JP2023177367A - Manufacturing method of braided lattice ornament, connection structure of braided lattice ornament, braided lattice ornament, and braided lattice ornament set - Google Patents

Abstract

To provide a method of manufacturing a braided lattice ornament, a connection structure of the braided lattice ornament, the braided lattice ornament, and a braided lattice ornament set, which can easily express various decorative designs depending on the way they are connected.SOLUTION: Connection structures 200S, 200 N of a braided lattice ornament 1, where a plurality of lattice materials 12, 13 are fitted into the inside of a frame 10, includes: recesses CS, CN formed in the outer side 10 P of the frame 10 for placing magnets 20S, 20 N; the magnets 20S, 20N arranged in the recesses CS, CN; and a thin-walled member 40 of the same material as the frame 10, which is affixed to the outer side 10 P so to cover the magnets 20S, 20 N.SELECTED DRAWING: Figure 2

Description

The present invention relates to, for example, a method for manufacturing a muntin lattice decoration used for decoration in an event venue, a commercial facility, a show window, a showcase, etc., a connecting structure of a muntin lattice decoration, a muntin lattice decoration, and a muntin lattice decoration. Regarding the decoration set.

Conventionally, decorative panels for partitions on which a geometric lattice pattern is formed have been proposed (see, for example, Patent Document 1). The material of the partition decorative panel described in Patent Document 1 is, for example, metal, wood, resin, ceramic, or the like. On the other hand, Kumiko is known as a traditional Japanese woodworking technique that creates intricate geometric patterns by combining thin pieces of wood without using fixing devices such as nails (for example, see Patent Document 2). reference). Kumiko lattice decorations created using the Kumiko technique are used for fittings such as shoji screens, architectural equipment such as transoms, furniture such as partitions, interior goods such as lampshades, kitchen goods such as pot holders, personal items, etc. It is also expected to be used as a decorative material for event venues, commercial facilities, show windows, and showcases. This is because performances using traditional crafts can introduce local industry and culture and revitalize the region (regional co-creation). Incidentally, Patent Document 2 discloses a method for manufacturing a muntin structure formed along a virtual curved surface, and an example in which the structure is used for a lighting shade, a partition, or a wall decoration material.

Utility model registration No. 3236594 JP2021-123947A Patent No. 2918803

By the way, decorations in event venues, commercial facilities, show windows, and showcases are replaced for each event (seasonally), and it is customary for all decorative materials used for these to be disposed of as waste. There is. This is because it was thought that if the same decorative material was used over and over again, there was a risk that the decorative design would become obsolete.

However, it takes time and effort to produce crafts that include intricate geometric patterns such as Kumiko lattice decorations, so it would be costly to replace the crafts that are decorative materials for each event. However, in the first place, it is unrealistic to discard handmade crafts. For this reason, even if the use of muntin lattice ornaments as a decorative material was strongly desired, it is thought that there were many cases in which the use of muntin lattice ornaments had to be abandoned due to the high cost.

In addition, Patent Document 3 describes a magnetic detachable connecting member that allows the pattern of the transom to be changed according to the user's preference after manufacturing, and for the purpose of changing transoms with various patterns and mass producing them at low cost. Although a Buddhist altar is disclosed in which a front decorative member is removably attached through an intermediary, no assumption is made about the decoration of event venues, commercial facilities, show windows, showcases, etc., or the connection of decorative members with each other.

Therefore, the present invention has been made in view of such problems, and provides a method for manufacturing a muntin lattice decoration that can easily express various decorative designs depending on the way of connection, a connecting structure of the muntin lattice decoration, An object of the present invention is to provide a muntin lattice decoration and a muntin lattice decoration set.

In order to solve the above problems, a method for manufacturing a muntin lattice decoration according to the present invention is a method for manufacturing a muntin lattice decoration in which a plurality of lattice materials are fitted into the inside of a frame, the method comprising: a step of forming a recess for arranging a magnet in the recess, a step of arranging the magnet in the recess, and pasting a thin member made of the same material as the frame on the surface of the outer surface so as to cover the magnet. It is characterized by including a process.

In order to solve the above problems, a connecting structure of a muntin lattice decoration according to the present invention is a connecting structure of a muntin lattice decoration in which a plurality of lattice members are fitted into the inside of a frame, the structure comprising: a recess formed in the recess for arranging a magnet; the magnet disposed in the recess; and a thin member affixed to the outer surface so as to cover the magnet and made of the same material as the frame. It is characterized by

In order to solve the above problems, a muntin lattice decoration according to the present invention is a muntin lattice decoration in which a plurality of lattice members are fitted inside a frame body, and the muntin lattice decoration is a muntin lattice decoration in which a plurality of lattice members are fitted into the inside of a frame body. It is characterized by having the connecting structure of the muntin lattice decoration described in item 2.

In order to solve the above problems, in the muntin lattice decoration according to the present invention, it is desirable that the magnetization direction of the magnet in the connection structure be set toward the outside of the frame.

In order to solve the above problems, in the muntin lattice decoration according to the present invention, all the frame members constituting the frame body may be provided with two of the connection structures.

In order to solve the above problems, in the muntin lattice decoration according to the present invention, it is desirable that the magnetization directions are set to be opposite between the mutually adjacent magnets.

In order to solve the above problems, in the muntin lattice decoration according to the present invention, the frame may be a combination of six frame members in a regular hexagonal shape.

In order to solve the above problems, a muntin lattice decoration set according to the present invention is characterized by comprising a plurality of muntin lattice decorations according to the present invention.

In order to solve the above problems, the muntin lattice decoration set according to the present invention may further include a wedge-shaped square member to be placed in a gap created when a plurality of the muntin lattice decorations are three-dimensionally connected.

According to the method for manufacturing a muntin lattice decoration, the connecting structure of the muntin lattice decoration, the muntin lattice decoration, and the muntin lattice decoration set according to the present invention, the muntin lattice decorations are connected to each other by the magnetic force of the magnet embedded in the frame. It becomes possible to connect. Moreover, since the thin member made of the same material as the frame is attached to cover the magnet, the magnetic force of the magnet can be utilized while maintaining the beauty of the muntin lattice decorative panel as a single unit. Therefore, depending on how the muntin lattice decorations are connected, the overall impression of the decorative design can be changed and the designer can reflect his or her own taste, making it easy to express a variety of decorative designs. It has the effect of being able to

Note that since the thin-walled member can be attached using an adhesive, no complicated process is required. Moreover, if an appropriate adhesive is used, it is easy to cure the adhesive rapidly and prevent peeling of thin-walled members.

In addition, if the magnets are properly placed in the frame, it is possible to connect multiple muntin lattice decorations not only in one dimension (serial) but also in two dimensions (matrix) or three dimensional (stereoscopic). It is also possible to connect them. Furthermore, since a plurality of muntin lattice decorations can be stacked and fixed, it is convenient to carry and store.

FIG. 1 is a schematic perspective view of a muntin lattice decorative panel according to this embodiment. FIG. 2 is a schematic plan view illustrating where the connecting structure is formed in the muntin lattice decorative panel. FIG. 3 is a diagram illustrating the process of forming a recess in the frame material. FIG. 4 is a diagram illustrating the process of arranging the magnet in the recess. FIG. 5 is a diagram illustrating the process of covering the magnet with a veneer. FIG. 6 is a diagram showing how the muntin lattice decorative panels are serially connected. FIG. 7 is a diagram showing how the muntin lattice decorative panels are connected in a matrix. FIG. 8 is a diagram illustrating how the muntin lattice decorative panels are stacked and connected. FIG. 9 is a diagram showing variations of the muntin lattice decorative panel. FIG. 10 is an example of a decorative design for a commercial facility in which connected muntin lattice decorative panels are hung. FIG. 11 is an example of a decorative design for a commercial facility in which connected muntin lattice decorative panels are attached to a wall surface. FIG. 12 is a diagram illustrating a wedge member used when three-dimensionally connecting muntin lattice decorative panels. FIG. 13 is an example of an object produced by three-dimensionally connecting muntin lattice decorative panels.

Hereinafter, an embodiment of a method for manufacturing a muntin lattice decorative panel, a connection structure of a muntin lattice decorative panel, a muntin lattice decorative panel, and a muntin lattice decorative panel set according to the present invention will be described in detail with reference to the drawings. do.

1. Configuration of Muntin Lattice Decorative Panel First, the schematic configuration of the visual muntin lattice decorative panel will be described based on FIGS. 1 and 2. FIG. 1 is a schematic perspective view of a muntin lattice decorative panel according to the present embodiment, and FIG. 2 is a schematic plan view illustrating where a connecting structure is formed in the muntin lattice decorative panel.
First, as shown in FIG. 1, the muntin lattice decorative panel 1 of this embodiment includes a frame 10 made of a regular hexagonal combination of wooden frame members 10A to 10F made of, for example, cedar or cypress. The overall shape of the frame 10 is a flat regular hexagonal tube.) Inside this frame 10, lattice materials 12, 12, 12 for ground assembly made of the same material as the frame 10 are fitted diagonally, and these lattice materials 12, 12, 12 are used as muntin lattice decorations. Six equilateral triangular ground assemblies 100 are formed inside the panel 1. A leaf muntin 13 (hemp leaf-shaped muntin in FIG. 1) made of the same material as the frame 10 is fitted inside each of the six ground assemblies 100. The above-mentioned frame materials 10A to 10F, lattice materials 12, 12, 12, and leaf muntins 13, 13, 13, 13, 13, 13 are all fitted into each other by interleaving or thrusting without using fixing tools such as nails. Because of this, the weight of the muntin lattice decorative panel 1 is kept light compared to the case where fixing devices are used. The weight of the muntin lattice decorative panel 1 varies depending on the size of the frame 10, the type of the groundwork 100, the type or presence or absence of the leaf munko 13, the material, etc., but falls within the range of 174 g to 240 g, for example. (The details of each weight will be described later.)

Next, as shown by dotted lines in FIG. 2, each of the six frame members 10A to 10F constituting the frame body 10 is provided with a pair of connecting structures 200S and 200N arranged in the longitudinal direction of each of the frame members 10A to 10F. ing. One connection structure 200S includes a plate-shaped magnet 20S, and the other connection structure 200N includes the same magnet 20N as the magnet 20S. The magnetization directions of these magnets 20S and 20N are both set toward the outside of the frame 10, but one magnet 20S has its S pole facing the outside of the frame 10, while the other magnet The difference is that the magnet 20N has its N pole facing the outside of the frame 10. The depth positions of these magnets 20S and 20N are set closer to the outside of the frame 10, and the longitudinal positions of the magnets 20S and 20N are set closer to the ends of each of the frame members 10A to 10F (frame 10 (closer to the apex). Therefore, the magnets 20N and 20S are alternately arranged around the entire circumference of the regular hexagonal frame 10, and the magnetization directions of adjacent magnets are always set to be opposite. If the magnets 20S and 20N are arranged in such a positional relationship, there is an advantage that alignment is easy when a plurality of muntin lattice decorative panels 1 are connected, and they are difficult to come off (details will be described later).

2. Method for manufacturing a muntin lattice decorative panel Next, a method for manufacturing a muntin lattice decorative panel will be described with reference to FIGS. 3, 4, and 5. Figure 3 is a diagram explaining the process of forming a recess in the frame material, Figure 4 is a diagram explaining the process of arranging a magnet in the recess, and Figure 5 is a diagram explaining the process of covering the magnet with a veneer. It is. Here, the description will focus on one frame member 10A constituting the frame body 10, but the same applies to the other frame members 10B to 10F.

The method for manufacturing the muntin lattice decorative panel 1 of this embodiment includes the following steps (i) to (vi).
(i) A step (not shown) of preparing the frame 10 into which the lattice material 12 and the leaf set 13 are fitted.
(ii) Recesses CS and CN for arranging the magnets 20S and 20N on the outer surface 10P side of the frame member 10A constituting the frame body 10 are formed (FIGS. 3 (3-1) and (3-2)). In this step, tools such as a trimmer and a router are used, for example.
(iii) Step of arranging the magnets 20S and 20N in the recesses CS and CN (FIG. 4 (4-1) and (4-2)).
(iv) A step of applying adhesive 30 to the outer surface 10P of the frame material 10A from above the magnets 20S and 20N (FIG. 5 (5-1)). In this step, a tool such as a gluing roller is used, for example.
(v) A step of attaching a thin veneer 40 made of the same material as the frame 10 to the outer surface 10P of the frame material 10A so as to cover the magnets 20S and 20N (FIG. 5 (5-2), (5-3))
(vi) A step of curing the adhesive 30 (not shown).

Here, as the pair of magnets 20S and 20N, the same type, same size, and type of magnets are used as described above, and the only difference between the two is that their orientations are reversed. In addition, the material of the veneer 40 is the same as that of the frame material 10A (wooden), and is set to be sufficiently thin, so that the magnetic force of the magnets 10S and 10N embedded inside the frame material 10A is transferred to the outside. can be passed to. Note that this veneer 10 can also be called a "veneer".

Further, as the adhesive 30, for example, a honeymoon type (separately applied) woodworking water-based adhesive can be used. It has been confirmed through experiments that the adhesive 30 does not need to be applied avoiding the magnets 20S and 20N, and that even if it is applied over the magnets 20S and 20N, it does not impede the function of the magnets. Therefore, the step of attaching the veneer 10 (FIG. 5) can be carried out efficiently in a short time.

According to the above manufacturing method, the pair of connecting structures 200S and 200N can be embedded near the outer edge of the frame member 10A (see FIG. 2). One connection structure 200S includes a recess CS, a magnet 20S, and a veneer 40, and the other connection structure 200N includes a recess CN, a magnet 20N, and a veneer 40. Both connection structures 200S and 200N have the same unit. They share board 40. Such connection structures 200S and 200N are similarly provided in other frame members 10B to 10F constituting the frame body 10 (see FIG. 2).

In these connection structures 200S and 200N, the magnets 20S and 20N have sufficient magnetic flux density despite being small, as will be described later, so they significantly increase the weight of the muntin lattice decorative panel 1. It is possible to connect the muntin lattice decorative panels 1 to each other without any trouble.

In addition, since the veneer 40 constituting the connecting structures 200S and 200N is made of the same material (wooden) as the frame 10, the muntin lattice decorative panel The beauty of 1 as a single unit is not impaired.

Furthermore, since the thickness of the single plate 40 is set to be sufficiently thin, the magnetic force of the magnets 20S and 20N passes through it, and the connecting force generated by the magnets 20S and 20N is not inhibited.

Further, since the veneer 40 is attached using the adhesive 30, no complicated process is required. Furthermore, if a product described later is used as the adhesive 30, the adhesive 30 can be rapidly cured and the veneer 40 can be prevented from peeling off by simply applying the main agent and primer separately and then bonding both sides together.

3. Method for connecting muntin lattice decorative panels Next, a method for connecting muntin lattice decorative panels will be described with reference to FIGS. 6, 7, and 8.
FIG. 6 is a diagram showing how the muntin lattice decorative panels are connected in a serial manner (one-dimensional form), and FIG. 7 is a diagram showing how the muntin lattice decorative panels are connected in a matrix form (two-dimensional form). 8 is a diagram illustrating how muntin lattice decorative panels are overlapped and connected.
As described above, in the muntin lattice decorative panel 1 of this embodiment, a pair of magnets 20S and 20N are embedded in each of the frame members 10A to 10F, so as shown in FIG. 1, 1, ... are prepared and when they are placed in the same posture with their outer surfaces brought close to each other, the N pole of the magnet 20N and the S pole of the magnet 20S will always face each other, so that the adjacent muntin lattice decorative panels 1, The outer surfaces of 1 overlap perfectly and attract each other. Therefore, a plurality of muntin lattice decorative panels 1, 1, . . . are connected serially (one-dimensionally) as shown in FIG.

Furthermore, as shown in FIG. 7, even when the muntin lattice decorative panels 1, 1, ... in the same posture are arranged in two directions (lateral direction and diagonal direction in the example of FIG. 7), the adjacent muntin lattice decorative panels Since the N pole of the 1,1 magnet 20N and the S pole of the magnet 20S always face each other, a plurality of muntin lattice decorative panels 1, 1,... are connected in a matrix (two-dimensional shape) as shown in FIG. Ru.

Furthermore, as shown in FIG. 8, when the muntin lattice decorative panels 1, 1, ... in the same posture are stacked in the height direction (vertically stacked), a plurality of magnets 20N with the same magnetization direction are stacked in the height direction. Since a plurality of magnets 20S with the same magnetization direction are stacked in the height direction, the vertically stacked muntin lattice decorative panels 1, 1, . . . can be fixed in a block shape. The plurality of muntin lattice decorative panels 1, 1, . . . fixed in a block shape are convenient for carrying and storing.

4. Example of a muntin lattice decorative panel set A muntin lattice decorative panel set according to the present embodiment will be described below with reference to FIG. FIG. 9 is a diagram showing variations of the muntin lattice decorative panel.
The muntin lattice decorative panel set of this embodiment includes a plurality of the muntin lattice decorative panels 1 of this embodiment described above. The Kumiko lattice decorative panel set of this embodiment includes, for example, two or more types of Kumiko lattice decorative panels 1 with different Kumiko patterns (lattice patterns determined by the combination of ground and leaf kumiko) as shown in FIG. 1, . . . may be included, or only the same type of muntin lattice decorative panels 1, 1, . . . may be included in the same set.
Incidentally, the kumiko pattern shown in Fig. 9(A) is "Aspen leaf (small)", the kumiko pattern shown in Fig. 9(B) is "Aspen leaf (large)", and the kumiko pattern shown in Fig. 9(C) is "Aspen leaf (large)". The child pattern is "Mitsukumite (small)", the Kumiko pattern shown in Figure 9 (D) is "Sesame pattern (small)", and the Kumiko pattern shown in Figure 9 (E) is "Cloisonne tortoise shell". be. However, the muntin pattern of the muntin lattice decorative panel 1 is not limited to that shown in FIG.
Basically, the outer shape and size of the plurality of muntin lattice decorative panels 1 included in the set (that is, the outer shape and size of the frame body 10) are the same. This is because when connecting muntin lattice decorative panels, the sizes of their outer surfaces 10P and the positions of their magnets 20S and 20N need to be the same.
However, as long as the positions of the magnets are adjusted in advance so that they can be connected to each other, a plurality of muntin lattice decorative panels having different external shapes or sizes may be included in one set. For example, one set may include a hexagonal muntin lattice decorative panel 1 having a hexagonal frame and a square muntin lattice decorative panel (described later) having a rectangular (square-shaped) frame. However, one set may include a hexagonal muntin lattice decorative panel 1 having a hexagonal frame and a pentagonal muntin lattice decorative panel (described later) having a pentagonal frame.

5. Example Hereinafter, an example of the muntin lattice decorative panel 1 of this embodiment will be described. The specifications of the muntin lattice decorative panel 1 are as follows, for example.
・Frame material length L: 200mm
・Longer diameter L1 of the frame: 400mm
・Frame short diameter L2: 346.4mm
・Frame height H: 12mm
・Frame thickness d: 10mm
・Magnet: Neodymium magnet ・Magnet length ML: 30mm
・Magnet width MW: 5mm
・Magnet thickness Md: 3mm
・Magnet magnetization direction: Direction of thickness Md ・Magnet surface treatment: Nickel plating ・Magnet surface magnetic flux density: 3,450 Gauss (345 millitesla)
・Magnet adsorption force: Approximately 5.6 kgf
・Recommended operating temperature of magnet: 80℃ or less ・Gap Δ from the top of the frame to the recess: 17mm
・Length of recess CL: 35mm
・Width of recess CW: 5.1mm
・Depth of recess Cd: 3.3mm
・Thickness Pd of veneer: 0.75mm to 1mm
・Adhesive: Konishi Bond HB-10 (Honeymoon type)
・Weight of Kumiko lattice decorative panel (Mitsu Kumite (small)): 174g
・Weight of Kumiko lattice decorative panel (hemp leaves (small)): 240g
・Weight of Kumiko lattice decorative panel (sesame pattern (small)): 256g
・Weight of Kumiko lattice decorative panel (hemp leaves (large)): 212g
・Weight of Kumiko lattice decorative panel (Cloisonne tortoiseshell (large)): 238g

6. How to use the muntin lattice decorative panel set Hereinafter, an example of a decoration method using the muntin lattice decorative panel set will be described with reference to FIGS. 10 and 11. FIG. 10 is an example of a decorative design for a commercial facility in which connected muntin lattice decorative panels are hung, and FIG. 11 is an example of a decorative design for a commercial facility in which connected muntin lattice decorative panels are attached to a wall.
As shown in FIG. 10, the muntin lattice decorative panels of this embodiment connected in a matrix (two-dimensional shape) can be easily suspended from the ceiling using transparent elongated members such as nylon strings. If the connected muntin lattice decorative panels 1 are illuminated, for example, from above, a fantastic space created by the transmitted light of the muntin lattice decorative panels 1 can be created.
Furthermore, as shown in FIG. 11, if the muntin lattice decorative panels of this embodiment connected in a serial (one-dimensional) or matrix (two-dimensional) manner are arranged along a wall surface, the wall surface can be decorated. Can be done. Moreover, if a sheet made of magnetic material (for example, made of iron) is attached to the surface of the wall in advance, the muntin lattice decorative panel of this embodiment can be attached to any position on the wall without using fixing tools or adhesives. It can be attached or reattached. Furthermore, as shown by the white arrows in Figure 11, by connecting the muntin lattice decorative panels at an angle, it is possible to create a three-dimensional (three-dimensional) object that protrudes from the wall surface. be.

7. Three-dimensional connection method A three-dimensional connection method will be described below with reference to FIGS. 12 and 13. Figure 12 is a diagram illustrating a wedge member used to three-dimensionally connect the muntin lattice decorative panels, and Figure 13 is an example of an object created by three-dimensionally connecting the muntin lattice decorative panels. .

First, when trying to connect two muntin lattice decorative panels 1, 1 three-dimensionally (three-dimensionally), the outer surface of one muntin lattice decorative panel 1 and the other muntin lattice decorative panel 1 are connected. As shown in FIG. 12, a gap is generated between the outer surface and the outer surface, so by preparing a wedge-shaped square piece 50 having the same shape as the gap and inserting it (sandwiching) into the gap, the two muntin lattices can be separated. It is preferable to stabilize the mutual posture of the decorative panels 1, 1. The material of this wedge-shaped square member 50 is the same as that of the frame 10 and is sufficiently thin so that the magnetic force of the magnet embedded inside the two muntin lattice decorative panels 1, 1 can pass therethrough. Such a wedge-shaped square member 50 may be included as an assembly part in a muntin lattice decorative panel set.

Further, by applying such three-dimensional connection technology, it is also possible to create three-dimensional objects as shown in FIGS. 13(A) and (B), for example. FIG. 13(A) shows an example of a muntin lattice decorative panel connected in a truncated cube shape, and FIG. 13(B) shows an example of a muntin lattice decorative panel connected in a truncated icosahedral shape. This is an example of a lattice decorative panel.

In addition, in order to create an object in the shape of a cut edge cube (FIG. 13(A)) or a partially cut edge cube shape, a plurality of hexagonal muntin lattice decorative panels 1 having a hexagonal frame and a square shaped A plurality of square muntin lattice decorative panels 101 each having a (square-shaped) frame body, a plurality of wedge-shaped square members (not shown) for filling gaps between the hexagonal muntin lattice decorative panels 1, and a hexagonal muntin lattice lattice. A plurality of wedge-shaped square members (not shown) for filling the gap between the decorative panel 1 and the square muntin lattice decorative panel 101 may be included in one set. In addition, the square muntin lattice decorative panel 101 is obtained by changing the frame 10 of the above-described muntin lattice decorative panel 1 into a rectangular shape (square shape).

In addition, in order to create an object in the shape of a truncated cube (FIG. 13(B)) or a partially truncated cube, a plurality of hexagonal muntin lattice decorative panels 1 having a hexagonal frame and a pentagonal A plurality of pentagonal muntin lattice decorative panels 102 having a frame body, a plurality of wedge-shaped square members (not shown) for filling the gaps between the hexagonal muntin lattice decorative panels 1, and a hexagonal muntin lattice decorative panel 1. A plurality of wedge-shaped square members (not shown) for filling gaps in the pentagonal muntin lattice decorative panel 102 may be included in one set. The pentagonal muntin lattice decorative panel 102 is obtained by changing the frame 10 of the above-described muntin lattice decorative panel 1 into a pentagonal shape.

Here, we used a wedge-shaped square piece inserted into the gap between the muntin lattice decorative panel and the muntin lattice decorative panel in order to connect them three-dimensionally. It may be possible to prevent a gap from occurring by attaching a .

8. Effects of the Embodiment As explained above, according to the present embodiment, the muntin lattice decorative panels 1, 1, ... can be connected to each other in various directions by the magnetic force of the magnets 20S, 20N embedded in the frame 10. (Fig. 6, Fig. 7, Fig. 8, Fig. 12). Moreover, since the veneer 40 made of the same material as the frame body 10 is attached to cover the magnets 20S and 20N (Fig. 5 (5-3)), the beauty of the muntin lattice decorative panel 1 as a single unit is maintained. At the same time, the magnetic force of the magnets 20S and 20N can be utilized. Therefore, according to this embodiment, depending on how the muntin lattice decorative panels 1 are connected, the overall impression of the decorative design can be changed, and the designer can reflect his or her own taste. This has the effect that various decorative designs can be easily expressed (FIGS. 10, 11, and 13).

9. Variation of Applications The following examples are examples of applications of the above-mentioned muntin lattice decorative panel set.
・In-store decoration, show window decoration, showcase interior decoration of commercial facilities ・Entrance decoration of accommodation facilities, guest room decoration ・Event venue decoration ・Office interior decoration ・Building interior decoration (including general home decoration)

10. Variations in Decoration Methods The following examples are examples of decoration methods using the muntin lattice decorative panel set.
- Hanging one or multiple connected muntin lattice decorative panels.
- Connect one or a plurality of connected muntin lattice decorative panels and attach them to a wall (wall surface made of magnetic material).
- Lay one or a plurality of connected muntin lattice decorative panels on a flat surface.
・Hang multiple muntin lattice decorative panels connected three-dimensionally.
・Multiple muntin lattice decorative panels connected three-dimensionally are connected and pasted on a wall (wall surface made of magnetic material).
- A plurality of three-dimensionally connected muntin lattice decorative panels are placed on a flat surface.

11. Variations in Frame Shape In the above-described embodiments, the frame 10 has a square, regular pentagon, or regular hexagon in plan view, but other shapes such as an equilateral triangle, a regular octagon, a regular decagon, a star-shaped regular polygon, etc. It may be a regular polygon with unequal side lengths, such as a right triangle, isosceles triangle, rectangle, parallelogram, rhombus, modified hexagon, modified pentagon, modified star polygon, It may be a polygonal shape, a closed curve shape such as a circle, an ellipse, or a cloud shape, or a closed curve shape that is a combination of a partial polygon and a partial closed curve.

12. Variations in set contents It is also possible to realize different sizes, different patterns, and different colors of the above-mentioned Kumiko lattice decorative panels. Furthermore, one set may include multiple types of muntin lattice decorative panels with at least one different frame shape, size, pattern, and color, or multiple types of muntin lattice decorative panels with at least one different frame shape, size, pattern, and color. The muntin lattice decorative panels may be included in separate sets (that is, only one type of muntin lattice decorative panels may be included in one set).

13. Others Furthermore, any of the embodiments described above can be modified in various ways without departing from the spirit of the present invention.

1 Mumtin lattice decorative panel 10 Frame 12 Lattice material 13 Leaf muntin 10A to 10F Frame material 20S, 20N Magnet 10P Outer surface CS, CN Recess 10P Outer surface 10P
L Length of frame material L1 Major axis of frame L2 Minor axis of frame H Height of frame d Thickness of frame ML Length of magnet MW Width of magnet Kd Thickness of magnet Δ From the top of the frame to the recess Gap Δ: 17mm
CL Length of recess CW Width of recess Cd Depth of recess Pd Thickness of veneer 200S, 200N Connection structure

Claims (9)

A method for manufacturing a muntin lattice decoration in which a plurality of lattice materials are fitted inside a frame,
forming a recess for arranging a magnet on the outer surface of the frame;
arranging the magnet in the recess;
attaching a thin member made of the same material as the frame to the surface of the outer surface so as to cover the magnet;
A method for producing a muntin lattice ornament, comprising: A connected structure of muntin lattice ornaments in which a plurality of lattice members are fitted inside the frame,
a recess formed on the outer surface of the frame for arranging the magnet;
the magnet disposed in the recess;
a thin member affixed to the outer surface so as to cover the magnet and made of the same material as the frame;
A connected structure of muntin lattice ornaments, characterized by comprising: It is a muntin lattice decoration in which multiple lattice materials are fitted inside the frame,
A muntin lattice decoration, characterized in that all frame members constituting the frame body are provided with the muntin lattice decoration connection structure according to claim 2. In the muntin lattice decoration according to claim 3,
The muntin lattice ornament, wherein the magnetization direction of the magnet in the connection structure is set toward the outside of the frame. In the muntin lattice decoration according to claim 4,
A muntin lattice ornament characterized in that each of the frame members constituting the frame body is provided with two of the connection structures. In the muntin lattice decoration according to claim 5,
A muntin lattice decoration, characterized in that magnetization directions are set to be opposite between the mutually adjacent magnets. In the muntin lattice decoration according to claim 6,
The muntin lattice decoration, wherein the frame body is a combination of the six frame members in a regular hexagonal shape. A muntin lattice decoration set comprising a plurality of muntin lattice decorations according to any one of claims 3 to 7. The muntin lattice decoration set according to claim 8,
A muntin lattice decoration set, further comprising a wedge-shaped square piece to be placed in a gap created when a plurality of the muntin lattice decorations are three-dimensionally connected.

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