Weft-free ring

Abstract

The invention discloses a weft-free ring. The weft-free ring comprises a fiber band. The fiber band comprises multiple circles of fiber filaments. The fiber filaments are glued together through glue to form the fiber band. The fiber filaments of the fiber band are formed by winding one bunch of fiber filaments for multiple circles. The fiber band of the weft-free ring is only formed by winding one bunch of fiber filaments, the lap joint situation of fiber filaments or fiber braided fabric is avoided accordingly, the situation that length accuracy is affected by lap joint is avoided, and then the length accuracy of the weft-free ring is guaranteed; and in addition, the fiber band is formed by winding the single bunch of fiber filaments, the situation that the lap joint part is prone to breakage is avoided, and therefore the strength of the weft-free ring is greatly improved.

Description

technical field [0001] The present invention relates to the technical field of connecting components, and more specifically, to a weft-free ring. Background technique [0002] In the existing technology, especially in the technology of wearable electronic devices, it is often necessary to use high-strength, high-precision and specific-shaped rings to bundle multiple components, and the bending freedom between components needs to be maintained, and Due to wireless signal interference, weight, size and other limiting factors, metal rings cannot be used as the binding mechanism, and multiple components can only be bundled together by non-metallic rings to achieve the purpose of connection. In the prior art, it is formed by end-to-end connection of strip-shaped fiber filaments or fiber braids. This connection method makes it difficult to control the shape and length of the ring, and it is easy to break at the connection, resulting in a significant decrease in the overall strengt...

AI Technical Summary

Problems solved by technology

[0002] In the existing technology, especially in the technology of wearable electronic devices, it is often necessary to use high-strength, high-precision and specific-shaped rings to bundle multiple components, and the bending freedom between components needs to be maintained, and Due to wireless signal interference, weight, size and other limiting factors, metal rings cannot be used as the binding mechanism, and multiple components can only be bundled together by non-metallic rings to achieve the purpose of connection

In the prior art, it is formed by end-to-end connection of strip-shaped fiber filaments or fiber braids. This connection method makes it difficult to control the shape and length accuracy of the ring, and it is easy to break at the connection, resulting in a significant decrease in the overall strength of the ring.

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