UA147002U - MAGNETOTHERAPEUTIC APPARATUS - Google Patents

Abstract

The magnetic therapy apparatus, made in the form of a spacesuit, contains bearings made of dielectric material, each of which includes at least one magnetic inductor provided with at least one source of magnetic field. Each lodgement is designed for and covers a specific part of the patient's body, namely the head, neck, torso and limbs. The magnetic inductor is made in the form corresponding to the anatomical shape of a certain part of the patient's body, and contains as a source of magnetic field a group of permanent magnets, each of which is equipped with two parallel bases, which are its magnetic poles N and S. and set so that their magnetic poles N and S are directed to the patient's body alternately in a checkerboard pattern. Each magnetic inductor consists of at least two modular elements. Each lodgement, with the exception of the lodgement intended for the patient's head, contains at least two parts hinged to accommodate the patient's body in the magnetic therapy apparatus before the magnetic therapy session.

Description

The useful model belongs to medicine and is intended for the improvement and prevention of a person without the use of chemical drugs due to the effect on his body of a permanent magnetic field.

Magnetic fields are used for a variety of therapeutic purposes, including pain relief for soft tissue injuries and musculoskeletal injuries, muscle relaxation, headache relief, internal organ treatment, and other therapeutic ailments.

Magnetic fields have also been shown to be effective in treating arthritis and dissolving cholesterol deposits in the vessels of the circulatory system. Magnetic fields improve blood circulation and increase capillary blood circulation in tissues exposed to the magnetic field, as well as activate immune processes in the human body.

A known stationary magnetotherapeutic device containing sections of inductors for different parts of the patient's body, placed on a base, and the base is made of two hollow lozenges (tablets) - the lower and the upper. The lower lodgement (tablet) is made stationary, and the upper one is made movable and is hingedly connected to the lower one. Each section of the inductors contains two half-sections, one of them is located inside the lower bed (tablet) in the location of the corresponding part of the human body, and opposite it, inside the upper bed (tablet), another half-section is located, while for supplying electrical impulses to the corresponding sections of the inductors, a system for forming pulse sequences of adjustable frequency, frequency and amplitude (patent KI 2188677,

IPC AbIM 2/00, publ. 10.09.2002). However, this device, based on the creation and use of dynamic magnetic field emitters covering the human body, is quite complex in terms of design and technology, which complicates the process of its installation and further operation.

Also, the drawback of the known apparatus is the low effectiveness of the effect on the patient due to the lack of anatomical fit of the inductor sections to different parts of his body, which does not allow to ensure the influence of the magnetic field on the deeper layers of the human body.

A known magnetotherapeutic device containing an elastic medium, on which are fixed sources of a constant magnetic field of cylindrical shape, the poles of which are directed towards the object of influence - the human body (patent O5 3921620, IPC Ab1M 1/42, publ. 11/25/1975).

The disadvantage of the known device is that the effect of the magnetic field is carried out only in local points of the object of influence and does not provide an effective effect on the entire body of the patient.

A well-known magnetotherapeutic device containing an elastic carrier, made in the form of a foam mattress, on which fixed sources of a constant magnetic field of a cylindrical shape, directed towards the object of influence. Sources of a constant magnetic field are made with different set strengths, fixed on a carrier to affect the projections of acupuncture meridians and directed to the object of influence with negative poles (patent KO 2157264, IPK AbIM 2/00, publ. 10.10.2000).

The disadvantage of the known magnetotherapeutic device is the local induction of the magnetic field, which limits the possibilities of using the known device. Local induction of a magnetic field provides a magnetobiological effect only at local points of the object of influence and is not able to ensure the penetration of the magnetic field into the deeper layers of the human body.

The closest analog of a useful model is a magnetotherapeutic apparatus, made in the form of a space suit, containing lozenges made of dielectric material, each of which includes at least one magnetic inductor equipped with at least one source of a magnetic field, while each lozenge is intended for a certain part of the patient's body, namely the patient's head, neck, trunk and limbs, and covers it (application KO 94018405/14, IPC Ab1M 2/00, publ. 04/27/1996). In the device, the inductors are divided into segments, each of which is made in the form of a ring section containing several magnetic field sources placed around its circumference, while the number and method of mounting the magnetic field sources in each inductor are different. The number of inductors and sources of the magnetic field per unit area of the spacesuit in its various sections differs among themselves, which leads to an uneven effect of the magnetic field on the entire body of the patient and a decrease in the preventive and therapeutic effect when using a known useful model.

The disadvantage of the well-known magnetotherapeutic device is also the low effectiveness of the magnetic field effect on the patient's body due to the lack of anatomical fit of sections with magnetic inductors designed to create a magnetic field to different parts of the patient's body, which does not allow to ensure the influence of the magnetic field on the deeper layers of the human body.

The basis of a useful model is the task of creating a magnetotherapeutic device that provides an effective effect on the reflexogenic zones of the human body due to the anatomical fit of inductors equipped with magnetic field sources to the surface of the body.

The problem is solved by the fact that in the magnetotherapeutic apparatus, made in the form of a space suit, containing lozenges made of dielectric material, each of which includes at least one magnetic inductor equipped with at least one source of a magnetic field, while each lozenge is intended for a certain part of the patient's body , namely the head, neck, trunk and limbs of the patient, and covers it, according to a useful model, the magnetic inductor is made in a form corresponding to the anatomical shape of a certain part of the patient's body, and contains as a source of the magnetic field a group of permanent magnets, each of which is equipped with two parallel bases, which are its magnetic poles M and 5, while the permanent magnets are adjacent to each other in each inductor and are installed in such a way that their magnetic poles M and 5 are directed towards the patient's body alternately in a staggered order, while each magnetic inductor consists of at least two modular elements, and each lodgement, with the exception of lodges ement, intended for the patient's head, contains at least two parts, hinged together, for placing the patient's body in the magnetotherapy apparatus before the magnetotherapy session.

The execution of each magnetic inductor in a form corresponding to the anatomical shape of a certain part of the patient's body allows to create a permanent magnetic field with a given intensity, for example, in the projection of acupuncture meridians and reflex zones of the human body. Magnetic inductors, consisting of modular elements, are designed to cover a specific part of the patient's body, namely the patient's head, neck, torso and limbs, and contain as a source of magnetic field a group of permanent magnets, each of which is provided with two parallel bases, which are its magnetic poles M and 5. At the same time, permanent magnets adjacent to each other in each inductor are installed in such a way that their magnetic poles M and 5 are directed towards the patient's body in turn in a staggered order. The alternating placement of poles M and 5 in the direction of the patient's body in a checkerboard pattern leads to the activation of the targeted effect of the magnetic field on the meridians and reflexogenic zones along with the general effect on the body, which allows to activate immune processes in the general reaction of the body, as well as to ensure complete (deep) relaxation and accelerated rehabilitation of the patient. At the same time, each magnetic inductor

Zo consists of at least two modular elements, and each bed, with the exception of the bed intended for the patient's head, contains at least two parts, hinged to each other, which allows to ensure the opening of all beds, except the bed for the patient's head, and, accordingly, magnetic inductors, for placing the patient's body in the magnetotherapy apparatus before the magnetotherapy session.

In a separate version of the magnetotherapeutic device, at least two modular elements that are part of one magnetic inductor are connected to each other by means of a hinged connection.

In another version of the magnetotherapeutic device, at least two magnetic inductors, which are part of adjacent (adjacent to each other) lodgements, are connected to each other by means of a hinged connection.

In a separate version of the magnetotherapeutic device, at least one permanent magnet is made of neodymium alloy.

In another version of the magnetotherapeutic apparatus, at least one permanent magnet, which is part of the modular element of the magnetic inductor, has the shape, for example, of a prism or a cylinder, or a cube, or a parallelepiped.

In a separate version of the magnetotherapeutic device, the modular element of the magnetic inductor is made in the form of a board, the working surface of which is equipped with at least two rows of cells, each of which is made in the form of a seat, the configuration of which corresponds to the shape of the permanent magnet placed in it.

In another version of the magnetotherapeutic device, a group of permanent magnets is placed on the working surface of the modular element, which have a prismatic shape and are adjacent to each other on the sides with a gap between them, chosen accordingly with the following dependence: 0.03р «п»0.096, where:

A - the distance (gap) between the permanent magnets placed on the working surface of the modular element, mm;

B - the size of the side of the permanent magnet, mm.

The change in the intensity of the magnetic field, depending on the number of permanent magnets installed in each inductor, their design and mutual location relative to each other, makes it possible to choose the best option for the effect of the magnetic field on the patient's body.

The specified device can be used for therapeutic and preventive purposes to restore a person's vital forces both in the conditions of a medical institution and in the practice of a rehabilitation and sports complex or at home, while conducting one treatment session for 30-40 minutes allows you to ensure full (deep) relaxation and accelerated rehabilitation of the patient.

A useful model is explained by the drawings, where in Fig. 1 shows a general view from the front of the magnetic therapy device in the working (closed) state; in Fig. 2 - general view of the magnetic therapy device in the open state; in Fig. C - side view Fig. 1; in Fig. 4 - bottom view Fig. 1; in Fig. 5 - a view of the inductor of the magnetotherapeutic device, intended for the girth of the patient's body, in the abdomen, in the open state; in Fig. 6 - a fragment of the inductor shown in Fig. 5; in Fig. 7 is a side view of the inductor fragment shown in Fig. b; in Fig. 8 - a view of two adjacent modular elements: a modular element of the inducer intended for girth of the torso in the pelvic region, and a modular element of the inducer intended for girth of the lower limb of the patient; in fig. A modular element of the inductor designed for the girth of the patient's lower limb in the area of the lower leg is shown; on

Fig. 10 is a modular element adjacent to the element depicted in Fig. 9; in Fig. 11 - view I-I

Fig. 1; in Fig. 12 - view PI-PI Fig. 11; in Fig. 13 - view I-II Fig. 1; in Fig. 14 - a modular element of the inductor, adjacent to the modular element shown in Fig. 13; in Fig. 15 - isometric view of the magnetic therapy device.

An example of the implementation of a useful model.

The magnetotherapeutic apparatus is made in the form of a space suit, which contains bed elements A, B,

C, p, E, E, H are made of dielectric material. The composition of each of the lodgements A, B, C, O, E,

Е, Н includes at least one magnetic inductor mounted in the corresponding bed, which is provided with at least one source of magnetic field, while one of the specified bed items А, В, С, 0, Е, Е, Н is intended for a specific individual part of the patient's body, and specifically the patient's head or neck, or torso, or limbs, and covers it, while: - bed A contains a magnetic inductor 71, which is made in a form corresponding to the anatomical shape of the patient's head, and is intended to accommodate the patient's head; - bed element B contains a magnetic inductor 2, which is made in a form corresponding to the anatomical shape of the patient's neck, and is intended for its placement; - lodgement C is a prefabricated structure consisting of body elements C1, C2, C3, C4,

C5, hinged together. Lodgement C is equipped with an induction set 3, consisting of five interconnected magnetic inductors 3-1, 3-2, 3-3, 3-4, 3-5, made in a form corresponding to the anatomical shape of the patient's torso, and designed for placing the patient's torso during a magnetic therapy session, while: the inductor 3-1 is designed to cover the patient's upper shoulder girdle; inductor 3-2 is designed to cover the upper part of the patient's body in the chest area; inductor 3-3 is designed to cover the patient's torso in the abdominal area; inductor 3-4 is designed to cover the patient's torso in the lumbar region; inductor 3-5 is designed to cover the patient's pelvis; - lodgement О is a prefabricated structure consisting of body elements О1, 02, 03, hingedly connected to each other. Lodgement О contains an induction set 4, consisting of three interconnected inductors 4-1, 4-2, 4-3, made in a form corresponding to the anatomical shape of the patient's upper limb and intended for its placement during a magnetotherapy session, while: inductor 4-1 is designed to cover the patient's forearm; inductor 4-2 is designed to cover the patient's elbow area; inductor 4-3 is designed to cover the patient's shoulder; - lodgement E also consists of several body elements E1, E2, EZ, E4, hinged together. Lodgement E contains an induction set 5, consisting of four interconnected inductors 5-1, 5-2, 5-3, 5-4, made in a form corresponding to the anatomical shape of the patient's lower limb and intended for its placement during a magnetotherapy session , while the inductor 5-1 serves to cover the patient's ankle; inductor 5-2 serves to cover the patient's lower leg; inductor 5-3 serves to cover the patient's knee area; inductor 5-4 serves to cover the patient's thigh; - bed element E contains the inductor 6, which is made in a form corresponding to the anatomical shape of the patient's hand and is intended for placing the patient's hand in it; - bed element H contains the inductor 7, which is made in a form corresponding to the anatomical shape of the patient's foot and is designed to cover it during a magnetotherapy session.

Each of the indicated magnetic inductors 1, 2, 3-1, 3-2, 3-3, 3-4, 3-5, 4-1, 4-2, 4-3, 5-1, 5-2, 5 -3, 5-4, 6, 7 contains as a source of the magnetic field a group of permanent magnets 8, each of which is provided with two parallel bases, which are its magnetic poles M and 5, while the permanent magnets 8 are adjacent to each other and installed in this way , that their magnetic poles

My 5 are directed to the patient's body one by one in a checkerboard pattern. Alternate placement of poles

My 5 permanent magnets 8 in a staggered order leads to an effective targeted effect of the magnetic field on the meridians and reflexogenic zones of the patient's body.

In a separate version of the magnetotherapeutic device, at least one permanent magnet 8 is made of neodymium alloy.

In another embodiment of the magnetotherapeutic device, at least one permanent magnet 8, which is part of the magnetic inductor, has the shape, for example, of a prism (Fig. 8) or a cylinder, or a cube, or a parallelepiped (not shown in the drawings).

Each of the beds C, 0, E, E, H, with the exception of bed A, intended for the head of the patient (and bed B, intended for the neck of the patient, which optionally contains one part, as shown in Fig. 1), consists of at least two parts, hinged together, which allows opening of the beds C, 0, E, E, H for placement of the patient's body in the magnetotherapy apparatus before the magnetotherapy session. At the same time, each magnetic inductor 3-1, 3-2, 3-3, 3-4, 3-5, 4-1, 4-2, 4-3, 5-1, 5-2, 5-3, 5 -4, 6, 7 consists of at least two modular elements, hinged to each other and installed in the corresponding housings C, 0, E, E, H, which allows to ensure the opening of inductors 3-1, 3-2, 3- 3 , 3-4, 3-5, 4-1, 4-2, 4-3, 5-1, 5-2, 5-3, 5-4, 6, 7 for placing the patient's body in the magnetotherapy apparatus.

As an example that explains the design of the "magnetotherapeutic apparatus", let's consider the design of some of the above-mentioned magnetic inductors.

For example, the inductor 3-3, which is part of the housing element SZ3 of the C lodgement, is designed to cover the patient's torso in the abdominal region (Fig. 5). The inductor 3-3 consists of modular elements, while three modular elements 3-3 (1) are located on the side of the patient's back, two modular elements 3-3 (2) cover the patient from the sides and two modular elements 3-3 (3) are located in front, on the side of the patient's abdomen. Modular panels 9 and 10, adjacent to each other and creating a modular element 3-3 (2), are connected to each other by means of a hinged connection 11. Similarly, modular elements 3-3 (2 ) and 3-3 (3), which provides the possibility of opening the magnetic inductor 3-3 and, accordingly, opening the bed C for placing the patient's body in the magnetotherapy apparatus.

Along with this, in the design of lodgement C, consisting of body elements C1, C2, C3,

C4, C5, hinged to each other, the magnetic inductor 3-3 is also connected to the magnetic inductor 3-2, designed to cover the upper part of the patient's torso in the chest region, and to the magnetic inductor 3-4 covering the torso patient in the lumbar region. In turn, the specified inductor 3-4 is connected to the inductor 3-5, which covers the patient's torso in the pelvic area, by means of a hinged connection 12, which allows changing the angle of inclination of the inductor 3-4 relative to the inductor 3-5 and setting the specified inducers 3-4 and 3-5 in a position convenient for a particular patient (Fig. 8). Also, due to the presence of the hinged connection 12, by changing the corresponding angle between the interconnected inductors 3-4 and 3-5, it is possible to set them in the required position relative to the horizontal plane, which allows the patient to be placed in the magnetic therapy device in a sitting or semi-lying position.

The design of the magnetotherapy apparatus, which is claimed, also provides for the connection of two magnetic inductors, for example, magnetic inductor 3-5 and magnetic inductor 5-4, installed on adjacent (adjacent to each other) lozenges C | and E, which are connected between themselves by means of a hinged connection 13 (Fig. 8).

In a similar way, the magnetic inductor 6 and the magnetic inductor 4-1 are also connected to each other, installed on the adjacent bed elements BE and 0, which are connected to each other by means of a hinged connection 14 (Fig. 11 and Fig. 12).

In a similar way, the modular elements 7(1) and 7(2), which are part of the magnetic inductor 7, mounted in the bed H, designed to cover the patient's foot (Fig. 13 and Fig. 14), are also connected to each other. Modular elements 7(1) and 7(2) are connected to each other by means of a hinged connection 15 (Fig. 13 and Fig. 14).

In a similar way, the modular elements 5-2(1) and 5-2(2), which are part of the magnetic inductor 5-2, mounted in the body element E?2 of the bed E, designed to cover the patient's leg ( Fig. 9 and Fig. 10). Modular elements 5-2(1) and 5-2(2)

connected to each other by means of a hinged connection 16, which allows to ensure the opening of the bed E before placing the patient in the magnetic therapy device.

Other modular elements included in the magnetic inductors 3-1, 3-2, 3-3, 3-4, 3-5, 4-1, 4-2, 4-3, 5-1, 5-2, 5-3, 5-4 magnetotherapeutic apparatus. This allows you to open the beds C, O, E before placing the patient in the magnetic therapy device (Fig. 2).

Handles 17 are installed on the outer surface of the housings B, C, 0, E, E, H for the convenience of opening and closing the housings.

Each modular element included in the composition of each magnetic inductor is made on the corresponding bed A, B, C, 0, E, E, H in the form of a board, the working surface of which is equipped with at least two rows of cells, each of which is made in the form of a seat , the configuration of which corresponds to the shape of the permanent magnet 8 placed in it. Permanent magnet 8 can have the shape, for example, of a prism or a cylinder, or a cube, or a parallelepiped.

In a separate version of the magnetotherapeutic device shown in Fig. 8, on the working surface of the modular element, which is part of the inductor 3-5, there is a group of permanent magnets 8, which have a prismatic (square) shape and are adjacent to each other on the sides with a gap between them, selected accordingly with the following dependence: 0, 03r "p" 0.096, where:

A - the distance (gap) between the permanent magnets placed on the working surface of the modular element is 8 mm;

B - the size of the side of the permanent magnet is 8 mm.

The magnetic therapy session is conducted as follows.

The patient, prepared for the session, accompanied by the operator, is put into the magnetotherapy apparatus, made in the form of a spacesuit. At the same time, the lodgements C, 0, E, E,

H are in the open state and contain magnetic inductors 3-1, 3-2, 3-3, 3-4, 3-5, 4-1, 4-2, 4-3, 5-1, 5-2, 5 -3, 5-4, 6, 7, which are also in an open state for placing the patient's body.

After placing the patient in the magnetotherapeutic apparatus, the beds C, 0, E, E, H are closed, as a result of which he (the patient) becomes surrounded on all sides by permanent magnets 8, which ensures the anatomical fit of the magnetic inductors 3-1, 3-2, 3-3, 3-4, 3-5, 4- 1,4-2, A-3, 5-1, 5-2, 5-3, 5-4, 6, 7 to the patient's body.

Since the bearings A, B, C, 0, E, E, H are made of dielectric (non-magnetic) material, they do not have a significant effect on the magnetic field created by magnetic inductors 1,2, 3-1, 3-2, 3 -3, 3-4, 3-5, 4-1, 4-2, 4-3, 5-1, 5-2, 5-3, 5-4, 6, 7. Each of the indicated magnetic inductors 1, 2, 3-1, 3-2, 3-3, 3-4, 3-5, 4-1, 4-2, 4-3, 5-1, 5-2, 5-3, 5-4, 6, 7 contains as a source of the magnetic field a group of permanent magnets 8, each of which is equipped with two parallel bases, which are its magnetic poles M and 5. At the same time, the permanent magnets 8 are adjacent to each other and installed in such a way that their magnetic poles M and 5 are directed to the patient's body in turn in a checkerboard pattern. Alternate placement of M poles and 5 permanent magnets 8 in a staggered order leads to an effective effect of the magnetic field on the meridians and reflexogenic zones of the patient's body.

According to the useful model, magnetotherapy for the prevention and treatment of diseases was carried out in such a way that a magnetic field with an intensity of 100-300 mT affected the patient's body, which is in the magnetotherapy apparatus of vodka. Three-dimensional magnetic field created by magnetic inductors 1, 2, 3-1, 3-2, 3-3, 3-4, 3-5, 4-1, 4-2, 4-3, 5-1, 5-2 , 5-3, 5-4, 6, 7, designed to create a magnetic field, affected the patient's body once a day, for 30-40 minutes. At the same time, the time of exposure to the patient's body should not be too short, since the effect of the magnetic field is manifested only when the intensity of the magnetic field in certain parts of the patient's body reaches certain threshold values. Therefore, for the prevention of diseases, the duration of the session was set from 15 to 20 minutes. At the same time, for the treatment of most diseases, the session time can be on average - 30-40 minutes... For a weakened patient, this time is very long and requires a comfortable body position. The standing position is very inconvenient for a treatment session. The sitting position is more comfortable, but it is not convenient enough to apply the magnetic field in places where the patient's body bends, namely in the lumbar region, in the knee region or in the patient's elbow region. Thus, the supine position is the most comfortable for the patient. At the same time, the presence of hinged joints 12, 13, 14 allows you to change the angle of inclination of individual magnetic inductors to the required position relative to the horizontal plane, which allows you to place the patient in the magnetotherapy apparatus in a sitting or semi-lying position.

Change in the intensity of the influence of the magnetic field depending on the number installed in each inductor 1, 2, 3-1, 3-2, 3-3, 3-4, 3-5, 4-1, 4-2, 4-3, 5- 1, 5-2, 5-3, 5-4, 6, 7 magnetic field sources in the form of a group of permanent magnets 8, allows to create a permanent magnetic field with a given intensity, for example with an optimal intensity of 100-150 mT, in the projection of acupuncture meridians and reflexogenic zones of the patient's organs. This leads to targeted magnetotherapy of individual organs along with the general effect on the human body.

Experiments showed that people exposed to a magnetic field with a strength of 100-300 mT did not experience changes in pulse, breathing or reflexes, while continuous exposure to a magnetic flux with a strength of 700 mT or more for one hour caused a feeling of discomfort. This indicates that with a magnetic flux density of less than 700 mtl and an application time of less than one hour per day, the patient's safety is not at risk.

The technical result of the useful model is the provision of effective influence on the reflexogenic zones of the human body due to the anatomical fit of the inductors equipped with magnetic field sources to the surface of the human body. This allows you to reproduce the vital forces of a person both in the conditions of a medical institution and in the practice of a rehabilitation and sports complex or at home, while a useful model can be used for preventive purposes, when a practically healthy person needs a full-fledged rest to restore working capacity or relieve a stressful situation.

Claims (7)

USEFUL MODEL FORMULA 1. Magnetotherapeutic apparatus, made in the form of a space suit, containing lozenges made of dielectric material, each of which includes at least one magnetic inductor equipped with at least one source of magnetic field, while each lozenge is intended for a certain part of the patient's body, namely the head, neck, trunk and limbs of the patient, and covers it, which is characterized by the fact that the magnetic inductor is made in a form corresponding to the anatomical shape of a certain part of the patient's body, and contains as a source of magnetic field a group of permanent magnets, each of which is provided with two parallel bases, which are by its magnetic poles M and 5, while the permanent magnets are adjacent to each other in ZO of each inductor and are installed in such a way that their magnetic poles M and 5 are directed towards the patient's body alternately in a staggered order, while each magnetic inductor consists of at least two modular elements, and each bed, with the exception of the bed designed for the patient's head and, contains at least two parts, hinged to each other, for placing the patient's body in the magnetotherapy apparatus before the magnetotherapy session. 2. Magnetotherapeutic apparatus according to claim 1, which is characterized by the fact that at least two modular elements, which are part of one magnetic inductor, are connected to each other by means of a hinged connection. Q. The magnetotherapeutic apparatus according to claim 1, which is characterized by the fact that at least two magnetic inductors, which are part of adjacent (adjacent to each other) lozenges, are connected to each other by means of a hinged connection. 4. Magnetotherapeutic apparatus according to claim 1, which is characterized by the fact that at least one permanent magnet is made of neodymium alloy. 5. The magnetotherapeutic device according to claim 1, which is characterized by the fact that at least one permanent magnet, which is part of the modular element of the magnetic inductor, has the shape, for example, of a prism or a cylinder, or a cube, or a parallelepiped. 6. Magnetic therapy device according to claim 1 or claim 5, which is characterized by the fact that the modular element of the magnetic inductor is made in the form of a board, the working surface of which is equipped with at least two rows of cells, each of which is made in the form of a seat, the configuration of which corresponds to the shape of a permanent magnet, placed in it. 7. The magnetotherapeutic apparatus according to claim 1 or claim 6, which is characterized by the fact that a group of permanent magnets is placed on the working surface of the modular element, which have a prismatic shape and are adjacent to each other on the sides with a gap between them, selected accordingly with the following dependence: o, ozrevpho,096r, where: n - distance (gap) between permanent magnets placed on the working surface of the modular element, mm; B - the size of the side of the permanent magnet, mm. 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