Magnetic therapy device applied to spinal rectification system

Abstract

The invention provides a magnetic therapy device applied to a spinal rectification system. The spinal rectification cures muscle mild contracture and muscle tension caused by unhealthy living habits and diseases of modern people. Muscle tension occurs on both sides of the spine and is attached to or associated with a muscle group, and leads to spinal fatigue, overload or even deformation for a long time. In the field of spinal recovery, spinal traction and fixing are carried out, and at the same time mechanical engineering, electric field and the like are applied to relieve muscle tension, which is proved to be an effective therapy means. According to the invention, a variety of therapy means are provided; electrical and magnetic therapy are effectively combined; human muscle tension-related ganglion induced discharging is carried out, which effectively improves a variety of muscle health indicators; myoelectricity detection is combined to carry out real-time adaptive adjustment to acquire a better therapy effect; through the matching of a gradient magnetic field and a static magnetic field, the magnetic therapy device induces an action potential at a specific peripheral nerve, so that the corresponding fatigue muscle is relieved.

Description

technical field

[0001] The present application relates to the field of spinal rehabilitation, in particular to a spinal and muscle rehabilitation device. Background technique

[0002] Modern people have a certain part of the body in a fixed posture for a long time due to sitting work, bad living habits, disease or some reason, and the muscles are in a state of continuous contraction under low load for a long time. This results in a loss of water in the matrix of fibrous tissues such as ligaments, weakened viscoelastic properties, and reduced interfiber lubrication. At the same time, the distance between fibers is shortened and the contact period is prolonged, which may lead to the formation of chemical transverse bonds between fibers, which leads to the occurrence of adhesion between fibers. In this group of people, chronic inflammation of muscle tissue often leads to new fibers. These new fibers are arranged in disorder and form adhesions with the original fibers again, fu...