RU31195U1 - MASSAGE DEVICE - Google Patents

Description

MASSAGE DEVICE

The utility model oi is related to the field of rehabilitation and health-improving medical equipment, in particular, massage devices, and can be used for combination massage: mechanical massage with simultaneous exposure to a constant magnetic field and electric fields, as well as with evacuation of the massaged surface and magnetophoresis.

A massage device is known comprising a body, a vibrator and Haca; j.Ky connected to a vibrator, wherein the nozzle is a permanent magnet connected to the vibrator through a non-magnetic gasket A.S. USSR No. 825072 class. A 61 H 23/02, 1983.

The disadvantage of this device is the design complexity and narrow scope.

It is also known a device for self-massage, containing a base with devices for holding massage elements made in the form of balls, while the base is made in the form of a flexible element, and the device for attaching massage elements contains ring recesses on the outer surface for installation in the base on which notch A.S. No. 1517962, class A61 H 15/00, 1989.

The disadvantage of this device is the narrow functional directed gy, due to the possibility of only mechanical impact on parts of the body.

It is also known a device for self-massage, containing a massage element made in the form of a ball of ferromagnetic material mounted inside a ring permanent magnet with axial magnetization with an axial magnetization and having a diameter greater than the thickness of the latter, a protective elastic coating of Electra a, covering the ring permanent magnet and having

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censal hole, the diameter of which is less than the diameter of the massage elsman, RF Patent No. 2014058, cl. A 61 H 15/00, 1994, Bulletin No. 11.

Closest to the proposed device is a massage device containing a massage element made of non-magnetic material in the form of a ball, in the cavity of which an annular permanent magnet with axial magnetization is placed, a container made of non-magnetic material and having cavities for accommodating the ball and medicinal substance "Usfoystvo for massage Certificate for utility model No. 19759 dated 06/13/2001, Bull. Number 28.

Dangue usteoystvo is chosen as a prototype and has insufficiently wide functionality due to the narrow specimen of mechanical effects on the skin, which reduces the effectiveness of massage.

The utility model is based on the task of creating a massage device that allows you to increase the effectiveness of massage procedures and expands the scope.

The stated task is solved by the fact that in the massage device comprising a massage element made in the form of a ball, in the cavity of which an annular permanent magnet with axial magnetization is placed, a container made of non-magnetic material and having cavities for accommodating the ball and the drug substance is provided with a hollow chamber with a variable volume and an additional container, which has a cavity for accommodating the ball and is made detachable, in the form of connected hemispheres, the surfaces of which have spikes, a hollow chamber with a variable the volume is partially made of elastic material and has a neck, the diameter of the hole of which is larger than the diameter of the ball, with the ego the volume of the chamber cavity is larger than the volume of the ball, and the chamber itself and the dummy container are made of non-magnetic material. The walls of the hollow chamber are made in the form of a cylindrical surface, and its bottom is made of ynpyiorO material, for example rubber, in the form of a hollow casing, hermetically

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fixed on the pipes from the side opposite the neck. The device is equipped with a mechanism for restoring the volume of the chamber cavity, comprising a pusher spring-loaded from the side of the chamber walls and resting on the bottom of the chamber.

In FIG. I shows a prototype of the device in its entirety, in FIG. 2 shows the proposed device assembly with an additional container, FIG. 3, the proposed device assembly with a hollow chamber having a variable volume, in a state of readiness for work, on () ig. 4 - the proposed device assembly with a hollow chamber in working condition, on () ig. Figure 5 shows the structure of the magnetic field of an annular 1С1СОЯНАНО1О magnet with axial magnetization.

The massage device comprises a massage element (Fig. I), made in the form of a ball 1 of non-magnetic electret material, for example, ebonite, in which; 2, in the center of the ball, is placed an annular guaustine magnet 3 with axial magnetization., A detachable container, made in the form of a bowl. The device is equipped with a container made in the form of a detachable ball, consisting of two fixedly connected gulushari 4, 5 (Fig. 2), in the cavity 6 6 there is a massage element-ball I with magnet 3, and in its cavity 7, made in one of its hemisphere 5, there is a medicinal substance 8. Radial drainage holes 9 are made in the body of this hemisphere 5. The radius R of the ball I and the thickness d of the annular permanent magnet 3 (Fig. 3) are related by the inequality

R (2-2.5) d (I)

The area of the radial projections of the holes of the annular permanent magnet 3 (Fig. 2) on the surface of the ball 1 are marked with the symbols N and S - 10, II.

The device is equipped with an additional detachable container (Fig. 1), made in the form of connected hemispheres 12, 13, the surfaces of which have pinches (elastic massage protrusions) 14. A ball 1 with an annular permanent magnet 3 is placed in the cavity 15 of the connected gyulispheres 12 and 13.

in addition to an additional container, the device is equipped with a hollow chamber with a variable volume (Fig. H), the walls of which are made in the form of a cylinder 16, and the bottom is in the form of a hollow casing 17, tightly fixed to the walls of the cylinder 16 from the side opposite the neck 18.

The casing 17 is made of an elastic material, for example, rubber, flying around the property to take its original shape after deforming mechanical stress. Therefore, the chamber has a variable volume provided by a variable volume of the cavity of the casing 17: with external mechanical stress causing deformation of the casing 17 and a change in the volume of its cavity, the volume of the cavity of the chamber as a whole decreases, and when external force is removed, the elastic forces tend to return the casing 17 to its original shape, as a result what is the restoration of the volume of the cavity of the snout 17 and the volume of the entire chamber. In order to expand the range of working deformations in which the volume along the axis of the casing 17 is fully and not partially restored, the device is equipped with a chamber cavity volume recovery mechanism containing a pusher 19, abutting against the inner surface of the casing 17, and, on the other hand, abutting against the spring 20, fixed on the walls of the cylinder 16 of the chamber ((|) ig.Z). In FIG. 3, the spring 20 is compressed as a result of external mechanical action on the casing 17 and, as a consequence, on the pusher 19. The volume of the chamber cavity as a whole is less than the initial one.

In FIG. 4, the spring 20 in the free state, which occurred after the removal of external mechanical stress and the movement of the prylsin 20 of the pusher 19 with the surface of the casing 17 to its original position. The volume of the chamber cavity is the original. A ball 1 with an annular permanent magnet 3 having a diameter and volume less than the diameter and volume of the chamber is introduced into the cavity of the chamber (FIG. 3 and FIG. 4) from the neck 18. Both containers and hollow chambers are made of their non-magnetic material.

axial direction. It was found that the structure of the KPM magnetic field has the form shown in FIG. 2 Search, study and development of discoveries in Russia. Materials of the International Scientific Conference. - SPb, DNTP, 1992. - S.92-94. The picture of the lines of force allows us to conclude that A11A ka) of the cross section of the annular permanent magnet 3 by a plane perpendicular to the plane of the ring, there are lines AA, dividing it into two parts: internal and external. The lines of force of the inner part are drawn inside the ring, and the outer part is on the outer side of the ring. A fundamental feature of the interaction of these parts is the presence of ON and OS regions with specific properties, one of the manifestations of which are oxidative and reduction reactions initiated in an environment located in these regions. Moreover, while reducing reactions are actively proceeding in one of the ON areas, OS is oxidizing in the other, OS.

In these special areas, the magnetic field induction is zero, and they are separated from the plane of symmetry of the ring at a distance of 2-2.5 times the thickness of the ring. Therefore, the implementation of relation (1) ensures that in the proposed device the removal of special areas initiating redox reactions outside the massage element — ball I (Fig. 3) in the area of the massed body 21 (Fig. 3 and Fig. 4). Marking N and S 10, 11 of the surface of the ball carries information about the position of the poles of the annular permanent magnet 3, as well as the position of special areas - ON and OS. So, the symbol 10 indicates the presence of the region OS. Outside it, and inside the ball - the pole “S” of the ring permanent magnet. Symbol 11 indicates the presence of the ON region outside it, and the “N. Marking can be done in various colors and designations.

The proposed device for massage, in fact, is a device with a variable structure and can be used for massage in the following options:

1. "Ball with a permanent ring magnet;

2. “A ball with an annular permanent magnet in a container ball;

3. “A ball with an annular permanent magnet in an additional container-sphere;

4. “A ball with an annular permanent magnet in the cavity of a chamber with a variable volume.

Variants 1-3 of the device structure are similar in terms of its operation. Only the factors that determine the healing process (1), the lactic effect, the type of massage element and the nature of the mechanical effect on the massaged area of the body change.

Variant 4 of the structure of the usability determines the specific operation of the device associated with the evacuation of the chamber cavity and the contactless impact on the ball 1 from the user's hands.

The device works as follows. When using a device containing a ball in the cavity of which an annular permanent magnet is placed (option 1) or a ball with an annular permanent magnet in a container ball (option 2) (Fig. 1), the following exposure techniques can be performed.

1. Ball 1 (container with ball I) is placed on the massaged area of the body 21, pressed with the palm of the hand and, slightly bending the fingers, move the ball along the selected path. The movement of the ball can be carried out reciprocating along rectilinear or curvilinear trajectories, can be spiral or circular, depending on the type of massage and the purpose of the performer of the procedure. In this case, the identification of the poles "N and" S of the annular permanent magnet 3, and, accordingly, of the ON and OS regions, is carried out using symbols 10 and 11 (Fig. 2). Therefore, by manipulating the palm and fingers, the operator can always choose the advantageous position of the ball and, thereby, activate the oxidative and reduction processes in the underlying 2 tissues. In the general case, the free movement of the ball over the massed areas, being rotational, is carried out with respect to arbitrary axes. The results of such a motion of the annular permanent magnet 3 are a continuous change in the magnetic field induction in magnitude and a change in the direction of its field lines, and these changes are maximum in the arrangement of the special regions ON and Os. Such complex changes in the magnetic field activate the movement of ions in the tissues to be massaged. The results of the exposure are: an increase in the number of functioning capillaries, an improvement in the rheological properties of blood and tissue respiratory gels, a directed change in muscle tone and an increase in the threshold of pain sensitivity. The mechanical effect of the ball on the skin in the area of biologically active points and zones, as well as Zakharyin-Geda zones, will generate the therapeutic effect of the magnetic field of the ring permanent magnet 3. Moreover, the effect of the complex effect is enhanced due to the effect of static elecricity accumulated on the skin the surface of the ball when its electret surface slips over the skin during massage. Ball I (container with ball 1) is placed on the palm of your hand, squeezed with your fingers or pinched by the fingertips, after which the ball is actively moved with your fingers on the palm surface of the hand in an arbitrary order, providing massage of the palm surface. The therapeutic and prophylactic effect of the described variant of segmental massage is due to the combined effect of a magnetic field, static electricity and mechanical effects on reflexogenic zones. Addition to this massage technique can be procedure 3. 4. 5.

jjDff O O b massage of the back of the hand with a ball held by the palm and fingers of the opposite hand. Ball 1 (container with ball 1) is clamped with your fingers in a fixed position (for example, with the pole “N towards the massed area of the body, or vice versa) and slide along the massed surface along predetermined paths. In this case, there is no active mechanical effect on the skin and a change in the induction of the magnetic field of the annular permanent magnet 3 in magnitude and field lines in the direction of minimal. The main effect is carried out by the special areas of the annular permanent magnet 3 (He or Os) and the field lines of the poles “N or“ S, respectively, thereby stimulating the reduction (oxidation) processes and microcurrents of the corresponding direction. Ball 1 (container with ball I) is clamped with fingers and moved along the skin without touching them. You can change the position of the ball in relation to the skin by rotating it with the fingertips. In this case, a non-contact method of therapeutic and prophylactic effect is fully realized due to the effect of the magnetic field of the annular permanent magnet 3, while the influence of special areas (ON or Os) is carried out to a lesser extent due to the removal of the annular permanent magnet 3 with the ball I from the skin 21 This technique is most suitable for diseases and injuries of the skin, when contact massage is not possible. Ball 1 (container with ball 1) is clamped with the fingers of the hand and makes oscillatory and / or rotational movements in the area of biologically active points and zones, performing (contact or non-contact) acupressure. Therapeutic

the effect is due to the action of three factors; mechanical, instant and elecphostatic, and is essentially an integration of the three methods of puncture physiotherapy in one exposure. 6. Ball 1 (container with ball I) is placed on a flat surface and presses on it with the foot and performs reciprocal and rotational movements, thus massaging the entire plantar surface of the foot. Moreover, various combinations of exposure are also possible in the foot area: contact and non-contact techniques, isolated exposure to one factor and combined.

The expansion of mechanical massage in the proposed device is implemented in options 3 and 4.

When implementing option 3 (a ball with an annular permanent magnet in D01YULNI gel container-sphere), the device operates as follows. The massage module-sphere 12 and 13 (Fig. I), with a ball inside it 1 with an annular permanent magnet 3, the surface of which has zlagging spikes 14, interfere with the massaged area of the body 21, press it with your palm and, slightly bending your fingers, move along the selected path. Movements can be reciprocating, rotational, spiral, circular and others. In general, all types of mechanical massage effects on the massaged surface are realized. However, these effects, due to the elastic twists 14, allow more effective | | effect on biologically active points and reflexogenic zones, which reduces the force of pressing the palm of your hand to the massage module.

When implementing option 4 (luap with a permanent ring magnet in a hollow chamber with a variable volume), the device operates as follows.

A ball 1 with an annular permanent magnet 3 is placed on a massaged area of the body 21 and a part of the air is squeezed out of the hollow chamber by pressing a finger on the casing 17 (Fig. 3 and Fig. 4) and, as a result, on

the pusher 19 and the spring 20. The chamber volume decreases and it is pressed tightly by the neck 18 to the massed area of the body 21, covering the ball 1 with an annular permanent magnet 3. After that, the finger is removed from the coyasukha 17 (Fig. 4), as a result, the spring 20, restoring the original shape, presses on the pusher 19, and the latter on the surface of the casing 17. The volume of the chamber cavity is restored at lower air pressure, thus partially evacuating the chamber cavity, which is regulated by the initial compression force of the spring 20. The chamber is “sucked in” Xia massaged to body portion 21, and the user performs sliding movement on certain trajectories. During these movements, ball I with an annular permanent magnet 3 moves freely in the chamber cavity, and the magnetic field of the annular permanent magnet 3 continuously changes in magnitude and direction. Thus, in option 4, it is possible to harmoniously combine the magnetic and mechanical effects of a massaged body portion with a dosed vacuum.

The proposed massage device has a variable, scalable structure and harmoniously improves and expands the functionality of the prototype device due to the possibility of changing the shape and area of the massage element; and also by varying various types of effects: pressure and vacuum, combined with the effects of a magnetic field, including the possibility of drug magnetophoresis. The design of the device allows you to quickly move from one type of massage effect to another, increasing and potentiating the therapeutic and prophylactic effects of various types of massage.

The connecting link of the design is ball I with an annular permanent magnet 3, which has both the status of an independent massage element and the main element of massage structures, ensuring their interconnectedness and specificity.

Thus, the proposed device for massage has an expanded scope, wider. Functional capabilities, and the massage performed by this device, due to the above advantages, is more effective.

Authors: / -) ho

.D. Didur

 1, -A.E. Kuzik

 / ..I. Rukosuev

Claims (3)

1. A massage device containing a massage element made of non-magnetic material in the form of a ball, in the cavity of which is placed an annular permanent magnet with axial magnetization, a container made of non-magnetic material and having cavities for accommodating the ball and the drug substance, characterized in that it equipped with a hollow chamber with variable volume and an additional container, which has a cavity for accommodating the ball and is made detachable in the form of connected hemispheres, the surfaces of which have spikes, hollow chambers with variable volume is partially made of elastic material and has a neck portion, the hole diameter is larger than the ball diameter, the larger the volume of the chamber cavity volume of a sphere, and the camera itself and the additional container are made of nonmagnetic material. 2. The device according to claim 1, characterized in that the walls of the hollow chamber are made in the form of a cylinder, and its bottom is made of an elastic material, such as rubber, in the form of a hollow casing sealed to the walls of the hollow cylinder from the side opposite the neck. 3. The device according to claim 2, characterized in that it is equipped with a mechanism for restoring the volume of the chamber cavity, comprising a pusher spring-loaded on the side of the chamber walls and resting on the bottom of the chamber.