JPS60166493A - Manufacture of ornamental cube paper for writing memo - 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] One place on the cut side of the paper bundle is stiffened with adhesive,
The present invention relates to a method for manufacturing cubic memo paper with a decorative pattern applied by heat transfer.

Pronoku memo paper, which is a cube-shaped bundle of memo paper with a pattern on the cut side, is known, but this 5-piece memo paper,
) Kumemo paper is printed with letters and simple patterns using the Flux screen printing method, and is relatively easy to create, but it has the disadvantage of being able to reproduce 4i and fine detail, and having a weak artistic decorative effect. .

Misfire 1li] is a high-quality art pattern that is faithfully reproduced using a color manuscript with delicate tones and strokes, or a transfer method that uses a manuscript with detailed illustrations to create a colorful design. This is a method for manufacturing cubic memo paper with decorative pictures, which is finer than the conventional method and has excellent reproducibility, and is also effective as an art decoration.

In the present invention, the required number of sheets of memo paper are collated and cut into large pieces, and the three-sided cut surface other than the temporary back-stiffened portion is temporarily stiffened with an emulsion adhesive.
12 pieces are cut, and one part of the finished cut surface is given a back stiffening to form a binding part, and the temporary back stiffening part is attached.
After cutting the memo sheets, the bundle of memo sheets is fixed under pressure, and the desired amount of transfer paper is stacked on top of the cut sides, and then transferred using the heat transfer method. This is the Boo J method for manufacturing f-square memo paper.The bound part with a stiffened back is finished and stiffened with a two-layer composition of full/yon adhesive and rubber thread adhesive. , the transfer paper has a crystal wax smoothing agent layer, 1 tl of polyethylene, 1 tl of acrylic, 1 tl of acrylic, and 1 tl of paraffin/etc. from the surface of the transfer paper, rc V A
It is made of modified polyethylene resin and consists of a release agent layer, a penetrant layer, and two pattern ink layers.

If the method of the present invention is explained with reference to the drawings, FIGS.
In one place on the cutting side (2) of the cubic memo paper bundle fi+ in the figure, a binding part (6) stiffened with emul/con type and rubber adhesive T41 (5) is provided, and the other cutting side +nj K
It is manufactured by applying a heat transfer pattern (3). In the method of the present invention, the main body of the cubic memo paper tlj is manufactured by the process shown in Fig. 5. After collating the necessary number of sheets of high-quality paper, a large cut is made in advance to prevent the paper sheets from scattering. Temporarily stiffen the paper bundle il+ using Emul/One-based adhesive, and then cut each cut surface other than the 1st stiffened part to a smooth IT surface (i-mounting surface (2)). Cut off the three sides as shown in Figure 1 and apply Emul/Yon adhesive (・1) and rubber adhesive (5) to one place on the finished cut surface.
A final stiffening process is performed to form a binding part (6), and a final cutting process is performed on the stiffened part (f).

Decorative patterns on the main body of square memo paper il+
3) is to apply a picture to the cut side surface (2) using a heat transfer method, and as shown in Figure 6, the transfer paper used for transfer (121 is a paper coated with a crystal wax smoothing agent (8) on the surface). A base material (7) is coated with EVA modified polyethylene resin made of polyethylene resin, acrylic resin, paraffin, etc. with a living body, and a release agent (9) and a penetrating agent (Oo) are applied with a 2 to 6 liter coating using a Lux screen printing method. Repeat coating 1+1 times, then heat-adhesive ink (11
) is used to print the design using a printing method such as offset printing.

Using the transfer paper (12), cut the cut surface (2) of the paper stack 11).
) to thermally transfer the pattern (3) onto the clamp plate (16) of the thermal transfer device. 7) - Between the moving clamp plate (I4),
lil'i (2) Place the memo paper (1) on the upper side, and press the Clan Grono t'(l', tl operation (fc
, 1: Move the moving lamp plate (old) to the right and secure the memo paper (1) with clamping pressure between the clamp plates t13I and tl-11.

Next, place the ink (111 side down) on the transfer paper (12I) and place it on the surface (2). Head forward, heat the memo paper III while introducing it directly under the heating silicone roller t17 Heat transfer.Temperature, pressure, and speed conditions for transfer are as follows: 1st silicon roller surface temperature: 80"C5 2nd silicone roller 7: Roller surface temperature: 120"
Set the C1 pressure filter to 7/d and the conveyance speed to 3/min to apply a good transfer pattern to the cut surface (2) of memo paper 1. Memo paper (1) There is ink (1
It is desirable that only 11 is transferred, but penetrant 00)
Depending on the composition of the layer, the penetrant (10) may also be transferred to the paper (1) side to form a protection layer 7 for the ink (11). In addition to the cubic memo paper, for the transfer pictures on the sides of the cylindrical memo paper, see Figure 4 Clamp board [131 (Cylindrical memo paper with a binding part formed using emul/reed adhesive and rubber adhesive)] ) and transfer paper (12
) can be tightly wound to perform heat transfer painting.

The best paper for the cube memo is high-quality paper (7Q+S/46 size) that is suitable for writing with pencils, ballpoint pens, etc.
The average amount required for the entry [10 as a contribution on the burning paper surface]
'Onbn X 100 +1lll+, memo paper 1
The actual number of memo sheets is approximately 1,000 sheets for one year, and the size of one memo sheet is 1 oox + o.

X 100 nI? n is listed"'e;!yy',)
.

The cutting accuracy of the cubic paper bundle (1), especially the cutting surface smoothness of the group 1 part of the picture image 1, the surface angle of the cube, and the relative -r
6 The parallelism of +A, i is the most sensible, and the effect of fogging of the cutting blade is also taken into consideration, and the cutting ability is 1.
．． Then, use adhesive to secure the 11 points of the cube stack of paper. In the present invention, the adhesive for stiffening the back is particularly selected because it is necessary to have the strength of the binding part to withstand the weight of the memo paper (7-)
：Meaning is sufficient (fC can withstand the weight; !U degree is 1)
-Zuru': 5Z adhesive was selected.

The manufacturing method of the present invention for memo for crying body is applicable to circles other than iL1 figure drawing force memo (Ki-shaped memo paper cut surface snow).
The image is formed by printing methods such as offset printing, which has better reproducibility than conventional flux screen printing methods, and allows the use of transfer paper. With the direct printing method, it is possible to reproduce all the details of the printed interior decoration and fine art.

The method of the present invention makes it possible to apply a high-quality decorative pattern on the cutting side of cubic memo paper using a heat transfer method that makes full use of the detailed reproduction of colorful and multicolored objects. We manufacture decorative memo paper that can be placed on a desk or the like for viewing, and can also be effectively used as a gift or advertising medium.

[Brief explanation of drawings]

Fig. 1 is a cross-sectional view of a cubic memo paper manufactured by the method of the present invention, Fig. 2 is a cross-sectional view taken at 7-1 in Fig. 1, and Fig. Fig. 4 is an explanatory diagram of heat transfer and copying in the method of the present invention, and Fig. 5 is a diagram of the manufacturing process of memo paper in the method of the present invention. 11) - Memo paper (3)... Binding section (7)... Base material ([11... Ink (12)/Transfer paper t131U
4+...Clamp plate (16)...Clamp stand (171
[171'... Heating Roller Figure 5 Procedural Amendment Form (Self-Regulation February 2, 1985 (Manabu Shiga, Commissioner of the Japanese Patent Office 2, Name of the Invention Method for Manufacturing Decorated Cubic Memo Paper 3) Person Making the Amendment/Relationship with the Stud Related patent applicant

Claims (1)

[Scope of Claims] 1) Temporarily stiffen the cut surface of a bundle of memo sheets that has been collated in the required number of sheets and cut into large pieces using an emulsion adhesive,
Is it possible to finish the three-sided cut surface other than the temporary stiffening part? i cut,
A final stiffening is applied to one place on the finished cutting surface to form a binding section, and after the temporary stiffening section is finished cut, a bundle of memo paper sheets is clamped and fixed, and transfer paper is applied to the cut side to create the desired finish. Heat transfer method K j ' 1 Transferred picture-4 Features 1-Rotation% 1) Method for making cubic memo paper. 2) The binding portion to which the sill back stiffening described in the preceding paragraph has been applied is finished with a two-layer structure of an emulsion adhesive and a rubber adhesive and is turned backward. [The manufacturing method according to claim 1.] 3) The transfer paper described in item a, item 1 has, in order from the surface of the transfer paper, a crystal wanokusmo lubricant layer, and a release agent layer mainly made of polyethylene resin, acrylic resin, paraffin resin, or EVA-modified polyethylene resin. The manufacturing method according to claim 1, which comprises a penetrant layer and a pattern ink layer.