JPH04293000A - Code forming technology using two-sided adhesive figure and subsequently added decorative layer - Google Patents

Abstract

PURPOSE: To easily form an art work of a predetermined shape by cutting a form for forming an adhesive graphic by a sign making machine from a double-sided adhesive sheet, forming the graphic, placing the graphic on a surface of a base material, and adhering a sheet of a decorative material thereon. CONSTITUTION: A predetermined graphic 18 is formed by sending a web 11 made of a double-sided adhesive sheet to a sign making machine 12 by a material advancing means 2, and driving a tool head 16 in a width direction of the web 11 by a motor means. A controller 7 coupled to a key interface 25 for selecting a memory means and predetermined graphic is attached to the machine 12. The adhesive sheet is cut to form a graphic 18 closed at least one for forming a desired graphic, and then one of the first and second adhesive surfaces is coupled to a surface S of a base material, a decorating means L such as a gold foil, silver foil or the like is attached on the other surface of the adhesive surfaces not adhered to the surface S by a tool 70 to form a decorated display of the adhesive graphic.

Description

[Detailed description of the invention]

0001

TECHNICAL FIELD This invention relates to the art of creating figures from webs of sheet material, and more particularly to a means for creating artwork on a surface and a technique cooperating therewith. An adhesive figure is provided, one side is bonded to a surface, and a decorative material such as gold or silver leaf is applied on the other side, the decorative material acting on the figure to present the configuration of the underlying shape. Regarding.

0002

BACKGROUND OF THE INVENTION In the past, the process of adhering gold foil to code-bearing surfaces was left to craftsmen with special skills in applying gold foil or other precious metal foils to worked surfaces. Known techniques involve a large expenditure of time and human resources in creating such shapes.

[0003] Because gold foil or other precious metal foil is extremely malleable and thin, its use requires extreme caution. Also, failures that occur in the handling and application of the foil during the foiling process are extremely costly. All of these make the particular skill of the craftsman valuable. In addition, these skills must also include the artistry necessary to draw the desired shapes with liquid adhesive on the surface.

[0004] For this reason, aqueous gelatin (glue) has heretofore been used by craftsmen and applied to substrates. However, this method had drawbacks. This method involved the application of an adhesive whose viscosity changed over time due to evaporation of the water base therefrom. Again, the special skill and experience of the craftsman was required to know when the gelatin had the right viscosity so that the gold or silver foil could be properly applied to the substrate.

For example, if the gelatin has excess moisture when the foil is added, the gelatin will not hold the foil when the foil is placed against the substrate and the foil will slide, making it difficult to It does not define the shape of the object. Moreover, when applied to a vertical surface, such as a glass window, water-based gelatin frequently dripped downward, staining the code surface and creating an undesirable appearance.

Previously known techniques for applying gold foil or other metal foil to surfaces have also been provided for texturing the surface to which the foil is to be applied to create a desired appearance. Such woven appearances often took the form of swirl patterns, sandy surfaces or lattice designs. When the working surface is a glass substrate, previously known weaving techniques involved a complex series of steps that were time consuming and crowded.

One such technique is glue shavings (glue shavings).
known as lue chipping). In glue shaving, in order to obtain the desired surface texture finish on an area of glass, the craftsman applies a layer of glue to this area;
A mask was placed on top of the glue before it hardened. The mask and the underlying glue are then baked dry until the glass surface is bonded to the mask by the glue and then separated from the rest of the underlying glass, thus creating a molding effect on one area of the mask. occurred. Gold foil or other metal foil was then applied to this area along with zetatin, and the gold foil presented a rough surface texture in the masked areas.

Obviously, such a process was long and expensive due to the heating of the glass during the process. Also, because this previously known process involved the use of a furnace, it could not be carried out on a construction site and was limited to limited applications within facilities with appropriate equipment.

It is, therefore, an object of the present invention to avoid the traditional practice of drawing graphics on surfaces using liquid adhesives and to use intermediate double-sided adhesive graphics that embody the desired shape and apply metal foil to the sign surface. The goal is to provide technology that applies

Another object of the invention is that the double-sided adhesive is automatically cut by the code making machine, and then in the direction and spacing between the sub-components of the same shape as originally cut by the code making machine. It is an object of the present invention to provide a technique of the type described above applied to the sign surface of a graphic.

Yet another object of the invention is to provide a technique of the above type in which at least one surface of the double-sided adhesive layer has a preformed structure defining a tissue surface engaged by a metal foil. That's true.

Yet another object of the present invention is to provide a technique and means for cooperating with the application of gold leaf or other precious metal foil to a surface without requiring special craftsmanship.

Other objects and advantages of the invention will become apparent from the following description and drawings, and from the appended claims.

[0014]

SUMMARY OF THE INVENTION The present invention involves creating a shape from a sheet-shaped double-sided adhesive web by cutting a shape defining an adhesive shape into an adhesive sheet, and then placing it on a substrate surface. , consists in a technique in which a sheet of decorative material is then applied over the adhesive figure.

A cover sheet is removably attached to one side of the adhesive sheet, and a base sheet is attached to the other side of the adhesive sheet. The double-sided adhesive sheet and cover sheet are cut together to create adhesive shapes. The weeded portion of the adhesive sheet around the adhesive graphic is removed along with the corresponding portion of the cover sheet, leaving the adhesive graphic bonded to the base sheet. Using the base sheet as a transfer medium, the adhesive pattern is then applied directly to the substrate surface, with one of the sticky sides of the adhesive pattern exposed outwardly to the substrate surface.

A decorative film, preferably gold or silver foil, is placed over the cut shapes formed by the double-sided adhesive sheet and processed to match the underlying shapes. By applying a small downward pressure to the foil around the shape, the periphery of the foil separates from the overlying portion of the shape. A sealing material can then be applied to the foil to protect the graphic from abrasion.

[0017] The double-sided adhesive sheet can have an increased thickness to accommodate the bumps. in this case,
The cover sheet is formed of a deformable material, and with a suitable tool the ridges can be moved through the deformable material and into the underlying adhesive web. Once the desired ridges are formed on the cover sheet, the cover sheet is then peeled off to expose the ridges formed on the adhesive sheet, and then metal foil or other decorative means is applied to the raised surface.

The invention also resides in a sheet preform comprising means for creating a textured surface in the applied metal foil material. For this purpose, two thin sheets of double-sided adhesive are used. A tissue layer, such as a mesh or a layer of mold material, is placed between them. The tissue layers, when sandwiched between each of the adhesive sheets, form, at the outer surface of each of the adhesive layers, the general contour of the tissue means placed therebetween.

[0019] Alternatively, a single double-sided adhesive sheet can be used, with one side of the adhesive formed with score lines to create the desired tissue effect.

[0020]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Referring to FIG. 1, a code generator 12 is illustrated for handling and processing a web 11 of thin sheet material. The web 11 passes through the code generator 12 and is moved in the longitudinal direction of the web 11 by the material propelling means 2 across the work surface defined by the rollers 20 in the direction of the X-coordinate axis shown.

A tool head 16 is supported and driven on a path extending across the web 11 in the direction of the illustrated Y-coordinate axis by suitable motor means (not shown).

The code generator 12 further includes a controller 7 having a microprocessor unit coupled to memory means and a key interface 25 for selecting the desired graphic shape. The key interface instructs the controller 25 to move the web 1 to the tool head 16.
1 to form a figure 18 on the web 11.

[0023] The code generator 12 is preferably a 1984
U.S. Patent No. 4 to Logan et al., issued August 28,
, 467,525, which is hereby incorporated by reference.

Referring to FIG. 2, and in particular to the propulsion means 2 used to control the movement of the sections of web 11 via the code generator 12, the propulsion means responds to commands output by the controller 7 to perform suitable means. common axis of rotation 6
Two sprockets 14, 1 driven to rotate around 5
It is seen that it contains 4.

[0025] The sprockets 14, 14 are approximately connected to the web 1.
It has rows of teeth or pins 15, 15 spaced apart from each other by a width of 1 and arranged circumferentially. The pins 15, 15 are aligned with the axis 6
5 protrudes radially outward. The pins 15, 15 are received in rows of openings 5, 5 extending along opposite sides of the web 11 for forcing movement of the web 11 through the encoder 12.

Each of the sprockets 14, 14 has a cooperating arcuate clamp 31. The arcuate clamp 31 has a pivotable support arm 30 which is urged towards the sprockets 14, 14 by a spring 32. Spring 32 pulls arcuate clamp 31 towards the sheet material being pulled through the coder. In this way, the web 11 is easily removed from the coder when needed, yet is held in alignment with the coder during the cutting operation.

As shown in FIG. 3, tool head 16 carries a tool holder 40 and a cooperating tool rotatably relative to tool head 16. As shown in FIG. When the tool is in the processing position on the web 11 as shown in FIG. 1, the rotational axis 41 of the tool holder and the tool are arranged substantially vertically in a vertical direction. A drive belt 42 is used to rotate the tool holder 40 about an axis of rotation 41 and rotatably couples the tool holder 40 to a motor supported by the tool head 16 in response to commands output by the controller 7. do.

Although shown in FIG. 3 as being rotatably coupled to belt 42, tool holder 40 instead rotates itself along the cutting line when the direction of movement of web 11 is changed. The tool can be freely rotated about the tool axis 41 so that it can be repositioned at any time.

The tool head 16 is pivotally mounted on the passageway 13. Tool holder 40 is cantilevered outward from passageway 13 onto arm 44, and tool holder 40 and its cooperating tool are normally biased downwardly toward the web by gravity. A counterweight 26 is provided to adjust the magnitude of the downward force. The counterweight 26 is
The magnitude of the downward pressure applied to the web 11 passing below the tool holder 40 is changed.

In accordance with the present invention, a technique for automatically creating graphics on a support or substrate surface using a decorative foil material or other suitable decorative medium is provided in the form of the code creator 12 and thin layer described above. The web 11 is cut by a code generator 12 to form adhesive figures. A foil material or other decorative medium is then applied over the adhesive graphic in accordance with one aspect of the invention and in a manner as disclosed below.

Referring to FIGS. 4 and 5, the web 11 in the form of a foil layer has an adhesive upper surface 52 and an opposite adhesive lower surface 54.
It consists of a double-sided permanent adhesive sheet 50 having the following properties. web 11
further includes an exposed upper surface 58 and an oppositely disposed lower surface 60.
A cover sheet 56 having a. The lower surface 60 faces the adhesive upper surface 52 of the double-sided adhesive sheet 50. The lower surface 60 is
It is releasably coupled to the double-sided adhesive sheet 50 to cover the double-sided adhesive layer during the cutting operation, as will be more readily apparent below.

A base sheet 66 is also provided. The base sheet 66 is preferably made of inexpensive paper;
It has an upper surface 62. A release surface 64 is formed on top surface 62 . Release surface 64 releasably couples base sheet 66 to lower surface 54 of double-sided adhesive sheet 50 . base sheet 6
6 and the cover sheet 56 can be easily separated from the double-sided adhesive sheet 50 in a manner that will be made clear below.

Cover sheet 56 is formed from a flexible polymeric material and is cuttable by cutting tool 46 in the manner described above with reference to FIGS. 1-3. In the following Table A-1, examples of various material types and cooperating thicknesses implementing the technique of the present invention are described for the components of the thin-layer web 11, and the counterweight 26 is adjusted accordingly. Although the cutting tool 46 is enabled to cut the cover sheet 56 and the underlying double-sided adhesive sheet 50, the release surface 64 of the base sheet 66 is only slightly scored.

Table
A-1 Element Material Thickness (approximate) Cover sheet 56 Flexible, cuttable 0.051
-0.076mm
PVC (2-3 mil) cover sheet 56' cut resistance 0.025
-0.051mm
Flexibility (1-2 mils)
Polyethylene material adhesive sheet 50 Permanent adhesive
0.0025-0.013mm
Acrylic or (0
．． 1-0.5 mil)
Urethane-based release coating 64
Silicone 0.025-0.051m
m Teflon (1-2 mil) base sheet 66
60-90 pounds 0.051-0.076
mm Kraft paper (2-3 mils) With reference to FIG. 6 and the specific steps involved in the technique of applying decorative graphics to the surface of the substrate to be coated, the web 11 is first run through a coder 12 or cutter. supplied and cutting tool 46
to cut a desired shape on the web 11. In doing so, cutting tool 46 cuts cover sheet 56 and underlying adhesive layer or adhesive sheet 50 along lines that define a closed shape. The closed shape is separable from the rest of the web 11 (step 100).

The code creator 12 automatically creates shapes and characters on the web 11 by recalling stored vectors from its memory, and the stored vectors cause the cutting tool 46 to create the shapes and characters to be created. Previously known methods of drawing a figure with a liquid adhesive on the surface to be coated by moving it along a predetermined path corresponding to the contour are:
can avoid.

Once the graphics 18 are cut into the web 11, the graphics 18 are separated from the surrounding W (step 102), as shown in FIG. remains attached to the substrate surface and is subsequently applicable to the substrate surface. With the base sheet 66 exposing the top surface of the adhesive graphics 18 and acting as a transport medium, the user then aligns the base sheet 66 with an area of the surface S, places the adhesive graphics 18 on this area, and The exposed top surface 52 is bonded to the area (step 104).

As shown in FIG. 8, the base sheet 66
is subsequently peeled off from the adhesive shape 18.
remain on the surface S in the same spacing relationship as they were originally cut by the code creator 12 (step 106).

In this point, the lower surface 5 of the adhesive sheet 50
It should be understood that 4 is exposed outwardly of the surface S and provides an adhesive graphic onto which a foil material or other decorative medium can be adhered.

To create the desired decorative effect, a decorative means consisting of a very thin sheet material and having a predetermined area, usually gold or silver foil, as referred to by the letter L in FIG. It is placed in contact with the lower surface 54 (step 108) so that the predetermined area of foil material completely covers the figure of interest.

Thereafter, a brush-like tool 70 is continued to be used to smooth and dab the foil L around the outline of the shape, so that the portion of the foil L that overlaps the adhesive shape 18 does not overlap the adhesive shape 18. Separate the foil L from the surrounding area.

When a downward force is applied by tool 70 just outside the edge of figure 18, the very thin, pliable foil material L separates precisely along the edge of figure 18. Foil material L
Once applied to all components of the graphic 18 in this manner, a sealant, such as lacquer, may be applied to seal the graphic 18 against wear.

In the cases illustrated in FIGS. 7 to 9,
It is noted that the adhesive graphic 18 is shown to have a significant thickness relative to the overall dimensions of the graphic for illustrative purposes. However, in reality, these aspects are only a few tenths of a millimeter and are practically imperceptible.

Referring to FIG. 10, another embodiment of a technique for creating features in a thin web is shown. Here, the web 11' is transferred from the raised tool 72 to the adhesive sheet 50.
includes a cover sheet 56' transportable to '. For this reason,
The cover sheet 56' has a generally flexible structure and is pulled in the direction 74 shown along the upper surface 58' of the cover sheet 56' without cutting during the application of an uplift force by the tool 72. When it can be expanded.

As shown, before processing of the web 11' begins, the adhesive lower surface 54' of the adhesive sheet 50' is
First, it is applied to the support surface S. Once secured to the support surface, the desired ridges may be formed in the web 11' by applying appropriate vertical pressure to the tool 72 and pulling it across the web 11' against the support of the support surface S.

As shown in FIG. 11, the adhesive sheet 50
' is a sufficiently thick dimension, e.g. about 0.025-0.05
1 mm (1-2 mil) to allow the ridges to be imprinted on adhesive sheet 50' by tool 72. When the user is ready to add foil material or other decorative material, the cover sheet 56' is peeled away from the ridged adhesive sheet 50' to expose the adhesive top surface 52'.

Foil material L is subsequently applied to this adhesive top surface 52' in the same manner as previously disclosed with reference to FIG.

FIG. 12 shows another embodiment of the web 11, in which weaving means are provided on the upper surface 52 of the adhesive sheet 50. In this embodiment, the web 11 is essentially the same as that disclosed in FIGS. 4 and 5, except that the double-sided adhesive sheet 50 is scored along the top surface and a foil material is applied. The goal is to create a pattern 78 that produces the desired weaving effect when woven. Although shown as a grid pattern in FIG. 12, the pattern can take a variety of other forms, such as spirals or circles.

With reference to FIGS. 13 and 14, and in particular to yet another embodiment of a thin web used to apply foil material L to a support surface S or substrate surface S, web 111
is shown to include two double-sided adhesive sheets with a weaving means between them. For this purpose, the first layer of the double-sided adhesive sheet 150 has a first upper surface 152 and a lower surface 15.
4, and the upper surface 152 has a cover layer or sheet 56.
The lower surface 154 is on the opposite side of the upper surface and faces the second double-sided adhesive sheet 151.

The second adhesive sheet 151 has a third upper surface 162 facing the second lower surface 154 of the first adhesive sheet 150.
and has a fourth lower surface 164 that faces and engages the base sheet 66.

Between the second lower surface 154 of the first adhesive sheet 150 and the upper surface 162 of the second adhesive sheet 151 located below, the first upper surface 152 of the upper adhesive sheet 150 and the fourth lower surface 164 of the second adhesive sheet 151 are woven. A means for creating a pattern is arranged.

As shown in FIG. 14, this means connects the second lower surface 154 of the first adhesive sheet 150 and the second
It consists of a very thin sheet of cuttable screen 160 that is adhered against movement by each of the third top surfaces 162 of adhesive sheets 151 so that a grid pattern formed by the screens 160 appears on each adhesive sheet. Ru.

The web 111 is cut by the coder 12 in a standard manner to form the adhesive graphics 18 according to the steps disclosed with reference to FIGS. 1-3. The adhesive figure cut from the web 111 is the first adhesive sheet 1
50 and a second adhesive sheet 151 with weaving means 160 therebetween.

[0053] Each of the first adhesive sheet 150 and the second adhesive sheet 151 is extremely thin, for example, the same thickness as the adhesive sheet 50, allowing the weave pattern of the screen 160 to be expressed therethrough. Also, the adhesive figure to be cut is placed on the surface S and the foil material L is subsequently applied to the adhesive figure in a manner similar to that described with reference to FIGS. 8 and 9.

In the foregoing, techniques and means for inexpensively and quickly applying decorative materials, particularly gold or silver foil, to surfaces have been disclosed. Although the preferred embodiment discloses specific materials and cooperating steps to achieve the desired results of the automatic foiling process, many modifications and substitutions may be made to this technique without departing from the spirit of the invention. It should be understood that what can be done.

For example, the raised means 72 disclosed in FIG.
Although this is in the form of a roller tool, it is possible to use a tool that uses a solvent or ultrasonic energy to create ridges in the double-sided adhesive sheet.

In addition, the ridges created in the web in FIG. 10 are shown as being formed after the adhesive sheet is applied to the substrate surface, however, the ridges created in the web before being applied to the substrate surface are It was done. Accordingly, the invention has been described in an illustrative rather than a restrictive manner.

[Brief explanation of the drawing]

FIG. 1 is a perspective view of a cutting machine used for automatically cutting shapes into a web of adhesive material.

2 is a partially broken away vertical cross-sectional view showing the tool head and material propelling means used in the cutting machine of FIG. 1; FIG.

FIG. 3 is a partially cutaway side sectional view showing the cutting tool mounted on a support arm cooperating with the cutting tool;

FIG. 4 is a perspective view of a thin web of double-sided adhesive sheet material used in the technique of practicing the invention.

FIG. 5 is a vertical cross-sectional view of the web of FIG. 4;

FIG. 6 is a flowchart illustrating the steps used in the technique of the present invention.

FIG. 7 is a perspective view illustrating the steps in the technique in which the adhesive figure is separated from its surroundings after cutting.

FIG. 8 is a perspective view showing the figure in a predetermined position on the surface of the substrate after being separated from the support sheet.

FIG. 9 is a perspective view illustrating the steps of covering the adhesive pattern with metal foil and using a tool to process the metal foil onto the adhesive pattern.

FIG. 10 is a perspective view illustrating another embodiment of a technique for creating shapes using a tool applied to an adhesive sheet to create ridges in the adhesive sheet.

FIG. 11 is a partial cross-sectional view showing the relationship between the cover sheet and the adhesive sheet during the step of creating the ridges in FIG. 10;

FIG. 12 is a perspective view of another embodiment of the thin web of FIGS. 4 and 5 having an upper surface with a woven adhesive sheet;

FIG. 13 is a perspective view of another embodiment of a laminar web with weaving means.

14 is a perspective view of the weaving means of FIG. 13 separated from the laminar web; FIG.

[Explanation of symbols]

2; Propulsion means, 5; Opening, 7; Controller, 11, 1
1'; Web, 12; Code creation machine, 13; Passage, 14;
Sprocket, 15; pin, 16; tool head, 18;
Figure, 20; Roller, 25; Controller, 26; Counterweight, 30; Support arm, 31; Arcuate clamp, 32;
Spring, 40; Tool holder, 41; Rotation axis, 42; Drive belt, 44; Arm, 46; Cutting tool, 50, 50'; Adhesive sheet, 52; Adhesive upper surface, 54, 54'; Adhesive lower surface,
56, 56'; cover sheet, 58, 58'; exposed upper surface, 60; lower surface, 62; upper surface, 64; peeling surface, 65; axis of rotation, 66; base sheet, 70; tool, 72; raised tool, 78; Pattern, 150; first adhesive sheet, 151
;Second adhesive sheet, 152;Top surface, 154;Bottom surface, 16
0; Screen, 162; Third upper surface, 164; Lower surface.

Claims (25)

[Claims] Claim 1: A first adhesive surface (52) and a second adhesive surface on the opposite side.
A double-sided adhesive sheet (50) having an adhesive surface (54) is provided, and the double-sided adhesive sheet is cut to create at least one closed shape (18) defining a desired shape (step 1).
00), separating at least one cut closed shape from the rest (W) of the double-sided adhesive sheet to create an adhesive figure (
step 102) of creating a shape on the substrate surface (S), the adhesive shape is attached to the substrate surface (S) such that one of the first and second adhesive surfaces bonds the adhesive shape to the substrate surface (S); providing a decorative means (L) for decorating the adhesive figure on the surface (step 104), applying the decorative means on the other of the first and second adhesive surfaces not in contact with the substrate surface;
A method comprising: creating a decorated representation of an underlying adhesive shape (step 108). 2. The method according to claim 1, further comprising a cover sheet (56) engaged with the first adhesive surface (52) of the double-sided adhesive sheet and a second adhesive surface (54) of the double-sided adhesive sheet.
) is prepared so that the double-sided adhesive sheet is sandwiched between the cover sheet and the base sheet, and the cover sheet and the double-sided adhesive sheet are passed through and cut to form an adhesive figure (Fig. 1 to 3). 3. The method according to claim 2, wherein the base sheet includes a release surface (64) that is attached to the base sheet (66) and releasably attaches the base sheet to the second adhesive surface of the double-sided adhesive sheet. and the peeled side of each of the cover sheet and the base sheet faces the double-sided adhesive sheet, and the double-sided adhesive sheet and each of the cover sheet and the base sheet are arranged relative to each other so as to form a thin web (11). A method characterized by: 4. The method according to claim 3, wherein the step of cutting the double-sided adhesive sheet comprises an automatic cutting machine having propelling means for controllably propelling the thin web (11) through the automatic cutting machine (12). (12), prepare an automatic cutting machine (
12) by moving the laminar web (11) through the laminar web (11) and automatically cutting figures into the laminar web (11). 5. A method as claimed in claim 4, characterized in that the automatic cutting machine (12) is provided with memory means for storing vectors defining different shapes and for selecting from a wide variety of different shapes. However, the shape constitutes a figure to be cut into the thin web (11), and after the automatic cutting machine (12) cuts the figure into the thin web, the thin web is taken out from the automatic cutting machine and does not constitute a figure. A method characterized in that the adhesive pattern is maintained on the release surface of the base sheet while the portion of the double-sided adhesive sheet is removed. 6. In the method according to claim 5, a figure (18) having a large number of constituent elements is selected, and after parts of the double-sided adhesive sheet that do not constitute the figure are removed, the constituent elements of the figure are removed. A method characterized in that the component is maintained on the release surface of the base sheet in the same positional relationship as when it was cut. 7. A method as claimed in claim 4, in which the openings (5, 5) formed along each edge of the thin web (11) are provided.
) and a propulsion means (2), the propulsion means having openings (5, 5) formed along each edge of the thin web (11).
) are adapted to receive selected apertures of ) in alignment. 8. The method of claim 7, wherein the double-sided adhesive sheet has a thickness of between about 0.0025 mm and 0.013 mm. 9. A method according to claim 1, characterized in that the foil material (L) in the form of a sheet is provided and subsequently applied to the double-sided adhesive sheet. 10. The method according to claim 9, characterized in that, before adding the foil material (L), a cut is made on one of the first and second sides of the double-sided adhesive sheet. 11. The method according to claim 9, wherein two double-sided adhesive sheets (150, 151) are prepared, and a weaving means for creating a woven surface on the foil material (111) is interposed between them. A method characterized by: 12. The method according to claim 9, wherein a foil material (L), which is a thin metal foil, is provided, and after the metal foil is applied to the adhesive figure, pressure is applied around the edges of the adhesive figure. and separating the portion of the foil material that does not contact the adhesive shape from the portion that contacts the adhesive shape. 13. A method according to claim 12, characterized in that after the foil material (L) has been applied to the adhesive figure, a sealing solution is applied thereon (step 110). 14. A method according to claim 1, wherein the decorative means is provided in the form of a metal foil material and the tool (70
) is used to apply force around the edges of the adhesive shape after the foil material is placed on the adhesive shape, separating the peripheral portion of the foil material that does not contact the adhesive shape from the portion that contacts the adhesive shape. How to do it. 15. A method according to claim 9, characterized in that a sheet of foil material is provided, which is gold foil or silver foil. 16. A method according to claim 14, characterized in that a foil material is provided which is gold foil or silver foil. 17. A double-sided adhesive sheet (50') having a first adhesive surface (52) and an opposite second adhesive surface (54) is prepared, and the first adhesive surface and the second adhesive surface of the double-sided adhesive sheet are Cover sheet (56') made from flexible material on one side
a method for forming a shape in a web of sheet material, the method comprising: providing a tool (70) having a shape transferable to a double-sided adhesive sheet; Transferring the shape to a double-sided adhesive sheet to create ridges (76) on the double-sided adhesive sheet, removing the cover sheet from the double-sided adhesive sheet to expose one of the first and second adhesive sides of the double-sided adhesive sheet, and applying decorative means. to one of the exposed first and second adhesive surfaces to create a particular decorative representation of the underlying shape defined by the ridge (76). 18. A method as claimed in claim 17, further comprising providing decorative means in the form of a metal foil (L) placed on the exposed one of the first and second adhesive surfaces, wherein the ridges (76 )
A method characterized by fitting to the entire external shape of. 19. The method according to claim 18, comprising a base sheet to which the other of the first and second adhesive sides is first joined, and before creating the ridges on the double-sided adhesive sheet (50'). A method characterized in that the base sheet is removed and a web of double-sided adhesive sheet is applied to the substrate surface (S) by the other of the first and second adhesive sides before the ridges are created. 20. A method as claimed in claim 19, in which the tool (70) is a roll implement having a protruding shape, the ridges rolling the roll implement across the cover sheet (56') to cover the shape. A method characterized in that it is produced by stamping a double-sided adhesive sheet through a sheet. 21. A web of laminar material in the form of a sheet, a first double-sided adhesive sheet (150) having a first upper surface and an opposite second lower surface, a third upper surface and an opposite fourth lower surface. a second double-sided adhesive sheet (151), a cover sheet (5) aligned and positioned on the first upper surface of the first double-sided adhesive sheet;
6) a base sheet aligned and positioned on the fourth lower surface of the second double-sided adhesive sheet, and a weaving means disposed between the second side of the first double-sided adhesive sheet and the third side of the second double-sided adhesive sheet; , characterized in that the first and second double-sided adhesive sheets match the outer shape of the weaving means and create a desired weaving pattern on the first side of the first double-sided adhesive sheet and the fourth side of the second double-sided adhesive sheet. web. 22. The web according to claim 21,
The weaving means (160) is a thin screen in the form of a sheet, and the weaving means (160) is a thin screen in the form of a sheet, and the weaving means (160) is a thin screen in the form of a sheet.
A web characterized in that it is held against movement by the third side of a double-sided adhesive sheet. 23. The web according to claim 21,
Each of the first double-sided adhesive sheet and the second double-sided adhesive sheet is
A web having a thickness between about 0.0025 mm and 0.013 mm. 24. The web according to claim 22,
A web, characterized in that the screen (160) is formed from a cuttable material. 25. A double-sided adhesive sheet (50') having a first adhesive surface (52) and an opposite second adhesive surface (54) is prepared, and a tool (50') capable of transferring a desired shape onto the double-sided adhesive sheet (
a method of forming a figure in a web of sheet material by providing a tool (72) and transferring the figure to a double-sided adhesive sheet to form ridges () on at least one of the first and second adhesive sides; 76), the double-sided adhesive sheet is applied to the substrate surface (S) through one of the first and second adhesive surfaces so that the ridges are exposed to the outside, and the decorative means is applied to the first and second adhesive surfaces. A method characterized in that it is added to the other of the two adhesive surfaces and the exposed ridges to create a specific decorative indicia in the form defined and underlying by said ridges (76).