens.
Method of the present invention makes the dyeing operation of eyeglass, also can carry out after multilayer film has been coated in the outside surface of eyeglass, and simultaneously, last colour efficiency is also more rapid, easy and reach the effect of secondary processing colouring; And make the multilayer film eyeglass of required colour system at short notice by method of the present invention, can meet multilayer film eyeglass colour system and change quick, polynary consumption demand.
Description of drawings
Fig. 1: be the white sheet diagrammatic cross-section of general multilayer film.
Fig. 2: be the simple and easy synoptic diagram of the white sheet dyeing course of multilayer film commonly used.
Fig. 3: the preparation method's block flow diagram that is first embodiment of the invention.
Fig. 4 A: the simple and easy synoptic diagram that is the first embodiment of the invention steps A;
Fig. 4 B: the simple and easy synoptic diagram that is first embodiment of the invention step B;
Fig. 4 C: the simple and easy synoptic diagram that is first embodiment of the invention step G;
Fig. 4 D: the simple and easy synoptic diagram that is first embodiment of the invention step H;
Fig. 4 E: the simple and easy diagrammatic cross-section of finished product that is first embodiment of the invention.
Fig. 5: the preparation method's block flow diagram that is second embodiment of the invention.
Fig. 6 A: the simple and easy synoptic diagram that is the second embodiment of the invention steps A;
Fig. 6 B: the simple and easy synoptic diagram that is second embodiment of the invention step B;
Fig. 6 C: the simple and easy synoptic diagram that is second embodiment of the invention step C, D;
Fig. 6 D: the simple and easy diagrammatic cross-section that is second embodiment of the invention step e and finished product.
Embodiment
This can further understand structural design of the present invention and technology for making it, and careful conjunction with figs. is given and is illustrated in the back:
See also shown in Fig. 3 and Fig. 4 A～E, the present invention's " single face colored multilayer film glass secondary processing method of colouring ", it is at utilizing the processing of vacuum plating method, the white sheet 1 of multiple film layer that is formed with multilayer film face 21,22 in the outside surface coating of eyeglass 10 carries out the processing second time, to finish the method for colouring purpose, its preparation process comprises:
A, get sheet: obtain the concave surface 11 of an eyeglass 10 2 sides and the white sheet 1 of multilayer film that convex surface 12 is formed with multilayer film face 21,22.
B, gluing: place appropriate location to carry out the gluing action the white sheet 1 of this multilayer film, the silica gel layer 30 that will have effect of heat insulation is coated multilayer film face 22 outer rims of white sheet 1 its convex surface 12 of this multilayer film, then heats action again.
C, heating: the white sheet 1 of this multilayer film is heated to a predetermined temperature, and multilayer film face 21 its interior tissues that make the uncoated silica gel layer 30 of its concave surface 11 outer rims are destroyed and be beneficial to and peel off.
D, immersion solvent: will heat the white sheet of post-job multilayer film and place a chemical solvent to soak, its ruined multilayer film face 21 is come off.
E, cleaning: clean concave surface 11 surfaces of the white sheet 1 of this multilayer film with clean-out system, carry out secondary heating action afterwards again.
F, heating: the white sheet 1 of this multilayer film is heated to 80～90 degree again, makes its inner material structure gap enlargement, and produce bigger slit, and can infiltrate the colouring action again.
G, colouring:, required colorant stain is infiltrated in the interior tissue of the white sheet 1 of this multilayer film, and reach the colouring purpose to smear or mode such as immersion.
H, come unstuck: make this silica gel layer 30 on the white sheet 1 of this multilayer film, come off.
Thus, by above-mentioned preparation procedure, can make the outside surface coating be formed with the white sheet 1 of multiple film layer of multilayer film face 21,22, can finish the dyeing operation of required colour system at short notice, make it have required color, change quick, polynary consumption demand to meet multilayer film eyeglass colour system.
By above-mentioned explanation as can be known, the present invention is by the processing and preparing process second time of eyeglass 10, can not only make and be coated with multilayer film face 21, the white sheet 1 of 22 multiple film layer reaches the colouring purpose, and, the colour system that dyes on it can select and supply it to order work according to the consumer, and then meet consumer's changeable demand, secondly, the white sheet 1 of multilayer film of the present invention is after finishing the colouring step, also can carry out " cleaning " again and reach " cooling " program, this cleaning procedure system residues in colorant stain on the eyeglass 10 in order to cleaning, and cooling program system strengthens its pull-out capacity of colorant stain that infiltrates the white sheet 1 of this multilayer film, moreover, lighter because of the color and luster of the white sheet 1 each colouring of multilayer film, and as if long words heat time heating time, then multilayer film face 22 is impaired easily, therefore when if desire increases the depth of color of colour of lens, then can look required last color depth again and repeat above-mentioned " cooling ", " heating ", steps such as " colourings " is so that the depth of color of eyeglass 10 colors increases.
In addition, please consult again shown in Fig. 5, Fig. 6 A～D, the present invention is in the application of reality, the concave surface 11, the convex surface 12 that are not limited to eyeglass 10 plate the white sheet 1 of multilayer film of multilayer film face 21,22, the i.e. only convex surface 12 of a side white sheet 2 of multilayer film that is coated with multilayer film face 22 action of also can painting of this eyeglass 10, just the white sheet 1 of the multilayer film of the two multilayer film faces 21,22 of the preparation procedure of its colouring is for lacking existing the summary again in the back:
A, get sheet: the convex surface 12 of obtaining an eyeglass 10 1 sides is formed with the white sheet 2 of multilayer film of multilayer film face 22.
B, gluing: heat have the silica gel layer 30 of heat insulating function in 2 its multilayer film face 22 outer rims coatings one of the white sheet of this multilayer film after.
C, heating: the white sheet 2 of this multilayer film is heated to about 80～90 degree, the slit between its inner material structure is enlarged, and be beneficial to the action of painting.
D, colouring:, required colorant stain is infiltrated in the interior tissue of the white sheet 2 of this multilayer film, and reach the dyeing purpose to smear or mode such as immersion.
E, come unstuck: this silica gel layer 30 is come off on the white sheet 1 of this multilayer film.
Thus, make the white sheet 2 of multiple film layer have required color, promptly make finished product of the present invention.
In addition, the white sheet 2 of this multilayer film is after finishing the colouring step, certainly need carry out " cleaning " again and reach " cooling " program, residue in colorant stain on the eyeglass with cleaning, and the pull-out capacity of reinforcement colorant stain, simultaneously, if desire to increase again the depth of color of many eyeglass colourings, can repeat steps such as above-mentioned " cooling ", " heating ", " colouring " again.
Claims (8)
1, a kind of single face colored multilayer film glass secondary processing method of colouring, its preparation process includes:
A, get sheet: obtain the concave surface of an eyeglass two sides and the white sheet of multilayer film that convex surface is formed with the multilayer film face;
B, gluing: the silica gel layer that has heat insulating function in the multilayer film face outer rim coating one of white its convex surface of sheet of this multilayer film;
C, heating: the white sheet of this multilayer film is heated to 80～90 degree, to destroy the multilayer film face of its concave surface;
D, immersion solvent: the white sheet of the multilayer film after will heating places a chemical solvent to soak, and ruined multilayer film face is come off;
E, cleaning: the outside surface that cleans the white sheet of this multilayer film;
F: heating: the white sheet of this multilayer film is heated to a predetermined temperature, makes its inner material structure gap enlargement;
G, colouring: required colorant stain is infiltrated in the interior tissue of the white sheet of this multilayer film, reach the colouring purpose:
H: come unstuck: this silica gel layer is come off on the white sheet of this multilayer film.
2, single face colored multilayer film glass secondary processing method of colouring as claimed in claim 1, the last colour system that it is characterized in that this step G is by smearing or immersion way is realized.
3, single face colored multilayer film glass secondary processing method of colouring as claimed in claim 1 is characterized in that the white sheet of this multilayer film after finishing the colouring step, cleans and cooling program again.
4, as claim 1 or 3 described single face colored multilayer film glass secondary processing method of colouring, it is characterized in that the white sheet of this multilayer film is finished the colouring step after, look required last color depth again and repeat the step cooling off, heat, paint.
5, a kind of single face colored multilayer film glass secondary processing method of colouring, its preparation process includes:
A, get sheet: the convex surface of obtaining an eyeglass one side is formed with the white sheet of multilayer film of multilayer film face;
B, gluing: the silica gel layer that has heat insulating function in its multilayer film face outer rim coating one of the white sheet of this multilayer film;
C, heating: the white sheet of this multilayer film is heated to 80～90 degree, its inner material structure is enlarged;
D, colouring: required colorant stain is infiltrated in the interior tissue of the white sheet of this multilayer film, reach the colouring purpose;
E, come unstuck: this silica gel layer is come off on the white sheet of this multilayer film.
6, single face colored multilayer film glass secondary processing method of colouring as claimed in claim 5, the last colour system that it is characterized in that this step D is by smearing or immersion way is realized.
7, single face colored multilayer film glass secondary processing method of colouring as claimed in claim 5 is characterized in that the white sheet of this multilayer film after finishing the colouring step, cleans and cooling program again.
8, as claim 5 or 7 described single face colored multilayer film glass secondary processing method of colouring, it is characterized in that the white sheet of this multilayer film is finished the colouring step after, look required last color depth again and repeat the step cooling off, heat, paint.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2003101087911A CN1275054C (en) | 2003-11-21 | 2003-11-21 | Method of secondary processing colouring of single surface colour multilayer film lens and its product |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2003101087911A CN1275054C (en) | 2003-11-21 | 2003-11-21 | Method of secondary processing colouring of single surface colour multilayer film lens and its product |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1619342A CN1619342A (en) | 2005-05-25 |
| CN1275054C true CN1275054C (en) | 2006-09-13 |
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| Application Number | Title | Priority Date | Filing Date |
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| CNB2003101087911A Expired - Fee Related CN1275054C (en) | 2003-11-21 | 2003-11-21 | Method of secondary processing colouring of single surface colour multilayer film lens and its product |
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Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101327057B (en) * | 2007-06-20 | 2011-07-20 | 杨渊 | Ultraviolet-resistance gradient color abrasion-proof helmet glasses lens for vehicle |
| CN102998811A (en) * | 2012-11-30 | 2013-03-27 | 杨之冬 | Method for manufacturing dual-anti-radiation eyeglass lens |
| CN105445821B (en) * | 2015-12-11 | 2017-05-24 | 陕西科技大学 | Lens having self-cleaning colorful function and preparation method thereof |
| ITUA20162996A1 (en) * | 2016-04-29 | 2017-10-29 | Univ Degli Studi Ca Foscari Di Venezia | PROCEDURE FOR COLORING GLASS LENSES AND RELATIVE GLASS LENSES. |
| CN108363121A (en) * | 2018-04-19 | 2018-08-03 | 江苏瑞尔光学有限公司 | A kind of glasses dyeing process staining trough |
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2003
- 2003-11-21 CN CNB2003101087911A patent/CN1275054C/en not_active Expired - Fee Related
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| CN1619342A (en) | 2005-05-25 |
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Granted publication date: 20060913 |