3D display buffer device

Abstract

To provide a three-dimensional exhibition buffer device which can reduce waste, does not require a mold, is suitable for small-lot production of a wide variety of products, improves the sense of realism during exhibition, and has a high degree of freedom in design and manufacturing. [Solution] The 3D display buffer device has slits in cardboard or resin plates, and multiple plates are fitted together to form a lattice structure, supporting and buffering the 3D display object from multiple directions. Furthermore, by adding diorama elements and flat and curved decorative components to the plates, it can also be used as an exhibition stand after transportation.

Description

[Technical Field]

[0001] This invention relates to a shock absorber for three-dimensional display that protects three-dimensional display objects such as figures, models, and industrial products during transportation and can be reused as an exhibition stand after transportation. [Background technology]

[0002] Traditionally, three-dimensional display objects have often been fixed upright in blister packs made of polystyrene foam or PET. These are single-colored or transparent cushioning materials that cannot be used for display purposes and are easily discarded. In addition, blister molding requires molds and specialized equipment, making it unsuitable for small-lot production of a wide variety of items. [Prior art documents] [Patent documents]

[0003] [Patent Document 1] Patent Publication No. 2008-062987 Summary of the Invention [Problem to be solved by the invention]

[0004] The conventional technology had the following problems. 1. The cushioning material is discarded after transportation. 2. It requires molds and is not suitable for small-lot production of a wide variety of products. 3. It lacks visual appeal for display purposes. [Means for solving the problem]

[0005] This device forms a lattice structure by fitting together multiple slit-shaped plates. The ends of the plates are shaped to fit the outer shape of the object, while the other ends are shaped to fit the packaging box. The plates can be secured to the packaging box or by adhesive or tape. The thickness of the plate is, for example, approximately 1 mm, which is suitable for Thomson die cutting, but it may also be produced by laser cutting, CNC cutting, or modeling using a 3D printer. Furthermore, diorama elements and decorative members formed on boards can be formed directly on the lattice, by attaching boards or film materials, by sandwiching them in slits, etc. Decorative members are not limited to being flat, but can also be formed into curved surfaces. [Effects of the Invention]

[0006] According to this invention, 1. Cushioning material can be reused as display stands, contributing to waste reduction. 2. No molds are required, making it suitable for small-lot production of a wide variety of products. It can also be produced using a 3D printer, allowing for a high degree of freedom in shape. 3. Diorama elements and decorative materials can enhance the sense of realism during exhibition. 4. A wide variety of decorative materials, including flat and curved surfaces, can be used, allowing for a high degree of freedom in design and manufacturing. [Brief explanation of the drawings]

[0007] [Figure 1] Figure 1: Perspective view of the 3D display shock absorber [Figure 2] Figure 2: Example of plate shape with slits [Figure 3] Figure 3: Illustration of the object being held [Figure 4] Figure 4: Illustration of the state after adding decorative elements DETAILED DESCRIPTION OF THE INVENTION

[0008] The present invention is a shock absorber that can be used to pack and transport three-dimensional display objects and can also be used as an exhibition stand after transportation. An example of a specific embodiment is shown below. 1. Materials and board composition The plate 1 is made of a polycarbonate plate or cardboard with a thickness of approximately 1 mm (see Figure 2). A plurality of slits 2 are provided in the plate material 1. The width and spacing of the slits can be adjusted according to the outer shape of the target object 3. By fitting multiple plate materials 1 together and arranging them orthogonally or in a grid pattern, a structure is formed that supports an object 3 from multiple directions (see FIG. 3). 2. Assembly method The end of the plate material 1 is arranged to follow the outer shape of the object 3 . The other end is adjusted to the inner dimensions of the packaging box 4 to hold the position of the plate material 1. The plate materials 1 can be fixed together by using the packing box 4, or by using adhesive or tape in combination as needed. 3. Adding decorative elements The board 1 can be formed into a building, a streamlined diorama element 5, or a flat or curved decorative member 6 (see FIG. 4). The decorative members 6 can be attached by directly processing them onto the lattice, by attaching a plate material, or by inserting them into slits. Even when a curved decorative member 6 is used, it can be flexibly incorporated into the lattice structure of the plate material 1, enhancing the visual effect when exhibited. 4. Usage example During transportation, the object 3 can be secured by the lattice structure of the plate material 1 and stored in a packing box 4 to protect it from external forces. After transportation, the plate material 1 and the decorative member 6 can be used as an exhibition stand as they are, thereby reducing waste. [Example]

[0009] This example shows a figure as the object, using polycarbonate plates approximately 1mm thick. Plates with slits are fitted together to form a lattice structure, which supports the object from multiple directions. Diorama elements and decorative members can be directly processed into the lattice, or they can be formed by attaching plates or inserting them into the slits. The decorative members can be processed into curved shapes as well as flat shapes, allowing for flexible use for exhibitions even after transportation. [Industrial Applicability]

[0010] The three-dimensional display buffer device of this invention can be used in a wide range of industries. 1. Use in manufacturing and logistics fields It can safely hold three-dimensional display objects such as figurines, models, and industrial products during transportation. The grid-like board structure reduces waste compared to conventional styrofoam or blister packs. 2. Use in exhibitions and sales After transportation, it can be used as an exhibition stand as is, and can be used for in-store displays and event displays. The diorama elements and decorative components formed on the boards can enhance the visual realism. 3. Application to personal sales and small-scale production Since it does not require molds and can be easily manufactured using laser processing or CNC cutting, it is suitable for small-lot production or made-to-order production. It is also suitable for use in online markets run by individual sellers or small businesses, and can be used as a buffer device that combines the functions of both transportation and display. It can be easily processed and assembled at home or by a small business, and can be used to ship and display a variety of products. This invention can be widely used in everything from industrial production to personal sales, and is industrially useful as a new packaging and display device that combines the protection and display functions of three-dimensional objects. [Explanation of symbols]

[0011] Illustration Figure 1: Perspective view of the 3D display shock absorber Figure 2: Example of plate shape with slits Figure 3: Illustration of the object being held Figure 4: Illustration of the state after adding decorative elements Explanation of symbols 1 plate material 2 slits 3. Object (figure) 4 Packing Box 5. Diorama elements 6 Decorative materials

Claims

1. A three-dimensional display buffer device in which slits are made in cardboard or resin plates, and multiple plates are fitted together to form a lattice structure that supports and buffers three-dimensional display objects from multiple directions.

2. 2. The shock absorbing device for three-dimensional exhibits according to claim 1, wherein the edge of the plate material is formed in a shape that conforms to the outer shape of the three-dimensional exhibit object.

3. 3. The three-dimensional display buffer device according to claim 1 or 2, wherein diorama elements such as buildings, streamlines, smoke, laser beams, or decorative members are formed on the plate material.

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