CN1263005A - Colour flock printing process - Google Patents
Colour flock printing process Download PDFInfo
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- CN1263005A CN1263005A CN 99100723 CN99100723A CN1263005A CN 1263005 A CN1263005 A CN 1263005A CN 99100723 CN99100723 CN 99100723 CN 99100723 A CN99100723 A CN 99100723A CN 1263005 A CN1263005 A CN 1263005A
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Abstract
The present invention relates to a colour transferring method, and is characterized by that a photograph, picture or printed matter is permanently printd on an uneven body surface, and its technological process includes the following steps: (1) printing a photograph, picture or printed matter on a transparent and flexible transfer film; (2) removing dirt and uneven place on the body surface to be transferred; (3) preheating said body to preset temp.; (d)making body surface to be transferred possess static electricity fully or covering body surface to be transferred and transferring film with a thin layer of water; (e) placing said body in an oven and heating until the transferring film is completely and integrally and permanently cohered on the body surface; and (f). cooling the body to normal room temp.
Description
The present invention system is relevant with a colored seal technology journey, know clearly it, mean a kind of colour flock printing process, it can be whole and equably colored printing, picture or the photo of major part be migrated to one and have on the object of irregular surface, and its object can be the composition of plastic cement, graphite, fibre resin polymer (FRP), glass wood, metal, foam rubber, fibrous glass, carbon fiber or its any above-mentioned material; The invention belongs to chemical color printing technology.
Known techniques is that the flat surfaces at a nonmetal thing is coated with the last layer colored printing, as plastic cement, rubber, foam rubber, fibrous glass, and carbon fiber be by the perspex sheet adhering that is printed on multicolour pattern in advance on this flat surfaces, but the shortcoming of this painting methods is well-known, and that is exactly that plastic slice is easy to begin to be started from the corner;
The mold printing is another kind of with the prior art method of colour printing to smooth plastic cement surface, want to print a multicolour pattern on a plastic cement surface as the user, its pattern must be imprinted on the paster earlier, this paster system is placed in earlier in the plastic cement injection mould, when the injection plastic cement, the paper of paster can be fused by temperature, multicolour pattern then can be attached on the plastic cement surface by firm seal, but this kind mold print process only is adapted on flat surfaces or the circular surfaces, as on irregular surface or up-and-down surface, multicolour pattern will be damaged because of the wrinkle that the surface occurred;
Press the golden genealogy of law and be the another kind of method that pattern is imprinted on a plane plastic cement or metal surface; it is placed on a piece of paper by the made pattern of metallic ink paper tinsel in advance; by exerting pressure and temperature is pressed the metallic ink paper tinsel and is imprinted on plastic cement or metal surface; it's a pity that this kind press Jin Fayi and be limited at flat surfaces and use; in addition, the surperficial regular meeting of plastic cement thing produces a depression partly because of pressure and the temperature of being executed.
Now, the design of numerous product appearance has all comprised curve and uneven surface and has highlighted their characteristic, but existing technology is only limited to the above-mentioned several printing processes of commonly using of mat work, provide simple pattern on flat surface, so most producer can only with monochromatic or simple double-colored to the design of three looks and with, in fact, when the present invention's idea produces, there is no any product can provide on the surface that full-color photo, picture or printed matter be imprinted on an irregular thing, as printing on paper; In addition, increasing product is made to exceed single material, and now technology also nobody can provide one at a low price and simple printing process one color picture sheet, picture be provided or be printed on the surface that made object is irregular by two kinds of different materials, as foam rubber or plastic cement;
The objective of the invention is to: a kind of colour flock printing process is provided, the plane surface that it can provide a photochrome, picture or be printed on object, one curved surface, or even one on the up-and-down surface, or specific surface, and whole surface comprises any uneven surfaces, this object that is printed can be: the composition of plastic cement, graphite, fibre resin polymer (FRP), glass wood, metal foam rubber, fibrous glass, carbon fiber or other any above-mentioned material, use colour flock printing process of the present invention, can expense reasonable, program is simple.
A kind of colour flock printing process of the present invention, it comprises following program:
A. be printed on transparent and pliable and tough planting on the print film with a predetermined photo, picture or with it,
Wherein this plants the surface area that print film has, equal at least be scheduled to the object that will print the surface it
The gross area;
B. dirt and the uneven place of all thoroughly removed on the seal surface of covering of the object that will print;
C. this object is heated in advance a predetermined temperature;
That d. this is planted that print film is attached to this object of having heated uniformly covers the seal surface up to the whole seal that covers
The surface is covered completely and double team is planted within the print film at this;
E. evenly and complete heating, heating-up temperature must be controlled at the melting of material of this object with this object
Under the point, be to plant print film up to this to be reached the whole object that forever is attached to fully heat time heating time
This cover the seal surface on;
F. this object is cooled off up to positive room temperature.
In aforesaid program (c) afterwards, reaching program (d) and include a program before, is to print mantle friction for covering of this object to be full of static up to the whole seal surface of covering, and covers on the seal surface so that this plants easier the depending on of print film.
In aforesaid program (c) afterwards, reaching program (d) and include a program before, is to print the thin water of surface cover last layer for covering of this object.
In aforesaid program (c) afterwards, reaching program (d) and include a program before, is to approach water for this cover last layer that depends on of planting print film.
In aforesaid program (c) afterwards, and program (d) includes a program before, be for distinctly with this object cover the seal surface and plant print film depend on the thin water of cover last layer.
In program (a) before, including an appendage, is for providing an outer skin to cover on the seal surface at this, wherein should being preferably oil product by the skin skin.
In program (c), wherein, this object system is heated to Fahrenheit temperature 150 degree in advance between 300 degree.
In program (c), wherein, seal surface system is made by plastic cement, styrene butadiene acrylonitrile copolymer (ABS), fibrous glass or carbon fiber when covering, and this object preferably ties up in advance in the heating process, and its temperature can not exceed Fahrenheit temperature 180 degree.
In program (c), wherein, seal surface system is made by foamed material or foam rubber when covering, and this object is heating in advance preferably, and its temperature does not exceed Fahrenheit temperature 150 degree.
In program (c), wherein, seal surface system is made by metal material when covering, and this object preferably ties up in advance and is heated to Fahrenheit temperature 250 degree between 270 degree in the heating process.
In program (c), wherein, if this object system is made by the material that exceeds, that lower heating-up temperature just becomes the restriction of this object.
In program (e), this heating power must be applied on this object from all directions uniformly, and the mat work keeps rotation to guarantee that this each part of covering the seal surface all is that uniform heating arrives this predetermined temperature in baking box this object always.
In program (e), wherein, made by plastic cement, styrene butadiene acrylonitrile copolymer (ABS), fibrous glass or carbon fiber when this object system, this object system is heated to Fahrenheit temperature 400 degree between its melting point.
Wherein, made by foamed material when this object system, this object system is heated to Fahrenheit temperature 300 degree between 420 degree.
In program (e), wherein, made by metal material when this object system, this is to be heated to Fahrenheit temperature 600 degree between 1100 degree for this object.
In program (e), wherein, this object system is heated to a proper temperature, become restriction by that lower heating-up temperature, and can extend heat time heating time a little.
In program (e), wherein, a system is made by exceeding a kind of material when this thing, and this object system is heated to a suitable temperature, become restriction by that lower heating-up temperature, and can extend heat time heating time a little.
In program (a), more comprise following program:
A-1: imagine the photo of being wanted pattern or printing;
A-2: from the cover colour analysis, provide different color transparencies;
A-3: with earlier fixed this photo, pattern or be imprinted on a transparent and pliable and tough print film of planting
On, mat work litho or colored printing.
In program (c) afterwards, and program (d) more comprised before a program for this object cover the seal mantle friction up to whole cover the seal surface be full of static, the effect of this static of mat, can make this plant print film easier be attached to this cover the seal surface on.
In program (c) afterwards, reach program (d) and more comprised a program before for covering of this object being printed the thin water of surface cover last layer.
In program (c) afterwards, and program (d) more comprised program before and depended on the thin water of cover last layer for this being planted one of print film.
In program (c) afterwards, and program (d) more comprised a program before for distinctly cover seal surface and this of this object being planted one of print film and depended on the cover last layer and approach water.
In program (a) before, more comprised an appendage and covered on the seal surface at this for an outer skin is provided, wherein, this skin skin is oil product preferably.
In program (c), wherein, this object system is heated to Fahrenheit temperature 150 degree in advance between 300 degree.
More comprise appendage system before in program (b) and turn a millstone a little with a clothes or cloth that this covers the seal surface, with provide one have a grains of sand shape cover the seal surface.
In program (d), more comprise following program:
D-1: this is planted print film cover whole object and all planted print film up to the trim line of all objects and contact by this;
D-2: the opening of cutting off a majority is planted on the print film at this, and the position of this opening system is just in the perforation of this object;
D-3: depend on this uniformly and plant print film covering on the seal surface at this object, the mat work is provided at this and covers the lip-deep electrostatic interaction of seal and planted print film institute by this and cover fully and double team up to the whole seal surface system covered, because this plants the pliable and tough person's character that print film itself is had, thus this plant that print film can be covered by upholding and double team this cover each corner or the up-and-down curve regions on seal surface.
In program (c) afterwards, and program (d) has more comprised a program before and has been full of static for cover the seal mantle friction at this of this object up to the whole seal surface of covering, mat is provided at this effect of covering the last static in seal surface, so this is planted print film and can easierly be attached to this and cover and print on the surface.
In program (c) afterwards, and program (d) more comprised a program before for this of this object being covered the thin water of seal surface cover last layer.
In program (c) afterwards, and program (d) more comprised a program before and depended on the thin water of cover last layer for this being planted one of print film.
In program (c) afterwards, and program (d) more comprised a program before and plant one of print film and depend on the cover last layer and approach water for distinctly this of this object being covered seal surface and this.
In program (a) before, more comprised an appendage and covered on the seal surface at this for an outer skin is provided, wherein should the best through-stone oil product of skin skin.
Advantage of the present invention is: this colour flock printing process, colour picture, picture etc. can be printed on the object surface of different shape and various materials, and printing quality is good, and cost is low, and method is simple, processing ease.
The present invention has following accompanying drawing:
Fig. 1 is the programme diagram of preferred embodiment of the present invention.
Fig. 2 is the stereogram of driving wheel among the present invention.
Fig. 3 is one of generalized section of driving wheel among the present invention.
Fig. 4 be driving wheel among the present invention generalized section two.
Fig. 5 be driving wheel among the present invention generalized section three.
Number in the figure is as follows:
10 driving wheels, 11 bearing wheels, 111 inner edges
Print film is planted in 13 perforation 21 of 12 tires
22 openings
Now lift specific embodiment, and conjunction with figs. is described as follows:
Plastic cement invention can only be made single color so far always, by known covering, and mold or press
The gold method can only be with simple pattern covers on the plane surface of plastic article, as wants to mould whole
The object on glue object or up-and-down surface stamps the photo pattern of complicated full color, or prints several
Be impossible thing, material that other are close such as rubber, foam rubber, fibre resin polymerization
Thing (FRP), polyvinyl chloride (PVC), ethene-vinyl acetate resin copolymer (EVA), styrene fourth
Diene acrylonitrile copolymer (ABS), fibrous glass, wood, graphite and carbon fiber also all have phase
With problem, so the appearance design meeting of nonmetallic materials product limited greatly, if having one
Method can be imprinted on the photo of colour on the object, and this object is by plastic cement, graphite, styrene fourth two
Allyl alkene lonitrile copolymer (FRP), glass, wood, metal, foamed glue, fibrous glass, carbon fibre
Dimension, or the composition of above-mentioned material forms, and such method can provide better more beautiful appearance
Design, and method of the present invention just can reach this purpose;
The invention provides a colour flock printing process, it comprises following several roads program: a. and is printed on transparent and pliable and tough planting on the print film with a predetermined photo, picture or with it, wherein, the surface area of planting print film equal at least be scheduled to the gross area of the object surface that will print, and plant print film system by polyethylene, polyvinyl chloride (PVC), or Waxpaper is made is the best with the print film of planting of polyethylene.B. dirt and the uneven place of all thoroughly removed on the seal surface of covering of the object that will print.C. object being heated in advance a predetermined temperature spends between 300 degree at Fahrenheit temperature 150.D. will plant the seal surface of covering that print film is attached to the object that heats uniformly and cover up to whole that the seal surface is covered completely and double team is being planted within the print film.E. object is seated in the baking box and does evenly and complete heating, heating-up temperature must be controlled under the object material melting point, and keeps an appropriate time to be reached whole the covering on the seal surface of object of forever being attached to fully until planting print film.F. object is cooled off up to normal room temperature.In order to ensure plant print film can be attached to heat in advance object cover the seal surface on, following appendage optionally is attached to program (d) before: 1. rub and be full of static up to the whole seal surface of covering on the seal surface of covering of object, and mat covers the last static in seal surface and makes and plant print film and be attached to more easily and better to cover and print on the surface; 2. covering of object printed the surface or planted print film, even different all they covered the thin water of one deck and increase between the two associativity in the water spray mode, if none level and smooth print surface of object itself, as a coarse wooden surface, other adds a program is that program a adds that an outer skin is covering on the seal surface before, this skin skin is oil product preferably, is coated with the method that the upper strata jaqan also is another solution then.
In addition, if the natural colour of covering seal surface of object itself is black excessively, as black, that preferably can wipe one deck white jaqan covering of black on the seal surface, plants seal effect covering on the seal surface at object to guarantee best color.
In program a,, any photo of wanting, design, picture or the following program of printing mat work plant on the print film but being imprinted on.A-1: imagine normal photo, placard, printing or a pattern of being wanted.A-2:, but find out different colours in mat work color scanner or the colour analysis of computer cover just like colored printing
Egative film.A-3: selected photo is imprinted on one by litho or colored printing transparent and pliable and tough plants printing
On the film.
Prepare to be imprinted on the film that should adopt on the plastic cement surface if plant print film than thin with picture, if be imprinted on the metal surface, then can use thicker film, according to the present invention, photochrome can be planted the whole surface that is printed on object uniformly, or on the precalculated position of single object surface, wherein, prepare to be planted the surface system of printing photochrome and be referred to as to cover the seal surface, in other words, covering the seal surface should be the whole surface of object, or has only a precalculated position of object surface.
In program b, in order to ensure reaching best colour flock printing brushing effects; All removable dirts or uneven place system preferably can remove from covering the seal surface, the program of this removing is very important, and preferably can both carry out covering on the seal surface to have avoided dirt to stay at every turn, when planting that print film is fully attached to be covered on object, just do not have dirt and stay to plant and print under the photo.
Program c is pre-heated program, it is a very important process among the present invention, because the mat work be increased in cover the seal lip-deep temperature can strengthen plant print film can cover more easily object covering the seal surface on, in addition, when object is subjected to complete heating in program e, heating process is the molecule that slowly is heated to inside from the molecule on surface gradually, if begin heating from room temperature at program e object, that time that makes whole object be heated to predetermined temperature can be lengthened out, but, since when program e, planting attached completely already the lid covering of object of print film prints on the surface, so plant print film might reach fully whole forever be attached to object cover on the seal surface before just overheated, edge is, it is heated to a predetermined temperature in advance with whole object earlier the program c of heating in advance, and plant before print film also is not attached on the object, can effectively reduce last heat time heating time required in program e like this, and guaranteed to plant print film and can obtain best effect and be attached to covering on the seal surface of object, and the nature and the color of planting print film can not be subjected to any influence yet.
When covering seal surface system by plastic cement, styrene butadiene acrylonitrile copolymer (ABS), fibrous glass, or carbon fiber is made, object is preferably in advance in the heating process, heating-up temperature does not exceed Fahrenheit temperature 180 degree, seal surface system is made by foamed material or foam rubber when covering, the object heating does not preferably exceed Fahrenheit temperature 150 degree, seal surface system is made by metal material when covering, the object heating is preferably arrived between Fahrenheit temperature 250 degree and 270 degree, but if exceed the made combination object of a prong material, that lower heating-up temperature just becomes the restriction of composition, and the scope of heating-up temperature just the temperature with above-mentioned is identical, for example, there have combination to comprise by the material of plastic cement or foam rubber in the object to be made, the heating-up temperature in advance of whole composition just should not exceed Fahrenheit temperature 150 degree, because the restriction of the temperature of foam rubber is lower.
The present invention's colour flock printing brush membrane process need not any viscose, thus, not only can save the expense of viscose, and more can save viscose need be coated in to cover and print surperficial complex process.
Planting print film and be the mat work in program (d) is provided at and covers the last electrostatic interaction in seal surface and be attached to uniformly and heated covering of object and print on the surface, in other words, plant print film system and can be attached to covering on the seal surface of object by mat work static, if have static between two surfaces usually, that two surface is easy to attract each other.Basically, exist the static of planting on the print film to reach and cover the lip-deep static of seal at object, can make plant print film be attached to cover the seal surface on, and can cover on the seal surface for guaranteeing to plant print film, in program (d) friction program (1) before is covering of object to be printed the surface rub uniformly with a clothes or cloth, makes generation of static electricity thereon.
In addition, covering the seal surface or planting print film as object, even difference all covers the program that depends on that the thin water of one deck also can be promoted program (d), because moist situation is planted print film easily evenly and complete be attached to the covering on the seal surface of object planting print film and can make between the seal surface covering of object, this makes its moist program have the face of planting print film of contact and covering of object to print the surface with spray clean water or the flushing of (2) boiling water by (1), in addition, moist plant print film and also can and be attached in operation when covering on the seal surface, more simple, the thin water of that one deck then can be dried in the program (e) of complete heating fully.
For make plant print film and object cover the seal surface the better relations of dependence can be arranged; Another additional program can be added in before or after the cleaning procedure (b) covers the seal surface by turning a millstone a little with a clothes or cloth, to provide one to have covering of grains of sand shape to print the surface, this additional program system is important especially, when covering seal surface system by foamed material or foam rubber when made, covering the seal surface and then can helping to plant print film and grains of sand shape and cover the seal surface and depend on of grains of sand shape arranged because plant print film after the program (e) of heating fully, can snap into grains of sand shape to cover seal surperficial.
See also Fig. 2 to shown in Figure 5, system is the embodiment of object with a driving wheel 10, its whole surface is all reached the complete print film of being planted fully and is covered, and driving wheel 10 has comprised and multiplely irregularly and up-and-down covers seal surface and comprise a plastic cement bearing wheel 11 and a foam rubber tire 12 surrounds and fixedly encloses (as shown in Figure 2) outside the bearing wheel 11.
As will be with known color printing method, or the mold printing process is tinted or is printed a photochrome, picture or be printed on the whole bearing wheel 11 will be one very the difficulty work, because have the inner edge 111 of a plurality of perforation 13 and perforation on the bearing wheel 11, again with known method, one colored printing photo is provided, picture or printing forever reach complete covering and are imprinted on the outer surface of whole driving wheel 10, its driving wheel 10 comprises plastic cement bearing wheel 11 and foam rubber tyre 12, because can forever not reach the photo that perfectly will want there being any invention system now fully, picture, or printing is covered and is imprinted on by on the made object of different materials.
When the whole outer surface of driving wheel 10 system was regarded as covering the seal surface, that was planted print film necessity and can plant and be imprinted on whole outer surface program (b) and comprise each following program:
D-1: as shown in Figure 3, will plant print film 21 and cover whole driving wheel 10, up to the trim line of all driving wheels 10 all with plant print film 21 excellent contact arranged;
D-2: as shown in Figure 4, cut most openings 22 planting print film 21, and the position of opening 22 system is out of the ordinary just in the perforation 13 of bearing wheel 11;
D-3: as shown in Figure 5, to plant uniformly print film 21 be attached to cover the seal surface on, it is exactly the whole outer surface of driving wheel 10, up to the whole seal surface of covering is that covering completely and double team are planted within the print film 21, wherein, because of planting the pliable and tough person's characters that print film 21 itself is had, can be upheld and do not covered and double team covers on seal surperficial each corner or up-and-down curve so plant print film 21.
In the program (e) that heats fully, heating power needs to be added on the object from different directions uniformly, or make that object keeps in baking box that rotation guarantees to cover the seal surface each partly can both evenly be heated to a predetermined temperature after, kept 1 to 2 minute, seal surface system is made by plastic cement when covering, this object system is heated to Fahrenheit temperature 400 degree between its melting point, be preferably in Fahrenheit temperature 460 degree, seal surface system is made by foamed material or foam rubber when covering, this object system is heated to Fahrenheit temperature 300 degree between 420 degree, be preferably in Fahrenheit temperature 370 degree, seal surface system is made by metal material when covering, this object system is heated to Fahrenheit temperature 600 degree between 1100 degree, is preferably in Fahrenheit temperature 600 degree.
In addition, the present invention's colour flock printing process also can be for a continuous photochrome, and pattern is printed on an object by two kinds of uneven surfaces that different materials is made, simple to operate and low cost of manufacture.
Claims (43)
1, a kind of colour flock printing process, it comprises following program:
A. be printed on transparent and pliable and tough planting on the print film with a predetermined photo, picture or with it, wherein this plants the surface area that print film has, and equals the gross area on the surface of the object that will print be scheduled at least;
B. dirt and the uneven place of all thoroughly removed on the seal surface of covering of the object that will print;
C. this object is heated in advance a predetermined temperature;
D. this is planted the seal surface of covering that print film is attached to this object of having heated uniformly and cover up to whole that the seal surface is covered completely and double team is planted within the print film at this;
E. evenly and complete heating, heating-up temperature must be controlled under the melting point of material of this object with this object, heat time heating time be up to this plant print film reached fully whole forever be attached to object this cover on the seal surface;
F. this object is cooled off up to positive room temperature.
2, a kind of colour flock printing process according to claim 1, it is characterized in that: afterwards in aforesaid program (c), and program (d) includes a program before, be to print mantle friction for covering of this object to be full of static, cover on the seal surface so that this plants easier the depending on of print film up to the whole seal surface of covering.
3, a kind of colour flock printing process according to claim 1 is characterized in that: in aforesaid program (c) afterwards, reaching program (d) and include a program before, is to print the thin water of surface cover last layer for covering of this object.
4, a kind of colour flock printing process according to claim 1 is characterized in that: in aforesaid program (c) afterwards, reaching program (d) and include a program before, is to approach water for this cover last layer that depends on of planting print film.
5, a kind of colour flock printing process according to claim 1 is characterized in that: in aforesaid program (c) afterwards, and program (d) includes a program before, be for distinctly with this object cover the seal surface and plant print film depend on the thin water of cover last layer.
6, a kind of colour flock printing process according to claim 1 is characterized in that: in program (a) before, including an appendage, is for providing an outer skin to cover on the seal surface at this, wherein should being preferably oil product by the skin skin.
7, a kind of colour flock printing process according to claim 1 is characterized in that: in program (c), wherein, this object system is heated to Fahrenheit temperature 150 degree in advance between 300 degree.
8, a kind of colour flock printing process according to claim 1, it is characterized in that: in program (c), wherein, seal surface system is made by plastic cement, ABS, fibrous glass or carbon fiber when covering, this object preferably ties up in advance in the heating process, and its temperature can not exceed Fahrenheit temperature 180 degree.
9, a kind of colour flock printing process according to claim 1 is characterized in that: in program (c), wherein, seal surface system is made by foamed material or foam rubber when covering, and this object is heating in advance preferably, and its temperature does not exceed Fahrenheit temperature 150 degree.
10, a kind of colour flock printing process according to claim 1 is characterized in that: in program (c), wherein, seal surface system is made by metal material when covering, and this object preferably ties up in advance and is heated to Fahrenheit temperature 250 degree between 270 degree in the heating process.
11, a kind of colour flock printing process according to claim 1 is characterized in that: in program (c), wherein, if this object system is made by the material that exceeds, that lower heating-up temperature just becomes the restriction of this object.
12, a kind of colour flock printing process according to claim 1, it is characterized in that: in program (e), this heating power must be applied on this object from all directions uniformly, and the mat work keeps rotation to guarantee that this each part of covering the seal surface all is that uniform heating arrives this predetermined temperature in baking box this object always.
13, a kind of colour flock printing process according to claim 7, it is characterized in that: in program (e), this heating power must be applied on this object from all directions uniformly, and the mat work keeps rotation to guarantee that this each part of covering the seal surface all is that uniform heating arrives this predetermined temperature in baking box this object always.
14, a kind of colour flock printing process according to claim 1, it is characterized in that: in program (e), wherein, made by plastic cement, ABS, fibrous glass or carbon fiber when this object system, this object system is heated to Fahrenheit temperature 400 degree between its melting point.
15, a kind of colour flock printing process according to claim 13, it is characterized in that: in program (e), wherein, made by plastic cement, ABS, fibrous glass or carbon fiber when this object system, this object system is heated to Fahrenheit temperature 400 degree between its melting point.
16, a kind of colour flock printing process according to claim 1 is characterized in that: wherein, made by foamed material when this object system, this object system is heated to Fahrenheit temperature 300 degree between 420 degree.
17, a kind of colour flock printing process according to claim 13 is characterized in that: wherein, made by foamed material when this object system, this object system is heated to Fahrenheit temperature 300 degree between 420 degree.
18, a kind of colour flock printing process according to claim 1 is characterized in that: in program (e), wherein, made by metal material when this object system, this is to be heated to Fahrenheit temperature 600 degree between 1100 degree for this object.
19, a kind of colour flock printing process according to claim 13 is characterized in that: in program (e), wherein, made by metal material when this object system, this is to be heated to Fahrenheit temperature 600 degree between 1100 degree for this object.
20, a kind of colour flock printing process according to claim 11 is characterized in that: in program (e), wherein, this object system is heated to a proper temperature, become restriction by that lower heating-up temperature, and can extend heat time heating time a little.
21, a kind of colour flock printing process according to claim 13 is characterized in that: in program (e), wherein, a system is made by exceeding a kind of material when this thing, this object system is heated to a suitable temperature, become restriction by that lower heating-up temperature, and can extend heat time heating time a little.
22, a kind of colour flock printing process according to claim 1 is characterized in that: in program (a), more comprise following program:
A-1: imagine the photo of being wanted pattern or printing;
A-2: from the cover colour analysis, provide different color transparencies;
A-3: with earlier fixed this photo, pattern or be imprinted on transparent and pliable and tough planting on the print film, mat is shown litho or colored printing.
23, a kind of colour flock printing process according to claim 22, it is characterized in that: afterwards in program (c), and program (d) more comprised before a program for this object cover the seal mantle friction up to whole cover the seal surface be full of static, the effect of this static of mat, can make this plant print film easier be attached to this cover the seal surface on.
24, a kind of colour flock printing process according to claim 22 is characterized in that: in program (c) afterwards, and program (d) has more comprised a program before for covering of this object being printed the thin water of surface cover last layer.
25, a kind of colour flock printing process according to claim 22 is characterized in that: in program (c) afterwards, and program (d) has more comprised program before and has depended on the thin water of cover last layer for this being planted one of print film.
26, a kind of colour flock printing process according to claim 22 is characterized in that: in program (c) afterwards, and program (d) has more comprised a program before for distinctly cover seal surface and this of this object being planted one of print film and depended on the cover last layer and approach water.
27, a kind of colour flock printing process according to claim 22 is characterized in that: in program (a) before, more comprised an appendage and covered on the seal surface at this for an outer skin is provided, wherein, this skin skin is oil product preferably.
28, a kind of colour flock printing process according to claim 22 is characterized in that: in program (c), wherein, this object system is heated to Fahrenheit temperature 150 degree in advance between 300 degree.
29, a kind of colour flock printing process according to claim 1 is characterized in that: more comprise appendage system before in program (b) and turn a millstone a little with a clothes or cloth that this covers the seal surface, with provide one have a grains of sand shape cover the seal surface.
30, a kind of colour flock printing process according to claim 1 is characterized in that: more comprise following program in program (d):
D-1: this is planted print film cover whole object and all planted print film up to the trim line of all objects and contact by this;
D-2: the opening of cutting off a majority is planted on the print film at this, and the position of this opening system is just in the perforation of this object;
D-3: depend on this uniformly and plant print film covering on the seal surface at this object, the mat work is provided at this and covers the lip-deep electrostatic interaction of seal and planted print film institute by this and cover fully and double team up to the whole seal surface system covered, because this plants the pliable and tough person's character that print film itself is had, thus this plant that print film can be covered by upholding and double team this cover each corner or the up-and-down curve regions on seal surface.
31, a kind of colour flock printing process according to claim 30, it is characterized in that: afterwards in program (c), and program (d) has more comprised a program before and has been full of static for cover the seal mantle friction at this of this object up to the whole seal surface of covering, mat is provided at this effect of covering the last static in seal surface, so this is planted print film and can easierly be attached to this and cover and print on the surface.
32, a kind of colour flock printing process according to claim 30 is characterized in that: in program (c) afterwards, and program (d) has more comprised a program before for this of this object being covered the thin water of seal surface cover last layer.
33, a kind of colour flock printing process according to claim 30 is characterized in that: in program (c) afterwards, and program (d) has more comprised a program before and has depended on the thin water of cover last layer for this being planted one of print film.
34, a kind of colour flock printing process according to claim 30 is characterized in that: in program (c) afterwards, and program (d) has more comprised a program before and plants one of print film and depend on the cover last layer and approach water for distinctly this of this object being covered seal surface and this.
35, a kind of colour flock printing process according to claim 30 is characterized in that: in program (a) before, more comprised an appendage and covered on the seal surface at this for an outer skin is provided, and wherein should the best through-stone oil product of skin skin.
36, a kind of colour flock printing process according to claim 30 is characterized in that: in program (c), wherein, this object system is heated to Fahrenheit temperature 150 degree in advance between 300 degree.
37, a kind of colour flock printing process according to claim 22 is characterized in that: more comprise following program in program (d):
D-1: this is planted print film cover whole object and all planted print film up to the trim line of all objects and contact by this;
D-2: the opening of cutting off a majority is planted on the print film at this, and the position of this opening system is just in the perforation of this object;
D-3: depend on this uniformly and plant print film covering on the seal surface at this object, the mat work is provided at this and covers the lip-deep electrostatic interaction of seal and planted print film institute by this and cover fully and double team up to the whole seal surface system covered, because this plants the pliable and tough person's character that print film itself is had, thus this plant that print film can be covered by upholding and double team this cover each corner or the up-and-down curve regions on seal surface.
38, according to the described a kind of colour flock printing process of claim 37, it is characterized in that: afterwards in program (c), and program (d) has more comprised a program before and has been full of static for cover the seal mantle friction at this of this object up to the whole seal surface of covering, mat is provided at this effect of covering the last static in seal surface, so this is planted print film and can easierly be attached to this and cover and print on the surface.
39, according to the described a kind of colour flock printing process of claim 37, it is characterized in that: in program (c) afterwards, and program (d) has more comprised a program before for covering of this object being printed the thin water of surface cover last layer.
40, according to the described a kind of colour flock printing process of claim 37, it is characterized in that: in program (c) afterwards, and program (d) has more comprised program before and has depended on the thin water of cover last layer for this being planted one of print film.
41, according to the described a kind of colour flock printing process of claim 37, it is characterized in that: in program (c) afterwards, and program (d) has more comprised a program before for distinctly cover seal surface and this of this object being planted one of print film and depended on the cover last layer and approach water.
42, according to the described a kind of colour flock printing process of claim 37, it is characterized in that: in program (a) before, more comprised an appendage and covered on the seal surface at this for an outer skin is provided, wherein, this skin skin is oil product preferably.
43, according to the described a kind of colour flock printing process of claim 37, it is characterized in that: in program (c), wherein, this object system is heated to Fahrenheit temperature 150 degree in advance between 300 degree.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB991007239A CN1135174C (en) | 1999-02-11 | 1999-02-11 | Colour flock printing process |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB991007239A CN1135174C (en) | 1999-02-11 | 1999-02-11 | Colour flock printing process |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1263005A true CN1263005A (en) | 2000-08-16 |
| CN1135174C CN1135174C (en) | 2004-01-21 |
Family
ID=5270168
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB991007239A Expired - Fee Related CN1135174C (en) | 1999-02-11 | 1999-02-11 | Colour flock printing process |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1135174C (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104290529A (en) * | 2013-07-18 | 2015-01-21 | 陈�胜 | Method for making wallpaper without static electricity firmly attached on surface of object without glue |
| CN104626779A (en) * | 2015-01-12 | 2015-05-20 | 陈淼 | Laminating printing and punching methods of metal plates |
| CN110077131A (en) * | 2019-04-19 | 2019-08-02 | 南宁学院 | A kind of antitheft financial affairs seal |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100343073C (en) * | 2005-02-24 | 2007-10-17 | 湘潭市金艺包装制品有限公司 | Colour printing film coated fixed-point forming technology for polypropylene plastic container |
-
1999
- 1999-02-11 CN CNB991007239A patent/CN1135174C/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104290529A (en) * | 2013-07-18 | 2015-01-21 | 陈�胜 | Method for making wallpaper without static electricity firmly attached on surface of object without glue |
| CN104626779A (en) * | 2015-01-12 | 2015-05-20 | 陈淼 | Laminating printing and punching methods of metal plates |
| CN110077131A (en) * | 2019-04-19 | 2019-08-02 | 南宁学院 | A kind of antitheft financial affairs seal |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1135174C (en) | 2004-01-21 |
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Granted publication date: 20040121 |