Physiotherapeutic device effects on body tissues for the treatment of inflammatory processes

 

The invention relates to medical equipment, namely, devices for integrated therapeutic heat, magnetic field, vibration, and can be used in the treatment of prostate diseases, hemorrhoids, rectal fissures, sexual disorders. The technical result is to increase treatment efficiency, simplicity, reliability, design, usability. The device includes a housing, comprising a working part and a handle, separated by means of physiological fixation in the treatment process, and a heating system, comprising a supporting member, an electric heater made in the form of a control winding on the host element. Body body tightly adheres to the heater and is made of plastic masses. The carrier is made in the form of a tube of amagnitude material with the freely mounted drum element in the cavity formed between the fixed in the guide tube having a constriction for the spring, and restrictive bushing. The housing has a working surface with a convex part, for example, in the form of a hill. 10 C.p. f-crystals, 7 Il.

The invention relates to medical equipment, namely to ostrinia listed influences: heat magnetic field, vibration, magnetic field, heat and magnetic field for the treatment of inflammatory processes, and can be used in the treatment of diseases of the prostate, and also be used in proctology, gynecology, urology for the treatment of hemorrhoids, rectal fissures, private gynecological diseases, impotence, sexual disorders, etc., both in hospital and at home with the use of the device by the patient.

Known proctologic device for the treatment of internal and external hemorrhoids, containing a cylindrical metal shell into which is inserted a resistive heater comprising insulating ceramic cylindrical core coaxial with the shell, and electrospray wound on the core, and the front end of the shell is connected with a temperature sensor, and a resistive heater with a current source that is connected to the controller (see U.S. patent 4227535, A 61 F 7/12, 1981).

Such a device provides thermal therapeutic effect and has a complex structure. In addition, the device does not provide the possibility of a subjective evaluation of the temperature of the device.

It is known device is UNT, installed inside the massage element and associated with the actuator and the handle, a circular annular permanent magnet with axial magnetization, rigidly connected with the handle, while the massage element is designed in the form of an elongated body of revolution with wavy forming the end of which is installed coaxially with the hole of the ring magnet in the handle for axial reciprocating movement, rotate, and change their frequencies, and the active element is made in the form of a rod of non-magnetic material, on which discrete set small ring magnet with axial magnetization, while the end of the massage element is spring-loaded relative to the arm, and the terminal of the active element is spring-loaded relative to the massage element and it has a relatively area of free running (see RF patent 2071753, class a 61 N 21/00, 1997).

The device provides simultaneous mechanical, electrostatic and intense magnetic effect on the parts of hollow organs.

A disadvantage of the known device lies in the need for pre-Autonomous heating massage element to a temperature of 37-40oWith that inconvenient in operation.

Known to the medical device talandra with rounded end, the handle with stop placed coaxially with the cylinder, and a heater of the working part (see RF patent 2071753, class a 61 N 21/00, 1997).

The known device has a limited range of therapeutic effects: - the simultaneous effects of massage (mechanical with manual drive) and hyperthermia; - hyperthermic effect.

In the known device the working part is made in the form of a tube with a spherical tip, while the case contains a spring mechanism for moving the working parts and the case set grips.

A disadvantage of the known device lies in the low treatment efficiency, due to the fact that when you massage the working part of the device reacts spherical tip only on a limited area of the prostate gland, while the longitudinal movement of the working part does not provide a sufficient radial forces that contribute to the enhanced removal of secret outlet channel. In the known device it is extremely difficult to smooth, without jerks impact on body massaged and almost impossible to reproduce the conditions corresponding the most effective finger massage. In addition, the known device has Dwivedi to reduce the operational reliability of the device and increase its value. The presence of a large number of parts hampers the reliable sterilization of the device especially when using it at home.

Known to the medical device telemessaging impact of prostatitis, containing the working part, made in the form of an elongated hollow cylinder with a rounded end, the handle with stop placed coaxially with the cylinder, and a heater of the working part and the working part and the handle is a one-piece sealed unit with an internal cavity in which is located a heater, made in the form of an electric heater attached to the terminals, placed on the end plane of the block, while the section adjacent to the end made thicker flattened ellipsoidal shape and has a length of 25-35 mm and the handle is provided with a wavy outer surface, the distance between vertices of adjacent waves is 20-22 mm (see RF patent 2119787 And 61 H 21/00, 1998).

The main drawback is the limited number of modes of physical therapy effects (thermal or manual massage or telemessage impact) and the need to use manual massage.

Another disadvantage of the device is the first device is carried out by hand, holding the handle with the current lead. This reduces the reliability of the connection of current-carrying conductors to the terminals and/or increases the likelihood of them breaking. The need for reliable holding device of all the fingers, have the massage in a wave-like grooves of the handle, makes the handle bulky, which increases the size of the device.

Closest to the claimed technical solution is a device for the treatment of inflammatory processes hyperthermia, comprising a housing consisting of a working part with a thickened end and a distal end as a handle, is located inside the housing and connected to the unit's electric power heating system, a heater which is made in the form of a coil, is placed on a support element made of plastic masses or magnetic material and located inside the enclosure on its symmetry axis with depth in the body of the distal end (handle) of the housing and the body housing, a tight-fitting heating system, made of plastic masses, the distal end (handle) the housing has the shape of an ellipsoidal element is formed is positioned relative to the axis of the device pairs are arranged ellipsoidal surfaces which control the availability (or degree) of heating the working part in the treatment process, when this area of the heater and the casing is selected from the relation Sn=(0,5-1,1)Sto(see RF patent 2092137, A 61 F 7/12, publ. 1997 - prototype).

The known device provides a limited range of physiotherapeutic effects: hyperthermia effect; the simultaneous influence of pulsed magnetic field and hyperthermia; the influence of pulsed magnetic fields. The shape and small size of the handle make it commensurate with the size of the working part of the body that does not exclude the possibility of careless or accidental installation in heated cavity not only working part of the body and the handle, which reduces therapeutic effect and safety of the device. Thus, the shape and small size of the handle do not provide a sufficient area of contact with the skin, paired with warm hollow body, such as the rectum, which does not allow to effectively use the pen as a means of physiological fixation device. The low degree of physiological fixation device does not provide a secure location throughout the working part (the exact orientation) in the treatment process, which reduces the effectiveness of the treatment. The use of the handle as supporting the patient and medical personnel, does not provide the reliability degree of heat due to the large difference in sensitivity of the fingers (the temperature at the fingertips of 28.5oC) and the skin adjacent to the heated cavity (approximately 32,5oC).

The claimed invention solves the problem of creating a device with a wide range of modes of physical therapy effects, including to provide a different sequence of modes of treatment or diverse comprehensive physical therapy exposure during the procedure: - the simultaneous influence of pulsed magnetic field, massage (using automatic vibration) and hyperthermia; - simultaneous influence of pulsed magnetic field and massages (with automatic vibration); - hyperthermic effects; - the simultaneous influence of pulsed magnetic field and hyperthermia; - the influence of pulsed magnetic field having a simple, reliable, technologically advanced design, high therapeutic effect (by increasing the degree of reliability of physiological fixation device during treatment and ensure a constant temperature at the surface of the device along the length of the working part of the body), dobrogost subjective evaluation of the temperature of the device during a medical procedure, ease of disinfection (excluded in the shape of the body is a sharp bend), made with the possibility of use by the patient, including at home.

The technical result of the device is achieved in that in the device physical therapy effects on body tissues for the treatment of inflammation, comprising a housing including at least a working part of the handle element of the current lead and made of plastic masses, tight-fitting accommodated in the body housing the heating system, a heater which is made in the form of a coil, which is connected via an element of the current lead unit of electric power and is hosted on the host element, located inside the enclosure on its symmetry axis with depth in the body of the handle body, the carrier is made in the form of a tube of amagnitude material with the freely mounted drum element in the cavity formed between the fixed in the guide tube with spring and restrictive sleeve, the housing has an active surface with at least one convex part for vibratory.

Preferably, the carrier is made of metal, including brass.

It is advisable Vania.

Preferably, the working part of the body to perform with the bevel angle of not more than 2othe length of at least 35 mm.

Appropriate case to do with a means of fixing the working part, with the specified tool is located between the working part of the body and the handle and made in one piece with them.

Preferably the fixing means of the working part in the treatment process to be performed in the form of symmetrical projections, the distance between the tops of which exceeds the width of the handle not less than five millimeters, it is both the means of subjective control of the heating.

Suitable ledges to perform with slopes smoothly mated respectively with the surfaces of the working part and the handle body with the formation of the stops for the fingers on the slopes facing the handle.

Preferably in the case on the surface of the arm and turned to her slopes of the protrusions funds physiological commit to perform deeper under at least two fingers of a hand.

Appropriate working part of the body to perform in length from five to ten centimeters and with a diameter of one to two centimeters.

Preferably the current lead element positioning axis, parlays run from a magnetic material.

The technical result of the invention is to improve therapeutic efficiency of the device due to the possibility of using different combinations of modes magnetocapacitance physical therapy effects for treatment using a single control winding, which both simplifies the design of the device and reduces its cost.

The analysis of the prior art, including searching by the patent and scientific and technical information sources and identify sources that contain information about the analogs of the invention, allows to establish that the applicant is not found technical solutions, characterized by signs, identical to all the essential features of the claimed invention. The definition from the list of identified unique prototype allowed us to identify a set of essential (with respect to perceived by the applicant to the technical result) distinguishing features of the claimed object set forth in the claims.

Therefore, the claimed invention meets the requirement of "novelty" by applicable law.

Information about the popularity of the distinctive features in the complex of symptoms known technical solutions to the conclusion, that the proposed solution meets the criterion of "inventive step".

In Fig. 1 shows a longitudinal section of a device for the treatment of inflammatory processes hyperthermia; Fig.2 - the proposed device, top view in Fig.1; Fig.3 - section a-a in Fig.1; Fig.4 - section E-E in Fig.1; Fig. 5 shows the heating system of Fig.6 - dependence of the frequency control voltage over time for a power source; Fig.7 is a plot of the voltage of the power source.

Physiotherapeutic device effects on body tissues for the treatment of inflammatory processes includes a housing consisting of the working part 1 and arm 2 (Fig.1, 2), separated made in one piece with it by means of 3 fixation, made in the form of symmetrical projections, the distance between the tops of which (K) is larger than the width (H) of the handle 2 is not less than five millimeters, and the heating system.

The tabs funds 3 fixation performed with slopes of 4, 5, smoothly mated respectively with the surfaces of the working part 1 and the handle 2 of the housing. For the convenience of holding the device during installation to ensure the surface of the handle 2 and addressed to her slopes 5 tabs funds 3 fixation made f u is NT 7, located on the symmetry axis inside the housing and recessed into the body of the handle 2, the heater made in the form of the control winding 8 of the insulated flexible electrical wires placed on the bearing element 7, and the unit of electric power (in the drawing, the unit of electric power not shown). Body body tightly adheres to the heater 8 and is made of plastic masses, such as plastic stamps IO-45-12 Sep-N or high-pressure polyethylene mark 158. When this area of the heater and the housing of the working part is selected from the correlation S=(1,52)S.

Bearing element 7 is made in the form of a tube of amagnitude material, including brass, with the freely mounted drum (moving) element 9 in the cavity formed between the fixed in the guide tube 10, having a portion (narrowing) to install the springs 11, and restrictive bushing 12, the housing has an active surface with at least one convex part, for example, in the form of a protuberance 13 height (X) not more than 5 millimeters from its inception, the working part 1 of the case is made of cylindrical or conical length (L) from five to ten centimeters and with a diameter of the 2othe length (F) not less than 35 mm.

The handle element 14 has the current lead, the symmetry axis which is offset from the axis of the housing for improved security, easy operation and reduce the likelihood of breaking.

The device used a switching power supply that provides a linear change in the frequency control voltage from 1 to 10000 Hz for the period T (Fig. 6), the period of the pulse voltage is changed from T1to Tn(Fig.7), where the amplitude of the control action Up50 Cent.

The change of frequency from 1/T1up to 1/TnHz is either a constant duty cycle

either with a constant value of pulse duration
1=2= ... =n-1=n= const
Physiotherapeutic effect for the treatment of inflammatory processes by using the claimed device is as follows. The doctor set the necessary sequence of modes physiotherapy treatment for the treatment of inflammatory process of the particular patient from the list of modes, which can provide is;
- simultaneous effects of magnetotherapy, vibrotherapy;
- hyperthermic effects;
simultaneous exposure to magnetic therapy and hyperthermia;
- the effects of magnetotherapy.

The sequence of modes is determined based on individual tolerance procedures. In these modes, magnetic therapy and vibrotherapy operate with periodically variable frequency from a frequency range from 1 Hz to 200 Hz, and accordingly, when the amplitude of the magnetic induction from 1 to 50 MT, and hypercarotenemia is in the range of temperatures from 30 to 45oC.

The number of treatments and duration determined by your doctor. In particular, the treatment of inflammatory processes of the magnetic therapy can be performed within 15 days of when performing daily procedures for 15-20 minutes, while magnetic therapy is carried out periodically with variable frequency in the range from 1 to 200 Hz and the amplitude values of the magnetic induction from 1 to 50 MT. Treatment hyperthermia can be performed 1-2 times per week for 3-5 weeks, the temperature is adjustable from 30 to 45oC. treatment with magnetic therapy and hyperthermia can be performed within 15 days pirateria and hyperthermia is carried out for 7 to 9 minutes, this vibrotherapy operate with periodically variable frequency from a frequency range from 1 Hz to 200 Hz, respectively, when the amplitude of the magnetic induction from 1 to 50 MT, and hyperserotonemia in the range of temperatures from 30 to 45oC.

The device operates as follows. Pre-sterilized body by any known method, for example by washing in dezinfitsiruyuschim solution. Before beginning the procedure electric power supply device (not shown) is connected to an electrical outlet and the heater 8 starts to produce heat energy that is transferred from it to the surface of the working part 1 of the housing and the surface of the fixation means 3 and the handle 2. Set the desired temperature of the working part of the housing. The working part 1 of the body is placed in a subject to treatment cavity, with the specified tool 3 provides physiological fixation, is the limitation provisions of the working part 1 in the cavity.

To the control winding 8 from the output of the control circuit (Fig. not shown) is supplied pulse (voltage, with the guide 10 and the shock element 9 induced magnetic field tending to close them, receiving gap between it and the guide 10. This leads to dynamic punch element 9 along the guide 10.

Impulse dynamic impact is transmitted through the guide 10, the shell of the working part 1 to the adjacent portion of the body of the patient. When removing the voltage pulse (T) the force of the spring 11 disconnects and returns to the initial position of the shock element 9. Upon reaching the striker restrictive bushing 12 is dynamic impact, impulse through which the guide sleeve 12, the sheath operating portion 1 is transferred to the adjacent portion of the body of the patient.

Due to the fact that the magnetic circuit formed by the guide 10 and the shock element 9 is open, the described process is accompanied by the occurrence of a pulse magnetic field. The passage of the pulses of control current in the control winding 8 at the same time leads to the production of heat in the winding.

The device is accompanied by release of heat associated with power losses (magnetization control winding (magnet), the heat on the coil etc). The desired value of the temperature on the surface of the control winding is determined by the amplitude and duty cycle of the control current.

Need tennie, the pulse duration. The pulse frequency of the control current is changed from a value of N1to N2Hz for N3seconds (for example, from 25 to 100 Hz for 10 seconds).

The duration of the procedure prescribed by doctor. During the procedure, the patient himself can control the temperature of the body based on subjective perception heating of the skin adjacent to the inclined surface 4 of the tool 3 fixation, or by feelings of handle 2.

When using hyperthermia to the control winding 8 from the output control circuit receives a DC voltage. When this happens heating control winding 8, which is transmitted on the working surface 1 of the housing and the surface of the tool 3 and fixation of the handle 2. Magnetic field pulses and vibrations are missing.

When using magnetic therapy to the control winding 8 from the output control circuit is voltage pulse. The pulse duration is selected such that the shock element 9 does not have time to collide with the guide 10. This formed only a pulse magnetic field, as the heat on the control winding 8 is not sufficient to heat the surface of the housing 1 and the surface of the tool 3 and fixation of the handle 2.

PR is terapii, vibro-therapy and hyperthermia. To avoid hyperthermia duration of the voltage pulse is selected to provide dynamic impact between the impact element 9 and the guide 10. Duration of the pulse when the integrated influence (magnetotherapy, vibrotherapy, and hyperthermia) -m,b,gand the pulse duration when exposed to magnetic therapy and vibro-therapy -mmust conform to the inequalitym,b,gm. The implementation of this inequality ensures no thermal influence on the device due to insufficient power control.

If necessary, simultaneous exposure to magnetic therapy and hyperthermia to the control winding 8 with the output of the circuit control voltage impulses are applied on the carrier constant component. The pulse duration is selected such that the shock element 9 does not have time to collide with the guide 10. Thus pulses of the magnetic field and on the control winding 8 is heat resulting from the power of the pulses and the carrier constant component of napriagenka of the hill with an area of mucous membrane, located in close proximity to the prostate gland. Provide a vibratory massage by vibration through a hill on the mucous cavity with internal blood flow to the massaged area. At the same time with the help of thigh is pressed on the surface of the mucosa due to the inclination of the working part of the housing with respect to the channel of the rectum, while the pressing force is controlled by the sensations of the patient. When the pressing force is transmitted to the peripheral Department of the prostate and outflow secret excretory canal of the urethra. Thus, during the massage offered by the device is simultaneously squeezing secret in the canal of the urethra.

Duration of massage is usually 8-10 minutes. During the massage there is a simultaneous thermal effect on the prostate gland. Thus, in use the device is a complex effect on the inflamed organ: mechanical massage, heat and magnetic field. At the end of the process magnetocapacitance impact the working part of the housing is removed from the rectum and the case is sterilized.

Prototypes of what she and vibration (CLP-01 "PRA"), clinically tested, the results of which it was noted that using the combined effects of heat, magnetic field and vibratory massage physiotherapy enhances the effect. This therapeutic effect is achieved in a shorter period of time and stored over the long-term. Patients can easily learn the method of using the device for treatment. The device provides high treatment efficiency, reducing pain, improving overall health.

The proposed medical device magnetocapacitance impact of prostatitis can significantly improve therapeutic effectiveness due to the fact that when treatment is possible the selection of the individual modes of treatment depending on the stage of the disease and patient characteristics. An additional advantage of the device is the empowerment of its application, because the device can additionally be used for the treatment of various internal organs in urology, for example in the treatment of hemorrhoids, rectal fissures, private gynecological diseases, impotence, sexual disorders, etc., in Addition, it has a simple structure, convenient in ispolzovat implement physical therapy effects, using one control winding. Moreover, there is a possibility of implementation as a complex therapeutic heat, magnetic field, vibration, or a combination of these effects: heat, magnetic field, vibration, magnetic field, heat and magnetic field.


Claims

1. Physiotherapeutic device effects on body tissues for the treatment of inflammation, comprising a housing including at least a working part of the handle element of the current lead and made of plastic masses, tight-fitting accommodated in the body housing the heating system, a heater which is made in the form of a coil, which is connected via an element of the current lead unit of electric power and is hosted on the host element, located inside the enclosure on its symmetry axis with depth in the body of the handle housing, wherein the bearing element is designed in the form of a tube of amagnitude material with the freely mounted drum element in the cavity, formed between the fixed in the guide tube with spring and restrictive sleeve, the housing has an active surface with at least about the metal, including brass.

3. The device under item 1 or 2, characterized in that the convex part of the working surface of the case is made in the form of a hill with a height of not more than 5 mm from its base.

4. Device according to any one of paragraphs.1-3, characterized in that the working part of the housing is slanted with an angle of no more than 2the length is not less than 35 mm

5. Device according to any one of paragraphs.1-4, characterized in that the housing is provided with a means of fixing the working part, with the specified tool is located between the working part of the body and the handle and is an integral whole with them.

6. The device under item 5, characterized in that the means for fixing the working part is made in the form of symmetrical projections, the distance between the tops of which exceeds the width of the handle by at least 5 mm, and is both the means of subjective control of the heating.

7. The device according to p. 6, characterized in that the protrusions are designed with slopes gently paired respectively with the surfaces of the working part and the handle body with the formation of the stops for the fingers on the slopes facing the handle.

8. Device according to any one of paragraphs.5-7, characterized in that the housing on the surface of the arm and turned to her slopes of the protrusions for supporting causesa fact, the working part of the body is 5-10 cm long and with a diameter of 1-2 cm

10. Device according to any one of paragraphs.1-9, characterized in that the element of the current lead is located on an axis parallel to the axis of the housing.

11. Device according to any one of paragraphs.1-10, characterized in that the unit of electric power is performed pulse, this guide is made of magnetic material.

 

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