Rotary thin beam magnetic field magnetic therapy machine

Abstract

A rotary thin bundle magnetic field therapy machine comprises a main engine and a therapy bed, wherein the main engine comprises a power source and a control circuit; the main engine is provided with a display screen and a setting button; the therapy bed is provided with a plurality of magnet therapy heads; a magnetic core, a transmission motor, a vibrating motor and a vibrating hammer are arranged in each magnet therapy head; the magnetic cores can outwards radiate to form magnetic fields; a lantern ring is arranged on the periphery of each magnetic core; each magnetic core and the corresponding lantern ring are fixed relatively; the lantern rings are movably arranged in a supporting body; and the transmission motors are connected with the power source in the main engine, and can drive the magnetic cores and the lantern rings to rotate in the supporting bodies. Because the magnetic cores of the rotary thin bundle magnetic field therapy machine are driven by the motors to rotate, the magnetic fields which are formed by radiation of the magnetic cores act on a user and are bundle-shaped, the bundle-shaped magnetic fields stimulate cells of the user just like a comb, and a recovery health-care therapy effect on the user can be high.

Description

technical field [0001] The invention relates to a medical and health care equipment, in particular to a magnetic therapy machine. Background technique [0002] The magnetic therapy machine is a medical device that stimulates human cells through a magnetic field for health care treatment. The magnetic therapy machine is divided into two types: permanent magnet type and electromagnetic type. Most of the existing magnetic therapy machines use a large area of ​​magnetic field to achieve magnetic therapy for the human body. During magnetic therapy, a single magnetic field with a large range of action is used. This method is technically simple and easy to implement, but because the area of ​​action Therefore, a body with a larger area is under the action of the same magnetic field, and a certain physiological drop cannot be formed in a body with a larger area. If many points are distributed in this large area, and there are certain gaps between the points, the magnetic field at t...

AI Technical Summary

Problems solved by technology

Most of the existing magnetic therapy machines use a large area of ​​magnetic field to achieve magnetic therapy for the human body. During magnetic therapy, a single magnetic field with a large range of action is used. This method is technically simple and easy to implement, but because the area of ​​action Therefore, a body with a larger area is under the action of the same magnetic field, and a certain physiological drop cannot be formed in the body with a larger area.

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