Two-dimensional plane structure or three-dimensional stereochemical structure composed of porous beads

Abstract

The invention provides a two-dimensional plane structure or three-dimensional stereochemical structure composed of porous beads. The two-dimensional plane structure or three-dimensional stereochemical structure is formed by combining the porous beads and connecting piece or is formed by combining the porous beads and one-hole beads through connecting pieces. Each porous bead is provided with two or more bead holes. The porous beads achieve connection through the bead holes and the connecting pieces. By the adoption of the two-dimensional plane structure or three-dimensional stereochemical structure composed of the porous beads, various inconveniences caused when original one-hole beads are used for making the two-dimensional plane structure or three-dimensional stereochemical structure are eliminated, the operation is simple, and the applied porous beads can be detached or replaced. The two-dimensional plane structure or three-dimensional stereochemical structure composed of the porous beads has wide application prospects on the aspects of making clothes, furniture, toys, lamps, packaging materials, building materials and the like.

Description

technical field [0001] The present invention relates to a two-dimensional planar structure or a three-dimensional solid structure composed of porous beads. Background technique [0002] Existing beads are usually one-hole beads, and the beads are connected in series by connecting wires to form a one-dimensional linear structure or a circular structure; for example, multiple one-hole beads are connected in series to form necklaces, bracelets and other accessories for wearing. [0003] When connecting a hole bead with a wire to form a two-dimensional plane or a three-dimensional structure, it is usually necessary to keep the wire in a tight state to form or maintain its multi-dimensional shape, and the string of a hole bead cannot be moved or rotated at will. . In this structure, the position of each one-hole bead is fixed, therefore, a single or partial one-hole bead cannot be removed, added or replaced. Moreover, when using one-hole beads to make a planar structure or a th...

AI Technical Summary

Problems solved by technology

Therefore, the production process of using a hole bead to form a two-dimensional plane or three-dimensional structure is relatively complicated, the technical requirements are high, and the production cost and production difficulty are relatively large; moreover, its application range is not wide and is subject to many restrictions.

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