Device for physiotherapy

 

The invention relates to medicine, more specifically to the means of treatment, and can be used in physiotherapy. The technical result consists in expanding the operational capabilities by expanding the zone of influence and increase therapeutic effect, consisting in the improvement of blood flow in the area of pathology. The device comprises a resonant circuit consisting of inductance and capacitance. The inductance is made in the form of two coils. The windings of the coils are connected in series and under. Each of the windings are placed on the side surface of the single dielectric frame. The frame has the shape of a truncated cone. Conclusions the total winding connected to the terminals of the capacitor. The frames are connected by an arc of the elastic dielectric. Windings are made by wire LAPCO 200,07. The quality factor of the oscillating circuit is not less than 150. 2 Il.

The invention relates to the treatment of the human body and can be used in physiotherapy for impacts on localized areas of the human body.

A device for transcutaneous electrostimulation using static electricity electrotherapeutic drives for the operating possibilities.

It is known that matter is a manifestation of energy, its primary form. With regard to medicine, it reads as follows: ultra-thin electromagnetic oscillations are a manifestation of life.

The frequency spectrum of a living organism covers waves from very long to very short [2].

A device for physical therapy, which for the local treatment uses internal energy of the body [3].

The device includes a flat dielectric frame, on which is placed a coil inductor and a capacitor. Conclusions winding connected in parallel with the terminals of the capacitor.

The inductor and capacitor form a resonant circuit, the resonant frequency of which is determined by the inductance of the winding and the capacitance value of the capacitor. Practically it is in the range of 100-2000 kHz.

When placed on the patient's body, the device works as a resonant hub of the electromagnetic field. Electromagnetic oscillations that are present in biological tissues, the frequency of which coincides with the resonant frequency of the oscillating circuit devices are located under the coil and increase in Q times, where Q is the quality factor of the oscillating circuit. Local is to improve blood flow in the area of pathology.

However, the known device for physiotherapy has limited operational capabilities.

The objective of the invention is the enhanced operational capabilities by expanding the zone of influence and therapeutic opportunities.

This is achieved by a device for physical therapy, including resonant circuit consisting of inductance and capacitance, according to the invention, the inductance is made in the form of two coils, the windings of which are connected in series and according to the findings of the total winding connected to the terminals of the capacitor, each of the windings of the coils placed on the side surface of the single dielectric frame having the shape of a truncated cone, the frames are connected by an arc of the elastic dielectric, and winding coils made by wire LAPCO 200,07 when the value of the quality factor of the oscillating circuit is not less than 150.

The essence of the invention lies in the fact that the inductance of the oscillating circuit is designed as two separate coils, windings are placed on a separate dielectric frames having the shape of a truncated cone, with the windings connected in series and in accordance with each of the windings is made by cable brand LAPCO 20Device for physiotherapy contains resonant circuit 1 consisting of a total inductance of the windings of the coils 2 and 3 and the capacitor 4. The resonant frequency of this circuit is determined by the total inductance of the windings of the coils 2 and 3 and the capacitance value of the capacitor 4. When placing the coils on the body in the circuit further entered "setup" capacity (insertion capacity), which is connected parallel to the capacitance of the capacitor 4, wherein the resonant frequency of the circuit is reduced.

In Fig.2 shows a variant of the construction of the complete device.

This device is intended to treat ear apparatus after receiving a traumatic brain injury (to restore hearing).

The device comprises a dielectric frames 5 and 6, each of which has the shape of a truncated cone. Both of the frame are connected by arc 7, made of an elastic dielectric. On the lateral surfaces of the frames posted by windings 2 and 3. In the center of the arc 7 is fixed capacitor 4. The windings of the coils 2 and 3 are connected in series and under. Conclusions the total winding connected to the terminals of the capacitor 4.

Treatment efficacy is determined by measuring the q-factor of the oscillating circuit, which must b>is a device made according to Fig.2, can be used in the treatment of joints of the extremities.

therapeutic effect is enhanced by the mutual induction between the windings of the coils 2 and 3.

If the patient's broadcasting station, the patient may use this frequency, which is present in the body. Because every person is a good receiving antenna and receives electromagnetic waves of radio stations, which are high frequency, have a sinusoidal carrier frequency, modulated by a range of low frequencies. In this case, the circuit device must be configured on the frequency of this radio station with regard to the magnitude of the insertion capacity.

The device has been pilot-tested in a number of medical institutions, Omsk. In particular, a high therapeutic effect was obtained in the neurosurgical Department of the city clinical hospital at the hearing in children after traumatic brain injury.

The hospital is situated at a distance of 5 km from the transmitting antenna to the broadcasting station RV-49 (frequency of 640 kHz).

Sources of information

1. RF patent № 2049492, class a 61 N 1/04, 1992, publ. 10.12.1995,

2. Ultrathin resonance therapy using the device IN COM. Bulletin of biofit inventions

A device for physical therapy, including resonant circuit consisting of inductance and capacitance, characterized in that the inductance is made in the form of two coils, the windings of which are connected in series and according to the findings of the total winding connected to the terminals of the capacitor, each of the windings of the coils placed on the side surface of the single dielectric frame having the shape of a truncated cone, the frames are connected by an arc of the elastic dielectric, and winding coils made by wire LAPCO 200,07 when the value of the quality factor of the oscillating circuit is not less than 150.

 

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