Device for magnetotherapy

 

(57) Abstract:

Device for magnetotherapy relates to medical equipment, and more particularly to a magnetotherapy equipment, and can be used in medical institutions (clinics, hospitals). The device contains a water cooler, a system of electrodes, the current source and thermal control system and is equipped with a solenoid, mounted on the scope, the axis of which is vertical, the additional current source and thermocontacts, and thermocontacts connected in series with the primary and secondary power sources. 1 Il.

The invention relates to medical equipment, and more particularly to manicurepedicure equipment.

A device for magnetotherapy, containing the solenoid and the current source.

The disadvantage of this device is neapolitanische maximum intensity field of the solenoid because of the unpleasant sensations associated with the rotation, the whistling, the noise-affected area had to be removed from the poles to see 20-30 device does not provide a constant temperature in the whole volume, which reduces the quality of the intensity of the magnetic field. In addition, when working who currents through the device.

The technical result consists in maintaining a constant temperature in applications when passing large currents through the solenoid and the electrodes and ensure the continuous mode, the intensity of the magnetic field that increases the effectiveness of treatment.

For this purpose, in the device for magnetotherapy, containing a current source connected to the solenoid, put the water cooler, thermocontacts and electrodes with an additional current source in the current source and thermocontacts serially included in the circuit of the solenoid, auxiliary current source connected in parallel to the electrodes, a solenoid mounted on the outer surface of the water radiator, thermocontacts and the electrodes are located inside the solenoid.

The drawing shows a diagram of the device.

The device comprises a water heat sink 1, the solenoid 2, mounted on the scope. In the application of the solenoid 2 is the water cooler and the electrodes 3 and 4 connected to the current source 5. Thermocontacts 6 located inside the solenoid 2 is connected in series with the solenoid 2, the current source 5 and an additional source 7 current.

Take setence about the width of the winding 967 Case of the solenoid are made of aluminum. Take the water cooler with dimensions, mm: outer diameter 150, inner diameter 128, height 134, capacity 2 litres, the Ratio of the electrode surface of the anode to the cathode 1:1. The dimensions of the electrodes 50:50 mm

The device operates as follows. Include first main current source 5 and a voltage is applied to the electrodes 3 and 4. Serves the voltage across thermocontacts 3 from an additional source 7 current to the solenoid 2. The inclusion of the solenoid 2 causes intense magnetic field in the area of the metal electrodes 3 and 4. The inclusion of the solenoid 2 creates a temperature increase, triggered a water cooling water heat sink 1 and the cooling and alignment throughout the volume. Additional current source 7 can provide the necessary current density in the mode intensity of the magnetic field of the solenoid.

When the temperature of the contactor 6 is opened and turns off the solenoid 2.

The device allows to maintain a constant temperature in applications when passing large currents through the solenoid and the system of electrodes that provides a constant intensity mode of the magnetic field and results in quality outcomes.

Device for magnetometer, thermocontacts and electrodes with an additional current source in the current source and thermocontacts serially included in the circuit of the solenoid, auxiliary current source connected in parallel to the electrodes, a solenoid mounted on the outer surface of the water radiator, thermocontacts and the electrodes are located inside the solenoid.

 

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EFFECT: enhanced effectiveness in treating pathological tissues without harmfully influencing healthy cells.

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FIELD: medicine; medical engineering.

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FIELD: medical engineering.

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