Vnutripolostny emitter for physiotherapy |
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IPC classes for russian patent Vnutripolostny emitter for physiotherapy (RU 2160129):
 The method of preparation of red blood cells to stimulate the immunological reactivity in laboratory animals / 2157702
The invention relates to medicine and biology and can be used to stimulate an immune response in laboratory animals
 A method of treating ischemic stroke brain / 2157265
The invention relates to neurology, neurosurgery, and is intended for the rehabilitation of patients with ischemic stroke in the early recovery period
 The method of treatment of diseases of the optic tract and the device for its implementation / 2157156
The invention relates to medicine, namely to ophthalmology, and can also be used in traumatology, otolaryngology, Nephrology, in the treatment of atrophy hearing aid
 Treatment of children with sci form of polio / 2155615
The invention relates to pediatric neuropathology and physiotherapy
 A method for the treatment of uncomplicated fractures of the mandible / 2147895
The invention relates to medicine, namely to oral and maxillofacial surgery, and may find application in the treatment of patients with uncomplicated fractures of the mandible within the dentition
 Method of correction of the functional state of a biological object and device for its implementation / 2145249
The invention relates to the field of biology and physiology, and in particular to methods and means of physical effects on the biological structure of any type
 Device for electromagnetic stimulation / 2142296
The invention relates to medicine, namely to devices for electromagnetic stimulation
 Magnetic therapy and physiotherapy device with a scanning magnetic field / 2141855
The invention relates to magnetic therapy and physiotherapy device that operates the magnet, and the application uses magnetism, which provides a passage through the body of the magnetic flux density of 0.05-0.35 T, and scans the magnetic field of part or all of a person's body in three-dimensional gradient magnetic field
 The irradiator for electromagnetic exposure / 2141360
The invention relates to agriculture, namely, animal husbandry and veterinary medicine, and can be used for the treatment of inflammatory processes
 The method of diagnostics of the functional state of the afferent pathways of the spinal cord / 2136328
The invention relates to medicine, namely, neurology, and can be used in the diagnosis of lesions of the afferent systems of the spinal cord, for example, in patients with multiple sclerosis
 Method and device for inducing pathological cells and tissues apoptosis / 2245728
Method involves acting upon pathological cells and tissues with constant and/or low frequency alternating electromagnetic field of 1 to 100 mTesla units large intensity and frequency of 1 to 1000 Hz. The device has means for producing constant and/or low frequency alternating electromagnetic fields permeating working space.
 Magnetotherapeutical device / 2247583
Device has three concentric inductance coils arranged in mutually perpendicular relation to each other, control unit producing signals for controlling feeding voltage of winding of each inductance coil. The control unit has PC with software installed and interface unit and three-channeled power amplifier. The PC is connected to the power amplifier for controlling voltage on each coil. The power amplifier is used for supplying voltage to coil windings. Coil windings are arranged turn-by-turn in a way that turns of the same number intersect.
 Method for correcting functional state of organism / 2248229
Method involves treating organism with rotating magnetic field. Action mode I has magnetic field intensity of 1.7-3.4 mTesla units giving comfortable organism state. Mode II has magnetic field intensity of 2.9-5.8 mTesla units. Mode III has magnetic field intensity of 0.6-2.3 mTesla units giving discomfort organism state. The treatment is spread over the whole organism by applying modes I-III in any succession order with mode I selected at the beginning and end. Exposure time is equal to 5-10 min in each mode depending on initial organism state. The number of sessions is selected from 3 to 20 in manner individual for each organism.
 Method and device for treating the cases of subacute saplingo-oophorite / 2248819
Method involves applying variable electromagnetic field excited by amplitude-modulated signal having carrier frequency in 100-1000 kHz bandwidth and modulating frequency in 10-8000 kHz bandwidth, and irradiation with low intensity quasi-monochromatic radiation of visible and proximal infrared wavelength bandwidth with small spectrum width. Two action elements are used when performing the treatment. The first one is vaginal action element having inductive transmitter of resonant type emitting electromagnetic oscillations with carrier frequency belonging to 100-1000 kHz bandwidth amplitude-modulated in 10-8000 kHz bandwidth and low intensity quasi-monochromatic radiation of visible and proximal infrared wavelength bandwidth with small spectrum width. The treatment is carried out concurrently and in continuous mode. The device has power supply source, sinusoid signal oscillator and vaginal action element having dielectric casing. The casing encloses inductive transmitter winding. The sinusoid signal oscillator has active oscillator with inductive transmitter winding being concurrently used as inductive element of oscillatory circuit of the active oscillator. Low frequency oscillator is additionally available. Its output is connected to active oscillator circuit via modulator. Control tract has in series connected amplitude detector, DC amplifier and indicating unit. An additional supracutaneous treatment element has active oscillator, inductive transmitter winding concurrently serving as active oscillator inductance element, modulator, which input is connected to low frequency oscillator output and its output is connected to active oscillator circuit. The control tract has in series connected amplitude detector, DC amplifier and indicating unit. M photodiodes are connected in series via timer and acoustic indication element.
 Method and device for applying physiotherapy / 2250787
Method involves applying electromagnetic field excited with amplitude-modulated signal having carrying frequency of 100-1000 kHz and modulation frequency of 50-8000 Hz. Patient body trunk is subjected to field treatment and to concurrently acting electromagnetic field formed by amplitude-modulated signal having carrying frequency of 100-2000 kHz and modulation frequency of 50-8000 Hz in local mode. Device has power supply source, sinusoid signal oscillator, action element, low frequency source, one or several local action elements and control tracts. A control tract has amplitude detector, DC amplitude and indication unit.
 Device for treating the cases of urethra stricture / 2254887
Device has cylinder cut along a plane passing through its axis and permanent electromagnet. The electromagnet is arranged in a way that one of its poles is in front of the first half of the cylinder and the other one is in front of the second half. Protrusions are available on the internal side of one of cylinder halves and openings are available on the other one. The openings and protrusions match each other in shape.
 Device for applying physiotherapy / 2259217
Device has power supply source, M-photodiodes, inductive radiator mounted on flat dielectric carcass, active oscillator, modulator and low frequency oscillator circuits. The radiator is mounted in dielectric casing having two parts. Low frequency oscillator has oscillator of continuously variable frequency in frequency bandwidth of 10-8000 Hz. The device has additional control tract. The tract has in series connected amplitude detector, Dc amplifier and indicator light-emitting diode, timer and acoustic indication unit.
Method for treating the cases of paranasal sinusites / 2260458
Method involves determining availability of acute or chronic inflammatory process, inflammation form and stage. Acute inflammatory process being detected in paranasal sinuses of exudative form in catarrhal stage, treatment with extraweak electromagnetic field is administered at the following frequencies: 1.5; 2.5; 2.9; 53.5; 57.0; 75.5; 910.0 Hz in combination with quantum therapy in red light matching the electromagnetic field and directed to nose area in frequency, daily, 4-5 sessions per course. Acute inflammatory process being detected in paranasal sinuses of exudative form in serous stage, treatment with extraweak electromagnetic field is administered at the following frequencies: 2.5; 2.9; 1.7; 1.75; 9.4; 57.0; 58.0; 73.5; 522.0; 4900.0 Hz in combination with quantum therapy in blue and green light matching the electromagnetic field and directed to nose area in frequency, daily, 5-6 sessions per course. Acute or chronic inflammatory process being detected in paranasal sinuses of exudative form in purulent stage, treatment with extraweak electromagnetic field is administered at the following frequencies: 2.5; 2.9; 57.0; 58.0; 53.5; 727.0; 787.0; 802.0; 880.0; 11000.0 Hz in combination with quantum therapy in blue, green and red light matching the electromagnetic field and directed to nose area in frequency, daily, 6-7 sessions per course.
 Apparatus for applying electromagnetic therapy / 2262958
Device has high frequency active oscillator and emitter designed as oscillatory LC-circuit. Additional double-pin plug, matching four-terminal network, attenuator and diode rectifier are connected in series. Outlet rectifier terminals are connected to the active oscillator circuit. The device operates with the double-pin plug being connected to acoustic three-program wired radio socket.
 Physiotherapeutic apparatus / 2263520
Physiotherapeutic apparatus has power supply, case with cap inside which M light-guides of one type and P light-guides of the other type are disposed. Device also inductive radiator with winding disposed onto flat dielectric frame, auto-generator circuit, modulator, low frequency signal generator and control circuit. Base with light-guides is installed in center of frame of inductive radiator. M light-guides are connected in series with power supply by means of first two-terminal two-positioned switch. P light-guides are connected in series with power supply by means of second two-terminal two-position switch. Control circuit has amplitude oscillator connected in series with dc amplifier and light-guide/indicator. Input of control circuit is connected with active oscillator circuit. Power circuits of active oscillator circuits, modulator, low frequency signal oscillator and control circuit are connected with power supply by means of third two-terminal two-position switch.
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(57) Abstract: The invention relates to medical equipment and can be used for the treatment of inflammatory processes in gynaecology, urology and proctology. The emitter includes a dielectric housing, consisting of the head tip, flexible polyamide tube, flange and cover, on which is fixed the input energy. A radiating element placed inside the flexible tube and is made in the form M of the individual modules, separated by elastic elements made in the form of rubber rings. The emitter has an internal polyamide tube, one end of the fixed head tip, and the second flange. Each module of the radiating element is designed as a ferrite cylinder on the outer surface of which is assigned a dielectric frame, to host contour winding and winding connection. Contour winding all modules are connected in series and under. Conclusions the General contour of the winding connected to the terminals of the capacitor of fixed capacitance. Winding connection of all modules are connected in series and under. The emitter allows to obtain the radiation of electromagnetic waves in the range 100 -1000 kHz, which gives a high therapeutic effect. 1 and is for the treatment of inflammatory processes, in particular, in gynaecology, urology and proctology. Known vnutripolostny emitter for UHF therapy containing casing, a radiating element made in the form of a slit line and the feeding coaxial cable [1]. However, this radiator works only in the decimeter wave and has a hard cover. Known vnutripolostny emitter containing a dielectric housing, a radiating element connected to the coaxial input of energy. However, this emitter can only be used in the microwave frequency range and has a hard cover [2]. When conducting a number of therapeutic procedures, you must have vnutripolostny emitter with a flexible body. In addition, medical practice in recent years has shown that a high therapeutic effect can be obtained by the use for the treatment of electromagnetic waves in the range 100 - 1000 kHz. It is known that living tissue of a biological object are conductors of the second kind with heterogeneous ionic conductivity [3]. Their conductivity is determined by the properties of liquid media in which the dissolved electrolytes. Alternating current is below 40 kHz is distributed mainly through the vessels and the resistance of fluids, components of the intracellular fluid. The total electrical resistance of the tissue, thus, is determined mainly free (extracellular) fluid with a slight bypass the high resistance of the cell. Below 20 kHz significantly increases skin resistance, above 50 kHz increase in the fraction of the current passing through the cell. At frequencies of 100 - 1000 kHz capacitance of the membranes did not prevent the penetration of current into the cells and the density of the outside and inside of the cell becomes comparable. Use for the treatment of higher frequencies is undesirable, since the electromagnetic field of the microwave causes the tissues of the endogenous generation of heat. The closest in technical essence is the emitter described in the patent of Russian Federation N 2003362. In the known device for physiotherapy applies ultrasonic emitter, made in the form of a flexible module, consisting of a set of piezoelectric washers, placed in a flexible polyamide tube and separated by springs. However, this is an ultrasound emitter. The objective of the invention is the creation of an emitter for emitting electromagnetic waves in the range of 100 - 1000 kHz. is composed of the head of the handpiece, flexible polyamide tube, flange and cover, on which is fixed the input energy emitting element is placed inside a flexible polyamide tube and made in the form of M separate modules, separated by elastic elements according to the invention has an additional internal polyamide tube, whose one end is fixed in the head tip, which is provided with a blind hole, the second flange, each module is made in the form of a ferrite cylinder on the outer surface of which is assigned a dielectric frame, to host the contour of the winding and the winding of communication, all modules are fixed to the inner polyamide tube and separated by elastic elements, which are made in the form of rubber rings, all of the contour of the winding are connected in series and in accordance with the conclusions of the General contour of the winding is connected with the conclusions of the additional capacitor of fixed capacitance, which is fixed in a recess of the flange, the conclusions of the connection of the windings are connected in series and in accordance with the General conclusions of the winding connection is connected to the contacts of the input energy. The invention consists in that the proposed vnutripolostny emitter is equipped with radiant element electroma the inductor and the capacitor, when the winding of the inductor consists of M modular windings, each of which is placed on a cylindrical ferrite core. All modular windings are connected in series and under. The input electromagnetic energy is carried out using a modular windings connection, each of which is placed over the contour of the winding. All windings are connected in series and under. The flexibility of the emitter is provided by the flexibility of the outer and inner tubes and rubber rings that share ferrite cylinders. The drawing shows the proposed emitter. The emitter includes a dielectric housing comprising a flexible polyamide tube 1, the head of the handpiece 2, the flange 3 and the cover 4. Inside the casing there is an internal flexible polyamide tube 5, one end of which is fixed in the hole of the head of the handpiece 2 and the second hole of the flange 3. On the inner tube 5 is fixed M modules 6 of the radiating element. Each of the modules contains a ferrite cylinder 7, on the outer surface of which has a dielectric frame 8, to host contour coil 9 and the coil 10. Ferrite cylinders RA is the total winding connected to the terminals of the capacitor of fixed capacitance 12, which is fixed in a recess of the flange 3. Winding connection of all modules are connected in series and under. Conclusions the total winding connection connected to the contacts of the input energy, which is attached to the cover casing 4. Polyamide tube 1 is connected with the head handpiece 2 and the flange 3 by means of adhesive. Similarly connected to the cover casing 4 with the flange 3. Elastic elements - ring made of synthetic rubber. Ferrite cores 7 are made of mass M brand 700. The device operates as follows. The emitter through the input power cable is connected to the output of the high-frequency generator. Set the appropriate output voltage. The radiator is introduced into the cavity. The duration of the procedure established medical technique. The emitter was pilot-tested in the clinics of the city of Omsk. Sources of information:1. RF patent N 1156706, class A 61 N 5/00, bull. N 19, 1985. 2. RF patent N 1648502, class A 61 N 5/02, bull. N 18, 1991. 3. Information support X. X. Clinical rheoencephalography. - M.: Medicine, 1994. 4. RF patent N 2003362, class A 61 N 5/00, bull. N 44 and 45, 1993. Vnutripolostny emitter for physio is the like and covers, fixed on the input energy, radiating element placed inside a flexible polyamide tube and made in the form of M separate modules, separated by elastic elements, characterized in that it has an internal polyamide tube, whose one end is fixed in the head tip, which is provided with a blind hole and the other end fixed in the flange, each module of the radiating element is designed as a ferrite cylinder on the outer surface of which is assigned a dielectric frame with posted contour winding and the winding of communication, all modules are fixed to the inner nylon tube, each elastic element is designed as a rubber ring, with all the contour of the winding are connected in series and in accordance with the conclusions of the General contour of the winding is connected with the conclusions of the additional capacitor of fixed capacitance, which is fixed in a recess of the flange, the conclusions of the connection of the windings are connected in series and in accordance with the General conclusions of the winding connection is connected to the contacts of the input energy.
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