Graphene far infrared physical therapy heating insole

Abstract

The invention relates to a graphene far infrared physical therapy heating insole, and relates to the technical field of foot care. The problem that an existing insole does not have the effects of health care and physical therapy on people sitting for a long time is solved. The graphene physical therapy insole comprises a base layer (10), a graphene heating film layer (11) and a tread layer (12), protrusions (110) are distributed on the side, away from the base layer (10), of the graphene heating film layer (11), the protrusions (110) are arranged through mutual interval cross with the grapheneheating film layer (11) on the surface of the graphene heating film layer (11). The graphene far infrared physical therapy heating insole is used for people sitting for a long time, foot blood circulation of people can be increased, and the foot pain and foot swelling problems are relieved.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows users to experience warmth when they sit down while still receiving treatment remotely without having to manually adjust their position or apply medicine directly onto them' skin. By doing this, it improves overall wellness outcomes compared to traditional methods like hot water baths alone.

Problems solved by technology

This patented technical solution describes how we use near infrared (NIR) waves to warm our legs while doing physical therapies such as massage. However, current NIR wave generators produce too much noise when used over longer periods of time without being able to generate enough power effectively. Additionally, they may be affected negatively during long exposure times because it generates excessive temperature leading to skin damage.

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