RU2033822C1 - Device for physiotherapeutic treatment of hollow organs - Google Patents

Abstract

FIELD: medical equipment. SUBSTANCE: device has cylindrical case made of two elastic layers, spherical washer at its distal end and funnel-shaped washer disposed at proximal end. Heating elements are disposed in parallel longitudinal rows inside external layer of the case. The elements are connected electrically with power supply. There are insertions in the case made of permanent magnets. Through longitudinal channels are made inside internal layer of the case. Heating elements are made of thermostabilizing material with Ba_0,7Pb_0,3Ti_0,998Nb_0,002O₃ or Ba_0,76Sr_0,2Ti_0,09O₃+0,1%V+2%SiO₂ composition. EFFECT: improved efficiency of treatment. 3 cl, 8 dwg

Description

 The invention relates to medical equipment, namely to physiotherapeutic devices used in gynecology and proctology.

Known devices for:
1. Magnetotherapy of hollow organs
A.S. USSR N 1284560, class A 61 N 1/42 (magnetic circuit with ferromagnetic fluid);
a. from. USSR N 1438813, class A 61 N 1/42 (elastic shell, pheromagnetic fluid, solenoid) and
intracavitary heating
US patent N 4227525, CL A 157/12 (ceramic core with electric spiral, auto-temperature controller with temperature sensor);
Japanese application N 3.63-37689, class A 61 F 7/12 (electric heater, auto temperature controller, thermocouple, thermistor).

 The common feature of these devices is that some contain rigid or liquid magnetic elements, other ceramic supporting structures with electric spiral heating elements, thermoanalyzing sensors, temperature controllers, power supply and stabilization units. These devices are quite complex, require network power, have large dimensions and high cost.

 In addition, the heating elements of the intracavitary hyperthermia device themselves do not provide stabilization of temperature conditions, and even less so magnetotherapy devices with hollow channels for drug administration.

 The closest in technical essence and the achieved effect is a device for magnetotherapy of tubular organs, comprising a housing formed by a cylindrical surface in which a permanent magnet is pressed in and through channels are made (A.S. USSR N 1147411, A 61 N 2/10, 1985).

 The disadvantage of this device is the inability to stabilize temperature conditions.

 The objective of the invention is to increase efficiency by providing a comprehensive effect on the tissue of inaccessible areas of the hollow organs of magneto- and hyperthermia.

The problem is solved by performing a housing of two elastic layers with a spherical nozzle at the distal end and a funnel-shaped nozzle at the proximal, while in the outer layer there are parallel longitudinal rows of heating elements electrically connected to a power source and inserts of permanent magnets, and in the inner layer are made longitudinal through channels, in addition, the heating elements are made of a heat-stabilizing material of composition Ba _0.7 Pb _0.3 Ti _0.998 N _0.002 O ₃ or Ba _0.76 Sr _0.2 Ti _0.09 + 0.1% V + 2% SiO ₂ .

 The invention is illustrated in the drawing, where figure 1 shows a General view of the device in assembled form; figure 2 elements of the device in a perspective view in an exploded view; figure 3 is a cross section of the housing along BB; figure 4 is a section of the housing aa; in Fig. 5, a section through a detail of a cylindrical protrusion 12 with holes 13 along BB and a section through an elastic nozzle 14 along BB; figure 6 outer elastic layer in expanded form; Fig.7 is a section of the outer 11 and inner 18 layers; in FIG. 8 is a switching circuit of the heating elements 17 when connected in series.

 The device comprises a microblock of power supply 1, combined with a power plug 2, a knob of a switch regulator 3 with a discrete temperature scale 4, a connector 5, a funnel-shaped device 6 with a hose and a nozzle 7, a protective funnel-shaped nozzle 8, a tube 9, a cylindrical protrusion 10, an outer casing made in in the form of an elastic layer 11 with a cylindrical protrusion 12 with holes 13, thermostabilizing heaters 17 with switching conductors and an output cable 19, a spherical nozzle 14, the inner case in the form of an elastic layer 18 with a delivery channels 16.

 In the cross section of the outer layer 11 in Fig. 4 A-A and B-B in Figs. 3 and 5, elastic or rigid magnetic inserts 15 and heating elements 17 with conductors and cable 19 are arranged in parallel rows, and hollow through channels in the cross section of the inner layer 18 sixteen.

The heating elements in the assembly form an autonomous stabilization unit for a given temperature according to R _ohm f (T ^about C).

 The device operates as follows. The device see figure 2 is assembled in a single unit, namely, the inner layer 18 with through channels 16 is inserted into the outer elastic layer 11 with magnetic inserts 15 and heating elements 17 and put on nozzles 8 and 14, and the switching conductors brought out by cable 19 through the connector 5 connect to the microblock power supply 1.

Before use, the device is disinfected in a 3% hydrogen peroxide solution with 0.5% Lotus detergent or a 1% chloramine solution by wiping the surface twice with calico or gauze with a wiping interval of 10-15 minutes. Then, in a sterilizing apparatus Sinitsina solution is heated to a temperature of 37-40 ^{° C} and lubricated with vaseline or a medicinal ointment and used in the without further warming from the power supply unit 1.

 If long-term warming up of the tissues is required, the device is connected to a 220 V network using an electric plug 2, combined with a microblock of power supply 1, the dial 3 of the switch 3 sets a discrete temperature on a scale of 4. The device is held at this temperature for 10 minutes, and then gently and carefully inserted into the hollow organ (for example, in the vagina) to the appropriate depth or to the stop of the funnel-shaped part 8.

Medical device for phylotherapy of hollow organs vaginal physiotherapy:
overall dimensions no more than 65x140 mm,
the length of the magnetic system is not more than 110 m,
electric power, not more than 20 W, is possible (5, 10, 20, 30 and more),
magnetic induction on the working surface, 50 ± 5 mT,
power supply, 12 V (possibly 6, 10, 12, 24 and 36).

weight, not more than 0.1 kg
temperature, 36-45 ^о С (or ordered),
enhanced mode, temperature 36-45-50 ^о С.

 If there is no need for magnetohypermia, the outer layer 11 can be removed and the Weismar mug rubber hose is put on the tube 9 or the funnel-shaped part of the device 6 with the tube and nozzle 7 is used to carry out the rinsing with the drug solution; then, by adjusting the level of the mug, the necessary washing pressure of the hollow organ can be created.

 If the device is used for rectal physiotherapy, the steps for preparing it for work are the same. A device fully prepared for use is carefully inserted into the rectum into the hollow organ until the funnel-shaped part 8 stops.

Medical device for physiotherapy of hollow organs; rectal physiotherapy:
dimensions, most 116x45 mm,
the length of the magnetic system, not more than 82 mm,
power supply, 12 V (possibly 6, 10, 12, 24 and 36),
magnetic induction, 50 ± 5 mT,
temperature 36-45 ^о С, enhanced mode 36-45-50 ^о С,
power 20 W (maybe 5, 10, 20, 30 or more).

A device for physiotherapy of hollow organs is rectal, used to treat chronic prostatitis, male infertility, autonomic disorders, erectile dysfunction, excretory-toxic forms, infertility, erosive proctosigmoiditis, hemorrhoids, dysuric phenomena, urethritis vesiculitis;
vaginal, used for the prevention and treatment of non-specific chronic inflammatory processes of the uterus and appendages, inflammatory processes of the vagina, frigidity, reproductive function, erosion and chronic endocervicitis, menstrual irregularities and climatic neurosis, adhesive cicatricial changes in the field of parametria and pelvis, improving sexual function, general condition and disability, significantly increases the likelihood of infertility treatment and reduces additional drug treatment.

The effectiveness of the claimed device compared with the prototype consists in using an additional thermostabilizing factor of the new ceramic material in one of two modifications:
Ba _0.7 Pb _0.3 TO _0.998 Nb _0.002 O ₃ or Ba _0.76 Sr _0.2 Ti _0.09 O ₃ + 0.1% V + 2% SiO ₂ more simplified and economical power supply circuit of the device, sufficient cheapness materials and structural elements, simple assembly technology and significant versatility of application.

 In addition, magnetotherapy and hyperthermia are drug-free methods of treatment, rehabilitation and prevention, in inpatient, outpatient and home settings. The individual device is atraumatic, is a reusable product, goes well with general spa treatment, reflexology and physical therapy.

Claims (2)

 1. DEVICE FOR PHYSIOTHERAPY OF HOLLOW BODIES, containing a cylindrical body with permanent magnets and through channels, characterized in that the body is made of two elastic layers, is equipped with a spherical nozzle at the distal end and a funnel-shaped nozzle at the proximal, with parallel longitudinal rows of heating elements electrically connected to a power source, and inserts of permanent magnets. 2. The device according to claim 1, characterized in that the heating elements are made of a heat-stabilizing material of composition Ba _{0 , 7} Pb _{0 , 3} Ti _{0 , 9 9 8} Nb _{0 , 0 0 2} O ₃ or Ba _{0 , 7 6} Sr _{0 , 2} Ti _{0 , 0 9} O ₃ + 0.1% V + 2% SiO ₂ . 3. The device according to claim 1, characterized in that the through channels are made longitudinal in the inner layer of the housing.

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