Method for personalized customization of protector product

Abstract

The invention discloses a method for personalized customization of a protector product. The method comprises obtaining a corresponding three-dimensional model through three-dimensional scanning of a protected part of a user and a circular three-dimensional weaving method for continuous spun yarn of a novel mechanical intelligent material. A three-dimensional model is obtained through three-dimensional scanning of the protected part of the user and serves as a basis for designing arrangement of yarn carriers of all weaving planes in three-dimensional weaving, and then circular three-dimensional weaving of continuous spun yarn of the novel mechanical intelligent material is conducted according to the designed arrangement of the yarn carriers of all the weaving planes, so that the protector product prepared from the novel mechanical intelligent material is obtained. According to the method for personalized customization of the protector product, the novel mechanical intelligent material, the three-dimensional scanning technology and the circular three-dimensional weaving technology are combined, and a foundation is laid for the good effect in functional performance of the protector product from the aspects of material, forming method and the matching degree to the user.

Description

technical field [0001] The invention belongs to the technical field of sports protective gear products, and relates to a method for personalizing and customizing protective gear products. Background technique [0002] There is a new type of mechanically intelligent material. The material itself can be in two states of soft and hard, so it has excellent impact resistance and protection performance. The specific manifestations are: it is as soft as plasticine when pinched, stretched continuously to achieve a drawing effect, and kneaded into a tight sphere but is extremely elastic. If you smash it hard with a heavy object, the shape will hardly change, nor will it There are cracks, but if you press lightly with your fingers, the surface will be dented accordingly. The material has good ductility and can achieve a drawing effect, which allows the material to be prepared into yarns for weaving. [0003] In addition, the composite material woven by the three-dimensional weaving ...

AI Technical Summary

Problems solved by technology

[0004] At present, the materials used in existing protective gear products generally have limited protective effects on human bones, joints, and skin and soft tissue parts, and the parts protected by protective gear are still prone to damage

In addition, the size specifications of existing protective gear products are mostly set by national standards, but they cannot meet the needs of all users. Some users with large or small sizes will wear them too loosely or too tightly, resulting in poor protective effect. The problem

Images