RU28824U1 - Phytotherapeutic device - Google Patents

Description

IPC: A61NZZ / 00

Phytotherapeutic device

The utility model relates to medical equipment, namely to devices for physiotherapy procedures.

Known phytotherapeutic device - cedar phytoparobar 1, 2, consisting of a barrel of 150 - 200 l, made of cedar, mounted vertically. In a barrel in a sitting position, the patient takes a phytoparous procedure according to the traditional type of sauna or bath. However, factors such as the patient’s sitting position, the combination of the perspiration process with the adoption of the physio-phyto procedure significantly reduce the therapeutic effect of the phytoparosauna and limit the scope of the known device.

The closest in technical essence and the achieved positive effect is the physiotherapeutic device "capsule of a healthy environment 3, in which the patient is lying down and the temperature inside the capsule is regulated. However, in addition to the fact that “the capsule of a healthy environment is made of plastic, its possibilities are limited by the effect of the sauna without the use of steam and phyto-solutions, which have the main therapeutic effect in the phytoparosauna.

The technical problem solved by this utility model is to expand the scope of the device in terms of providing a significantly larger number of procedures and their complex due to the possibility of increasing the number of technological procedures to maximize the therapeutic effect, as well as the possibility of individual selection of the necessary exposure regimen for each patient, depending on the nature diseases, age of the patient and the presence of concomitant diseases.

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The technical task posed is solved by a new

phytotherapeutic device, consisting of a hermetically sealed enclosure-cansula with a head restraint located at the distal end of its outer side, equipped with temperature control units, moreover, a removable trellised sunbed is installed in the capsule enclosure, the head restraint is connected to the inner space of the capsule enclosure using an adapter sleeve - the collar, which ensures tightness during the procedure, also along the entire length of the capsule body is pairwise symmetrical with respect to its longitudinal axis wives of the water supply comb, to which nozzles are connected that openings on the inner surface of the capsule body, and on the bottom of the capsule body symmetrically on the right and left on the outside, along the entire length, are containers-heaters delimited from it by a heat-insulating layer, also slotted holes are made on them hermetically combined with the openings of the steam outlet from the capsule body and water and phyto-solutions from flexible pipelines extending from the outside into the capsule body to the openings of the stone containers The device is also additionally equipped with a drain and exhaust, and it contains a steam supply unit and a phytocouple, including thermostat tanks, equipped with upper and lower water level switches from 1-95-105 and 1-35-45 С, respectively, cassettes with containers for phyto-solutions and dosage controllers herbal solutions tank

a hydraulic decoupling for connecting the technological devices necessary for each treatment procedure, a pump, a control unit consisting of a pump control panel with thermostat tank level lamps, a control panel and process control valves, a multi-purpose time timer, and the capsule body is connected by flexible pipelines to tanks of the thermostat and a tank for mixing phyto-solutions, which, in turn, is connected through the hydraulic isolation tank to the capsule body and

the control panel of the control unit, also the control panel is connected to the electric control panel of the pump and the containers-heats of the capsule body by means of electric cables, the capsule body, removable trellised bed and headrest made of aspen wood.

The figure 1 shows a phytotherapeutic device, in Fig. 2, the capsule body is a front view, in Fig. 3, the capsule body is a general view, and in Fig. 4 is a removable trellised lounger installed inside the capsule body

The phytotherapeutic device shown in Fig. 1 consists of a capsule body 1 that is closed on a sealed longitudinal seam and mounted on legs 33, a removable trellised deck 2 is installed inside the capsule body, and a head restraint 3 is connected from the outer side from the distal end of the capsule body, connected with its internal space, a transition collar-collar 4, the device is also equipped with a drain 5 and an exhaust 6. The water supply combs 29.30 are arranged pairwise symmetrically relative to its longitudinal axis along the entire length of the capsule body, with which nozzles 31 are connected through flexible pipelines, which openings open on the inner surface of the capsule body. The steam supply unit and the phytocouple consist of thermostat tanks 11 and 12, equipped with upper and lower water level relays, cassettes 13 with containers for herbal solutions, and a hydraulic decoupling tank 16 for connecting technological devices necessary for each treatment procedure and pump 17. The control unit includes an electrical control panel for the pump 18, equipped with signal lamps for tank levels of thermostat 19, panel l controls and taps for adjusting the technological process of physiotherapy 20 and a multi-purpose time timer 21. The housing capsule 1 is connected by flexible pipelines 10,22,23 to the tanks of the thermostat 11,12 and the mixing tank of herbal solutions 24, which, in turn, through the hydraulic decoupling unit 16 , connected to the housing capsule 1 and the control panel 20 of the control unit. Also the control panel is connected

electrical control panel for the pump 17 and the containers-stoves 7 by means of electric cables.

Two container-heaters 7 (Fig. 1,2) are attached to the bottom of the capsule body and are delimited from it by a protective thermally insulating layer 8 and represent steam sources with a temperature of 1: 85-105 C, made according to the principle of the heater used in the sauna. Each container the heater has slit-like openings 9, which are hermetically aligned with the openings in the capsule body 25. A flexible pipe for supplying water and phyto-solution Y is suitable for openings in the heater containers through openings in the capsule body. The bactericidal treatment is carried out using quar evyh lamps (32).

The water and phyto-solution supply system includes a thermostat tank (11) equipped with float switches for the upper and lower levels of hot water with a temperature t 95-105 ° С, a thermostat tank (12) equipped with float switches for the upper and lower levels of hot water t 35-45 ° С , cartridges (13) with containers for phyto-solutions of a certain concentration and phyto-solution dosage regulators (14), a tank with an intermediate level float switch (15) for mixing phyto-solutions, a hydraulic isolation tank (16), through which it is possible to connect other biological devices. Cassettes (13) with containers for phyto-solutions are connected via flexible pipelines to a tank for mixing phyto-solutions (15), which, in turn, is also connected via a hydraulic decoupling tank (16) to the capsule (1) and control panel (20).

The control and automation unit is represented by an electric control panel for the pump (17) with signal lamps for thermostat tank levels (19), a control panel (20) with valves (26) that allow changing or regulating the physiological procedure. At the bottom of the control panel is a stand (34) with a pump (17) and pump control valves (27). Temperature t in tanks (11) and (12) and temperature of containers ViO

the heater is set by the controls (28). Time parameters are monitored through a multi-purpose time timer (21). The control panel is connected to the pump control panel (17) and the capsule by electric cables - power, automation and control. The general power supply of the phytotherapeutic complex is carried out through the pump control panel (17), the voltage of which is 380V.

The design of the phytotherapeutic device makes it possible to additionally equip it through a hydraulic isolation tank (16) with any number of physiotherapeutic property modules, depending on the volume of medical tasks to be solved. The size of the cartridge for storing phytosolutions is not determined, since the number of phytosolutions can be infinite, and is limited only by geometric dimensions.

Physiotherapeutic device operates as follows.

In the capsule body (1), on the sunbed (2), the patient lies with his head on the head restraint (3). The body capsule is hermetically closed, while the neck area is isolated from the external environment by a tight-fitting oilcloth collar (4). A container-heater (7), given a temperature controller (28) and a temporary timer (21), heats the body to the intensity of perspiration and opening of pores. The heated body is washed with warm water, which is supplied from the tank (12) through the combs (29.30) and nozzles (31) inside the capsule. Sweat products and lipid bodies washed off by water, drain through the drain (5) into the sewer, and the vapors are captured through the exhaust hood 6 and carried away into the ventilation manifold. Then, from the heater-container (7), through the slot-like openings of the heater-container (9), dry warm air is supplied to the capsule, the temperature t 38-45 ° С of which is set by the temperature controller (28) and due to the operation of the hood, the body is subjected to easy blowing to dry the skin . After that, a clean, dry body with open pores is exposed to a phytocouple or phyto-solution. In this case, the operation of the phytotherapeutic device depends on the required mode - phytovodoprocedure or

phytoparotherapy procedures.

the concentration corresponding to this, prepared in the tank (24), enters the tank of hydraulic isolation (16) and then through the flexible pipe (22) through the control panel (20) with the mode specified in it, enters the combs (29.30) and through the nozzles (31) and is sprayed inside the capsule onto the patient's body. During the phytoparoprocedure, a phyto-solution of a given concentration prepared in the tank (24), passing the hydraulic isolation tank (16), passes through a flexible pipe (10) through the capsule wall and its holes (8) to the slit-like openings of the heater containers, and the resulting phyto couple flows through slot-like openings of the heater containers (9) and openings of the capsule (8) inside the capsule.

The capsule released after the patient undergoes a physiotherapeutic procedure is hermetically closed and washed with hot water at 95-105 ° С, the opened capsule with the plank bed 2 removed and laid on the opened capsule is quartzized (32).

Thus, the use of the proposed physiotherapeutic complex allows you to maximize the therapeutic effect on the human body with physiotherapeutic methods.

This layout and configuration of the complex is a necessary and sufficient condition for physiotherapy and is the basis for connecting through the tank hydraulic isolation of other equipment necessary for the therapeutic effect on the human body.

The choice of material - aspen is due to the physical properties of its wood - good thermal insulation, minimal rotting processes and an increase in the strength and water resistance of wood over time under these operating conditions 4, 5. In addition, aspen is characterized by a minimum content of resinous substances, which ensures the purity of phyto-water vapor treatment from building components capsule material.

Equipping the capsule with a hood provides normal processes of heat transfer from the surface of the body and prevents overheating of the body. In addition, through the operation of the hood, humidity inside the capsule is regulated and gaseous products of metabolism and sweating are removed.

The location of the heater containers in the lower part of the capsule is determined by the constructive solution - the possibility of receiving and entering steam or phytocouple inside the capsule at a minimum temperature in the heater containers without the formation of condensate, which reduces the damaging effect of high temperatures on the phytosolution and maximally preserves its healing properties. In addition, the flow of steam and phytophar from the heater containers located at the bottom of the capsule ensures its passive uniform distribution inside the capsule around the patient's body without the need for active injection.

The sequence of technological regulations laid down in the device is due to the need to separate the processes of active sweating and direct passage of the phyto-procedure, i.e. to ensure the effect of phytocouple and / or phyto-solution under conditions not only of the most complete opening of the pores of the human skin, but also of clean skin and thus increase the therapeutic effect, while creating maximum comfort for the patient, without interrupting the phyto-water-steam procedure.

The possibility of arbitrary regulation of technological regulations (duration, temperature, humidity, composition of the phytocouple or phyto-solution) allows you to individually approach each patient and increase or decrease the technical parameters of the complex depending on the nature of the disease, the age of the patient and the presence of concomitant diseases.

The proposed physiotherapeutic complex was tested in the treatment of 57 patients with osteochondrosis of the lumbosacral spine.

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39 patients with chronic prostatitis, 68 patients with neuroses of various etiologies.

All patients have normalization of the corresponding functions. Long-term results were studied in 33 patients with osteochondrosis of the lumbosacral spine, in 19 patients with chronic prostatitis and in 25 patients with neuroses of various etiologies. Excellent results were achieved in 20 patients with osteochondrosis of the lumbosacral spine, 9 patients with chronic prostatitis, 12 patients with neuroses of various etiologies. Good results were achieved in 8 patients with osteochondrosis of the lumbosacral spine, 6 patients with chronic prostatitis, 8 patients with neuroses of various etiologies. Satisfactory results were achieved in 5 patients with osteochondrosis of the lumbosacral spine, 4 patients with chronic prostatitis, 5 patients with neuroses of various etiologies.

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Literary sources used by NRN

1. The newspaper "Evening Novosibirsk from 08/10/2001.

2.http: //kedry.ru/

3.http: //www.medicina.ru/physiotherapv/capsule.

4.http: //craft.lodva.ru/wood material.html

5.http: //schools.techno.ru/

tool / Я5

descriptions:

Claims (1)

A phytotherapeutic device consisting of a hermetically sealed capsule body with a head restraint located on the outside of its distal end provided with temperature control units, characterized in that a removable trellised sunbed is additionally installed in the capsule body, the head restraint is connected to the inside of the capsule body using a transition a collar-clutch that provides tightness during the procedures, also along the entire length of the capsule body in pairs-symmetrical with respect to its longitudinal the axis of the water there are water supply combs with which nozzles are connected, which openings on the inner surface of the capsule body, and on the bottom of the capsule body symmetrically located on the right and left from the outside along the entire length are containers-heaters, delimited from it by an insulating layer, made on the slit-like openings are hermetically combined with the openings for steam output from the capsule body and water and phyto-solutions from flexible pipelines extending from the outside into the capsule body to the container openings c-heater, also the device is additionally equipped with a drain and exhaust and contains a steam supply unit and a phytocouple, including thermostat tanks, equipped with upper and lower water level switches with t 95-105 ° and t 35-45 ° C, respectively, a cassette with containers for phyto-solutions and phyto-solution dosage regulators, a hydraulic decoupling tank for connecting the technological devices necessary for each treatment procedure, a pump, a control unit consisting of a pump control panel with thermostat tank level lamps, a control panel the control valve, the multi-purpose time timer, the capsule body being connected by flexible pipelines to the thermostat tanks and the phyto-solution mixing tank, which in turn is connected to the capsule body and the control panel of the control unit through the hydraulic decoupling tank, and the control panel is also connected with an electric switchboard for controlling the pump and containers-heaters of the capsule body by means of electric cables, moreover, the capsule body, removable trellised sunbed and headrest full of aspen wood.