JP2009113253A - Decorative body and its manufacturing method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a manufacturing method of a beautiful, glossy, light-weight and low-priced decorative article, in a manufacturing method of a decorative article produced only by one piece manually by an individual artist. <P>SOLUTION: The manufacturing method of the decorative body comprises a frame making step for making a metal frame 10 forming the external shape of the decorative body by bending a metal wire, a self-adhesive material laying step for laying a self-adhesive material 20 to the inner edge of the metal frame 10, a network structure manufacturing step for forming a network structure by pulling out the self-adhesive material 20 from one point thereof so as to obtain a thread-like body in order to join with the self-adhesive material 20 at its other point for providing a bridge, a coloring step for coloring the network structure made of the self-adhesive material with paint, a coating step for coating the whole surface of the network structure with transparent coating material and a finishing step for laying decorative articles necessary for design. This manufacturing method can be widely applied to the manufacturing of accessories, a sash band, a sash decoration, illuminating interiors or the like. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a technical field of a decorative body that can be applied to accessories, band fastenings, belt decorations, lighting interiors, and the like, and a method for producing the decorative body.

Accessories with beautiful luster are popular in the market and are actively traded, creating great demand.
Various materials are used for accessories, and various designs are possible, and they are manufactured by various manufacturing methods.

  For example, there are a variety of materials such as diamonds and rubies processed into precious metal bases, and natural products such as pearls processed into precious metal bases. The materials used are not only expensive materials such as minerals and precious metals, but also many other materials such as metals such as aluminum and steel, solid materials such as glass and beads, fibers such as paper, cloth and strings, natural products such as nuts and flowers There is.

  For example, designs are not limited to geometric patterns, and there are various designs that mimic natural products. For example, Design Registration No. 11361331 imitates a butterfly. Artificial flowers are a particularly popular design for women. Artificial flowers are basically copies of each component such as petals, petals, leaves, and stems. Some artificial flowers aim to faithfully reproduce flowers close to nature, while others form flowers in deformed shapes (Japanese Patent Laid-Open Nos. 5-131798, 10-33016, and 11-286199, JP2003-328221).

  Various production methods have been devised regarding production methods, but basically, metal production methods such as casting, engraving, bending, extension, welding, etc., supporting minerals, natural products and solid substances on a metal base, There are various manufacturing methods that are attached by bonding, a manufacturing method that wraps with paper or cloth, and a manufacturing method that ties with a string or thread.

JP-A-5-131798 JP-A-10-33016 JP-A-11-286199 JP 2003-328221 A Design registration No. 1361331

Since accessories form a huge market, a wide range of products, from high-end and mass-produced products produced by hired craftsmen using well-known capital brand manufacturers and mass-produced products to single-made products made by artists individually There are products.
Here, the present invention takes a range of one-piece works handmade by individual artists, develops a new production method, and provides a decorative body produced by the production method.
Considering the elements required for new accessories, etc., in the method for producing one-piece decorations handmade by artists, it is preferable to satisfy the following conditions.

  The first is the shape maintenance function. Accessories and the like are not disposable but are premised on repeated use over a long period of time, and the shape needs to be maintained. Although the whole is not necessarily required to have a hardness like a mineral or a rigidity like a hard metal, its shape needs to be maintained firmly.

  Next is beauty with luster. Accessories and the like basically require a certain level of gloss by reflecting or scattering light on the surface of the material. Although a mirror-like gloss such as a polished metal surface is not always required, a certain level of gloss is required by reflecting or scattering light on the material surface.

  Next, the relationship between size and weight. Since a relatively large accessory stands out well from a distance, it is preferable to have a certain size because it is gorgeous. On the other hand, it needs to be light to some extent. Manufacturing large accessories using only precious metals with high specific gravity is often inconvenient for mounting because the weight becomes too large. In addition, design constraints occur due to weight. Therefore, it is preferable that a certain size can be obtained but the weight is reduced to some extent.

  Second, the price is reasonable. Expensive minerals such as diamond and ruby are excellent in beauty, but the price is expensive, and those treated with such minerals are expensive. The present invention aims at a new production method that can be provided at a relatively reasonable price so that it can be enjoyed while being loved by a person who seeks a decorative body, and a decorative body manufactured by the manufacturing method. In addition, when the decorative body is manufactured using an expensive mineral or the like, the design of the accessory is limited so that the expensive mineral is as conspicuous as possible. In other words, the design is such that the mineral is centered like a ring and is lifted three-dimensionally with standing nails, and the design is like a pendant where the mineral is centered on the top of the pendant and suspended by a chain and wrapped around the neck. .

  Next, there are no design restrictions and various external shapes can be formed. This is an important point for a new production method. If it is a production method with a high degree of freedom in design, it can be modeled with the designer's free inspiration, and a great design can be applied. There is a possibility of generating great demand as accessories.

  The present invention provides a manufacturing method that satisfies the above-described conditions in a method for manufacturing a one-piece decoration product that is individually manufactured by an individual artist. An object of the present invention is to provide a decorative body to which the manufacturing method is applied. To do. In addition, as a decorative body manufactured by applying the new manufacturing method of the present invention, various things such as accessories, bandages, band decorations, and lighting interiors are possible.

In order to achieve the above object, a method for producing a decorative body of the present invention includes:
A frame making process to make a metal frame that bends the metal wire to form the outer shape of the decorative body;
An adhesive material placing step of placing an adhesive material that is a highly viscous liquid and solidifies upon drying on the inner edge of the metal frame;
Pulling the adhesive material from a certain point to take out a filamentous body and connecting it to the adhesive material of another point, a bridge is provided, and a mesh structure made of the adhesive material in a space surrounded by the metal frame A mesh structure manufacturing process for creating a body,
A coloring step of coloring the network structure made of the adhesive material with a paint;
A coating process for coating the entire surface with a transparent coating material;
In the manufacturing method, a part of the metal frame is fixed so that the outer shape of the decorative body is maintained, and a finishing process is provided for placing decorations necessary for the design.

  According to the production method described above, the outer shape can be freely formed by the metal frame, the degree of freedom in design can be increased, and a moderate shape maintaining function can be provided to some extent. Furthermore, since a metal frame is used, a large outer shape can be easily obtained. Furthermore, since the space between the metal frames is filled with a network structure formed of an adhesive material, the weight can be reduced. Furthermore, the network structure formed of an adhesive material can be easily colored, and since it is coated on the coloring, it can have gloss. Moreover, since it is based on a metal frame and an adhesive material, it can be provided at a reasonable price.

  Here, for example, an aluminum wire or a steel wire can be used as the metal frame. If the surface is made of color-coated aluminum wire or steel wire, it can be designed to look better.

  Here, the adhesive material may be an adhesive that is a highly viscous liquid before drying and solidifies upon drying.

  Here, in the manufacturing method, the network structure manufacturing process is a two-time process of a first network structure manufacturing process and a second network structure manufacturing process, and the second network structure is formed. It is preferable that the adhesive material used in the body manufacturing process is different from the adhesive material used in the first network structure manufacturing process.

  For example, the viscosity of the adhesive material used in the second network structure manufacturing process is lower than the viscosity of the adhesive material used in the first network structure manufacturing process, and the second mesh The solvent contained in the adhesive material used in the structure manufacturing process is different from the solvent contained in the adhesive material used in the first network structure manufacturing process.

  When the network structure is formed from the top by the second network structure manufacturing process based on the network structure formed by the first network structure manufacturing process by the above manufacturing method, the second mesh is formed. Because the viscosity of the adhesive material (second adhesive material) in the structure manufacturing process is lower than the viscosity of the adhesive material (first adhesive material) in the first network structure manufacturing process In addition, the network structure already formed in the second network structure manufacturing process is not broken or crushed. The adhesive material solvent (first adhesive material) used in the first network structure manufacturing process and the adhesive material (second adhesive material) used in the second network structure manufacturing process Since the solvent is different, the adhesive material (second adhesive material) used in the second network structure manufacturing process is placed on the adhesive material (first adhesive material) that is the base from the top. Even if placed, the first adhesive material based on the solvent of the second adhesive material is not dissolved again to form a liquid.

The decorative body according to the present invention is a decorative body manufactured by the above-described method for manufacturing a decorative body of the present invention.
A variety of decorative bodies according to the present invention can be assumed.
For example, if it attaches | subjects the attachment jig | tool to a body or clothes, it can be set as an accessory.
Further, for example, if a band mounting jig is attached, it can be a band fastening or a band decoration.
Further, for example, if the outer shape is a bag having a hollow inside, and a lighting fixture is attached to the inside, a lighting interior can be obtained.

According to the method for producing a decorative body of the present invention, conditions required as a method for producing a new accessory can be suitably satisfied. For example, the outer shape can be freely formed by a metal frame, the degree of freedom in design can be increased, and a certain moderate shape maintaining function can be provided. Furthermore, since a metal frame is used, a large outer shape can be easily obtained. Furthermore, since the space between the metal frames is filled with a mesh structure formed of an adhesive material, the weight can be reduced. Furthermore, the network structure formed of an adhesive material can be easily colored, and since it is coated on the coloring, it can have gloss. Moreover, since it is based on a metal frame and an adhesive material, it can be provided at a reasonable price.
In addition, the decorative body according to the present invention can be applied to various items such as accessories, bandages or band decorations, lighting interiors, etc. by manufacturing the decorative body according to the present invention.

  Hereinafter, with reference to the drawings, a method for producing a decorative body of the present invention and an example of a decorative body manufactured by the method will be described. However, the technical scope of the present invention is not limited to the specific applications, shapes, dimensions, and the like shown in the following embodiments.

As Example 1, a process example of the method for producing a decorative body of the present invention will be described.
FIG. 1 is a flowchart showing a flow of a method for manufacturing a decorative body according to the present invention.
2 to 6 show an example of the frame making process.
FIGS. 7 to 11 are diagrams showing, as an example, a flow of manufacturing an accessory simulating a leaf for each process.
As shown in FIG. 1, the decorative body production method of the present invention includes a frame making process 100, an adhesive material placing process 200, a mesh structure producing process 300, a coloring process 400, a coating process 500, and a finishing process 600. It has.

The frame making process 100 is a process of making the metal frame 10 that bends the metal wire and forms the outer shape of the decorative body.
The metal wire is, for example, an aluminum wire. Aluminum wire is relatively soft and easy to bend, and it is bent as desired with a jig such as a hand or pliers.
As a result of bending the metal wire, a wide variety of frame shapes can be produced. As an example, how to produce a frame shape that imitates a flower will be described step by step with reference to the drawings.

FIG. 2 is a diagram showing a state where one ring is made of a metal wire.
FIG. 3 is a diagram showing an operation of stabilizing the shape of the ring by twisting the base of the ring from the state of FIG.
FIG. 4 is a diagram illustrating a state in which one more ring is continuously provided laterally from the state of FIG. 3. As in FIG. 3, the shape of the ring is stabilized by twisting the base of the ring. In this example, the state where the tip of the petal is broken by denting the vicinity of the tip of the ring is created.
FIG. 5 is a diagram showing a state in which the number of petals of a flower to be produced is continuously made. In this example, six petals were created, but it is sufficient to create as many petals as there are flowers to be produced.
FIG. 6 is a diagram showing a state in which the roots of the petals go together so that the petals circulate, and the whole is adjusted and shaped so as to have a flower shape. The roots (floral patterns) of the metal frame 10 are firmly connected with a thread or wire, and fixed so that the metal frame 10 shaped as petals or leaves does not fall apart.
In this way, a metal frame is manufactured by bending a metal wire.

  In this example, all the petals are made continuously from a single metal wire. However, the parts to be finally modeled are made from multiple metal wires. It is also possible to combine these parts to obtain the final model. If it is a complicated model, it may be easier to combine parts made with a plurality of metal wires than to model with only one metal wire.

  It is also possible to form the metal frame 10 three-dimensionally. For example, as shown in FIG. 7 (b), the metal frame 10a forming the outer shape (leaf edge) 11 of the leaf is shown in FIG. 7 (b). A metal frame 10b having a pillar structure 12 corresponding to a leaf vein (central vein) is provided from a leaf tip to a petiole, and the metal frame 10b of the pillar structure 12 is formed with respect to a plane formed by the metal frame 10a of the outer shape (leaf edge) 11 of the leaf. And bent to create a three-dimensional space. For example, when the plane formed by the metal frame 10a of the leaf outer shape (leaf edge) 11 is regarded as an XY plane, the metal frame 10b of the columnar structure 12 corresponding to the leaf vein (central vein) is vertically moved so as to be displaced in the Z-axis direction. It is made to wave. Thus, the metal frame 10 can be formed as a three-dimensional object.

Next, examples of the adhesive material placing process 200, the mesh structure manufacturing process 300, the coloring process 400, and the coating process 500 will be described with reference to the drawings.
In order to simplify the explanation, a process of modeling one leaf will be taken as an example. The metal frame 10 will be described by taking the planar leaf of FIG.
First, as shown in FIG. 7 (a), the metal frame 10 is formed by bending the aluminum wire to form the outer shape (leaf edge) of the leaf by the frame making process 100 so that the outer shape (leaf edge) of the leaf is obtained. It shall be obtained.

Next, the adhesive material placing step 200 is a step of placing the adhesive material 20 on the inner edge of the metal frame 10 that has a property of being a highly viscous liquid before drying and solidifying by drying.
In the adhesive material placing step 200, as shown in FIG. 8A, the adhesive material 20 is placed on the inner edge of the metal frame 10 formed by the frame making step 100. Here, an adhesive is used as the adhesive material. Any adhesive may be used as long as it is a highly viscous liquid before drying and solidifies upon drying, and since it forms part of the accessory, it is harmless even if it touches the skin. The color of the adhesive is preferably transparent.

  Next, the mesh structure manufacturing process 300 is a process of making the mesh structure 22 made of the adhesive material 20 in a space surrounded by the metal frame 10. When the mesh structure manufacturing process 300 is further divided, the bridge forming process 310 for providing the bridge 21 by pulling the adhesive material 20 from one point to pull out the thread and connecting it to the adhesive material 20 at another point, and the bridge A network structure manufacturing process 320 is performed in which the network structure 22 made of the adhesive material 20 is finally formed in the space surrounded by the metal frame 10 by repeating the process 310.

In the bridge forming step 310, as shown in FIG. 8B, the bridge 21 is formed by using a rod-shaped jig or the like on the adhesive material 20 placed on the inner edge of the metal frame 10 in the adhesive material placing step 200. I will do it. For example, a jig is brought into contact with one place (A) of the inner edge of the metal frame 10 to stretch the adhesive material 20 to create a thread-like body, and the jig is moved to another place (B) to move the thread-like body to another place. The bridge 21 is formed by connecting to the adhesive material 20 placed at the location (B).
As shown in FIG. 9A, a large number of bridges are provided, and finally a network structure 22 made of an adhesive material 20 is made in a space surrounded by the metal frame 10.

  Next, the coloring step 400 is a step of coloring the network structure 22 made of the adhesive material 20 with the paint 30. Various colors can be applied according to the design. For example, the paint 30 includes acrylic paint. Acrylic paints are easy to produce the colors that women prefer, such as pastel colors, and can be painted beautifully. Further, nail polish is also preferable as the paint 30. Manicure is also easy to produce women's preferred shades, such as pastel colors, and can be painted beautifully. For example, as shown in FIG. 9B, the paint 40 is carefully colored on the mesh structure 22 with a brush or a brush.

The coating process 500 is a process of coating the entire surface with the transparent coating material 40 on the network structure 22 colored in the coloring process 400. Examples of the transparent coating material 40 include varnish. By applying the transparent coating, the structural strength of the network structure 22 is increased, and the gloss of the color shaded on the network structure 22 is increased. For example, as shown in FIG. 9B, the mesh structure 22 is carefully coated with the coating material 50 with a brush or a brush.
This frame making process 100, mesh structure manufacturing process 300, coloring process 400, and coating process 500 are repeated to complete the design.
For example, if the overall design is artificial, as shown in FIG. 10, the overall design is formed by combining petals (petals), sepals, leaves, stems, and the like.

Next, the finishing process 600 will be described.
The finishing process 600 is a process of fixing a part of the metal frame 10 so that the outer shape of the decorative body is maintained and placing a decorative object necessary for the design.
For example, as shown in FIG. 6, the base of the metal frame 10 (flower pattern) is firmly connected with a thread or wire so that the metal frame 10 shaped as petals or leaves does not fall apart. Secure to.
Furthermore, in this finishing process 600, as shown in FIG. 10, it is possible to combine parts produced separately.

In addition, the decorations necessary for the design will be displayed. For example, as shown in FIG. 11, if the design is to place beads on a part of a petal, an ornament 50 such as beads is placed.
Further, as an accessory, a jig for attaching to the body may be required, but it is attached in this finishing process 600. When using a clip as a mounting jig, attach the clip to the back of the petal.

  As described above, by shaping the decorative body using the method for producing a decorative body of the present invention, it can be applied to various things such as accessories, bandages or band decorations, and lighting interiors.

The method for producing a decorative body of the present invention according to Example 2 applies a technique for forming a mesh structure by dividing the mesh structure production process into a plurality of times.
In the method for producing a decorative body according to the second embodiment of the present invention, the mesh structure manufacturing process 300 described in the first embodiment is replaced with the first mesh structure manufacturing process 300a and the second mesh structure manufacturing process. In the second process 300b, the adhesive material 20b used in the second mesh structure manufacturing process 300b is different from the adhesive material 20a used in the first network structure manufacturing process 300a. .

Here, the viscosity of the adhesive material 20b used in the second network structure manufacturing process 300b is set to be lower than the viscosity of the adhesive material 20a used in the first network structure manufacturing process 300a, and the second mesh The solvent contained in the adhesive material 20b used in the structure manufacturing process 300b is different from the solvent contained in the adhesive material 20a used in the first network structure manufacturing process 300a.
Thus, by forming the network structure 22 by dividing the network structure manufacturing process into a plurality of times, a large number of network structures 22 can be manufactured, or the mesh of the network structure 22 can be formed in a more complicated pattern. It becomes possible to do.

  As described in the first embodiment, in the mesh structure manufacturing process 300, the adhesive material 20 is pulled from one point on the inner edge of the metal frame 10 to form a filamentous body, and the bridge 21 is connected by connecting to the adhesive material 20 at another point. I will establish it. However, the region surrounded by the metal frame 10 has a certain width, and the filaments pulled out from one point on the inner edge of the metal frame 10 still have a weak structural strength before being dried. If it comes in contact with the body, it may be torn. Therefore, the bridge structure 21 must be provided in a region surrounded by the metal frame 10 so that the filaments do not overlap, and the network structure 22 becomes rough.

  Therefore, the network structure manufacturing process 300 is divided into a plurality of times to form the network structure 22, and the network structure 22a formed in the first network structure manufacturing process 300a is dried thoroughly. By forming the network structure 22b formed in the second network structure manufacturing process 300b on the network structure 22a, the network structure 22 is gradually made finer.

Here, in this invention, it is possible to devise the following about the viscosity of an adhesive raw material, and the kind of solvent.
First, regarding the viscosity, the viscosity of the adhesive material 20b used in the second network structure manufacturing process 300b is set to be lower than the viscosity of the adhesive material 20a used in the first network structure manufacturing process 300a. Those having a high viscosity may be subjected to a large tension when the filamentous body is pulled out, and the network structure 22a serving as a base may be broken. Therefore, the viscosity of the adhesive material 20b used in the second network structure manufacturing process 300b is adjusted to be weak so as not to break the network structure 22a serving as a dry base.

  Next, regarding the solvent, the solvent contained in the adhesive material 20b used in the second network structure manufacturing process 300b is different from the solvent contained in the adhesive material 20a used in the first network structure manufacturing process 300a. Make a device that you want. In the present invention, the adhesive material 20 is solidified by drying from the liquid, but this change is a change in which the solvent is evaporated and the solute dissolved in the solvent is solidified to become a solid, It may be a change that causes a chemical change when touched by oxygen and becomes a solid. Here, even if the bridge 21 is dried once and solidified, when the solvent is again touched, the solute is dissolved again in the solvent and returns to the liquid state, or the solidified chemical change is reversible. There is a risk of causing a chemical change and returning to a liquid state again. Therefore, the solvent of the adhesive material 20b used in the second network structure manufacturing process 300b is used in the second network structure manufacturing process 300b with respect to the network structure 22a that is once dried and solidified and solidified in the first network structure manufacturing process 300a. Touching may cause the mesh structure 22a to return to a liquid state. However, there are combinations of solutes and solvents, and even if they are the same solute, they often do not easily dissolve in a specific type of solvent.

Therefore, in the present invention, the solvent contained in the adhesive material 20b used in the second network structure manufacturing process 300b is different from the solvent contained in the adhesive material 20a used in the first network structure manufacturing process 300a. Then, by using a solvent having a property that the solute contained in the adhesive material 20b is difficult to dissolve, as shown in FIG. 12, the solvent is dried once and solidified to form a base network structure 22a from above. A new mesh structure 22b is made to be easily stacked.
It is also possible to provide a new bridge 21b from the bridge 21a of the mesh structure 22a to the other bridge 21a.

Various decorative bodies can be formed by the decorative body production method of the present invention described in the first embodiment or the second embodiment.
In Example 1, the attachment body was attached to the body or clothes, and the decorative body was described as an example of an accessory having an artificial flower design with a flower motif. However, various other motif designs are possible. is there.
For example, a band mounting jig may be attached and various motifs may be applied to form a band fastening or a band decoration.
Further, for example, a lighting fixture can be attached to provide an interior for lighting.
Moreover, not only accessories, bandages, band decorations, and lighting interiors, but also various decorative bodies can be formed.

  Although the preferred embodiment of the decorative body of the present invention has been illustrated and described above, it will be understood that various modifications can be made without departing from the technical scope of the present invention.

  The production method of the present invention can be widely applied as a production method for modeling a decorative body. In addition, the decorative body of the present invention can be widely applied to various accessories, band fastenings, belt decorations, lighting interiors, and other various decorative bodies.

The flowchart which shows the flow of the manufacturing method of the decoration body of this invention A figure showing a single ring made of metal wire The figure which shows the operation | work which stabilizes the shape of a ring by twisting the base of a ring from the state of FIG. The figure which shows a mode that one ring was further provided horizontally from the state of FIG. A figure showing how the number of petals of a flower to be produced is made continuously. The figure which shows a mode that the base of a petal goes together so that a petal circulates and it adjusts and shapes the whole so that it may become the shape of a flower The figure which showed typically a mode that the metal frame 10 was manufactured in the frame making process 100. The figure which showed typically a mode that the adhesive material 20 was arranged on the inner edge of the metal frame 10 in the adhesive material arrangement | positioning process 200. The figure which showed typically a mode that the mesh structure 22 which consists of the adhesive raw material 20 in the space enclosed by the metal frame 10 was made. A diagram schematically showing how the entire design is shaped The figure which showed a mode that a decoration was attached as an example of the finishing process 600 The figure which showed typically the production method which divides the network structure manufacturing process concerning Example 2 into multiple times, and forms a network structure.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Metal frame 20 Adhesive material 21 Bridge 22 Network structure 30 Paint 40 Coating material 50 Decoration

Claims (7)

A frame making process to make a metal frame that bends the metal wire to form the outer shape of the decorative body;
An adhesive material placing step of placing an adhesive material that is a highly viscous liquid and solidifies upon drying on the inner edge of the metal frame;
Pull out the adhesive material from one point to take out the filamentous body, and connect to the adhesive material at another point to provide a bridge, and a mesh structure made of the adhesive material in a space surrounded by the metal frame A mesh structure manufacturing process for creating a body,
A coloring step of coloring the network structure made of the adhesive material with a paint;
A coating process for coating the entire surface with a transparent coating material;
A method of manufacturing a decorative body, comprising a finishing step of fixing a part of the metal frame so that the outer shape of the decorative body is maintained and placing a decorative object necessary for design.   The network structure manufacturing process is a two-time process of a first network structure manufacturing process and a second network structure manufacturing process, and the adhesive used in the second network structure manufacturing process is used. The method for manufacturing a decorative body according to claim 1, wherein a material different from the adhesive material used in the first mesh structure manufacturing step is used.   The viscosity of the adhesive material used in the second network structure manufacturing process is lower than the viscosity of the adhesive material used in the first network structure manufacturing process, and the second network structure The decoration according to claim 2, wherein a solvent contained in the adhesive material used in the production process is different from a solvent contained in the adhesive material used in the first network structure production process. How to make a body.   A decorative body manufactured by the method for manufacturing a decorative body according to any one of claims 1 to 3.   The decorative body according to claim 4, wherein an attachment jig is attached to the body or clothes to make an accessory.   The decorative body according to claim 4, wherein a band mounting jig is attached to form a band clamp or band decoration.   The decorative body according to claim 4, wherein a lighting fixture is attached to form an interior for lighting.

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