(57) Abstract:The invention relates to medicine and can be used in the treatment of gynecological and proctological diseases in the case of inflammation, edema, poor circulation, effects of hypertrophy, as well as ophthalmic, dental and ENT diseases. The technical result that is achievable with the use of the invention is to improve blood circulation, reduce swelling, restore the conduction of the nerve tracts and treatment of inflammatory processes. The technical result is achieved by the fact that the stimulator, comprising a housing, a power source, the pulse generator, the electrodes located on the outer surface of the housing, and protecting the casing is mounted with conductive elements according to the invention, in case a permanent magnet is fixed for rotation, the drive and the unit of its power, with the plane of the poles of a magnet are oriented parallel to the axis of rotation. The power supply of the actuator may further comprise a synchronizer pulse power actuator systole pulse wave of the blood flow and sensor synchronization pulses. Generator the Fe generator with frequencies from 20 to 50 Hz and controls the amplitude and duration of each pulse, and in the secondary circuit in series with one of the electrodes placed the unit of measurement of charge. On the cover and the housing can be made tabs to enable measurement of the polarity of the electric pulse to the conductive elements of the conductive casing. 1 C. p. F.-ly, 2 Il. The invention relates to medicine and can be used in the treatment of gynecological and proctological diseases in the case of inflammation, edema, hemodynamic phenomena hypertrophy, etc. as well as in the treatment of ophthalmic, dental and ENT diseases.It is known device Vaginal stimulator for the management of urinary incontinence" (U.S. patent N 4785828). The stimulator contains the power supply, pulse generator, the electrodes located on the outer surface of the housing of the stimulator electrically connected to the generator output and protects the casing with integrated electroforesis elements for electrical connection of the electrodes with muscle tissues.However, this device has the following disadvantages: it does not provide an effective improvement of metabolic processes, improves tissue oxygenation, and, shootski charge and to encourage the appropriate nerve tract frequencies relevant to its lability.The objective of the invention is to develop devices that provide functional relationship with the patient and controlled by the magnitude of the electric effect.The technical result that is achievable with the use of the invention is to improve blood circulation, reduce swelling, restore the conduction of the nerve tracts and treatment of inflammatory processes.The technical result is achieved by the fact that the stimulator, comprising a housing, a power source, the pulse generator, the electrodes located on the outer surface of the housing, and safety cover with mounted conductive elements according to the invention, the housing is located a permanent magnet for rotation, the drive is connected to the power source, with the plane of the poles of a magnet are oriented parallel to the axis of rotation, and the stimulator further comprises a synchronizer pulse power actuator systole pulse wave of the blood flow and sensor synchronization pulses.The pulse generator may be in the form of a pulse transformer, the primary circuit of which is placed Sepi in series with one of the electrodes placed the unit of measurement of the charge.On the cover and the housing can be made of the latches to allow the polarity of the electrical pulses to the conductive elements of the protecting casing.When implementing the invention at the time of stimulation, as shown by biophysical studies and clinical trials, a rotating magnetic field orientation of the poles perpendicular to the axis of rotation of the magnet improves oxygenation field stimulation due to the conformation of hemoglobin, increases the speed of the microcirculation by increasing the lumen of the trunk and especially the venous vessels. This is most effectively carried out in the presence of synchronism between the rotation of the magnetic field with the systolic pulse wave in the blood vessels in the area of stimulation. The actual rotation of the magnet allows a rotating magnetic field to interact with multidirectional vessels and, accordingly, differently oriented magnetic moments of the molecules of hemoglobin, i.e., increases the efficiency of interaction in comparison with the fields of the electromagnets or stationary permanent magnets.This improves the redox processes more intensively carried out metabolic processes, reduce the s protective casing lower in the membranes of axons and vessels, the concentration of membrane-bound calcium, that is very important for violations conductivity of the nerve channels. At this time increases the viscosity of the lipid and membrane-bound calcium in the walls of blood vessels and the myelin sheaths of axons replaced on lipids and collagen, which provides in the nerve channels in the recovery of their conductivity and lability, and in the blood vessels increases the elasticity of the walls. The fact that increasing the concentration of negative charges in the area of stimulation (near the negative electrode) leads to decrease in pH, which contributes to the inhibition of inflammatory processes and faster tissue regeneration, and in areas with a high pH to decrease pain syndromes. In General, the change in pH when an electric impact changes the values of membrane potentials and significant changes in the metabolic processes at the cellular level. Synchronization of the electric and magnetic effects with the systolic pulse wave, as for any rhythmic effects (in this case with the pulsation of blood flow), these effects increases. The ability to set and define the input in patient charges allows you to personalize these impacts and to identify clinical effect, regardless of their size.The invention is illustrated features of the P CLASS="ptx2">The device includes a housing 1, are located on its outer surface electrodes 2 and 3, the permanent magnet 4 with the possibility of rotation, the actuator 5 for rotation of the magnet 4, the measurement unit charge 6 in the circuit electrodes 2 and 3, the pulse transformer 7, the SWEEP generator 8 with integrated regulator of the duration and amplitude of the pulse, the power source 9 of the actuator 5, the synchronizer 10 sensor 11 synchronization pulses, safety cover 12 with the latch 13 provisions of the fuse casing 12 and conductive elements 14.The device operates as follows. Before you begin sterilized protective casing. At a known diagnosis determines the polarity of the conductive elements 14 with the clamp 13. The amplitude of the electrical pulse should be minimal, as well as its duration. In the area of stimulation, place the sensor 11, connect it to the synchronization unit 10, connect the power source 9 of the actuator 5 to the synchronizer 10 and the circuits located in the housing 1, and includes a power system device.However, in accordance with signals received from the sensor 11,
synchronously rotates the magnet 4, and I is the mask amplitude SWEEP pulses control the SWEEP generator amplitude 8 comfortable, but is felt by the patient, and then increases the duration of pulses in a packet control duration, the built-in SWEEP generator 8 also while maintaining comfort, but if you are sensitive. The signals are in the form of a current packs through the measurement unit charge 6. As a result, after the electrodes 2 and 3 on the housing 1 and electrically conductive elements 14 from the fuse casing 12 are unipolar current pulses in the form of a SWEEP-pulse packet. Thus the amount of charge introduced into the region of stimulation, fixed or specified unit of measurement of charge 6. When implementing a given value of the charging device is turned off. 1. STIMULATOR, comprising a housing, a power source connected to the input of the pulse generator, the outputs of which are connected with electrodes placed on the outer surface of the housing, and electrically conductive elements mounted in a protective casing, wherein the casing is located a permanent magnet to rotate and the drive is connected to the power source, with the plane of the poles of a magnet are oriented parallel to the axis of rotation, and further comprises sequentially connected to the source PI="ptx2">2. The stimulator under item 1, characterized in that the pulse generator is made in the form of a pulse transformer, the primary circuit which included a SWEEP generator with frequencies from 20 to 50 Hz, and embedded controllers amplitude and pulse width, and in the secondary circuit is enabled, the unit of measurement of charge, with the input of the pulse generator is the input of the SWEEP generator, and output the output measurement unit charge.
SUBSTANCE: the influence is effected by linear - and helical-shaped autowaves formed by a fixed source of a static magnetic field and premanent magnets moving on a rotating disk. The fixed source is installed at an angle of 90 deg. To the moving magnets, and having a magnetic screen with a hole. Generation of fields is accomplished at rotation of the disk. The influence is effected by an additional static magnetic field at angle 2ϕ=1800 to the patient's body in the same plane with the fixed source of magnetic field and the moving magnets, the patent's body is located between them. The influence is effected by an additional static magnetic field incoming from a double turned over tetrahedral pyramid made in the form of a narrow pyramid inside the wide pyramid, with flat permanent magnets installed outside on their walls between poles N for mutual repulsion. The patient's body is located between the rotating disk at angle 2ϕ=1800 and the pyramid at angle 2ϕ=1800 in the same plane. The influence is effected by a concentrated static magnetic field incoming from a tetrahedral truncated pyramid, with permanent magnets installed inside, and having an additional platform on top the pyramid, with flat permanent magnets installed on it with magnetic cores located at angle 2ϕ=1800 to the patient's body in the same plane with the moving magnets. The patient's body is between them. The linear-shaped autowaves are formed with the use of interacting sources of magnetic field for attraction an angle ϕ=900±20, 2ϕ=1800±20 of the helical-shaped auto wave, they are formed with the used of interacting of magnetic field source for repulsion at angle ϕ=900±20, or 2ϕ=1800±20 from permanent magnets with residual induction from 0.3T to 1.3T at a frequency of influence within 50 to 150 Hz, and a clockwise generation of magnetic fields is accomplished.
EFFECT: enhanced efficiency of influence by a magnetic field on the biological object.
4 cl, 11 ex, 9 dwg
SUBSTANCE: the apparatus has a magnetic body located in a freely moving member that itself is positioned inside the apparatus. The apparatus is actuated by an electric motor, which makes the freely moving member and the magnetic body rotate about the first axis of rotation. The magnetic body is rotated about the second axis of rotation by angular forces which act on it either mechanically or by means of a magnetic field. The mechanical angular force is transferred with the aid of a gear train or some other similar contact interaction with the rolling member. The magnetic angular force is transferred with the aid of fixed magnets, when the magnetic body passes by them at its rotation. Two rotary motions of the magnetic body occur at an angle to each other and result in variation in time both of the density of the magnetic flux and of the angle of flux turn.
EFFECT: enhanced quality of magnetic influence.
53 cl, 18 dwg
SUBSTANCE: method involves exposing injured zone and Zakharyin-Gedda zones to magnetic field action, generating by device having magnetic ferrite-garnet film having strip domain of 13-20 mcm wide.
EFFECT: accelerated treatment course; applied combined treatment with intensive care.
SUBSTANCE: method involves treating patient organism with magnetic field. The field is produced with device having ferrite-garnet having strip domain of 13-20 mcm wide. Scanning device movements are made over the lateral and frontal thoracic surfaces distantly, 5-35 mm far. Exposure time is equal to 3-6 min. The treatment course is 5 sessions long with 12 h long pauses.
EFFECT: reduced risk of complications.
FIELD: medicine, cosmetology.
SUBSTANCE: invention relates to enhancing of pharmacotherapeutic effectiveness of therapeutic or cosmetic agents representing disperse systems containing gold nanoparticles with size of 100 nm or less. Claimed agent is applied on skin region and then this region is exposed with magnetic field or electrophoresis.
EFFECT: increased therapeutic or cosmetic effect.
SUBSTANCE: method involves introducing two draining wires into Schlemm's canal after having removed its exterior wall in zone under operation. Schlemm's canal walls and draining wires are exposed to rotating magnetic field action to evoke wire oscillations.
EFFECT: complete removal of pigment and protein deposit; increasing Schlemm's canal lumen and its walls flexibility.
FIELD: medical equipment.
SUBSTANCE: armchair for complex physiotherapeutic intervention providing effect on human body contains back and seat supplied with varying magnetic field sources with internal surface contacting to patient body comprising mounted casing cover in the form of closed elastic bag with external surface covered with multi-needle applicator divided into separate sections filled with ferromagnetic powder. Besides, armchair has sidewalls, armrests and shin supports. Varying magnetic field sources are executed in the form of wheels spokes on which there are pinned bar permanent magnets removable along spokes by distance sleeves. Thus wheel axes are orthogonal, mounted on sidewalls in grooves, removed there and forming multistage friction drive.
EFFECT: invention application allows for improved performance of device.
FIELD: medical equipment.
SUBSTANCE: installation for complex physiotherapeutic intervention providing effect on human body contains framework with surface for patient body and magnetic field sources designed as opened flat-belt drive pulleys of which are fixed on framework. Closed flat belt is elastic and designed as permanent magnet based on hard-magnetic rubber with ferrite extender magnetised periodically axially in separate sections along the full width of belt. The framework with surface for patient body is executed in the form of bed. Closed flat belt is mounted so that to cover it. Thus bed box contains reservoir for patient body executed in the form of two flexible overlapping elastic bags spacing between which is filled by ferromagnetic powder and tightly closed from outside. Surface contacting with body is covered with multi-needle applicator.
EFFECT: invention application allows for improved performance of device.
SUBSTANCE: invention refers to medicine, namely to ophthalmology, and can be used for prevention and treatment of postoperative complications in cataract extraction that involves implantation of an intraocular lense (IOL). That implies subconjunctival injection of a preparation in a dose 0.5 ml; as an antioxidant preparation, 0.007% p-amino-benzoic acid is used. It is followed with percutaneous exposure to the low-frequency variable rotating magnetic field of frequency 17 Hz, induction amplitude 20 mT, reversal time 10 sec, "+" rotation mode during 8 minutes. The therapeutic course makes 3-7 daily procedures. Further, the preparation is instilled 4 times a day during 14 days.
EFFECT: method allows improving quality of the postoperative rehabilitation following cataract extraction due to prevention and treatment of inflammatory complications of anterior segment and corneal dystrophic damages.
SUBSTANCE: method lies in simultaneous impact with constant and alternating magnetic field. Impact with constant magnetic field is performed with induction 40-45 mcT. Impact with alternating magnetic field is performed with induction 40-45 mcT and frequency 1000 Hz. Patient is placed on magnetic couch, which makes it possible to perform impact with magnetic fields on entire organism. First procedure is carried out with 15-20-minute exposure. The following sessions of impact are made 5 minutes longer until 30-minute exposure is achieved. Procedures are carried out daily or every second day. Course of treatment includes 10-20 procedures.
EFFECT: method reduces risk of developing stressogenic disorders due to increase of reserve possibilities of organism, enhancement of reparation of post-stress structural damage and recovery of organism's working capacity.