CN105172457A - Wire inlay thangka manufacturing method and wire inlay thangka - Google Patents
Wire inlay thangka manufacturing method and wire inlay thangka Download PDFInfo
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- CN105172457A CN105172457A CN201510608606.8A CN201510608606A CN105172457A CN 105172457 A CN105172457 A CN 105172457A CN 201510608606 A CN201510608606 A CN 201510608606A CN 105172457 A CN105172457 A CN 105172457A
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Abstract
The invention relates to the technical field of artware processing, in particular to a wire inlay thangka manufacturing method and wire inlay thangka. The wire inlay thangka manufacturing method comprises the following steps of finalizing, drawing board selecting, drawing, wire inlaying, pigment filling and forming mounting and further comprises the step of preparing fluorescent powder corresponding to colors of pigment adopted in the pigment filling step; and the fluorescent powder and the pigment are mixed and used or a pattern formed by the pigment is coated with the fluorescent powder. The invention further provides the thangka manufactured through the manufacturing method. According to the wire inlay thangka manufacturing method and the wire inlay thangka, the thangka can emit light under the dark environment through a fluorescent layer or fluorescent materials, and the application range of the thangka is enlarged.
Description
Technical field
The present invention relates to handicraft processing technique field, particularly relate to a kind of wire inlay Thangka preparation method and wire inlay Thangka.
Background technology
From descent of man to Postmodern life, the fine arts are great for the effect of the mankind, have the whole world in view, sometimes art painting is easier than word language allows human intelligible and communication, along with progress and the growth in the living standard of human civilization, increasing people enriches the quality of life of oneself by art, in the decoration of each family, enriches indoor artistic elements by various artistic pictures.
The kind of artistic pictures is a lot: general artistic calligraphy and painting, wheat stalk picture and Tangka draw etc., and general calligraphy and painting can not make moist can not water breakthrough, easily damages, and the time longly sees that the words of dust can not be cleaned; The wheat stalk picture that Henan produces is of long duration easily to fade, and makes picture thicken like this; It is be drawn in above rice paper or cloth that Tangka draws, and sees moist apt to deteriorate, sees that soda acid easily damages.Simultaneously existing Tangka's picture itself can not be luminous, can only could luminescence when there being illumination.
For the problems referred to above, prior art provides a kind of Tangka that can improve reflecting effect.This Tangka, comprises and draws figuratum painting canvas, described painting canvas is inlaid with reflective thing.By inlaying reflective thing on painting canvas, the reflecting effect of Tangka can be improved, under the irradiation of extraneous light, making pattern that painting canvas is drawn glittering, improve the visual effect of Tangka.Reflective thing is embedded in the back side of painting canvas, the light avoiding reflective thing to reflect causes too by force visitor not see pattern on painting canvas.Adopt gold, silver or jewel as reflective thing, greatly can extend the service life of reflective thing.Can draw from foregoing, it is only the visual effect adding Tangka when visible ray, does not still solve problems of the prior art.
For the problems referred to above, we need a kind ofly can solve the Tangka sightless wire inlay Thangka preparation method and the wire inlay Thangka under dark surrounds that exist in prior art.
Summary of the invention
The object of the invention is to propose a kind of wire inlay Thangka preparation method, the Tangka's sightless problem under dark surrounds existed in prior art can be solved.
Another object of the present invention is to propose a kind of wire inlay Thangka, and it can solve the Tangka's sightless problem under dark surrounds existed in prior art.
For reaching this object, the present invention by the following technical solutions:
A kind of wire inlay Thangka preparation method, comprises the following steps: finalize a text, select drawing board, draw, wire inlay, filler pigment, shaping mounting, it also comprises the modulation fluorescent material corresponding with the pigment color adopted in filler pigment step;
Described fluorescent material and pigment used in combination, or be coated in the outside of the pattern formed by pigment.
As a kind of preferred version of above-mentioned wire inlay Thangka preparation method, in filler pigment step, the fill method of pigment is: according to corresponding proportion by pigment, fluorescent material, fix the sand glue and mix well and be filled on drawing board that wire inlays, wherein, pigment, fluorescent material and fix the sand the proportioning of glue three and be: raw ore sand 30 ~ 70%, fluorescent material 20 ~ 50%, fixes the sand glue 40 ~ 60%.
As a kind of preferred version of above-mentioned wire inlay Thangka preparation method, described pigment, fluorescent material, to fix the sand the filling thickness of glue be 0.1mm ~ 0.2mm.
As a kind of preferred version of above-mentioned wire inlay Thangka preparation method, in filler pigment process, the fill method of pigment is: by pigment with fix the sand glue and mix well and be filled on drawing board that wire inlays, glue to be fixed the sand infilters in raw ore sand, raw ore sand be also in moistening not dry when, with fluorescent material with fix the sand glue modulation fluorescent liquid, and fluorescent liquid is covered be coated in and need on luminous pigment.
As a kind of preferred version of above-mentioned wire inlay Thangka preparation method, described pigment and fix the sand the proportioning of glue and be: pigment 20 ~ 60%, fixes the sand glue 40 ~ 80%, and both filling thickness are 0.05mm ~ 0.12mm;
Described fluorescent material and fix the sand the proportioning of glue and be: fluorescent material 10 ~ 40%, fixes the sand glue 40 ~ 90%, and the thickness of fluorescence coating that fluorescent liquid drying is formed afterwards is 0.02mm ~ 0.05mm.
As a kind of preferred version of above-mentioned wire inlay Thangka preparation method, described in fix the sand the preparation method of glue and be: adopt adhesive glue and water to mix by the ratio uniform of 4:6 and obtain.
As a kind of preferred version of above-mentioned wire inlay Thangka preparation method, the fluorescent material adopted in the method at least comprise red fluorescence powder, blue colour fluorescent powder, green emitting phosphor and yellow fluorescent powder one of them.
As a kind of preferred version of above-mentioned wire inlay Thangka preparation method, after filler pigment step, also comprise overlay film step: the concrete grammar of overlay film is: after pigment to be filled parches, spraying film glue.
As a kind of preferred version of above-mentioned wire inlay Thangka preparation method, the preparation method of described pigment is: by natural colored mineral matter through grinding make, or ore in sand form and toner mixed sintering are obtained color lump through grinding after obtain pigment.
A kind of wire inlay Thangka, it adopts wire inlay Thangka preparation method as previously discussed to obtain, it comprises drawing board, be fixed on drawing board for forming the wire of pattern, and the decorative layer be filled between drawing board and wire, the outer setting of described decorative layer has the material of making of fluorescence coating or decorative layer to comprise fluorescent material.
Beneficial effect of the present invention is: in this application due to the existence of fluorescence coating or fluorescent material, Tangka can be made to realize luminous in dark conditions, improve the scope of application of Tangka.
Accompanying drawing explanation
Fig. 1 is the Making programme figure of the wire inlay Thangka that the specific embodiment of the invention provides;
Fig. 2 is the structural representation of the wire inlay Thangka that the specific embodiment of the invention provides;
Fig. 3 is the structural representation of the frame that the specific embodiment of the invention provides.
Wherein:
1: drawing board; 2: wire; 3: decorative layer; 4: fluorescence coating; 5: coating layer; 6: frame; 7: cover plate; 8: plectrum; 9: support; 10: hook.
Detailed description of the invention
Technical scheme of the present invention is further illustrated by detailed description of the invention below in conjunction with accompanying drawing.
As shown in Figure 1, present embodiments provide for a kind of wire inlay Thangka preparation method, it comprises the following steps: finalize a text, select drawing board, draw, wire inlay, filler pigment, shaping mounting, it also comprises the modulation fluorescent material corresponding with the pigment color adopted in filler pigment step, fluorescent material and pigment used in combination, or be coated in the outside of the pattern formed by pigment.
In filler pigment step, the fill method of pigment is: according to corresponding proportion by pigment, fluorescent material, fix the sand glue and mix well and be filled on drawing board that wire inlays, wherein, pigment, fluorescent material and fix the sand the proportioning of glue three and be: raw ore sand 30 ~ 70%, fluorescent material 20 ~ 50%, fixes the sand glue 40 ~ 60%.
As preferably, pigment, fluorescent material, to fix the sand the filling thickness of glue be 0.1mm ~ 0.2mm.
In the present embodiment, additionally provide the filling mode of another pigment, in filler pigment process, the fill method of pigment is: by pigment with fix the sand glue and mix well and be filled on drawing board that wire inlays, glue to be fixed the sand infilters in pigment, pigment be also in moistening not dry when, with fluorescent material with fix the sand glue modulation fluorescent liquid, and fluorescent liquid is covered be coated in and need on luminous pigment.
As preferably, pigment and fix the sand the proportioning of glue and be: pigment 20 ~ 60%, fixes the sand glue 40 ~ 80%, and both filling thickness are 0.05mm ~ 0.12mm;
Fluorescent material and fix the sand the proportioning of glue and be: fluorescent material 10 ~ 40%, fixes the sand glue 40 ~ 90%, and the thickness of fluorescence coating that fluorescent liquid drying is formed afterwards is 0.02mm ~ 0.05mm.
Above-mentioned adopted preparation method of fixing the sand glue is: adopt adhesive glue and water to mix by the ratio uniform of 4:6 and obtain.
The fluorescent material adopted in the manufacturing process of Tangka at least comprise red fluorescence powder, blue colour fluorescent powder, green emitting phosphor and yellow fluorescent powder one of them.
Fluorescent material is divided into photo-induced energy storage fluorescent material and active fluorescent material two class of band usually.(active fluorescent material is with to be harmful to health, therefore do not adopt the fluorescent material of this type in the present embodiment) to be fluorescent material be subject to after natural daylight, daylight light, ultraviolet light etc. irradiate photo-induced energy storage fluorescent material, luminous energy is stored, after stopping illumination penetrating, discharge in the mode of fluorescence lentamente again, so at night or dark place, still can see luminescence, the duration reaches several little of tens hours.Additionally provide the concrete proportioning of different fluorescent material in the present embodiment:
Red fluorescence powder: (barium sulfate 50-60 gram, magnesium sulfate 35-45 gram, lithium phosphate 1.5-2.5 gram, copper nitrate 2.5-3.5 gram)
Blue colour fluorescent powder: (calcium sulfide 58-68 gram, sodium sulphate 3-8 gram, potassium sulfate 3-8 gram, strontium sulfate 6-13 gram, sodium chloride 4-8 gram, silver nitrate 0.8-1.2 gram, magnesium sulfide 8-12 gram)
Purple fluorescence powder: (calcium sulfide 58-68 gram, magnesium sulfide 23-29 gram, vulcanized sodium 6-13 gram, strontium nitrate 0.7-1.4 gram)
Green emitting phosphor: (calcium sulfide 52-58 gram, potassium sulfide 0.7-1.4 gram, vulcanized sodium 8-12 gram, barium nitrate 8-14 gram, indium nitrate 9-15 gram)
Yellow fluorescent powder: (barium sulphide 50-60 gram, magnesium sulfide 35-45 gram, aluminium sulfide 1.5-2.5 gram, potassium nitrate 2.5-3.5 gram)
Can clean to make Tangka, colour-fast, and there is higher corrosion resistance, after filler pigment step, also comprise overlay film step: the concrete grammar of overlay film is: after pigment to be filled parches, spraying film glue.
In the present embodiment, the preparation method of pigment is: by natural colored mineral matter through grinding make, or ore in sand form and toner mixed sintering are obtained color lump through grinding after obtain pigment.
Concrete is:
The first adopts natural coloured ore, and natural colored mineral matter is ground to form mineral powder, and with pigment during this mineral powder effect filler pigment.
The second adopts burning process to obtain.Tcrude ore needs in stove through high-temperature firing, it is color lump when coming out of the stove, then grind with ball mill, so glaze outward appearance is pulverous, need to eluriate before making picture, the number of times of elutriation is generally at about 5 times, the water washed out can be in a reservoir, after to be precipitated, its mill base available makees picture, so both can not waste and picture also can be made to occur fine and smooth texture.The following provide a kind of proportioning firing pigment specifically:
Such as ore in sand form is made up of the flux of 70 ~ 92% by weight percentage and the toner of 8 ~ 30%, and the weight percent of described flux consists of:
In the present embodiment, the color that the pigment provided has has following classification:
Red colour system: all sorts of flowers are red, pink, this pink, unleaded powder, golden red, coral, orange, purplish red, copper is bright red, bright pink, orange, the dark powder of silver, light pink, silver-colored coral, wine are red.
Yellow system: imitative bright Huang, orange, copper rheum officinale, No. 1 rheum officinale, unleaded rheum officinale, hard silver yellow, subsoiling yellow, middle pine Huang, shallow loose Huang, light Huang, cream colour, silver are orange, silver yellow, foreign Huang, silver-colored rheum officinale, persimmon Huang.
Blue series: copper great Lan, unleaded great Lan, black orchid, Hai Nilan, hard silver orchid, peacock orchid, precious bright orchid, all sorts of flowers orchid, blue, unleaded sky, sky orchid, bright Hai Lan, silver-colored porcelain orchid, silver-colored great Lan, silver two orchids, porcelain two orchid, deeply silvery white, middle silvery white, shallow silvery white, silver-colored bluish white, opaque white.
Green system: precious blackish green, black green, bluely green, blackish green, tusche is green, hard silver is green, grass green, imitate brightly green, green greatly, jade green, always green, BG, pea green, light green, hard place is green, military green, newly green, hag is green, emerald green, lake is green, light yellow green, deep yellow green, dark green, dark medium green, medium green, Song Lv, bud green, peacock green, in yellowish green.
Violet: rose violet, purple, the large purple of all sorts of flowers, unleaded large purple, silver-colored purple, silver-colored rose violet.
Ash colour system: dark-grey, middle ash, light gray, unleaded dark-grey, unleaded middle ash, unleaded light gray.
Painting system: tricky paint painting, imitative bright painting, a painting, No. three paintings, No. four paintings.
Black system: unleaded black, black greatly, sub-black, foreign black.
White color system: porcelain is white, grey, background is white, unleaded porcelain is white, creamy white, brilliant white, unleaded grey, bright as silver white, magnetic is grey.
Other is: Rankine star, Venus material, imitative Venus, green gold star, lilac, pale pinkish purple, coffee, unleaded coffee, brown, dark-brown, the colour of camel's hair, lining powder.
Can be mixed by same colour system or close colour system and put use, form beautiful transition gradient color.Such as, based on the ratio of mixing basic look and the color matching of putting, look is 90% ~ 50%, and color matching is 10% ~ 50%, such as: 70% bronze medal rheum officinale mixedly appears yellowish gradient color mutually with 30% creamy white.
In order to be further explained the preparation method of above-mentioned wire inlay Thangka, present embodiment additionally provides the concrete Making programme of wire inlay Thangka, and it comprises the following steps:
Steps A: finalize a text: according to required subject matter, determine pattern content;
Step B: select drawing board: select planar solid material and utensil to make drawing board;
Step C: draw: describe the pattern that will make on drawing board;
Step D: wire inlay: wire adhesive is pasted onto on the pattern that drawing board is described;
Step e: configuration pigment: natural colored mineral matter ground to form mineral powder or obtain pigment by the mode fired, the fluorescent material that modulation is corresponding with pigment color simultaneously;
Step F: filler pigment: fluorescent material and pigment used in combination, or be coated in the outside of the pattern formed by pigment;
Step G: shaping mounting: select corresponding edge or cardboard material, according to mounting program by picture mounting.
In stepb, drawing board all can be able to make (thickness of any sheet material is 0.25cm-0.9cm) for all planar solid materials such as plasterboard, plank, metallic plate, titanium magnesium alloy, aluminium-plastic panel, lucite and utensil.
In step C, concrete plotting mode is: on drawing board, look for position line, sideline, central vertical line and two diagonal, then mark on its position.Paint two kinds of methods by Freehandhand-drawing and version on drawing board, describe made pattern.
In step D, the concrete process of wiring inlay is: smoothed out with the fingers by wire suitable, must ensure that filament is lubricious pliable and tough; Appropriate haircuts glue is applied on picture lines location equably, will strictly operates according to the order of picture lines when wiring inlay; Need to be grasped fineness, angle, camber and radian in operation, scissors method is divided staight scissors and is tiltedly cut, and staight scissors angle is 90 °, and oblique shear angle degree is 22.5 ° to 45 °.Wire adhesive glue is pasted onto on the pattern that drawing board describes.
In the present embodiment, additionally provide a kind of Tangka adopting above-mentioned wire inlay Thangka preparation method to make, what this Tangka was concrete comprises drawing board 1, be fixed on drawing board 1 for forming the wire 2 of pattern, and the decorative layer 3 be filled between drawing board 1 and wire 2, the outer setting of this decorative layer 3 has the material of making of fluorescence coating 4 or decorative layer 3 to comprise fluorescent material.
The solid colour of fluorescence coating 4 and decorative layer 3, or the color of fluorescent material and decorative layer 3 to make material color consistent, due to the existence of fluorescence coating 4 or fluorescent material, Tangka can be made to realize luminescence in dark conditions.Improve the appreciation effect of Tangka.
Coating layer 5 is had in the outer setting of decorative layer 3 or fluorescence coating 4.By the outer setting coating layer 5 at decorative layer 3 or fluorescence coating 4, the corrosion resistance of Tangka can be improved, make Tangka's erasable, and can ensure that Tangka is not faded.
As preferably, wire 2 is aluminium wire or copper wire.Drawing board 1 is plank, plasterboard, metallic plate, titanium magnesium alloy plate, slabstone or poly (methyl methacrylate) plate.And wire 2 is arranged on drawing board 1 by the mode of pasting or weld.
For the ease of preservation and the decoration of Tangka, the outer setting of drawing board 1 has housing, and this housing comprises frame 6 and is arranged on the transparent protecting film of frame 6 front portion, and drawing board 1 is arranged in frame 6 by the mode of clamping.
Be arranged on fastness on frame 6 to improve Tangka, the rear portion of frame 6 is provided with cover plate 7, and the arranged outside of cover plate 7 has rotatable plectrum 8, and plectrum 8 makes cover plate 7 be fixedly connected with frame 6 by rotating in the plectrum groove that snaps on frame 6.The convenience that improve cover plate 7 and install is coordinated by plectrum 8 and frame 6.
The arranged outside of cover plate 7 has the support 9 be rotationally connected with cover plate 7, the arranging and can Tangka be put on the table easily of this support 9.
Frame 6 or cover plate 7 are provided with the hook 10 for mounting Tangka.By linking up with 10 arrange and easily Tangka can be mounted on wall enterprising luggage decorations.
Cover plate 7 is rotationally connected by articulated elements and frame.Concrete, above-mentioned articulated elements is hinge, is arranged on frame 6 by articulated elements by cover plate 7, can realize the installation of cover plate 7 easily.
In order to improve convenience and the fastness of drawing board installation, frame 6 is provided with the mounting groove for installing drawing board.
In present embodiment, the preparation method of the Tangka provided preferably is applicable to the making of Tangka, certainly also discharges the pattern adopting above-mentioned preparation method to make other type.
Below know-why of the present invention is described in conjunction with specific embodiments.These describe just in order to explain principle of the present invention, and can not be interpreted as limiting the scope of the invention by any way.Based on explanation herein, those skilled in the art does not need to pay performing creative labour can associate other detailed description of the invention of the present invention, and these modes all will fall within protection scope of the present invention.
Claims (10)
1. a wire inlay Thangka preparation method, comprises the following steps: finalize a text, select drawing board, draw, wire inlay, filler pigment, shaping mounting, it is characterized in that, also comprise the fluorescent material that modulation is corresponding with the pigment color adopted in filler pigment step;
Described fluorescent material and pigment used in combination, or be coated in the outside of the pattern formed by pigment.
2. wire inlay Thangka preparation method according to claim 1, it is characterized in that, in filler pigment step, the fill method of pigment is: according to corresponding proportion by pigment, fluorescent material, fix the sand glue and mix well and be filled on drawing board that wire inlays, wherein, pigment, fluorescent material and fix the sand the proportioning of glue three and be: raw ore sand 30 ~ 70%, fluorescent material 20 ~ 50%, fixes the sand glue 40 ~ 60%.
3. wire inlay Thangka preparation method according to claim 2, is characterized in that, described pigment, fluorescent material, to fix the sand the filling thickness of glue be 0.1mm ~ 0.2mm.
4. wire inlay Thangka preparation method according to claim 1, it is characterized in that, in filler pigment process, the fill method of pigment is: by pigment with fix the sand glue and mix well and be filled on drawing board that wire inlays, glue to be fixed the sand infilters in raw ore sand, raw ore sand be also in moistening not dry when, with fluorescent material with fix the sand glue modulation fluorescent liquid, and fluorescent liquid is covered be coated in and need on luminous pigment.
5. wire inlay Thangka preparation method according to claim 4, is characterized in that, described pigment and fix the sand the proportioning of glue and be: pigment 20 ~ 60%, fixes the sand glue 40 ~ 80%, and both filling thickness are 0.05mm ~ 0.12mm;
Described fluorescent material and fix the sand the proportioning of glue and be: fluorescent material 10 ~ 40%, fixes the sand glue 40 ~ 90%, and the thickness of fluorescence coating that fluorescent liquid drying is formed afterwards is 0.02mm ~ 0.05mm.
6. the wire inlay Thangka preparation method according to claim 2-5 any one, is characterized in that, described in fix the sand the preparation method of glue and be: adopt adhesive glue and water to mix by the ratio uniform of 4:6 and obtain.
7. the wire inlay Thangka preparation method according to claim 1-5 any one, is characterized in that, the fluorescent material adopted in the method at least comprise red fluorescence powder, blue colour fluorescent powder, green emitting phosphor and yellow fluorescent powder one of them.
8. wire inlay Thangka preparation method according to claim 1, is characterized in that, after filler pigment step, also comprise overlay film step: the concrete grammar of overlay film is: after pigment to be filled parches, spraying film glue.
9. wire inlay Thangka preparation method according to claim 1, is characterized in that, the preparation method of described pigment is: by natural colored mineral matter through grinding make, or ore in sand form and toner mixed sintering are obtained color lump through grinding after obtain pigment.
10. a wire inlay Thangka, it adopts the wire inlay Thangka preparation method as described in claim 1-9 any one to obtain, it is characterized in that, comprise drawing board (1), be fixed on drawing board (1) for forming the wire (2) of pattern, and the decorative layer (3) be filled between drawing board (1) and wire (2), the outer setting of described decorative layer (3) has the material of making of fluorescence coating (4) or decorative layer to comprise fluorescent material.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510608606.8A CN105172457A (en) | 2015-09-22 | 2015-09-22 | Wire inlay thangka manufacturing method and wire inlay thangka |
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| CN201510608606.8A CN105172457A (en) | 2015-09-22 | 2015-09-22 | Wire inlay thangka manufacturing method and wire inlay thangka |
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Application publication date: 20151223 |
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