High-frequency sinusoidal wave electrotherapy system

Abstract

The invention relates to the technical field of electrotherapy, and discloses a high-frequency sinusoidal wave electrotherapy system. The system involves the following steps that two high-frequency electronic waveforms ('feed signal') are placed on a skin ('opposite pad') opposite to a pain part through the body through a single proprietary disposable pad, the feed signal is transmitted to a second proprietary disposable pad ('pain part pad') of a treatment part through the body, and the feed signal is exponentially multiplied by a material in the body to produce a low-frequency component, that is a beat frequency. The high-frequency sinusoidal wave electrotherapy system has the advantages that a combined high-frequency electrical signal can easily penetrate through the surface of the skin, thereby achieving the effect of treating the pain at the root; the discomfort is avoided by using a current combined signal, thereby reducing the patient resistance; the electrical signal is used for stimulating the deep tissue to accelerate the flow rate of the blood vessels, and stimulating the nerve fibers (C nerve fibers) to tighten the muscle tissue, thereby achieving the long-term therapeutic effect after the course of the treatment.

Description

Technical field [0001] The invention relates to the technical field of electrotherapy, in particular to a high-frequency sine wave electrotherapy system. Background technique [0002] Rodler’s US Patent No. 3958577 issued on May 25, 1976 discloses a device for generating interference and beat current at selectable points of the human body, especially a device for electrotherapy on the human body. The device includes At least two pairs of electrodes suitable for application to the human body. Each pair of electrodes is associated with an output amplifier. The latter provides uninterrupted selective pulses and alternating current for each pair of electrodes. The amplitude of the voltage is proportional to the current flowing through the patient. The mathematical method associates each individual set voltage with a common set value, and then subtracts them. The differential voltage is generated for each circuit and used for the corresponding amplification control of the amplifier. T...

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Problems solved by technology

[0005] Aiming at the deficiencies of the prior art, the present invention provides a high-frequency sine wave electrotherapy system, which can easily pass through the skin surface by combining high-frequency electrical signals, thereby achieving the treatment of the root cause of the disease, and avoiding discomfort by using the current combined signal , so as to reduce patient resistance, use electrical signals to stimulate deep tissue, accelerate blood vessel flow, stimulate nerve fibers (C nerve fibers), tighten muscle tissue, so as to achieve long-term therapeutic effect after the course of treatment, etc. Transcutaneous Electrical Nerve Stimulation Therapy (TENS) is unsatisfactory in effect. It is highly irritating to the skin and has a tingling sensation. It has electrolysis and will damage the skin. It is highly irritating to the muscles and has a strong muscle twitching feeling. Suffering from incoordination, no matter what the waveform is, it only conducts on the surface of the skin, and cannot reach deeper human tissues. The stimulation of the nerve roots is not in place, and the treatment effect is poor. Once the treatment is over, the pain will be restored immediately.

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