SU1507373A1 - Arrangement for extending the spine - Google Patents

Abstract

A device for stretching the spinal column is intended to increase the therapeutic effect of treating osteochondrosis by applying a controlled vibration-traction effect to the spinal column. The device consists of a base 1, patient fastening elements in the form of a Glisson loop 17 connected by a flexible rod 16 to an electromagnetic vibrator 12 located on the rolling rails 10, made on the lever 9 of the second kind, one end of which is connected by a telescopic bar 7 with an adjustable electric drive 3 equipped with a variable-length crank in the form of a disk 5 with holes 6, and at the other end of which a block 20 is fixed under the flexible cable 16. The lever 9 is also equipped with a scale 22 with an arrow 23, a weight 19 connected by a flexible cable 18 with an electromagnet th vibrator 12. By rotating the disc drive 3 5 occur rocking motion of the lever 9 and movable on it along the guide 10, the rolling of the electromagnetic vibrator 12. This electromagnetic vibrator 12 also generates vibration-Traction effect on the spine. The combination of these fluctuations leads to an increase in therapeutic effect. 1 il.

Description

31507

The invention relates to medical technology, namely, devices for treating the spine, and can be used in the treatment of neurological manifestations of spinal osteochondrosis.

The purpose of the invention is to increase the therapeutic e1) effect in the treatment of osteochondrosis by applying to the spine a regulated modulated radiation-traction effect.

The drawing schematically shows the device. General view.

The device for making the spinal column consists of a base in the form of a chair 1, a stretching mechanism in the form of a carriage 2, on which an adjustable electric drive 3 is placed, on its output shaft 4 a crank of adjustable length is fixed in the form of a disk 5 with holes 6. In one of the holes 6 fixed telescopic rod 7 with a lock 8 is pivotally connected to a lever U of the second kind, on which rolling rollers 10 are made and an electromagnetic vibrator 12 is mounted on them by means of rollers 11, levers 9 are hinged mounted on a rack 13 placed on the carriage 2. On the base 1, the bracket 14 is executed, on which on the blocks 15 there is a flexible cable 16, connected to the patient mounting elements in the form of a Glisson loop 17 and an electromagnetic vibrator 12. The latter is also flexible 18 is connected to the load 19, while the flexible rods 16 and 18 are placed respectively on the blocks 20, 21 located at the ends of the lever 9 equipped with a scale 22 and an arrow 23.

The device works as follows.

The lever 9 is placed in a horizontal position, while the arrow 23 of the scale is on O. In this position, the bend 16 is not tensioned and there are no mechanical vibrations transmitted to the patient. Switching on the electric drive 3 and rotating the disk 5 drives the lever 9 through the telescopic rod 7. As the angle of inclination of the lever 9 increases from the horizon of the electric magnet vibrator 12, it rolls along the guide rails 10 and increases the tension of the flexible rod 16 more and more. judge by

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0 5 0 d

with

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the movement of the arrow 23. The mass of the electromagnetic vibrator 12 tons is not a Glisson loop 17 fixed on the 1D1ent, which creates a constant tension. When the electromagnetic vibrator 12 is switched on, its vibrating membrane 24 begins to reciprocate, which are transmitted through the flexible cable and loop of Glisson 17 to the patient’s spine. The full turn of the disk 5 causes a gradual increase, then an equally gradual decrease in the pulling force of the mass of load 19. The angle of movement of the lever 9 and, accordingly, the range of changes in the stretching force of the spine is controlled by mounting the telescopic rod 7 at different distances from the center of the disk 5. Setting the lever 9 in horizontal position is carried out by changing the length of the telescopic rod 7. With an insufficient mass of the electromagnetic vibrator 12, an increase in the stretching force is carried out by an increase in the load 19, on which the sum is eTcrf with indicators of the scale 22.

The use of the described device is most supported by neurological manifestations, in particular, with compression syndromes of spinal osteochondrosis, as well as in the postoperative period in patients undergoing surgical intervention for cervical osteochondrosis, and the strain during stretching can be individualized depending on the nature of the pathological syndrome and severity of the process due to the possibility of a smooth change in the mass of the load 19.

Claims (1)

Invention Formula A device for stretching the spine, comprising a base and a carriage-shaped exhaust mechanism with a vibrator placed on it by means of rolling bearings, which are arranged on the blocks by flexible rods associated with patient attachment elements and a weight, characterized in that in the treatment of osteochondrosis by applying to the spine an adjustable modulated vibration-traction effect. 515073736 A electric drive with a variable-length crank mounted on the second type, one end of which has a variable-length crank connected to its shaft and is connected to a telescopic bar and an articulated rod connected to it, is inserted into it as a lever on the carriage-vibrator. , and support rolling one of the blocks under the flexible t gu.