JPH03227467A - Thermal transfer type flocked transfer fabric and production thereof - Google Patents

Abstract

PURPOSE:To provide the subject transfer fabric capable of giving a beautiful three- dimensional pattern having good touch and brilliant uneven appearance by forming a pattern on a flocked layer formed on a base plate through a false-adhesive layer with an adhesive for preventing the peeling of the short fibers. CONSTITUTION:Short fibers 3 are highly densely planted and sticked to a peeling base plate through a false-adhesive layer 2 to form a flocked layer 4, and an adhesive agent for preventing the peeling of the short fibers 3 from the false adhesive layer 2 is coated on the layer 4 so that the tip portions 6 of the short fibers are buried. On the formed pattern adhesive layer 7, a pattern powder layer 8 prepared by scattering powder for the pattern and further a pattern layer 9 peelable from the pattern adhesive layer 7 and sticked to the layer 8 are formed, respectively. A pattern adhesive layer 10 for adhesion is formed so that the upper surface of the pattern layer 9 and the tip portions of the short fibers are sunk, and a hot melt adhesive layer 11 is further formed thereon. The employment of the transfer fabric permits that a pattern 23 provided with pattern surfaces 24 not having flocked short fibers and having the pattern powder layers 8 displayed thereon and with flocked pattern surfaces 25 is transferred to any other fabric.

Description

[Detailed Description of the Invention] (Industrial Application Field) This invention relates to a heat reversible flocked transfer fabric capable of obtaining a three-dimensional pattern with good appearance and texture and clear unevenness, and a method for producing the same. .

(Prior technology) The second type of heat reversible flocked transfer fabric that can attach transferred three-dimensional patterns to clothing etc. by thermal transfer.
As shown in FIGS. 7 and 28 (a) and (b), a flocked fabric 5 is provided with a flocked layer 4 of the flocked fabric by flocking short fibers 3 on a peeling base plate 1 via a temporary adhesive layer 2. A strong adhesive layer 27 having a stronger adhesive force than the temporary adhesive layer 2 and a hot melt agent layer 11 are provided on the flocked layer 4 to form a heat reversible flocked transfer fabric 20. As shown in FIGS. 28(a) and 29(b), it is known that a three-dimensional flocked layer 21 can be obtained by thermal reversal adhesion to a transferred member 22. (Refer to Japanese Patent Publication No. 53-35619.) (Problem to be solved by the invention) However, this method does not allow the three-dimensional flocked layer 2 formed at the time of reversal.
The length of the short fibers 3.3 forming 1 results in a finished product with a constant thickness, which limits the expression of designs, and there is a fear that it may not be possible to obtain a varied three-dimensional pattern.

This invention solves the above-mentioned problems, and aims to provide a heat-reversible flocked transfer fabric that can form a three-dimensional pattern with a rich variety and clear unevenness by thermally reversing it, and a method for producing the same. This is the purpose.

(Means for solving the problem) In order to achieve the above object, the heat-reversible flocked transfer fabric of the present invention is made of a heat-resistant, transparent and tough release film or a permeable high-quality paper. The process of forming a temporary adhesive layer 2 by applying a glue-like adhesive to the upper surface of the base plate 1 such as the like, fixed the short fibers 3, and forming the temporary adhesive layer 2 from a material such as rayon, nylon, Tetron, polyester, etc. A flocked layer 4 is formed by flocking the short fibers 3 in a high density and upright state, and by drying, the solvent of the adhesive of the temporary adhesive layer 2 is evaporated to fix the short fibers 3 to the base plate 1, and the flocked fabric 5 is formed. Forming process The short fibers 3 are fixed, and an adhesive that prevents the short fibers 3 from peeling off from the temporary adhesive layer 2 is applied onto the flocked layer 4 so that the tips 6 of the short fibers 3 are buried to form a pattern bond. The process short fibers 3 forming the layer 7 are fixed, and the process short fibers 3 forming the pattern powder layer 8 are fixed on the upper surface of the pattern adhesive layer 7, with a pattern layer such as pearl powder that is peeled off from the pattern adhesive layer 7 being scattered. The short fibers 3 forming the pattern layer 9 are coated on the top surface of the pattern powder layer 8 and are peeled off from the pattern adhesive layer 7 and adhered to the pattern powder layer 8. A glue-like adhesive is applied to the short fibers 3 of the flocked layer 4 at a position protruding from the upper surface thereof, which is adhered to the pattern layer 9 and has stronger adhesive force and elasticity than the temporary adhesive layer 2. and forming a fixing pattern adhesive layer 10 in a state in which the top surface of the pattern layer 9 and the tips 6 of the short fibers 3 are buried;
It is formed by a step of forming a hot melt agent layer 11 of particles or powder of hot melt resin on the fixing pattern adhesive layer 10 formed in the above step.

It is formed by the step of forming.

In addition, the process of forming the patterned adhesive layer 7 by applying an adhesive that prevents the short fibers 3 from peeling off from the temporary adhesive layer 2 on the flocked layer 4 in such a manner that the tips 6 of the short fibers 3 are buried is shown in FIG. Il adhesive layer 7
The first patterned adhesive layer 7' is formed by adhering to the short fibers 3 of the temporary adhesive layer 2 and the flocked layer 4, and the tip of the short fibers 3 is buried in the pattern Il'! It was formed as a step for forming the #adhesion layer 7''.

In addition, a glue is bonded to the pattern layer 9 on the short fibers 3 of the flocked layer 4 at the upper surface of the pattern layer 9 and a position protruding from the upper surface thereof, and has stronger adhesive force and elasticity than the temporary adhesive layer 2. The top surface of the pattern layer 9 and the tips 6 of the short fibers 3 are applied.
For fixing, two steps are performed: forming the fixing pattern adhesive layer 10 in a state in which the fixing pattern adhesive layer 10 is buried, and forming a hot melt agent layer 11 such as hot melt resin particles or powder on the fixing pattern adhesive layer 10. The hot melt agent 14 is mixed in advance into the adhesive forming the patterned adhesive layer 10 to form the patterned adhesive layer 15 for fixation.

After the process of forming the flocked fabric 5, the short fibers 3 that formed the temporary adhesive layer 2 and the flocked layer 4 of the flocked fabric 5 are treated with pigment,
A necessary patterned colored layer 13 is formed by coloring with a colored coating material 12 such as a dye.

Also, instead of the hot melt agent layer 11, a pressure sensitive adhesive layer 1 is used.
8.

(Example) In the following examples of the present invention, the first example will be explained. In the first step, as shown in FIG. A glue-like adhesive that strongly adheres to the entire surface or necessary parts of the base plate 1 made of high-quality paper or the like is applied by screen printing, spraying, or other means to form a temporary adhesive layer 2.

In the second step, as shown in FIG. 2, a white or colorless temporary adhesive layer 2 made of a glue-like adhesive that strongly adheres to the base plate 1 formed in the first step is coated with rayon, nylon, Tetron, or polyester. Length 0.3 ~ 3 made of materials such as
A flocked layer 4 is formed by flocking short fibers 3 in a high density and upright state using electrical or mechanical means, and the solvent of the adhesive of the temporary adhesive layer 2 is evaporated by means such as heat drying. The short fibers 3 are fixed to the base plate 1 to form a flocked fabric 5.

In the third step, as shown in FIG.
The patterned adhesive layer 7 is formed using an adhesive such as acrylic resin, silicone resin, etc. that prevents the short fibers 3 of the flocked layer 4 from peeling off, such that the tips 6 of the short fibers 3 are buried.

In the fourth step, as shown in FIG. 4, a pattern powder layer 8 is formed on the upper surface of the pattern adhesive layer 7 by scattering a pattern layer such as pearl powder that can be peeled off from the pattern adhesive layer 7.

In the fifth step, as shown in FIG. 5, the pattern powder layer 8 formed in the fourth step is peeled off from the pattern adhesive layer 7 by a screen method, a spray method, or other means. A pattern layer 9 is formed using a synthetic resin adhesive as a material.

In the sixth step, as shown in FIG. 6, a screen method is applied to the top surface of the pattern layer 9 such as patterns or letters necessary in the fifth step and the short fibers 3 of the flocked layer 4 protruding from the top surface. It is bonded to the pattern layer 9 by spraying or other means, and is bonded to the pattern layer 9 using a glue-like adhesive that has stronger adhesive force and elasticity than the temporary adhesive layer 2, such as vinyl acetate, acrylic, latex, etc. The fixing pattern adhesive layer 10 is formed in a state in which the tips 6 of the short fibers 3 are buried.

As shown in Figure 7 in the 7th step, the pattern adhesive layer for fixation is formed with a glue-like adhesive that has strong adhesive force and elasticity and is attached to the necessary designs or letters, etc. in the 6th step. 10
A hot melt agent 14 such as particles or powder of a hot melt resin is partially embedded in the fixing pattern adhesive layer 10 and then dispersed to achieve high density adhesion and to adhere the hot melt agent 14 to the fixing pattern adhesive layer 10. The solvent of the glue-like adhesive forming the pattern adhesive layer 10 is dried by heating or other means, and the hot melt agent layer 11 is bonded to the pattern adhesive layer 10 for fixing. Further, the hot melt agent 14 such as hot melt resin particles or powder adhering to the parts other than the required fixing pattern adhesive layer 10 is removed by means such as brushing.

In the eighth step (not shown), after removing the hot melt agent 14 that has adhered to parts other than the fixing pattern adhesive layer 10 in the seventh step, a necessary heating (baking process or curing process) is performed. The adhesive force of the fixing pattern adhesive layer 10, which is an adhesive with strong adhesive force, is strong,
The hot melt agent layer 11 is in a semi-dissolved state and the placement pattern a
#Adheres to the adhesive layer 10.

To explain another example, an adhesive that prevents the short fibers 3 from peeling off from the temporary adhesive layer 2 is applied onto the flocked layer 4 so that the tips 6 of the short fibers 3 are buried in the #XX bond. The step of forming the adhesive layer 7 is combined with the step of attaching the patterned adhesive layer 7 to the short fibers 3 of the temporary adhesive layer 2 and the flocked layer 4 to form the first patterned adhesive layer 7' (see FIG. 16) and the step of attaching the patterned adhesive layer 7 to the short fibers 3 of the flocked layer 4 (see FIG. 16). Step of forming a second pattern adhesive layer 7″ by applying the adhesive layer so that the tip portion 6 of the adhesive layer 7″ is buried (
(See Figure 17).

To explain another embodiment, the process of forming the fixing pattern adhesive layer 10 in such a manner that the upper surface of the pattern layer 9 and the tips 6 of the short fibers 3 are buried, and the step of forming the fixing pattern adhesive layer 10 with hot melt resin. Hot melt agent layer 11 such as particles or powder of
The first step (second step) of forming the fixing pattern adhesive layer 14 by mixing the hot melt agent 14 in advance into the adhesive forming the fixing pattern adhesive layer 10
(See Figures 4 and 25).

Further, on the flocked layer 4 which has been flocked in a highly dense and upright manner, a colored layer 13 with a desired pattern or letter-like pattern is formed using a colored coating material 12 such as pigment or dye using a screen plate or other printing means. A patterned colored layer 13 is obtained by coloring the short fibers 3 and also having a white or colorless temporary adhesive layer 2 on both sides of the colored temporary adhesive layer 16 which is colored in the same color and shape as the patterned colored layer 13 and is made of colored short fibers 17. It is possible to
In addition, by making the temporary adhesive layer 2 white or colorless, when the short fibers 3 are also colored with the colored paint 12, the colors of the pattern colored layer 13 and the colored temporary adhesive layer 16 appear the same, and the base plate 1 can be peeled off transparently. When formed using a base film, the color of the pattern colored layer 13 can be seen from the back side (see 13th
(see figure).

In another embodiment, a pressure-sensitive adhesive layer 18 and a release paper 19 are provided in place of the hot-melt agent layer 11, and the release paper 19 is peeled off at the time of transfer and the pressure-sensitive adhesive F118 is strongly pressed and adhered. be.

Further, 22 is a member to be transferred, and 21 is a surface to be processed of the member 22 to be transferred. Also, 23 is a pattern, and this pattern 2
3 has a patterned surface 24 on which short fibers 3, 3, . . . are not flocked, and a flocked pattern surface 25 on which short fibers 3, 3, . . . are flocked.

In addition, the release base film, which is one of the materials forming the base plate 1, has high transparency, does not change its physical properties at the transfer temperature during thermal transfer, and has strong mechanical properties that can withstand peeling resistance during transfer. It uses a film that has been confirmed to be chemically resistant and safe and hygienic.

For example, it is generally said that the usable temperature for polyester film is -70℃ to +150℃, but the melting point is 260℃ or higher, and it is necessary to use a material that can withstand temperatures of about 200℃ for short periods of time. Should.

In addition, when the temporary adhesive layer 2 and the base plate 1 of the release base film are separated from the base plate 1 of the release base film after heat transfer, the temporary adhesive layer 2 separates from the base plate 1 of the release base film, resulting in a pattern. It is necessary to devise measures so that it does not remain on the surface of 23. In other words, it is necessary to use an adhesive suitable for bonding the film surface.For example, the adhesive strength is adjusted according to the purpose of temporary adhesive, such as urethane, ionomer water-based resin, aromatic polyester ionomer water-based resin, etc. The adhesive should be improved.

Example 1, Formulation Example 60 parts of a solution of 2.5 to 3 parts of sodium alginate to 100 parts of water 24 parts of polyester ionomer water-based resin 16 parts of acrylic water-based resin Used as adhesive for adhesive layer 2.

Example 2 It is also effective to roughen the film surface by sanding, blasting, etc. to form a finely roughened surface, and to physically increase the adhesive effect on the film surface to strengthen the adhesive force.

As a result, the base plate 1 of the release mother film and the temporary adhesive layer 2 do not separate and remain on the surface of the pattern 23 during peeling, and a beautiful pattern 23 can be obtained.

In addition, the adhesive for the temporary adhesive layer 2 is a colored paint agent 12 such as pigment or dye.
In order to form the colored temporary adhesive layer 16 which is colored on both sides in the same shape as the patterned colored layer 13, it is necessary to use an uncolored white or plain adhesive layer.

(Operations and Effects of the Invention) The present invention has the above-described structure, and a glue-like adhesive is applied to the upper surface of the base plate 1, which is made of a heat-resistant transparent and strong peeling base film or permeable high-quality paper. Process of applying adhesive to form temporary adhesive layer 2 The short fibers 3 are fixed, and the short fibers 3 formed of materials such as rayon, nylon, Tetron, polyester, etc. are placed in a dense and upright state on the temporary adhesive layer 2. Flocking to form a flocked layer 4, drying to evaporate the solvent of the adhesive of the temporary adhesive layer 2, fixing the short fibers 3 to the base plate 1, forming the flocked fabric 5 fixing the short fibers 3, Use an adhesive on the flocked layer 4 to prevent the peeling of the knowledge i & t3 from the temporary adhesive layer 2 #! Process of forming a patterned adhesive layer 7 by coating the short fibers 3 so that the tip 6 of the patterned adhesive layer 7 is buried, and scattering a patterned layer such as pearl powder, which can be peeled off from the patterned adhesive layer 7, on the top surface of the patterned adhesive layer 7. The short fibers 3 are fixed and applied to the upper surface of the pattern powder layer 8 to form a pattern layer 9 which is peeled off from the pattern adhesive layer 7 and adhered to the pattern powder layer 8. The short fibers 3 are adhered to the pattern layer 9 on top of the short fibers 3 of the flocked layer 4 at the upper surface of the pattern layer 9 and the position protruding from the upper surface of the pattern layer 9. Apply a paste-like adhesive that has adhesive strength and elasticity,
A step of forming a fixing pattern adhesive layer 10 in a state in which the top surface of the pattern layer 9 and the tips 6 of the short fibers 3 are buried, and a step of applying hot melt resin particles or By forming a heat reversal type flocked transfer fabric in the process of forming the hot melt agent layer 11 such as powder, it corresponds to the pattern adhesive layer 10 for fixation, and further contains short fibers 3.3. . . . transfers a pattern 23 having a patterned portion 24 on which a pattern layer of non-flocked pearl powder or the like appears and a flocked pattern surface 25 to a transfer material 22 such as clothing such as a T-shirt or a bag. Is the transfer formation performed on the processing surface 2-1? For the transfer formation, the hot melt agent layer 11 is brought into close contact with the processing surface 21 of the transfer target member 22, and the hot melt agent layer 11 is heated with a heater such as an iron. When heated to a temperature at which it melts, the melted hot melt agent layer 11 flows into the structure of the processed surface 21 of the transferred member 22, and as the processed surface 21 cools after heating, the hot melt agent layer 11 that has flowed in is fixed. When the base plate 1 is peeled off as shown in FIG. 11 after the adhesive is strong and the surface 21 to be processed is cooled, the hot melt agent layer 11 is attached to the surface 21 where the pattern adhesive layer 7 is. By flowing in, it is possible to strongly adhere and form a clear three-dimensional pattern with beautiful texture, and furthermore, it is easy to transfer to the transfer target member 22 having elasticity. , knowledge [3, 3...
A three-dimensional and beautiful pattern can be obtained by appropriately adjusting the gap between the short fibers 3, 3, etc. with the pattern adhesive layer 7 to prevent the short fibers 3, 3... whose tips 6 are embedded in the pattern adhesive layer 7 from falling off. Furthermore, since the pattern powder layer 8 appears during transfer and the pattern layer 9 is present on the back surface, the pattern of the pattern powder layer 8 located on the pattern surface 24 can be more accurately expressed.

In addition, in the process of forming a patterned adhesive layer 7 by applying an adhesive that prevents the short fibers 3 from peeling off from the temporary adhesive layer 2 onto the flocked layer 4 so that the tips 6 of the short fibers 3 are buried, the patterned adhesive layer 7 is formed. A step of attaching the adhesive layer 7 to the short fibers 3 of the temporary adhesive layer 2 and the flocked layer 4 to form a first pattern adhesive layer 7'; and a step of applying the adhesive layer 7 to the state where the tips 6 of the short fibers 3 are buried to form a second pattern. By forming the adhesive layer 7'', the tip portions 6.6 of the short fibers 3, 3...
... appears from the pattern adhesive layer 7 and forms the pattern adhesive layer 10 for fixation.
When glued to the pattern part surface 24 when reversed, the short fibers 3.3...
It will not appear and become unsightly.

and a step of forming a fixing pattern adhesive layer 10 in such a manner that the upper surface of the pattern adhesive layer 7 and the tip end 6 of the knowledge fi 3 are buried;
The two steps of forming a hot melt agent layer 11 such as particles or powder of hot melt resin on the pattern adhesive layer 10 for fixing are carried out by mixing the hot melt agent 14 in advance into the adhesive forming the pattern adhesive layer 10 for fixing. By forming the mixed fixing pattern adhesive layer 15 in one step, one step can be omitted and manufacturing costs can be reduced.

Further, the short fibers 3 on which the temporary adhesive layer 2 and the flocked layer 4 of the flocked fabric 5 have been formed are colored with a coloring paint side 12 such as a pigment or dye to form a necessary pattern colored layer 13 to create a flocked pattern. The surface 25 can have a desired color.

In addition, by providing a pressure-sensitive adhesive layer 18 in place of the hot-melt agent layer 11 on the fixing pattern adhesive layer 10, the pattern can be transferred without using a heating device such as an iron by simply applying strong pressure without using thermal adhesive. It is convenient to be able to do so.

Furthermore, it has an extremely simple structure, is suitable for mass production, can be provided at low cost, and can be easily transferred by women and girls using an iron.

[Brief explanation of drawings]

The drawings show embodiments of the invention, and include FIGS. 1, 2, and 3.
Figures 4, 5, 6, and 7 are explanatory sectional views showing the manufacturing process of the first embodiment, Figure 8 is a partially cutaway plan view of the flocked fabric, and Figure 9 is the finished product. A plan view of the product, Figure 10 is an enlarged view of Figure 7, Figures 11 (a) and (b) are explanatory diagrams of transcription,
Figure 12 is a plan view after transfer, Figure 13 is a partially enlarged sectional view of the flocked fabric, Figures 14, 15, 16, 17, 18, 19, and 20. , FIG. 21 is an explanatory sectional view showing the manufacturing process of another embodiment, FIG. 22 is an enlarged view of FIG. 21, and FIGS.
24, 25, and 26 are explanatory cross-sectional views of other embodiments, FIG. 27 is a cross-sectional view of a conventional product, and FIG. 28 (A)
(B) is an explanatory diagram of transfer of the conventional product, and FIG. 29 is a plan view of the conventional product after transfer. 1... Base plate 2... Temporary adhesive layer 3... Short fiber 4
...Flocked layer 5...Flocked fabric 6...Tip 7
...Patterned adhesive layer 7'...First patterned adhesive layer 7''.
...Second pattern adhesive layer 8...Pattern powder layer 9...Pattern layer 10...Pattern adhesive layer for fixing 11...Hot melt agent layer 12...Colored paint scraping 13...Pattern coloring Layer 14...Hot melt agent 15...Adhesive layer with mixed fixing pattern 16...Colored temporary adhesive layer 17...Colored short fibers 18...Pressure sensitive adhesive layer 19...Release paper 20. ... Heat reversible flocked fabric 21 ... Processed surface 2
2... Transferred member 23... Pattern 24... Pattern surface 25... Flocked pattern surface 26... Three-dimensional flocked layer 27... Strong adhesive layer Applicant Sanei Chemical Co., Ltd. Company diagram diagram diagram y? 4 Zukozu Togzu Ozuzai 8 Zuzaimen 1゜Figure Ip11 Figure 12 Figure 1?14 Figure 15 Figure 16 Figure? Figure 17 p18 View l- p19 Figure j? 20f! f,! 21 Figure 22 Figure 22? Figure 23 p24 Figure 25 Figure 26 yp27 Figure yP28!1

Claims (10)

[Claims] (1) A step of applying a glue-like adhesive to the upper surface of the base plate 1 made of a heat-resistant, transparent and tough release film or permeable high-quality paper to form a temporary adhesive layer 2; , Short fibers 3 made of a material such as rayon, nylon, Tetron, polyester, etc. are flocked in a dense and upright state to the temporary adhesive layer 2 formed in the above process to form a flocked layer 4, and temporarily bonded by drying. Evaporate the adhesive solvent of layer 2 and attach the base plate 1.
a step of fixing the short fibers 3 to the fibers to form a flocked fabric 5;
A patterned adhesive layer 7 is formed by applying an adhesive that prevents the short fibers 3 from peeling off from the temporary adhesive layer 2 on the flocked layer 4 formed in the above step so that the tips 6 of the short fibers 3 are buried. a step of forming a pattern powder layer 8 in which a pattern powder such as pearl powder that is peeled off from the pattern adhesive layer 7 is sprinkled on the upper surface of the pattern adhesive layer 7 formed in the above step; A step of coating the upper surface of the powder layer 8 to form a pattern layer 9 which is peeled off from the pattern adhesive layer 7 and adhered to the pattern powder layer 8; A paste-like adhesive is applied onto the short fibers 3 of the flocked layer 4 at a position protruding from the upper surface, and is adhered to the pattern layer 9 and has stronger adhesive force and elasticity than the temporary adhesive layer 2, A step of forming a fixing pattern adhesive layer 10 in a state in which the top surface of the pattern layer 9 and the tips 6 of the short fibers 3 are buried, and a step of applying hot melt resin particles or A method for producing a heat-reversible flocked transfer fabric, comprising the steps of forming a layer 11 of a hot-melt agent such as powder. (2) A step of forming a patterned adhesive layer 7 by applying an adhesive that prevents the short fibers 3 from peeling off from the temporary adhesive layer 2 onto the flocked layer 4 so that the tips 6 of the short fibers 3 are buried. , the patterned adhesive layer 7 is attached to the temporary adhesive layer 2 and the short fibers 3 of the flocked layer 4, and the first
The thermal reversal type according to claim (1), characterized in that the steps include a step of forming a patterned adhesive layer 7' and a step of coating the short fibers 3 so that their tips are buried to form a patterned adhesive layer 7''. Manufacturing method for flocked transfer fabric. (3) It is adhered to the pattern layer 9 on the short fibers 3 of the flocked layer 4 at the upper surface of the pattern layer 9 and the position protruding from the upper surface, and has stronger adhesive force and elasticity than the temporary adhesive layer 2. A step of applying a glue-like adhesive having a paste-like adhesive to form a fixing pattern adhesive layer 10 in such a manner that the upper surface of the pattern layer 9 and the tips 6 of the staple fibers 3 are buried, and a process of applying a hot melt adhesive to the fixing pattern adhesive layer 10. The two steps of forming a hot melt agent layer 11 of resin particles or powder, etc. are carried out by mixing the hot melt agent 14 in advance into the adhesive forming the fixing pattern adhesive layer 10 and mixing the fixing pattern adhesive layer 15. The method for producing a heat-reversible flocked transfer fabric according to claim 1 or 2, characterized in that one step is to form a flocked transfer fabric. (4) After the process of forming the flocked fabric 5, the short fibers 3 on which the temporary adhesive layer 2 and the flocked layer 4 of the flocked fabric 5 have been formed are colored with a coloring agent 12 such as a pigment or dye to make the necessary color. Claim (1) characterized in that a patterned colored layer 13 is formed.
(2) A method for producing a heat-reversible flocked transfer fabric according to (3). (5) A step of forming a pressure-sensitive adhesive layer 18 in place of the hot melt agent layer 11.
1) The method for producing a heat reversible flocked transfer fabric according to (2), (3), and (4). (6) A temporary adhesive layer 2 is formed on the top surface of the base plate 1, such as a heat-resistant transparent and tough release film or permeable high-quality paper, and the temporary adhesive layer 2 is made of rayon, nylon, etc. Short fibers 3 made of materials such as , Tetoron, polyester, etc. are flocked in a high density and upright state to form a flocked fabric 5 with a flocked layer 4 , and further on the flocked layer 4 is a temporary adhesive layer 2 . A pattern adhesive layer 7 is provided in which the short fibers 3 are prevented from peeling and the tips 6 of the short fibers 3 are embedded, and a pattern powder such as pearl powder that is peeled off from the pattern adhesive layer 7 is provided on the upper surface of the pattern adhesive layer 7. The formed pattern powder layer 8 is provided, and a pattern layer 9 is provided on the top surface of the pattern powder layer 8, which is peeled off from the pattern adhesive layer 7 and adhered to the pattern powder layer 8. The pattern layer is bonded to the pattern layer 9 on top of the short fibers 3 of the flocked layer 4 at a position protruding from its upper surface, and is bonded to the pattern layer 9 using an adhesive that has stronger adhesive force and elasticity than the temporary adhesive layer 2. The upper surface of 9 and the tips 6 of the short fibers 3 are buried to form a fixing pattern adhesive layer 10, and a hot melt agent layer 11 such as hot melt resin particles or powder is further formed on the fixing pattern adhesive layer 10. A heat reversible flocked transfer fabric. (7) In the patterned adhesive layer 7 formed by applying an adhesive that prevents the short fibers 3 from peeling off from the temporary adhesive layer 2 onto the flocked layer 4 so that the tips 6 of the short fibers 3 are buried. , a first pattern adhesive layer 7' in which the pattern adhesive layer 7 is attached to the short fibers 3 of the temporary adhesive layer 2 and the flocked layer 4, and a pattern adhesive layer 7'' applied in a state where the tips of the short fibers 3 are buried. The heat-reversible flocked transfer fabric according to claim 5, characterized in that it is formed of. (8) Two layers in which a hot melt agent layer 11 such as hot melt resin particles or powder is formed on the adhesive pattern adhesive layer 10 for fixing, and the hot melt agent 14 is mixed into the adhesive forming the adhesive pattern adhesive layer 10 for fixing. The heat-reversible flocked transfer fabric according to claim 5 or 6, characterized in that it is formed of one layer of the mixed fixation pattern adhesive layer 15. (9) It is confirmed that the short fibers 3 forming the temporary adhesive layer 2 and the flocked layer 4 provided on the flocked fabric 5 are colored with a colored paint agent 12 such as a pigment or dye to form the required pattern colored layer 13. The heat reversible flocked transfer fabric according to claims (5), (6), and (7). (10) Claim (6), characterized in that a pressure sensitive adhesive layer 18 is formed in place of the hot melt agent layer 11.
7) The heat reversible flocked transfer fabric described in (8) and (9).