Silica gel kneepad for auxiliary medical use and manufacturing method of silicone kneepad

Abstract

The invention relates to a silica gel kneepad for auxiliary medical use and a manufacturing method of the silica gel kneepad. The silica gel kneepad mainly comprises a sleeve-shaped kneepad body madeof an elastic fabric, and two elastic steel strips are arranged on the two sides of the inner wall of the kneepad body through anti-slip cloth strips in the axial direction. The elastic steel strips are tightly connected into the anti-slip cloth strips in an inserted mode, plastic connecting parts are arranged at the two ends of the elastic steel strips, and the two ends of the elastic steel strips are sewn in the anti-slip cloth strips through the plastic connecting parts. Silica gel soft pads are sewn on the inner wall of the front end of the kneepad body, a front end positioning line is disposed on the outer wall of the lower middle part of the front end of the kneepad body, and a rear end positioning line is disposed at the position, corresponding to the front end positioning line of the kneepad body, of the outer wall of the rear end of the kneepad body. The front end positioning line and the rear end positioning line are located at a knee and a popliteal fossa position of a humanbody correspondingly when the silica gel kneepad is worn, and mesh-shaped anti-slip doubling stitches are arranged at the upper end and lower end of the kneepad body correspondingly. The manufacturing method includes the five steps of yarn covering, knitting, cutting, sewing and trimming, and the silica gel soft pads are hand-sewn on the kneepad body.

Description

technical field [0001] The invention relates to the field of sports protective gear and medical aids, in particular to a silicone knee pad for auxiliary medical treatment and a manufacturing method thereof. Background technique [0002] Knee pads are one of the most common sports injury protection products. They are mainly used as auxiliary equipment worn by sports enthusiasts or athletes to protect knee joint sports injuries or assist in treatment after sports injuries occur. Current research has also It has been proved that the reasonable use of knee pads can significantly reduce the occurrence of sports injuries. The main working principle of the knee pad is to promote the cooperation between the muscles around the knee joint through proper pressure extrusion to enhance the strength of the knee joint and reduce the occurrence of sports injuries. During the rehabilitation of sports injuries, the knee pad can also coordinate the mutual cooperation between muscles Protect d...

AI Technical Summary

Problems solved by technology

The knee pads in the prior art are mainly aimed at improving the materials used, elasticity, appearance, etc., or protect them blindly by increasing the pressure between the muscles, enhancing the incentives and reducing the occurrence of sports injuries. Targeted protection design for common sports injuries, and the flexibility of use is not high

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