RU31102U1 - Device for introducing ozone-oxygen mixture into human tissues - Google Patents

Abstract

A device for introducing an ozone-oxygen mixture into human tissues, containing a source of ozone-oxygen mixture, a syringe and a puncture needle, characterized in that, in order to improve compliance with sterility and aseptic rules, increase the effectiveness of treatment of patients with destructive-dystrophic lesions of the joints by obtaining the possibility of introducing reactive oxygen species with minimal loss, the needle is connected by a flexible tube to a tee, which is connected to a source of ozone-oxygen mixture and a syringe, and the tee is equipped with three with a crane.

Description

DEVICE FOR INTRODUCING OZONE-OXYGEN MIXTURE in

HUMAN FABRICS

The utility model relates to medicine, namely to traumatology and orthopedics, and can be used in the treatment of patients with destructive dystrophic diseases of large joints.

Intra-articular administration of anti-inflammatory drugs is widely used in the complex treatment of patients with early manifestations of deforming arthrosis. Patients with the first and second stages of deformity arthrosis of large joints are treated conservatively using intra-articular administration of drugs, for example, ozone-oxygen mixture.

A device is known for introducing an ozone-oxygen gas mixture into human tissues, for example, into a joint, including a source of ozone, a syringe and a needle, while the ozone-oxygen mixture is collected from a source of ozone into a syringe and then from a syringe, introduced into the tissue through a needle. (1).

The disadvantage of this device is a violation of sterility, a decrease in aseptics during the manipulation, a partial loss of the concentration of active oxygen molecules in the water being taken. A device is known for introducing an ozone-oxygen gas mixture into human tissues, for example, into a joint including an ozone source, a syringe and a needle, an ozone-oxygen mixture from an ozone source is drawn into a syringe and then from a syringe through a needle is introduced into the tissue, the syringe and the ozone source are not directly related. (2).

The disadvantage of this device is a violation of sterility, a decrease in aseptics during the manipulation, a partial loss of the concentration of active oxygen molecules in the water being taken.

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The purpose of creating a utility model is to improve compliance with sterility and aseptic rules, increase the effectiveness of treatment of patients with destructive-dystrophic lesions of the joints by obtaining the possibility of introducing reactive oxygen species with minimal loss.

This goal is achieved in that the needle is connected by a flexible tube to a tee, which is connected to a source of ozone-oxygen mixture and a syringe, and the tee is equipped with a three-way valve.

The utility model is illustrated by graphic material, which shows the proposed device for introducing an ozone-oxygen mixture into human tissue, for example, into a joint.

A device for introducing an ozone-oxygen mixture into human tissue contains a puncture needle 1 connected by a flexible tube 2 to a tee 3. The other end of the tee is connected by a flexible tube 4 to a source of ozone-oxygen mixture 5. The third end of the tee is rigidly connected to syringe 6. All connections in the device are tightly fixed .

The proposed device, for example, for the treatment of patients with destructive-dystrophic lesions of the joints, is used as follows.

The method is implemented as follows; im way.

In the dressing room, under conditions of aseptic and antiseptic, the patient is laid on a couch in the supine position, the affected limb is fixed in the flexion position in the knee joint 150 degrees, the affected knee joint is punctured and a puncture needle 1 is inserted into the joint cavity. Tee 7 is placed in the joint position the source of the ozone-oxygen mixture 5 and syringe 6. Pulling the syringe piston, the ozone-oxygen mixture is drawn into the cavity of the syringe 6. The tee valve 7 is moved to the position of the syringe 6 and the puncture needle 1, the pressure on the piston w pricks inject the ozone-oxygen mixture into the puncture needle 1 and the joint cavity 8.

Using the proposed device can improve sterility and aseptic rules when performing manipulations, improve the quality of treatment of patients with destructive-dystrophic lesions of the joints due to the possibility of introducing reactive oxygen species with minimal loss.

The device is easy to perform, can be used in a clinical setting.

Sources of information:

1. Technical passport. Ozonizer Medozon - BM, Nizhny Novgorod, 1999.

2. Technical passport. Automatic ozone therapeutic unit with ozone destructor UOTA - 60 - 01 Medozon, Moscow, 1998.

The authors:

Patentee:

G.P. Kotelnikov S.N. Izmalkov. V. Lartsev

B. G. Carriers

2002 year

Claims (1)

A device for introducing an ozone-oxygen mixture into human tissues, containing a source of ozone-oxygen mixture, a syringe and a puncture needle, characterized in that, in order to improve compliance with sterility and aseptic rules, increase the effectiveness of treatment of patients with destructive-dystrophic lesions of the joints by obtaining the possibility of introducing reactive oxygen species with minimal loss, the needle is connected by a flexible tube to a tee, which is connected to a source of ozone-oxygen mixture and a syringe, and the tee is equipped with three with a crane.