RU79424U1 - PHYTOPAROTHERAPY CAMERA - Google Patents

Abstract

The utility model relates to medicine, in particular to devices for thermo- and phytotherapy, and can be used for the prevention and treatment of various diseases, through heat exposure with the simultaneous introduction of herbal preparations through the skin and respiratory tract of the patient.

A phytoparotherapy chamber is disclosed, comprising a wooden cylindrical body made primarily of cedar, equipped with a blind bottom base, a patient seat and an upper base with a central hole for his neck, as well as a steam pipe system connecting the chamber to the steam generator.

What is new is that the camera body is additionally equipped with several internal partitions that divide the body in height into several cameras, and the upper base is equipped with an additional cap that can be installed on the patient’s head, while each camera is equipped with its own adjustable steam valve on the steam line.

The utility model includes 1 independent formula item, 1 figure.

Description

The utility model relates to medicine, in particular to devices for thermo- and phytotherapy, and can be used for the prevention and treatment of various diseases, through heat exposure with the simultaneous introduction of herbal preparations through the skin and respiratory tract of the patient.

Known thermal chamber for conducting air-thermal procedures and the removal of toxins through the skin (see SU 1688875, CL. A61H 33/06, 1991). The device comprises a base and an elastic airtight enclosure covering it with an opening for the patient’s head, as well as a seat installed inside the enclosure, a thermometer, a temperature control device, an electric heater with an air supply device, and a heat exchanger. The device allows you to influence the patient’s body with a heated air stream, creating the necessary conditions for effective perspiration and removal of toxins through the skin.

The main disadvantage of the known device is its limited functionality - the device carries out only thermal effects on the skin.

The Praskovya phytotherapy chamber is also known (see RF patent No. 2202315, class A61F 7/00, 2003). The device comprises a wooden cylindrical body made mainly of cedar, equipped with a blind bottom base, a patient seat and an upper base with a central hole for his neck, as well as a steam pipe system connecting the chamber to the steam generator. The device has a therapeutic effect in the form of introducing a phytopreparation through the skin.

The main disadvantage of the known technical solution is, firstly, the uneven steam distribution in the volume of the entire body, which reduces the effectiveness of the therapeutic effect.

Secondly, in individual patients, warming up of individual parts of the body or organs may be undesirable. So, for example, warming up the area of the heart can cause discomfort and disturbance of the heart rhythm.

Thirdly, the known device does not allow the use of individual phyto-collections for the treatment of individual parts of the body, which significantly reduces the effectiveness of its use. So, for example, for legs it can be selected its composition of phytobox aimed at treating patency of vessels of the lower extremities, and for the treatment of lungs - phytobox for relieving wheezing in the lungs and bronchi.

In addition, the lack of a regulation regime for vaporization and steam supply to the patient does not allow creating the most optimal treatment regimen in the heat chamber, taking into account the particular physical condition of the patient and his disease.

The problem solved by the claimed technical solution is to eliminate these shortcomings.

The specified task in the chamber for phytoparotherapy, containing a wooden cylindrical body made mainly of cedar, equipped with a blind bottom base, a seat for the patient and an upper base with an opening for his neck, as well as a system of steam lines connecting the chamber with the steam generator, is solved by the fact that the camera body equipped with several internal partitions, dividing the housing in height into several chambers, and the upper base is equipped with an additional cap that can be installed on th SVA patient, wherein each chamber is equipped with its adjustable valve in the steam line pair.

Thanks to the specified implementation of the camera, it became possible dosed feed into each chamber of an individual phyto-collection.

Figure 1 shows the design of the inventive device, comprising: a patient 1 sitting inside a wooden barrel 2 with a seat 3 and a table 4, equipped with a control panel 5; phytocouple supply system equipped with adjustable valves 6 and phytocouple distributors 7; transparent cap for the head 8; partition system 9-11; a thermal steam generator 12 with several chambers for loading phytochemicals; ultrasonic steam generator 13 with valve 14 and atomizer 15.

The claimed device operates as follows. The patient sits on a seat 3 inside a wooden, mainly cedar, barrel 2 and secures

on the body, the required number of partitions is 9-11. Each partition is fixed at a certain height of the barrel 2 and is made of woven material with a hole (or holes for the legs) adjustable to a specific body size. Adjusting the size of the hole is carried out due to the squeezing gum, which fits snugly to this part of the body. If the patient has indications for receiving, simultaneously with the thermal procedures, various inhalations by phyto collection, water-oil compositions, etc., the cap 8 is put on the patient’s head and, using the ultrasonic steam generator 13, inhaled vapors are fed to the nebulizer 15 through an adjustable valve 14. The patient can carry out all adjustments using the control panel 5, which regulates valves 6 and 14 using miniature gear motors. Using valves 6, the patient regulates the steam mode in individual chambers of barrel 2 and sets the most comfortable treatment conditions for himself. In this case, steam is supplied to each chamber from its phyto-collection, the intensity of which can be regulated during the procedure. So, for example, to enhance the effect of the phytocouple on numerous active zones on the legs, the patient can independently periodically raise or lower the temperature in the chamber for the legs, and the temperature in the chamber for the chest can be maintained at a constant level that is comfortable for the body, so as not to put a big load on the heart . The time of the procedure can be controlled from the remote control 5, and if necessary, interrupt the procedure at any time. After the end of the procedure, all patient data, the time of the procedure, as well as the patient's condition can be entered into an electronic diary, combined with the control panel.

Thus, the claimed device due to the presence of several zones with adjustable thermal characteristics and allows you to create inside a wooden barrel a set of locally comfortable zones for the body, each of which undergoes its own autonomous treatment and prophylactic process.

Claims (1)

A phytoparotherapy chamber containing a wooden cylindrical body made mainly of cedar, equipped with a blind bottom base, a patient seat and an upper base with a central hole for his neck, as well as a steam pipe system connecting the chamber to the steam generator, characterized in that the camera body is additionally equipped several internal partitions, dividing the body into several chambers in height, and the upper base is equipped with an additional cap that can be mounted on SVA patient, wherein each chamber is equipped with its adjustable valve in the steam line pair.