A stitched structure made of mesh boards and strings.

Abstract

To provide a storage container with high strength and flexibility in shape, using simple materials. [Solution] This storage container is constructed by joining the edges of a plastic mesh body a, which can be freely cut and bent, by winding a string material b around it. The mesh bodies are sewn and reinforced with the string material to form a three-dimensional box-like structure. The four sides of the mesh are integrally connected by the string material, and the corners are reinforced with a multi-wound structure. The lid is made of a mesh body as the base material and is connected to the main body in a hinge-like manner by the string material, thereby realizing an openable and closable structure. This makes it possible to maintain the lightness of the mesh body while simultaneously achieving improved durability, structural stability, and ease of attaching decorative parts.

Description

Technical Field

[0001] The present invention relates to a storage container composed of a mesh plate opened in a lattice pattern and a string material. In particular, by the string material functioning as a reinforcing material and a connecting material, the present invention relates to a storage container capable of obtaining a structure with high strength and high shape freedom from simple materials.

Background Art

[0002] Conventionally, plastic cases, cloth pouches, leather cases, etc. have been used as storage containers. However, a method for producing a storage container having a three-dimensional structure with strength and excellent in design and customization has not been established. On the other hand, although there are storage bodies that use a mesh-like material as a core material for knitting, a technique of passing a string material through mesh holes and configuring a plurality of mesh plates to be sewn together has not been sufficiently established. In addition, a technique of using a string material as a reinforcing material to improve the strength of corners or configuring a lid part to be freely opened and closed using a string material as a hinge has not been seen in the past. Furthermore, a structure of attaching a decorative part that fits exactly into the size by utilizing mesh holes is also not known.

Summary of the Invention

Problems to be Solved by the Invention

[0003] Among conventional storage containers, the most common molding method for plastic cases is injection molding using metal fittings. Although it can manufacture complex shapes and precision parts, it is premised on mass production in a factory, and it is difficult to manufacture in small lots or to give arbitrary sizes and designs by custom orders. Although cloth pouches are widely manufactured in small-lot handmade products and have a high degree of freedom in size and design, it is difficult to form a three-dimensional shape and there are limitations in strength. Leather products can be manufactured in arbitrary sizes and designs according to orders. Depending on the type of material, three-dimensional objects can also be freely formed and the strength is maintained. However, skilled techniques are required for manufacturing, and a certain amount of time and money are required to manufacture high-quality products. [Means for solving the problem]

[0004] This invention solves the problem by adopting the following configuration. (Claim 1) Multiple mesh panels, which can be freely bent and cut to any size, are sewn together by string material passing through the mesh holes to form a three-dimensional box. (Claim 2) A raised reinforcing edge is formed by a simple method of wrapping the cord material around the outer circumference. (Claim 3) The cord material is wrapped in multiple layers at the corners to achieve both strength and elasticity. (Claim 4) The lid is flexibly connected to the side section via a cord, forming a cord hinge. (Claim 5) Metal fittings can be easily attached to any desired position using the mesh holes. (Claim 6) Decorative parts can be fitted into any position within the mesh holes, allowing for design customization. (Claim 7) The wide variety of colors and types of cords allows for customization. [Effects of the Invention]

[0005] This invention provides the following effects: • Storage containers with a high degree of freedom in shape and size can be easily created. • Because the cord material functions as a structural element, it is possible to create three-dimensional objects with high strength and elasticity. • The string hinge allows the lid to open and close smoothly. • Decorative parts can be easily attached, offering high customizability. • Because it allows for production with consistent quality in a short time using only hand tools, it is ideal for individual business owners and small brands. [Brief explanation of the drawing]

[0006] [Figure 1] Overall perspective view [Figure 2]Front view [Figure 3] Corner reinforcement [Figure 4] With the lid open [Figure 5] Decorative parts mounting section [Modes for carrying out the invention]

[0007] One embodiment of the present invention will be described. (1) Composition Prepare resin mesh sheets, which can be cut to any size with ordinary scissors, as the bottom, sides, and lid. These are independent flat components, and strings are threaded through holes in the edges of the mesh. For the cord material, use paracord or similar material that is strong and easy to work with. (2) Formation of the box At the edges of the sides and bottom, thread paracord or similar material through the mesh holes in sequence and sew them together to assemble the box into a box shape. (3) Corner reinforcement The cord material is wrapped multiple times around the corners to enhance strength, elasticity, and three-dimensional retention. (4) Attachment of the lid The lid is flexibly connected to the edge of the side section by a cord. This allows the cord to act as a hinge, enabling the lid to be opened and closed. (5) Metal fittings and decorations The lid and body are secured to each other using metal fasteners (such as snaps) through the mesh holes. Additionally, decorative parts are attached to the mesh holes on the surface to give each piece a unique design.

Claims

1. A storage container characterized by comprising a mesh plate having multiple through-holes arranged in a grid pattern, and a rope-like cord material positioned to pass through the through-holes and along the edge of the mesh plate, wherein the cord material is positioned to continuously stitch together the mesh plates at the joints between the multiple mesh plates that constitute the bottom, side, and openable lid, thereby forming a three-dimensional box-like body.

2. A storage container according to claim 1, characterized in that the string material is continuously wound along the outer edge of the mesh plate, thereby forming a raised reinforcing edge.

3. A storage container according to claim 1, characterized in that the corners of the box-shaped body are reinforced by winding the string material multiple times around them, thereby improving shape retention.

4. A storage container according to any one of claims 1 to 3, wherein the lid portion is flexibly connected to the edge of the mesh plate constituting the side portion via the string material, and the connection by the string material functions as a hinge.

5. A storage container according to any one of claims 1 to 4, characterized in that a fastener is provided on at least one of the lid and the side portion, which is fixed using the through hole.

6. A storage container according to any one of claims 1 to 5, characterized in that a letter part or decorative part of a size that fits perfectly into the through hole is attached and fixed integrally with the main body.

7. A storage container according to any one of claims 1 to 6, characterized in that the cord material is made of paracord, wax cord, leather cord, synthetic fiber cord, or a similar material.

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