JPH02264058A - Method for forming yarn-like and fibrous linear material into planar shape and planar material thereof - Google Patents

Abstract

PURPOSE:To obtain a planar material such as two-tone paper cord by applying plural linear materials by bonding and fusion. CONSTITUTION:A tacky tape (1a) with a tacky surface 2 up is placed on a plane and one two-tone cord 3 formed into the objective shape is applied from the end of the tacky surface 2. The second two-tone cord 3' is then applied along the first two-tone cord. Thereby, successive two-tone cords 3, 3... are applied to the whole width of a tacky tape (1a) of the plane in a straight-line or curved form. An adhesive 4 to be transparent when dried is then applied to the whole surface thereon. When the adhesive 4 is dried, the mutual adjacent tow-tone cords 3 can be bonded by peeling the tacky tape (1a) to afford the objective two-tone cord (A) formed into the beltlike planar material.

Description

DETAILED DESCRIPTION OF THE INVENTION (Industrial Application Field) The present invention relates to a method of laminating a plurality of filamentous and fibrous linear objects into a planar shape, and a planar product thereof.

(Prior art) Thread-like and fibrous linear materials, especially mizuhiki, were originally used as a base knot to prevent hair from becoming disordered, but later, three or five threads were lined up horizontally and tied in the middle. They are also tied into 1 cm bundles and used for gift wrapping. Red and white, gold and silver are used for auspicious events, and silver, black, and black and white are used for bad events.

These knots are tied in the middle by about 1 cm, and the ends are separated one by one, and this way of tying is characterized by the fact that they are separated, so that the mizuhiki tend to shift one by one according to the curved shape of the knot. There is.

However, it is difficult for beginners to tie even simple flower knots and knots on individual pieces of paper. Complex cranes and turtles are formed into planar shapes using K, which requires many years of skill, and no products such as confectionery plates, wall hangings, small boxes, or brooches have been made using these planar objects.

(Purpose of the invention) Recently, Mizuhiki comes in many colors other than gold, silver, red, white, and black. Various types of mizuhiki are available on the market, such as silk wrappings, mizuhiki, and ones reminiscent of opal jewelry, and these can be pasted together to form a band, or the base material or base plate can be coated in a desired color. How to combine and paste them according to the shape, and use them as a material to paste on the base material of small items such as ornaments, trays, sweets plates, small boxes, Noh dialects, etc., or paste Mizuhiki directly on the base material. The purpose is to provide something.

(Structure and Examples of the Invention) Accordingly, the present invention forms a plurality of linear objects into a planar shape by adhering or welding them.

As shown in FIG. 1, the first manufacturing method is to place an adhesive tape 1a on a flat surface with the adhesive surface 2 facing up, and attach one strip of water 3 shaped into the desired shape from the end of the adhesive surface 2. Next, attach the second strip 3' along this first strip. In this way, the mizuhiki 3, 3, . On top of that, adhesive 4, which becomes transparent when dry, is applied all over. Once the adhesive 4 has dried, remove the adhesive tape 1a, and the Mizuhiki 3 will be glued together to form a strip-like sheet A.
is completed.

In this case, a soft adhesive or a hard adhesive can be used depending on the purpose.

In the second manufacturing method, a plurality of Mizuhiki 3.3.3 are arranged on a board 5 made of a material to which the adhesive 4 will not be welded, the adhesive 4 is applied thereon, and when the adhesive 4 dries, the board is If you peel it off from 5, Mizuhiki A will be completed. The width can be varied depending on the number of Mizuhiki 3.

The third manufacturing method is to apply adhesive 1f to one side of a base IC such as synthetic film, cloth, leather, or paper, or to apply double-sided adhesive tape to provide an adhesive surface 2b, and to apply a water-repellent layer 3 to this adhesive surface 2b. .3
．． 3. Attach the... in sequence to create two layers of Mizuhiki B, such as Mizuhiki and synthetic film, Mizuhiki and cloth, Mizuhiki and leather, and Mizuhiki and paper.

The fourth manufacturing method is to apply adhesive 1f to the entire or partial surface of at least one side of a thick base plate 1e, apply double-sided adhesive tape to provide an adhesive surface 2b, and apply a desired color to this adhesive surface 2b. - Paste Mizuhiki 3 on the shape to form a pictorial surface.

Further, adhesive surfaces 2b can be provided on the front and back surfaces of the base plate 1e, and a planar object can be formed on each surface. This planar object can be used in places where both sides are always visible to the public.

The shape of the base plate 1e as described above is flat, dish-like, inverted dish-like,
This is possible as long as it has a base, such as a small box.

Note that although the method described above is for manufacturing the surface shape by adhesion, it can also be manufactured by welding using a dissolving agent or by welding by heating.

Next, the structure of an embodiment of the present invention will be explained based on the drawings.

FIG. 3 is a sectional view showing the first embodiment of the Mizuhiki A made according to FIGS. 1 and 2 of the present invention, and the Mizuhiki A is shown in FIG.
As shown in (b), tie it in any shape such as a single knot, attach a stopper to it and use it as a brooch, or use it as a chopstick rest, or cut it into any shape and create a geometric pattern such as a checkered pattern (b) or an arrow-shaped pattern (c). You can make academic patterns, cut out petals, combine them, make artificial flowers as shown in (d), and other decorative items.

FIG. 6 shows a second embodiment of the surface-shaped mizuhiki according to the present invention, in which a plurality of mizuhiki 3 are placed on a base material 1c of synthetic film, paper, cloth, or leather. 1f adhesive on
FIG. 2 is a sectional view of Mizuhiki B laminated to a surface coated with .

No. 7- is a cross-sectional view of Mizuhiki B, in which Mizuhiki 3 is laminated to the upper surface of a base material coated with adhesive 1f, and the entire upper surface is covered with a soft or hard adhesive 4 to harden it.

FIG. 8 is a sectional view of a water drawer B in which both ends of the water drawer 30 are stretched and the entire upper surface thereof is covered and hardened with a soft or hard adhesive 4.

As shown in Fig. 9, decorative items can be made by tying the Mizuhiki B, cutting it out into flower petal shapes, tree leaf shapes, geometric patterns, and other arbitrary shapes, pasting them together, and combining them.

As shown in Figure 21, the mizuhiki can be knitted into three or four parts, and then tied into a tape shape and tied at the end with handicraft wire. , second
As shown in Figure 2, double-sided tape was pasted on the tape-like back side of the three- and four-piece tapes, wrapped in a spiral to form a mountain shape, and the head of a doll, animal, etc. was attached to the top end. It may be rolled into a ball, or it may be rolled thickly or thinly to create the overall shape of the movement. Depending on the size, you can decorate it with many numbered miniature light bulbs and small ornaments, like the IJ Smart Tree. As a single product of this size, if you paste it on the outside of a suitable empty bottle, you can paste it adjacent to the previously rolled bottle without overlapping it.

Furthermore, if a sheet-shaped water drawer B is made using a strong adhesive 4, it can be used for the exterior surface of a bag or accessory case.

FIG. 10 is a plan view showing a third embodiment of the sheet water drawing method of the present invention. In making a sheet object, an adhesive surface 2b is applied to the upper surface,
Not only can they be applied in parallel, but they can also be applied in alternating waves to form a pattern.

Furthermore, as shown in Figure 11, if blank parts 3b are provided here and there by cutting off the water drawer 3, shadows will appear and depth will be added to the picture.

Furthermore, if the fan-shaped opening is pasted by inserting a mizuhiki 3d whose tip is cut diagonally in the middle as shown in Figure 12, a wide variety of products can be made.

Moreover, as shown in FIG. 13, a frame shape can be provided by pasting the water drawer 3 along the contour part 3a of the shape. Mizuhiki 3 of a single color or a combination of colors can be attached to the inside so as to be embedded in an appropriate direction.

Also, as shown in Figure 14, cut the tips of the mizuhiki 3 one by one and paste them together from the left and right.
It can also be attached like the tip of a boat shaft. At that time, Mizuhiki A or Mizuhiki B formed by lamination can be used.

Also, as shown in the 15th indication, adhesive if is applied to a part of the base plate 1e.
Apply it to multiple places, and apply Mizuhiki 3 to the base plate 1e accordingly.
Glue it up and stick it. By pasting and forming this work according to the design, it is possible to create a three-dimensional object. In addition, a Mizuhiki person or Mizuhiki B bonded together in a plane can be used instead.

Further, as shown in Fig. 16, the tips are lifted up like roofing tiles and laminated together. At that time, it is possible to use Mizuhiki A or Mizuhiki B that are laminated in a plane.

In the case of the above-mentioned embodiment, if the concave shape is a confectionery plate, the surface is coated with adhesive 4 or double-sided adhesive tape is applied, and the water-repellent material 3 is pasted along the curved surface. In order to make it easier for the mizuhiki 3 to follow the curved surface, as an example, K applies the mizuhiki 3 to the round bar -X as shown in No. 1711.
Rub or tap left and right to make the Mizuhiki 3 flexible and easy to bend.

Moreover, the 18th figure shows the fourth embodiment of the present invention, in which a sketch 6 is marked on the base plate le in advance, an adhesive surface 2b is applied on the base plate le, and the above-mentioned manufacturing method is appropriately selected and set for the Mizuhiki 3. Color to match,
By matching the lengths and pasting them together, you can make a wall hanging C as shown in Figure 19.

When Mizuhiki 3 is pasted on the entire surface of the mount 1e, the texture of Nishijin-ori is created.

The designs for wall hanging C should be beautiful, cute, and fun, such as landscapes, still lifes, family crests, and geometric patterns.

In the case of family crests, most patterns are circular, and when pasting the mizuhiki, first start from the outer periphery of the circle and work your way inward, along the outer mizuhiki. In this case, for example, as shown in FIG. 23, the central part hidden by the K "Tachibana" part is not pasted.

Next, paste the "Tachibana" separately on double-sided tape, cut it out along the edge, and paste it over the circle.

By pasting mizuhiki on the entire surface of the mount, the texture of Nishijin-ori is created.

In addition, if the base plate 1e° is made into a transparent plate, the Mizuhiki 3 is partially pasted, a relatively large blank area is left, and a material with a good color scheme, such as paper or cloth, is pasted on the back of this blank area. You can also express your tastes.

You can make a new knot by tying it into a cut knot.

Even in this case, it's easy to tie because it doesn't come apart like in the past. When using Mizuhiki B, if gold Mizuhiki 3 is pasted on red washi paper, then Mizuhiki 3 will be pasted on red Japanese paper.
A thin line of red appears on the edges, making even something as small as a Noshi look luxurious.

By applying the adhesive 4 to the product of the present invention configured as described above, peeling is prevented, the stickiness of the adhesive 1f is suppressed, gloss is produced, discoloration is prevented, and staining is also prevented.

In addition, although the above code 3 was explained as mizuhiki, instead of mizuhiki, threads, strings, thin pipes, twines, fibers, new colors, etc. can also be used, and the characteristics of each material are utilized for expression. be done.

(Effects of the Invention) Therefore, by forming linear objects into planar shapes, the present invention can express planar objects that take advantage of the color, gloss, texture, image, etc. of these materials.
There was a boom in things made of washi paper and cloth, such as tear-and-tear pictures and pasted pictures.
It has a linear shape with high and low heights and shading, and if you want to cut a planar Mizuhiki into thin pieces, you can cut it to the same width by cutting along the Mizuhiki. You can also change the shape by making partial cuts in the planar Mizuhiki. Also, since it is made of linear materials, even if it is made into a sheet, its directionality is clearly visible, allowing for expressions that are completely different from paper or cloth.

The present invention has a sketch and can be pasted on top of it, making it a handicraft item for beginners, so it has a wide range of uses.

[Brief explanation of drawings]

The first decoy is a perspective view showing the manufacturing method of the present invention, FIG. 2 is an enlarged sectional view showing another manufacturing method, FIG. 3 is a sectional view of the product in FIG. A perspective view of the product according to the invention in a single knot; (B) is a perspective view of a checkered pattern; (C) is a perspective view of an arrow-curved pattern; (D) is a perspective view of an artificial flower. Figure 5 is a perspective view of the one in Figure 1 with the base material added, Figure 6 is an enlarged cross-sectional view of Figure 5, the seventh factor is a cross-sectional view with the adhesive covered in Figure 6, and Figure 8 is FIG. 9 is a cross-sectional view of a linear object directly stacked on a base material and covered with an adhesive, and FIG. 9 is a perspective view of a product according to the present invention. Figures 10 to 14 are plan views of different adhesives of the present invention; Figure 10 is a wave-shaped adhesive, Figure 11 is a partially blank area, and Figure 12 is a fan-shaped adhesive. In Fig. 13, a frame-shaped outline is provided, and in Fig. 1411, the outline is shaped like the tip of a boat. 151i1 is a modified cross-sectional view in which the middle part of the mizuhiki is raised, and FIG. 16 is also a modified cross-sectional view in which the tip is raised to form a tile shape. FIG. 17 is a diagram showing an example for making it easier to bend a linear object. 18th [i4 is a perspective view showing one sketch of the present invention,
Figure 19 is a front view of the finished product. FIG. 20 is a front view of a new type of Japanese pickle, which is one of the products of the present invention. Fig. 21 is an explanatory diagram of one of the invention's mizuhiki braids made into a tape shape, and Fig. 22 is a front view of an ornament made by wrapping the tape. FIG. 23 is a front view of a wall hanging made by pasting an example of a family crest according to the present invention with Mizuhiki. A:B is a surface-shaped mizuhiki, C is a wall hanging, and D is a new model. 1a is adhesive tape, IC is base material, 1e is base plate, 1f is adhesive or double-sided adhesive tape, 2 is adhesive surface, 2b is adhesive surface, 3 is water liner, 3a is outline part, 3b is blank part, 3C is wavy, 3d is a mizuhiki with the tip cut diagonally, 3e is a mizuhiki shaped like the tip of a boat, 4 is adhesive, 5 is a board, 6 is a sketch, and 7 is a finished picture. 8 is the forehead, X is the round bar.

Claims (1)

[Claims] 1) A method in which a plurality of linear objects are pasted together by adhesive or welding to form a planar shape. 2) Forming the thread-like and fibrous linear objects into a planar shape according to claim 1, wherein a plurality of linear objects are bonded or welded onto a flexible base material such as film, cloth, leather, or paper. how to. 3) Forming the filamentous and fibrous linear objects according to claim 1 into a planar shape, by bonding a plurality of linear objects by welding or welding to a hard base plate coated with an adhesive on at least one side. Method. 4) The method for forming filamentous and fibrous linear objects into a planar shape according to claim 1, wherein a plurality of linear objects are bonded to a transparent base plate by adhesion or welding. 5) A planar object formed by bonding linear objects together by adhesive or welding.