JPH03209294A - Production of flag - Google Patents

Abstract

PURPOSE:To eliminate estimating deviation and to enable precise transfer by applying pealing-off force to transfer foil and separating top coat, deposition layer and under coat by a contour between a spot to be joined to coating and a spot not to be joined to the coating. CONSTITUTION:At the required spot of a main body 1 of a flag, a prescribed pattern 3 is printed by heat sensitive binder coating 2 and transfer foil 9 laminating a resin film 4, pealing agent 5, top coat 6, metallic vacuum deposition layer 7 and under coat 8 in the description order, is overlapped on the spot printing the pattern 3. Next, the transfer foil 9 is pressurized by a heater 10 and the main body 1 of the flag and the transfer foil 9 are compressed together and cooled. Then, the deposition layer 7 in the spot corresponding to the coating 2 in the transfer foil 9 of the main body 1 of the flag is joined. Afterwards, the pealing-off force is applied to the transfer foil 9 and the top coat 6, deposition layer 7 and under coat 8 are separated on a contour between a spot 11 joined to the coating 2 and a spot 12 not to be joined to the coating. Thus, there is no estimation deviation and a thin line, etc., can precisely be transferred.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a method for manufacturing flags with patterns such as foil patterns and foil letters, and flags such as moth flags.

[Conventional technology]

Conventionally, transfer processing for obtaining patterns such as foil letters and foil patterns by foil stamping has been known.

[Problem to be solved by the invention]

The transfer process described in the above-mentioned conventional technique has defects that easily cause misregistration, and it is difficult to accurately transfer thin lines and the like.

An object of the present invention is to provide a method for manufacturing a flag having patterns such as foil patterns and foil letters by transfer processing, which is free from the risk of misregistration and allows precise transfer of thin lines.

[Failure to solve the problem]

In order to achieve the above object, the patented manufacturing method includes a step of printing a predetermined pattern or letters on the required parts of the flag body using heat-sensitive binder paint, a film, a release agent, a dog coat,
A process of polymerizing a transfer foil consisting of a vapor deposited layer and an undercoat laminated in the listed order on the printed area of the pattern or letters, and applying pressure to the transfer foil with a heating element to soften and melt the paint on the flag body. and a step of press-bonding the flag main body and the transfer foil by drawing and melting, and a step of solidifying the paint by cooling after the press-bonding and joining the vapor deposited layer of the transfer foil at the portion corresponding to the paint to the flag main body. and 6. A step of removing the transfer foil, in which a peeling force is applied to the transfer foil to separate the top coat, vapor deposited layer, and undercoat at the border between the areas where they are bonded to the paint and the areas where they are not bonded. This is how it was done.

〔Example〕

Embodiments of the present invention will be described with reference to the drawings. First, a predetermined pattern (3) is applied to the required locations of a flag body (1) made of material such as cloth, nonwoven fabric, or paper using heat-sensitive binder M paint (2).
print.

Next, a transfer foil (9) having a structure in which a resin film (4), a release agent (5), a top coat (61), a vacuum-deposited metal layer and an undercoat (8) are laminated in the listed order is applied to the pattern (3). Polymerizes on the printed area.

After that, the transfer foil (9) is pressurized with a heating element αQ to soften and melt the paint (2) on the flag main body (1), so that the flag main body (1) and the transfer foil (9) are pressed together. After this pressure bonding, the paint (2) is solidified by cooling, and the vapor deposited layer (force) is bonded to the moth flag main body (1) at a location corresponding to the paint (2) on the transfer foil (9).

Next, a peeling force is applied to the transfer foil (9), and this peeling force causes the parts U where the undercoat (8) is bonded to the paint (2).
The parts that do not join with υ (separate at the boundary line with 13 and apply paint (
2) Leave the part aυ joined to the moth flag main body (1) side, and remove the transfer foil (9) while leaving the part not joined (1z) on the side of the transfer foil (9) that was peeled off. do.

Then apply top coat (6) and undercoat (8).
) is adhered to the flag main body (1) in the form of the printed pattern (3) to obtain a moth flag I having a pattern α-shaped as by vacuum deposition.

As a means for applying pressure with a heating body 0ω, effective means include passing between a heat roll (one) and a pressure roll (16), a means using a heater press, and the like.

[Function] and [Effects of the Invention] Since the present invention has the above-described structure, it is possible to create a flag with a pattern made by vacuum deposition, in which a transfer agent is bonded only to the surface of the printed heat-sensitive binder paint. To provide a method for producing a flag having patterns such as foil patterns and foil letters by transfer processing, which can be reliably and easily obtained, has no fear of misregistration, and allows precise transfer of thin lines, etc. This has the effect of completely achieving the intended purpose.

Heating body, aυ...joint area, (1z...unjoint area, 0J...handle, 0Xun...flag, α9...heat roll, αe...crimping port patent application applied) Toyo Nitsuso Kogei Co., Ltd.

[Brief explanation of drawings]

Figures 1 to 4 are cross-sectional views showing the steps of the manufacturing method in order, and Figure 5.
The figure is a front view showing the completed product, and FIG. 6 is a sectional view taken along the line A--A in FIG. (1)...Body, (2)...Paint, (3)...Pattern, (4)...Quillem, (5)...Removal agent, (
6)...Top coat, (force...vapor deposition layer, (8)...
...Undercoat, (9)...Transfer foil, αQ...
Additional drawings (1)...Main body (2)...Paint (9)...Transfer foil drawings

Claims (1)

[Claims] A process of printing a predetermined pattern or characters on the required parts of the flag body using a heat-sensitive binder paint, and a transfer of a structure in which a film, a release agent, a top coat, a vapor deposition layer, and an undercoat are laminated in the listed order. The process of polymerizing the foil onto the printed area of the pattern or letters, the softening and melting of the paint on the flag body by applying pressure to the transfer foil with a heating element, and the pressing and bonding of the flag body and the transfer foil by the melting. A step of solidifying the paint by cooling after the pressure bonding and bonding the vapor deposition layer of the transfer foil at a location corresponding to the paint to the flag body; A step of applying a peeling force to the transfer foil to apply a top coat and vapor deposition. A method for manufacturing a flag, comprising the steps of: removing the transfer foil at the boundary line between the layer and undercoat bonded to the paint and the areas not bonded;