Syringe for ultraviolet irradiation of blood "larissa"

 

(57) Abstract:

The invention relates to medical equipment and can be used for simple, quick and effective irradiation with ultraviolet rays (RIP) human blood for therapeutic purposes. The syringe consists of a chemically and thermally resistant glass go graded polymer housing-cylinder with a conical tip to the tubular needle and cap, as well as the combined piston emitter RIP and quartz glass in his face. To draw blood from the cubital vein and its back attached to piston rod with a handle on top. Inside the shaft are two conductors, bottom, they are attached to the electrodes inside the canister piston, and the top - to the handle rod, where the form electronico, which put minirosetta with two nests. The syringe is connected to the grid through the Converter current. The technical result - the possibility of use in the outpatient setting, as well as in the provision of emergency care at home for the effective treatment of many infectious diseases, including influenza, sepsis, heart and vascular diseases and other 1 Il.

The invention relates to medical equipment and can be applied deistvie on human blood ultraviolet rays (RIP) used relatively recently, but the healing effect is very positive, because under the influence of RIP in a specific wavelength range in the blood are formed of biologically active substances that enhance the activity of the immune system. Currently, this blood is used for treatment of obliterating atherosclerosis of arteries of extremities, coronary heart disease, postoperative purulent complications, septic conditions and other Possible its use for the treatment of AIDS.

Currently used devices for ultraviolet irradiation of blood difficult and inconvenient for use in the outpatient setting, do not allow you to simply, quickly and effectively to carry out the procedure of ultraviolet irradiation of blood, including in the provision of emergency care at home.

The purpose of this invention is to eliminate the above disadvantages of existing devices. This is achieved by creating a fundamentally new ultraviolet irradiator for irradiating blood - special syringe (see the drawing), which is:

chemically and thermally resistant glass or polymer graduated casing-cylinder (1) with a conical tip, on which is placed a tubular needle;
electrode inside, while performing the role of the piston in the syringe; b) rod (rod) (5) for movement of the piston up/down in the body of the syringe with built in this rod conductors connecting the electrodes of the container with mains plug (7) on the handle (6);

the socket (8) with cables for connection to the handle of the rod with one hand and to the DC-to-DC on the other;

the cover (9) housing-cylinder syringe.

The working end portion of the canister as ultraviolet irradiator is made of quartz glass (4), who are able to pass RIP. The canister is sealed, with the electrodes (3) on the inside and filled with mercury and an inert gas.

To obtain biologically active substances, the blood of a sick person can be exposed to RIP special for this syringe, the piston of which is a cylinder (2) with mercury, an inert gas and electrodes (3). Cylindrical body of the syringe (1) is made of a chemically and thermally resistant glass or polymer.

Intake the right amount of blood from the cubital vein of a sick person and introducing it back on the plunger of the syringe is attached to the stem (5) with handle (6), allowing you to move the piston up and down.

To obtain and.

To connect the syringe to the electrical power source is left on the surface of the handle the two ends of the wire are covered with a copper shell, forming electronico (7).

To bring the syringe in working condition on elektrowerke put pinealectomized with two sockets (8).

For passing the RIP to the object exposure (blood) the lower end of the piston-container is made of quartz glass (4).

The syringe is activated via the inverter current in the grid. Ensuring the efficiency of the device on the cone-shaped tip of the syringe is placed a tubular needle and begin to slow the blood from the cubital vein in the right amount. C. the process of drawing blood, and then reverse its introduction in the same vein, the blood of a sick person can be exposed to RIP a wavelength of 254 nm, producing biologically active substances. Thus, the entire procedure takes place in a matter of minutes with great efficiency. Without removing the needle from the vein, you can double, triple and more carry out this procedure, covering, thus, a large amount of blood, while not compromising the sterility and not diluting the blood with citrate (so it does not curled).

Syringe for ultraound in the piston, and a power supply, wherein the source of ultraviolet radiation is performed in a sealed container placed in it by the electrodes, mercury and inert gas and is the piston, and the piston has a rod with a handle, in which there are wires connecting the electrodes of the cartridge with electric plug, made in the form of copper sheath covering the two ends of the conductors facing surface of the handle, whereby elektrowerke wearing pinealectomized with two slots, and the end face of the piston is made of quartz glass.

 

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