JPS62203190A - Manufacture of adhesive label - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a method for manufacturing adhesive labels using water-soluble paper and a transparent adhesive film coated with adhesive on at least one side.

Adhesive labels have traditionally been produced using sticker printing machines. This method is effective when manufacturing large quantities, but when manufacturing small quantities, the manufacturing cost per piece is relatively high, the process is complicated and time consuming, and special machines and materials are required. As a result, it was not possible to manufacture the product at a general office, and the company had no choice but to order it from a specialist company.

The present invention solves the above-mentioned drawbacks and allows adhesive labels to be easily manufactured using RPCs (plain paper copying machines) etc. which are widely used in general business establishments.

The process will be explained based on a specific example using PPC: (1) A manuscript is copied onto water-soluble paper using PPC. A toner image is formed on the surface of paper that dissolves in water. Toner is a powder containing carbon and resin for PPC image formation, and the resin is melted by heat and welded to paper.

■ Prepare a transparent film with adhesive applied on one side,
The toner image side of the water-soluble paper and the adhesive side of the transparent film are adhered to each other.

■ If you soak this item in water and wash it, the water-soluble paper will dissolve, but the toner image will remain attached to the transparent film.

■ An adhesive label is created by drying the remaining moisture on the transparent film. The adhesive strength once weakened by washing with water is restored by drying.

The adhesive label thus produced is characterized in that the toner image is formed not on the surface of the transparent film but on the back surface coated with adhesive.

Therefore, when the label is used, the transparent film protects the toner image from above, and the image is not affected by water, dirt, or friction.

Although the above is an example of production using PPC, the method is not limited to PPC as long as it is a method of forming an image by adhering to the surface of water-soluble paper. In other words, paper that dissolves in water (this is a method that prevents the images from soaking in).

A specific example is a carbon ribbon type tie bra.

These include Iku, carbon thermal transfer type word processor, Enpi, and Crayon.

Advantages of this manufacturing method include: (1) It does not require special equipment and can be carried out using PPC or writing JA trowels, which are widely used in general business establishments.

■ When manufacturing small quantities, the cost per piece is low.

■ The time required to manufacture one sheet is short, around 5 minutes.

■ No specialized skills required.

(2) Multi-color originals colored with color pencils or crayons, and half-tone originals marked with pencils can be transferred to labels in one step.

As shown in [2], Toru+1, which has traditionally been the domain of specialized companies,
The general public can easily manufacture Jj Film labels,
In addition, it is very effective in that it is possible to produce labels with stamped writing, which was impossible with conventional methods! , 11 major inventions.

The water-soluble paper used in the present invention is MAP-WAS manufactured by Mishima Paper Co., Ltd.

Patent Applicant Sue Matsu - Department Procedural Amendment (Voluntary) September 25, 1986 Patent Office Ubuya Michibe Urin 4
Showing 111 results nttJapanese 61st year% 46499 No. 11 (relationship with patent application people 6 (name) Cloudy Day 7 Nhot 303 end
Matsu-be 4, Agent 112 Address 2-5-5 Koishikawa, Bunkyo-ku, Tokyo Name (7380) Patent Attorney Sen 1) Act 8, Full text of the amendment Amended specification 1, Name of the invention Adhesive label , a method of manufacturing stickers, etc. λ Claims: A drawing layer with images such as letters and designs is formed on the surface of drawing paper that melts in water, and the drawing layer is transparent or translucent from the upper surface of the drawing paper. The adhesive side of the bonding paper coated with the adhesive layer on the film is polymerized, and then the drawing paper and the film are immersed in water and washed, the drawing paper is dissolved and the drawing soda is applied to the viscous M layer of the film. A method for manufacturing adhesive labels, stickers, etc., characterized in that only layers are attached.

1. Detailed Description of the Invention (Field of Industrial Application) This invention is based on the invention, in which characters and patterns are written on water-soluble drawing paper using a writing instrument or a copy machine, and then printed on the back side of a transparent or translucent film. Joined.

The present invention relates to a method for manufacturing adhesive labenope stickers, etc. whose purpose is to easily express letters, designs, etc. on the surface of the film after dissolving drawing paper in water.

(Prior art) In general, woodcutter adhesive labels and stickers are produced by printing various characters and patterns on the surface of the label body using a sticker printing machine, and then applying them to the top surface of the display base. It is common practice to further laminate a transparent film or apply a transparent paint on top of the print.

However, these methods are very effective when producing large quantities of labels and have the advantage of being extremely low in cost, but when producing small quantities of labels or large-sized labels, .

The disadvantage is that the manufacturing cost per sheet is extremely low.

In the case of large labels, large special machines and special materials are required, so there is a disadvantage that they cannot be manufactured at general printing shops and must be ordered from interrogators.

In addition, when manufacturing labels and stickers with different characters or designs one by one, there is a drawback that the manufacturing becomes impossible due to the high cost.

Furthermore, for labels that have both letters and designs on the back side of the transparent film of the label body, which can be seen through from the front side, it is a laborious process to apply adhesive after the back side of the film has been removed. There is a drawback in that it is impossible to print or print directly on the adhesive surface.

(Problems to be Solved by the Invention) The problems to be solved by the present invention include printing letters and patterns on a film having a transparent adhesive layer in such an adhesive label using water-soluble paper. Therefore, it is necessary to easily eliminate both problems and easily and reliably obtain a label similar to that obtained by conventional printing on the back side of the label.

However, an adhesive label that satisfies these demands has not been found at present, and the appearance of one has been desired.

(Means for Solving the Problems) In order to solve all the above-mentioned problems, the adhesive label of the present invention has both letters and patterns printed on water-soluble paper (2) and is transparent. Alternatively, the layer (3) is attached to an adhesive layer (7) attached to one side of a translucent film (6) to achieve the above object.

(Embodiment) Next, an embodiment of the present invention will be described in detail with reference to the drawings. As shown in FIG.
) is located on the outside, and on the back side of the film (6), when the label body (1) is finished, adhesive) fA F71
A drawing layer (3) such as letters and designs is adhered to the surface so that it can be seen through from the surface.

The two layers (3) are formed by printing various types of characters and patterns on water-soluble drawing paper (2) using colored pencils, crayons, and a plain paper copying machine.

Next, on the bonding paper (5) having the film (6) to which the drawing soda paper (2) is attached, an adhesive layer (7) is interposed on the back side of the film (6) to form a core base for coloring, etc. The release paper (8) is then superimposed. The symbol αG indicates various types of writing implements for one-ryo use.

(Function) This invention has the above-mentioned configuration, and now to explain the process of this manufacturing method, the water does not soak into the soda paper (2), whereas the soda paper (2) melts in water. Typewriters, word processors, handwriting, crayons, and other writing instruments <1 (1
Furthermore, the image layer (3), in which an image is copied by thermally bombarding carbon resin onto plain paper, is omitted as shown in FIGS. 2 and 3. Next, Figure 2 (b) Bonding paper (5) shown in K
Peel off the release paper (8) and adhere the image layer (3) of the paper (2) to the adhesive layer (7) as shown in Figure 3 (b1).In this state, soak it in water. If you wash it for a while, tc
As shown in Figure 1, the water-soluble paper (2) is removed and adhered to the film (6) leaving the drawing soda layer (3) on the adhesive layer (7) to form the label body (1).

Next, the remaining moisture on the film (6) is wiped off or dried. Furthermore, the adhesive strength once weakened by washing with water is restored by drying. The adhesive label body +11 constructed in this manner is as follows.

The drawing soda layer (3) is not formed on the front side of the film (6) but on the back side where the adhesive layer (7) is applied, and therefore,
When using the label body (1), the film (6) protects the double layer M (3) from above, preventing water, dirt, and friction from protecting the letters and pattern images of the double layer (3). It is equally unaffected. Incidentally, as shown in Figure 3 (d) of the third factor, it is a matter of course that the peeled release paper (8) is bonded to the adhesive layer (7) and both saving layers (3) and used for storage. In addition, any type of paper 13) that adheres to the surface of the paper (2) that dissolves in water can be used as appropriate. For example, a carbon ribbon type typewriter, a carbon thermal transfer type word processor, a pencil, a crayon, etc. can also be used.

(Effects of the Invention) As described above, according to the adhesive label manufacturing method of the present invention, any number of people can manufacture labels extremely easily and reliably, which was previously the domain of specialists. There is a practical effect in that labels can be produced without using pencils or crayons, which was previously possible. In addition, the label of the present invention does not require large-scale special equipment and can be implemented in an office or business office, and the cost is extremely low because small quantities of labels can be manufactured.
In addition, it takes only a few minutes to complete one sheet and does not require interrogation techniques. Since both layers of letters and designs are written on the paper that melts in water, the writing and arrangement of each character and pattern can be freely selected, which is extremely convenient, and one layer of writing can be made transparent or Cow transparent film adhesive 7f
Since the layers are superimposed, the urn layer is reliably bonded to the adhesive layer, and there is an effect that it will not be washed away inadvertently.

Also, the two paper-saving papers on which one image has been printed and the film are immersed in water while they are in a bonded state, and then washed with water.

In a short period of time, the 4i paper melts and disappears, leaving only the two layers on the adhesive layer of the film, which has a great effect that can be seen through the back side of the car film with clear letters and designs.

Brief explanation of side 1 Figure 1 is a perspective view of the label body of the present invention, Figure 2 is a partial cross-sectional view showing a part of the working process, and Figure fs3 also shows the manufacturing process of the present invention. It is an instruction manual. Sign (1
) is) the main body of the bell, (2) is the drawing paper, (3) is the Ryōshō layer, (
5) is bonding paper% (6) is film.

(7) is an adhesive layer, and (8) is a release paper.

Figure 1 Figure 2

Claims (1)

[Claims] 1. An image is deposited and formed on the surface of water-soluble paper. 2. Attach the adhesive surface of a transparent adhesive film coated with adhesive on at least one side and the image surface of water-soluble paper to each other. 3 Soak this material in water to dissolve the water-soluble paper. 4 After the water-soluble paper dissolves and disappears, lift the transparent adhesive film out of the water and dry the moisture adhering to the surface. A method for producing an adhesive label obtained by the above steps.