JP3214296U - Three sagittal form that is the basic form of Kumiko. - Google Patents

Abstract

[PROBLEMS] To form a three-sagittal shape having a deformed hexagonal body at the tip, which is a basic shape of a braid, and to form a shape radiating in three directions from the center, and at the center, an arrow tip at the tip of each odd-shaped hexagon. Is provided, and a three-headed shape that is a basic shape of a kumiko that can be freely changed and combined is provided. A three-sagittal shape having a deformed hexagonal body at a tip portion which is a basic shape of a braid, and each arrow tip portion of the three-sagittal shape having the hexagonal body is equally spaced at 120 ° from the center portion. The irregular hexagonal body at the tip of the arrow has an angle of 120 °, and one side of the tip is half the length of one side in the vertical direction. Each part can be fitted with a tip of each hexagonal tip so that the width of the center root is ½ the width of the arrow tip. [Selection] Figure 1

Description

  The present invention is a three sagittal shape with a deformed hexagon at the tip which is the basic shape of the kumiko, and each arrow tip is a shape that radiates in three directions at equal intervals of 120 ° from the center. The present invention relates to a three sagittal shape that is a basic shape of a braid that can be fitted with an arrow tip at the tip of each hexagon.

In general, products using NC cutting technology other than wood have materials in which the top and bottom surfaces of thermoplastic resin base materials that are easily affected by heat are laminated with a wood base material that has excellent dimensional stability due to heat. is there. Since the upper and lower surfaces of the thermoplastic resin base material are made of a wood base material, the surface smoothness, moisture resistance, and corrosion resistance are inferior. When recycling this composite flooring, an adhesive is used. Work to remove is necessary. Therefore, although this composite flooring is preferable for processing, it is not a material suitable for recycling (see Patent Document 1).

Conventionally, many materials such as metal, wood, plastic, or ceramic are used as decorative panels. A decorative panel is not a specific product, but a series of products with a pattern on the surface of a plate-like substance and an excellent design. Specifically, it is used for bathrooms and front doors. Tiles, building exterior or interior wall materials, furniture exterior materials, various decorative frames, various decorative boxes, structural materials, home gardening materials, and the like. As a method of manufacturing decorative panels, mass production methods that prioritize the reduction of manufacturing costs dominate, and consumers choose their favorite from among the limited varieties produced by manufacturers. Was.

In order to improve the permeability inside the wood, when drilling a large number of deep pores in the wood, drills with a small diameter are difficult to break and can be drilled efficiently. Is a drilling method for wood in which the diameter of the drill is 1.0 to 2.5 mm, and the protruding length H of the drill is determined by the relational expression between the drilling depth h and the drill diameter d. , A method has been proposed in which a plurality of drills can be moved up and down to detect a missing joint in the wood so that the NC control means does not lower only the drill corresponding to the missing joint (patent) Reference 3).

The wood board material has a board material having a shape with a width of 300 to 1000 mm and a length of 500 to 1000 mm, and has proposed a decorative board material having a lattice-like structure using a flat plate material. Does not exist

JP 2009-46909 A JP 2010-214760 A

The conventional decorative wood panel is easier to cut than a metal panel or ceramic panel. However, when natural wood is used, the hardness varies depending on the type of wood. Because the stiffness changes partially due to the effect of the knot, it was difficult to sculpt, and a manufacturing method centered on skills requiring skill was adopted. If a basic-shaped assembly base is manufactured, various types of assembly assembly can be manufactured. Such a basic form does not exist and the assembly is manufactured manually or by a machine, but it is difficult for an amateur to obtain a stable quality product. Even an amateur is expected to assemble a kumiko easily.

Furthermore, when natural wood is used, it has the property of decaying over time, and antiseptic treatment is required for long-term use, but only when the antiseptic treatment reaches the surface and only a limited effect can be expected There were many. Moreover, when the cutting process of the decorative wooden board material is applied to a manufacturing method of a small-volume production method for individual consumers, there are the following problems. It was difficult for consumers to specify panel dimensions, colors, designs, surface finish, production volume, etc. A variety of simple kumiko basic models can be manufactured using decorative boards that have multiple kumiko patterns, and these combinations can be used in existing kumiko ornaments, or furniture or fittings using them. Expected.

In addition, since the lattice braid is produced manually, it becomes a product with a very high manufacturing cost. Further, there is a problem that the reproducibility when the product is reproduced is poor. The present invention has been made in view of such circumstances, and it is possible to combine a combination of a single basic kumiko model, a kumiko-type decorative board material that can be combined in a form that exhibits a kumiko pattern that uniquely retains the texture of wood. The purpose is to provide a basic shape of decorative board material that can be produced and can be freely changed, can create a kumiko design according to a small number of consumers, and exhibits various kumiko aspects. And

At the tip, which is the basic structure of the kumiko, is a three-sagittal shape having a deformed hexagonal body, and each of the arrowheads of the three-headed shape having the hexagonal body is formed at three equally spaced angles from the center. The deformed hexagonal body at the tip of the arrow has an angle of 120 °, and one side of the tip is half the length of one side in the vertical direction. This is a three sagittal shape that is a basic shape of a braid that can fit the tip of the tip of the odd-shaped hexagon so that the width of the center base is half the width of the arrow tip.

  The thickness of the wood material in the three sagittal form is 3-10 mm, the cypress, fir, beech, camphor tree, teak, maple, todomatsu, zelkova, asunalo, which have a surface roughness within ± 0.5 mm. Using a material selected from Tsuga, Sakura, Beihiba, and Agathis, the dimension of the one-sided hexagonal end of the three-headed arrow is 15 to 25 mm, and the width of the arrowhead is 25 to 42 mm. .

The surface of the wooden material, which is the basic structure of the kumiko, is engraved with 2 to 4 mm linear grooves, or various hexagonal shapes, and the edges and center of the three-shaped sagittal structure. Is made into a latticed body with a width of 3 to 5 mm, and a three-sagittal shape with a pattern is cut out and drilled inside.

Patterned sagittal shape can be used as a decorative plate product by one or several pieces, or 10 to 200 pieces can be continuously bitten, and as a geometric pattern of kumiko, hemp leaf (gold or paulownia) pattern, sesame Finished into a braided body composed of a shell (turtle shell) pattern, cherry blossom (turtle shell) pattern, Ue pattern, and Saaya-shaped pattern, and used for ornaments or furniture or joinery.

In the wood material, a resin component is injected into the wood by wood processing, or a transparent resin film of 15 to 50 μm is adhered to the smooth surface of the wood.

Produces a kumiko-style decorative board that can be combined and combined with a kumiko pattern that uniquely retains the wood texture by combining various basic kumiko models, which are the basic structure of the kumiko. It is possible to create a geometric pattern in which 10 to 200 decorative boards are continuously occluded by 1 to several pieces, can be freely changed, and create a kumiko design for a small number of consumers. Therefore, it is possible to easily provide the basic shape of the decorative board material having various kumiko appearances.

The sagittal structure, which is a sagittal shape, is produced by manual work, resulting in a product with a very high manufacturing cost. Further, there is a problem that the reproducibility when the product is reproduced is poor. The design can be decided according to the order of a small number of consumers, and the wooden kumiko decorative board material that can easily assemble the shape showing the kumiko pattern that preserves the wood texture. Can provide a Kumiko decoration board.

The sagittal shape, which is the basic shape of the kumiko, can be combined with a kumiko pattern that retains its own wood texture and can be mated. As a result, it is possible to create a kumiko design according to the consumers of the present invention, and to easily provide the basic shape of the decorative board material exhibiting various kumiko aspects to the decoration or furniture or joinery.

It is a perspective view of the three sagittal form which is a basic form of a kumiko. It is a figure of the various shapes of the plane pattern of the three sagittal form which is a basic form of a kumiko. A: Grooved pattern B: Linear engraving pattern C: Hollow engraving pattern It is a figure of the Kumiko aspect by various combinations of the three sagittal form which is the basic form of a Kumiko. A: Combined state of 6 bodies B: Combined state of 175 bodies It is the figure which showed the state which used the three sagittal form which is a basic form of a kumiko. A: Frame-equipped ornaments B: Joinery (sliding door)

  Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 is a perspective view of a sagittal shape that is a basic shape of a kumiko, FIG. 2 is a diagram of various shapes of a planar pattern of the three sagittal shape that is a basic shape of the kumiko, and FIG. FIG. 4 is a diagram showing the state of using the three sagittal form, which is the basic form of the kumiko, with various combinations of the three sagittal form that is the basic form.

As shown in FIG. 1, the tip part, which is the basic form of the braid, is a three-sagittal form having a deformed hexagonal body, and each of the arrowhead parts of the three-sagittal form having the hexagonal body is 120 ° from the center part. The irregular hexagonal body at the tip of the arrow has an angle of 120 °, and one side of the tip is half the length of one side in the vertical direction. In addition, an arrow tip at the tip of each irregular hexagon can be fitted into the center, and the width of the center root is set to a half of the width of the arrow tip.

  The thickness of the wood material in the Mitsuya shape is 5 mm, and the fir material whose surface has a surface roughness of ± 0.5 mm or less is used. The dimension was 19 mm, and the width of the arrow tip was 36 mm.

A 3 mm linear groove pattern on the plane of the wooden material, which is the basic shape of the kumiko, and various hexagonal shapes are engraved, and the edge and center of the three arrow shape are 4 mm wide. It was made into a three-headed shape with a pattern that was cut out and drilled inside as a lattice.

One-to-several three-headed shape with a pattern was used as a decorative board, and as a kumiko geometric pattern, it was finished into a kumiko body composed of hemp leaf (gold or paulownia) pattern and used as a decorative tool. .

The wooden material was prepared by bonding a 15 μm transparent resin film to the smooth surface of fir wood. Eight pieces made decorative plates.

It is manufactured in the same manner as in the first embodiment, and the tip portion which is the basic shape of the braid is a three-headed shape having a deformed hexagonal body, and each of the arrowhead portions of the three-headed shape having the hexagonal body is 120 from the center portion. The irregular hexagonal body at the tip of the arrow has a shape radiating in three directions at equally spaced angles of °, each angle is 120 °, and one side of the tip is half the size of one side in the vertical direction. In addition, an arrow tip at the tip of each irregular hexagon can be fitted in the center, and the width of the root of the center is made half the width of the arrow tip.

  The thickness of the wood material in the Mitsuya shape is 6 mm, and using the cypress material whose surface has a surface roughness within ± 0.5 mm, the side of the tip of the irregular hexagonal shape of the Mitsuya shape is The dimension was 21 mm, and the width of the arrow tip was 42 mm.

The surface of the wood material, which is the basic structure of the kumiko, is a 4mm linear groove pattern, or various shapes are engraved on the deformed hexagonal body. It was made into a three-headed shape with a pattern that was cut out and drilled inside as a lattice.

30 Mitsuya shaped bodies with patterns were continuously occluded, finished as a kumiko geometric pattern of hemp leaves (gold or paulownia), and used for joinery.

For the wood material, a resin component was injected into the wood by wood processing, or a 15 μm transparent resin film was adhered to the smooth surface of the wood.

The tip of the kumiko is a three-headed shape with a deformed hexagonal body at the tip, and each of the arrowheads of the three-headed body with the hexagonal body is in three directions at equal intervals of 120 ° from the center. The deformed hexagonal body at the tip of the arrow has an angle of 120 °, and one side of the tip is half the length of one side in the vertical direction. The arrow tip part at the end of the square can be fitted, and the width of the center part base is set to 1/2 the width of the arrow tip part.

  The thickness of the wood material in the Mitsuya shape is 3 to 10 mm, and the fir material with a surface roughness within ± 0.5 mm is used for the flatness of the tip of the irregular hexagonal shape of the Mitsuya shape The dimension of one side is 15 to 25 mm, and the width of the arrow tip is 25 to 42 mm.

The surface of the wooden material, which is the basic structure of the kumiko, is a 2-4 mm linear groove pattern, or various shapes are engraved on the hexagonal body, and the edges and center of the three-headed body are widened. It is a three-figure shape with a pattern that is cut out and drilled into a 3-5 mm grid.

The three-headed shape with a pattern is used as a decorative plate product by one or several pieces, or 10 to 200 pieces are continuously bitten, and the kumiko body is configured in a cherry (kame) pattern as a geometric pattern of the kumiko. Finished and used for furniture or joinery.

In the wood material, a resin component is injected into the wood by wood processing, or a transparent resin film of 15 to 50 μm is adhered to the smooth surface of the wood.

1. Mitsuya shape 2 2. Kumiko state Groove part 4. 4. Line engraving Hollow digging 6. Arrowhead 7 Joint 8. Wood board material9. Modified hexagonal part 10. Lattice pattern 11. Tip portion 12. Resin 13. Film 14. Frame 15. Frame 16. Joiner 17. Decorative tool 18. lattice

Claims (5)

It is a three-sagittal shape having a deformed hexagon at the tip which is the basic shape of the kumiko, and each arrow tip portion of the three-sagittal shape having the hexagon is equidistant from each other at 120 ° from the center of the three-sagittal shape. The deformed hexagonal body at the tip of the arrow has an angle of 120 °, and one side of the tip is half the length of one side in the vertical direction. The base of the kumiko is characterized in that the shape of the hexagonal tip of each atypical hexagonal shape can be occluded in the part, and the width of the center root is half the width of the arrow tip Mitsuya shape that is the shape   The thickness of the wood material in the three sagittal form is 3-10 mm, the cypress, fir, beech, camphor tree, teak, maple, todomatsu, zelkova, asunalo, which have a surface roughness within ± 0.5 mm. Using a material selected from Tsuga, Sakura, Beihiba, and Agathis, the dimension of one side of the atypical hexagon of the above three sagittal shape is 15 to 25 mm, and the width of the arrow tip is 25 to 42 mm. 3. A sagittal shape which is a basic shape of a kumiko according to claim 1. The surface of the wooden material, which is the basic structure of the kumiko, is engraved with 2 to 4 mm linear grooves, or various hexagonal shapes, and the edges and center of the three-shaped sagittal structure. 3. A three-sagittal shape which is a basic shape of a braid according to claim 1 or 3, wherein a latticed body having a width of 3 to 5 mm is used to form a pattern-shaped three-arrow shape which is cut out and drilled inside. Patterned sagittal shape is used as a decorative board product by 1-8 pieces, or 10-200 pieces are bitten continuously, and as a geometric pattern of kumiko, hemp leaf (gold or paulownia) pattern, sesame Finished in a braided body composed of a shell (turtle shell) pattern, cherry blossom (turtle shell) pattern, Ue pattern, Saaya-shaped pattern, and used for decoration or furniture or joinery. A three-sagittal shape which is a basic shape of the kumiko according to claim 3. 2. The wood material according to claim 1, wherein a resin component is injected into the wood by wood processing or a transparent resin film of 15 to 50 [mu] m is adhered to the smooth surface of the wood. A three-sagittal shape which is a basic shape of the kumiko described in any one of 4 above.

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