WO2019177498A1 - Massage device, method for using same, and method for manufacturing same - Google Patents

Abstract

The invention relates to the field of medical technology, particularly to massage devices for personal use. The essence of the invention is a massage device designed to be capable of simultaneously stimulating two regions of the body. The problem of interest is solved by a device having a first element and a second element connected to one another by a connecting element that is curvedly bent and capable of elastically straightening as the first element is moved along a first region of the body and of pressing the second element against a second region of the body. Moreover, the first element comprises an electrical current source and an electronic control means, the second element comprises an electrical means for exerting an action upon a person's body, and the connecting element comprises electrical conductors for connecting the aforementioned components.

Description

 DEVICE FOR MASSAGE, METHOD OF ITS

 USE AND METHOD OF ITS MANUFACTURE

The invention relates to the field of medical equipment, to devices for stimulating reflex points, massage, and can be used for massage by rubbing, pressure, vibration, vacuum, electrical and thermal effects on individual parts of the body, including genitals. The massage device is used for personal massage, in order to satisfy sexual needs and can be used at home, as well as in specialized institutions.

The prior art device for massage and sexual stimulation of the genitals "rabbit vibrator", containing the main elongated element for vaginal stimulation and an additional elongated element with a front end intended for "littoral stimulation, and connected with its rear end to the main element or its back end. The free end of the additional element is directed to one side with the free end of the main element and slightly bent from the main element. Moreover, the additional element is much shorter than the main element, that is, its free end is shifted to the rear end of the main element so that the longitudinal distance between their free ends is on average 100 mm. At this distance, the main element of the "rabbit vibrator" is inserted into the vagina until the additional element stops in the clitoris region, while the additional element has a small elastic mobility and it bends from the main element when the main element moves deeper into the vagina by an average of 20 mm displacing along the clitoris area the same distance. Thus, such devices are capable of reciprocating into the vagina (vaginal frictional stimulation), without stimulation of the clitoris or with short-term contact with the clitoris for a distance of up to 100 mm, and with simultaneous “littoral stimulation with constant contact with the clitoris up to 20 mm , despite the fact that the length of the main element, like a conventional vibrator without “littoral stimulation, is on average 150 mm. Therefore, the function performed by the devices can be attributed to “littoral stimulation with a feeling of fullness in the vagina without frictional stimulation. The disadvantage of such devices is restriction of the distance of movement in the vagina of the main element with simultaneous clitoral stimulation by an additional element, as well as the displacement of the additional element from the clitoris with simultaneous stimulation.

The prior art device NOVA vibrator company We-Vibe, disclosed in the journal STOREROTICA Magazine, December 2015, p. 42. http://www.epageflip.net/i/609426-se-december-2015, and in patent application PCT / CA201605800, published January 12, 2017, which contains a vaginal stimulating element with a vibrator and a clitoral stimulating element with a vibrator, which is made with the possibility of longitudinal angular elastic movement relative to its arcuate base. Moreover, clitoral stimulation is provided not by the end end of the "littoral element, but by its outer longitudinal surface. According to the drawings, the end of the vaginal element protrudes longitudinally relative to the stimulating surface of the "litoral element by 52 mm, while the distance from the end of the vaginal element to the stimulating surface with a maximum elastic angular displacement of the" littoral element to the arcuate base is 80 mm. Therefore, this device is capable of simultaneous stimulation of the clitoris and vagina during reciprocating movements over a distance of 28 mm. Moreover, an angular swinging motion of approximately 60 degrees relative to the “littoral element” is possible, however, such movements are limited and give useful vaginal movement within 40 mm. Also, due to the angular mobility of the “littoral element relative to its arcuate base, the clitoral element can produce slight reciprocating movements, or rubbing, along the clitoris, within 15 mm. But if the clitoris head has a natural mobility of 15 mm, then friction, that is, frictional stimulation, between the clitoris and the “littoral element does not occur, or it is insignificant. The length of movement of the "littoral element from the open position to the compressed position is limited by the flexibility of the connecting part, which is fixed at the proximal end of the vaginal part. The disadvantage of this device is the limited distance of movement of the vaginal element into the vagina with simultaneous clitoral stimulation, the absence of a rectilinear massage effect by rubbing on the vagina, as well as insignificant frictional stimulation of the clitoris. The prior art discloses the international application for invention PCT / RU2009 / 00055 publication WO / 2010/044710 of 04/22/2010. The first variant of the device contains an elongated element with a front end and a rear end, suitable for insertion into the vagina and a stimulating element suitable for stimulating the clitoris region, configured to move along the elongated element and spring-loaded from its rear end. This device provides constant contact of the stimulating element with the clitoris during vaginal frictional stimulation, while the reciprocating movements of the elongated element are possible to a considerable depth of the vagina, which is provided by the distance of movement of the moving stimulating element comparable to the length of the elongated element. The disadvantage of this device is that the movable element does not produce significant frictional movements for clitoris stimulation, as well as the complexity of the design, the presence of mechanically connected moving parts, which complicates the operation and maintenance of the device. Similarly, the second embodiment of the device comprises a vaginal element and a clitoral element, which is configured to resiliently move along the vaginal element and reciprocate transversely to the vaginal element. The disadvantage of this device is that the clitoral element performs minor reciprocating movements, about 20 mm, communicated to it by the wave-like driving grooves of the vaginal element, and, in fact, are limited by its diameter. In addition, due to the soft tissues of the entrance to the vagina, during operation of the device there is no linear fixation of the movements of the vaginal element, and it can make wave-like longitudinal movements relative to the clitoral element, which, on the contrary, is fixed in the area of the clitoris. As well as a disadvantage of the device is the design complexity, the presence of mechanically connected moving parts and an open internal structure, which complicates the operation and maintenance of the device.

The prior art application is known, US2008 / 0154161 dated 06/26/2008, disclosing a device with a rotating spherical element. The disadvantage of this device is the design complexity, the mechanical connection of moving parts, a volatile rotation drive, the absence of return rotation, which implies a dependence on a constant supply of lubricant. The prior art patent US4,570,616 from 02/18/1986, disclosing a massager with two vibromotors, eccentric masses of which are offset from each other by phase angles, as well as US Pat. with a shaft extending on two sides, on which two eccentric masses are mounted without phase displacement and, alternatively, with their displacement. The disadvantage of the device is the lack of elastic fixing of the motor with a certain freedom of displacement i.e. large amplitude of mechanical vibrations for massage effects.

The prior art device is disclosed in the international application for invention PCT / RU2006 / 000121 publication WO / 2006/110066 from 10.19.2006. This device contains a first elongated element with a first end and a second end and a second elongated element with a first end and a second end, connected to each other by their first ends, and their connection is made with the possibility of insertion into the vagina. Moreover, the second elongated element is flexible with the ability to stimulate the clitoris and provides constant contact with the clitoris during vaginal frictional stimulation with a significant distance of movement, comparable with the length of the vagina. The disadvantage of this device is that its operation is carried out by holding the second end of the first element and communicating to it the forward movement into the vagina with one hand, and with the second hand while holding the second end of the second element with tension, so that it moves deeper into the vagina after the first element and stimulates clitoris rubbing inward or from top to bottom. With the reverse movement of the first element out of the vagina, the second element must be pulled after the first element so that it stimulates the clitoris by friction outward or from the bottom up, which is difficult to synchronize with a rhythmic reciprocating movement. The presence of a tension device connected to the second elongated element makes it possible to operate the device with one hand, but at the same time complicates the design of the device and creates the problem of fixing the tension device. In addition, linear stimulation, in which a flexible, essentially ribbon-shaped element bends around the pubic bone, in addition to the clitoris area, also stimulates adjacent genital areas, which can distract and interfere with concentrating on sensations of clitoris stimulation, as well as directions of stimulation by friction along the clitoris and in the vagina coincide. The lack of vibration exposure to the clitoris is another drawback of the analogue.

 The following patent documents can be included in the prior art defining its general level: US2016 / 0051438; US2015 / 0359704;

US2015 / 0231024; US2014 / 0194794; US2009 / 0318755; US2008 / 0119767; RU 147082; RU2509548; RU2289385; RU2009115726; US9,254,238; US9,237,983; US9,292.254; US9, 144.531; US9, 119.765; US9, 119.763; US9, 114.056; US9,050,240; US9,028,395; US8.821,421; US8,419,611; US7,931,605; US7,749,178; US7,717,867; US7,658,707; US5,690,603; US5,853,362; GB2492533; US5,925,002; US5.181, 504; US3,935,869; US3,672,355; WO / 2010/00682; WO / 2014/008606; US2013 / 0281892.

 The closest analogue, prototype of the invention, is a device, a vibrator Luxe Opus, of the company NSNOVELTIES, disclosed in the journal STOREROTICA Magazine, December 2015, p. 43. http://www.epageflip.net/i/609426-se-december- 2015. Specified the device comprises a convex clitoral stimulator elastically connected to the vaginal element, which is formed by two elongated elements connected by their first ends to form the head part, as well as connected by the second ends, with the formation of a place for the user’s finger to be inserted between the elongated elements. This design allows the use of clitoral stimulation with a slight angular movement of the vaginal element, inside which the user's finger is placed and helps to make deforming movements that resemble the “come to me” gesture. The disadvantage of this device is the inability to produce significant vaginal stimulation by moving the vaginal element to a distance of the vaginal length with simultaneous “littoral stimulation, limited oscillation amplitude” of the littoral stimulator, since it is rigidly connected to the main body of the device, the presence of joints between the silicone shell and the plastic case.

Unless otherwise specified, all technical and scientific terms used herein have a meaning similar to that commonly understood by those skilled in the art to which this invention pertains. The terms “massage effect”, “rubbing”, “pressure”, “vibration”, “stimulation”, “friction”, “friction” are generally used in relation to massage and sexual effects on the soft tissues of the human genitalia. The term "orbital rotation" is used to denote the massage effect of the friction of each point on the surface along a closed rounded path. The term "rotation" is used to describe the movement of elements relative to each other along the axis for a full revolution or a certain angle or along a circular path.

The premise of the invention is the observation that the most sensitive area of the external genitalia is located in the clitoris, and the most sensitive areas of the internal genital organs are located at the entrance to the vagina, and can also be located in the middle part, known as the “point G” and on it the arch in the cervix. This means that simultaneous stimulation of these zones is most effective for orgasm and contact of the clitoral element with the clitoris should occur immediately upon initial insertion of the vaginal element, and continue until the vaginal element is fully inserted into the vagina. In addition, the clitoris, responsible for achieving orgasm, is located away from the entrance to the vagina and can be removed from it when excited. There are at least two types of stimulation: direct stimulation of the clitoris and its head by rubbing with the hand, tongue, penis, etc., or indirect stimulation of the clitoris through the so-called “legs” located on both sides of the vaginal opening, along which sexual impulses are transmitted during frictional stimulation of the vagina by the penis. According to research by experts, in most cases, achieving an orgasm is possible using the first method. However, in some women, the clitoris is located close to the entrance to the vagina, so that direct stimulation of the clitoris by friction of the penis occurs while the penis moves into the vagina, and they are able to experience stronger orgasmic sensations. Thus, the most effective sexual stimulation is the reciprocating movement in the vagina of the elongated element and the synchronous reciprocating movement along the clitoris, especially along its head, with a stimulating element. Specialists in this field know that the male’s excited penis has an average length of 150 mm, while the length of the head is 30-50 mm and during the friction stage of coition it is constantly inserted into the vagina, so that the penis is not removed completely outward. Consequently, the working stroke of the penis by 100 - 120 mm can be considered a useful movement of the penis into the vagina. This means that for effective stimulation of the clitoris, the stimulating surface of the clitoral element must have a length commensurate with the length of the vaginal element or useful movement (working stroke) of the vaginal element in the vagina. The use of a rectilinear element to stimulate the clitoris requires the availability of free space for its movement, and in the case of vaginal stimulation, this place is occupied by the vaginal element. Unlike vaginal stimulation, in which full contact between the vagina and the vaginal element is necessary, the clitoris area has a limited area, and the clitoris head, we can say, the point area and the contact spot with the stimulating “littoral element” are small. Hence, the useful surface in order to reduce physical dimensions can be placed along a curve, for example along an arc. Thus, when using a rounded stimulating element with a diameter of 20 - 30 mm, the required length of the stimulating surface of 100 mm is achieved by rotating this element by 290 - 190 degrees. Moreover, an increase in diameter reduces the required rotation angle of the stimulating element. In this case, a curved, essentially rounded surface provides stimulation similar to a rectilinear surface, and has compact dimensions, which allows you to place the "littoral element in close proximity to the vaginal element so that their movements do not interfere with each other. In this case, it is necessary to relate the reciprocating movement of the vaginal element and the reciprocating movement of the clitoral element, so that the user receives synchronous sexual impulses, as well as they can predictably control them. The reverse-rotational movement of the clitoral element is felt as natural stimulation by the penis, and has the advantage that the convex surface provides greater stimulation of the clitoris head than the surrounding tissues, due to the fact that the contact area of the clitoral element protrudes relative to the surrounding areas. In addition, during the reverse-rotational movement, the lubricant is constantly in the contact zone, and in the case of unidirectional rotational movement, it is gradually removed from the contact zone, and in addition, the multidirectional synchronous action of the friction of the vagina and clitoris gives additional exciting sensations. To implement such stimulation, it is necessary to elastically connect the vaginal element and the “littoral element with each other elongated curved a connecting element connected to the distal end of the vaginal element and configured to bend to a developed angle along the vaginal element and have high elastic deformation properties and the ability to be inserted into the vagina together with the vaginal element, when approaching it, it forms, essentially, another vaginal element suitable for insertion into the vagina. The expansion of functionality gives the presence of vibrational effects on the clitoris, which greatly enhances the massage and sexually stimulating effect. At the same time, vibration motors with an eccentric mass are mainly used, during the rotation of which there are centrifugal, centripetal, inertial, and other forces that deflect the "littoral vibrator from its axis, and if it is resiliently suspended relative to the handle of the massager, its displacement can complicate operation. Moreover, the possibility of elastic displacement of the "littoral vibrator relative to the handle of the device gives the advantage of the ability to use harmonic oscillations with a large amplitude and in different directions, which can be implemented in a device," the littoral vibrator of which is mounted on an elastic and elongated element, giving a certain freedom of movement relative to the handle of the device e.g. longitudinally to the vaginal element. In addition to the reciprocating movements, as an alternative for women with a sensitive clitoris, stimulation is possible without moving the stimulating element along the clitoris, but only due to elastic pressure, that is, pressure on sensitive areas and vibration exposure. In this case, the "littoral element should be movably connected to the elastic connecting element and have an angular rotation along the direction of movement of the vaginal element, the axis of rotation should be located approximately in the middle of the" littoral element at a distance of 20-30 mm from the vaginal element. The movable connection can be made detachable or one-piece, articulated, axial, or due to elastic deformation of the connecting section, and must provide an electrical connection between the "littoral element in which the vibrator is located and the vaginal element in which the power supply and the vibrator control means" of the littoral element are located , or "littoral element may contain an autonomous vibration unit. An additional advantage of using a “littoral stimulator without bias, or static, it is possible to increase the area of stimulation, for example, to perform it with a flattened surface in the shape of the clitoris area and thereby ensure contact with the clitoris even if it is located at the very entrance to the vagina, in contrast to the rounded element, the surface curvature of which does not provide such contact, since the preferred radius of the arc of the surface is 20 - 30 mm, and at such a distance from the entrance to the vagina, the clitoris should be located for its contact with the rounded stimulating element, which can correct by pulling the tissues of the clitoris area with your hand. Another advantage of the static "littoral element is that it can be lengthened and thereby make the stimulating surface forward beyond the distal end of the vaginal element and allow the vaginal element to be completely pulled out of the vagina without losing contact of the" littoral element with the clitoris, which diversifies sexual sensations user.

 The objective and technical result of the invention is to increase the diversity and / or increase the intensity of the impact, including massage, on the human body, including two body parts at the same time, with a device containing two elements that are elastically connected to each other, increase the area of the massaged surface of the human body , including due to the simultaneous effect on two parts of the body, with the provision of exposure to an electric means or means, in particular, an increase in the massage surface of the device, ensuring its by clamping, sliding, rotating, providing the possibility of applying various vibrational influences in the form of different directions of oscillations, as well as maintaining these directions during exposure, providing the possibility of vacuum exposure, preventing displacement, including lateral, electrical means in the process of acting on the body part, providing the possibility of separate contact of two massage surfaces, simplifying the design of the device, improving the consumer properties of the device, improving ergon iki devices, eliminating the disadvantages of the analogue, expanding the functionality and arsenal of technical means for massage.

The technical result of the invention is achieved by creating a device for massage of the genitals with the following characteristics. The device contains a first element, which contains a first surface area, configured to affect the first area of the body, an electric current source and electronic controls electrically connected to each other. The device contains a second element, which contains a second surface area, configured to act on the second body area, and an electric means of influencing the human body, electrically connected to the electronic control means. The device comprises a connecting element made elongated with curved bend with a first end connected to the first element and a second end connected to the second element. The connecting element of the device is made of at least two parts made of elastically deformable material, with fixed electrical conductors on at least one of these parts. The first portion of the surface of the device is arranged to translate along the first portion of the body. The second surface section is arranged to press against the second body section during the said translational movement and thereby to push the second element to the second body section during the said translational movement, for which the connecting element is made to flexibly and flexibly clamp to the first element as mentioned translational displacement and thereby giving it a form that provides the mentioned translational displacement, and the possibility of joint with the first chastkom surface of said translational movement of its first end. The second element of the device is arranged to move from the first position, in which the second element is brought closer to the first end of the connecting element, to the second position, in which the second element is distant from the first end of the connecting element, as said translational movement and from the said second position to the first the position as the first portion of the surface translates along the first portion of the body in the opposite direction of the said translational movement, in the process All of which the second surface section is made with the possibility of pressing against the second body section. The first element can be inserted into the vagina, for which it is made rigid, elongated and essentially straight with the first end connected to the connecting element and the second end connected to the handle for holding by hand, with a part made with a substantially semicircular transverse section, while the connecting element is made with a substantially semicircular section, with the possibility of elastic convergence of its essentially flat surface with the essentially flat surface of the first element and with the possibility of convergence of its second end with the second end of the first element as said elastic extension and thereby with the possibility of formation essentially penis shape. The first element can be arranged to insert a penis into it, in particular made with a C-shaped recess and comprise a substantially rectilinear rigid surface, the connecting element being made with a C-shaped cross section and with the possibility of elastic approaching the said essentially rectilinear surface in as mentioned elastic extension, and thus with the possibility of forming a C-shaped substantially rectilinear trough. The first surface section can be configured to expose the vagina to pressure and rub in particular by sliding along its front wall to a distance of the length of the vagina, while the second surface section is configured to impact the clitoris region by pressure and rub in particular by pressure or by sliding along its head on the length of the vagina. The first surface section can be made with the possibility of acting on the penis, in particular by sliding along the lower surface of its trunk at a distance of the length of the shaft of the penis, while the second surface is made with the possibility of acting on the head of the penis, in particular by sliding by the distance of the length of the penis . The source of electric current can be made with the possibility of reusable use, for example, a lithium-ion battery, made with the possibility of charging contact, in particular by means of contacts from an electrically conductive rubber-like material, or in a non-contact manner. The electronic control tool can contain many settings for the operating modes of the electric means of influencing the human body and can be made with the possibility of remote control, for example, by connecting a smartphone via the Bluetooth radio channel, and contain resiliently pressed buttons with light indication, for example, LED. The second element may contain at least one means of vibration, configured to perform orbital vibrations in a plane transverse to the direction of the said translational movement, for which, for example, contain an eccentric mass mounted on an electric motor whose shaft axis substantially coincides with the direction of said translational movement, The second element may comprise vibration means configured to generate linear oscillations, for example, a coil element with a movable ferromagnetic core or a directional vibrator with synchronously rotating in opposite directions shafts that excite linear harmonic disturbing force substantially transverse to the direction of said translational movement, substantially along or across the bend plane of the connecting element. The second element may contain vibration means configured to generate angular vibrations, for example, for example, to include an electric motor with an output shaft on two sides on which two eccentric masses are installed, the phase angles of which are rotated 180 degrees relative to each other along the shaft axis, with an oscillation plane essentially coinciding with the bending plane of the connecting element or transverse to it. The second element can be resiliently suspended relative to the first element and configured for lateral elastic deviation relative to the direction of said translational movement, which provides an elastic connecting element, and comprise vibration means, for example with an eccentric mass, whose inertial forces acting on the second element are uniformly distributed relative to the axis of deviation of the second element and which essentially coincides with the bending plane of the connecting element, or with two or more eccentric masses, whose inertial forces acting on the second element are uniformly distributed relative to the axis of deviation or cancel each other out. The second surface section can be made substantially flattened and with the possibility of essentially fixed contact with the second body section during the said translational movement, the connection of the second end of the connecting element and the second element being made movable, in particular with axial rotation in the plane of the bend of the connecting element, in particularly detachable with an electrical connection, and the connecting element is made with a spiral bend. The second surface section can be made convex essentially round in the plane of the bend of the connecting element and with the possibility of movable contact with the second section of the body, in particular with rotation during said translational movement in the rolling direction along an imaginary line parallel to the direction of the said translational movement from the first surface portion when the first surface portion moves in the direction of the said translational motion and to the first surface portion when it is backward, the first surface portion being reciprocating along the first body portion synchronously with by the reciprocating movement of the second surface portion along the second body portion, wherein the connection of the second end of the second electric the element and the second element is made elastic and inseparable, in particular monolithic, and the connecting element is made with a C-shaped bend. The second surface section can be moved forward in the direction of said translational movement in front of the first surface section and is configured to contact the second body section before the first surface section contacts the first body section before the said translational movement, in particular the second element is configured to provide massage the impact on the area of the clitoris and in the process of the mentioned translational movement and when the first element is completely pulled out of the body alischa. The electric means of influencing the human body can be a means of vibrational stimulation, for example, an electromechanical means for generating mechanical vibrations, configured to impart a rotational movement to the vibration-generating mass, for example, to include an electric motor with an eccentric mass mounted on its output shaft, or with the ability to communicate vibration-generating mass reciprocating movement, for which, for example, contain a coil element with a movable ferromagnet tnym core. The electric means of influencing the human body can be a means of vacuum stimulation or vacuum-vibration stimulation, for example, an electromechanical means of suction of a part of the human body, containing an electric motor, driving a pump connected to an elastic chamber creating a vacuum inside itself and having an open part for connection with the body person. An electric means of influencing a human body can be a means of electrical stimulation, for example, for electrical stimulation of muscles, for which, for example, the second surface section contains elements of electrically conductive material that are capable of supplying a pulsed electric current to the human body. Electrical facility effects on the human body can be a means of thermal stimulation, for which, for example, the second surface area contains an electric heating element. In addition, the electric means of influencing the human body may be a combination / set of said means. The connecting element can be made with a substantially arcuate bend and bend around a second surface section that is convex with a substantially arcuate bend and rotatable in a second portion of the body, the second element containing a vibrating means for acting on the human body, configured to maintain the direction of oscillation in the process of moving the second element from the first position to the second position, for which, for example, contain an electric motor, the axis of the shaft of which essentially coincides with Strongly rotation of said surface element or comprise a coil with a movable ferromagnetic core movement direction which is substantially longitudinal rotation axis of said surface, the axis of rotation of said surface substantially coincides with the center of the arcuate bending of the connecting element. The device can be configured to prevent lateral, relative to the bending plane of the connecting element, displacement of the second element, for which, for example, the connecting element contains an elastic strip, for example of spring metal, installed with a wide side transverse to the bending plane of the connecting element, which provides longitudinal deformation and prevents transverse deformation, and has, for example, a ratio of width to thickness in the approximate range of 10: 1 to 100: 1, preferably 50: 1. The second element may contain at least one means of vibration, configured to prevent lateral displacement relative to the bending plane of the connecting element, the second element in the process of generating vibration, for example, to include an electric motor mounted transverse to the bending plane of the connecting element, for example with an output shaft on which an eccentric mass is installed, the plane of rotation of which is essentially parallel to the bending plane of the connecting element, and the shaft is fixed sym eccentrically mentioned eccentric mass, or with an output shaft on two sides on which two eccentric masses are mounted without phase angles shifting between them, the rotation planes of which are essentially parallel to the bending plane of the connecting element and spaced symmetrically to it, or contain a coil element with a movable ferromagnetic core mounted transverse to the bending plane of the second element and generating vibrations perpendicular to the bending plane of the connecting element. The device can be made waterproof or waterproof, with a surface made of silicone rubber, for example, monolithically closed and smoothed, or with a developed relief structure, for example, simulating a penis containing protrusions, for example, for enhanced stimulation of the "point of DJI" and / or recess, matte, glossy, or with a combination thereof. The first element may contain an internal structure, for example, a frame and / or an inner case made of plastic and / or metal, which provides the necessary stiffness of the first element for elastic extension of the connecting element and giving it the necessary shape, contain and / or connect, including mechanically, for example movably, electrical means for influencing the human body, and / or power means, and / or electronic control means, and is configured to be held by hand and / or connected to a surface or with a means of movement, or connected to means made with the possibility of holding by hand and / or connection with a surface or with a means of movement. The second element may contain an internal structure that ensures the functioning of an electric means of influencing the human body. The connecting element may contain an internal structure, providing its elastic extension and electrical connection of the aforementioned means with electronic control means, and can be made with the possibility of detachable connection with the second element, in particular, to replace the installed second element with an additional other element with another means of influencing the human body .

An essential feature of the invention is an extension member that is connected to the first end of the first member. These essential features can be implemented in a device for massage of the genitals (hereinafter referred to as the massager) in which the first element has a length of 120 mm to 250 mm, mainly 180 mm, is made straightforward or with slight curvature, for example, with a curved arc with a radius of 200 mm to 600 mm, preferably 400 mm, having the property of stiffness or elasticity sufficient to be inserted into the vagina. The second element of the massager is made with curved bending away from the first element, for example along an arc with with a radius of 25 mm to 60 mm, preferably 43 mm, at an angle of 90 degrees to 270 degrees, preferably 125 degrees. with the property of elasticity necessary and sufficient for elastic extension along the first element and restoration of its original shape, as well as with the necessary and sufficient force of pressing the stimulating element to the area of the clitoris. The longitudinal section of each of these elements is essentially part of a circle with a segment from 150 degrees to 270 degrees, preferably 180 degrees, with rounded corners, height from 5 mm to 45 mm, preferably 16 mm, width from 10 mm to 90 mm, preferably 30 mm Moreover, it is preferable that the cross section of the first element and the second element form essentially a whole circle, since the parts of the circle form the outer surfaces of these elements and are thereby able to mimic the shape of the penis. In addition, increasing the thickness of the second element allows it to be made of a material with a lower stiffness of about 40A Shore, without an internal elastic core, which is desirable with a monolithic massage part of the device. And also, about half the thickness of the second element from their total thickness with the first element, allows you to get the optimal ratio between the longitudinal displacement of the stimulating element and its transverse displacement. The connection of the first element with the second element is carried out at their first ends, and is essentially an end connection. Moreover, the longitudinal axis of the first element lies approximately in the plane of the bend of the second element. The specified connection forms a convex rounded shape, which is essentially the distal end of the massage device (front end, head part). It can be made by a body of revolution, for example, in the form of an ellipsoid with a first diameter from 20 mm to 60 mm, preferably 35 mm, and a second diameter from 30 mm to 90 mm, preferably 60 mm, and contain at least one electromechanical means to create mechanical vibrations (hereinafter - the vibrator), and the massager contains a power source and a control tool. Additionally, the specified connection can be performed with a protrusion to stimulate the point "G". The second element is connected to the stimulating element, which serves as a "littoral stimulator and can be performed both with a substantially flattened, for example, clitoris region with a slight concavity, and a convex, essentially rounded, surface. The connection of the stimulating element and the second end of the second element can be made with a movable connection, including electrically conductive, providing angular or axial movement, including elastic, in order to ensure that it is pressed against the outer area of the clitoris during insertion of the connection of the ends of the elongated elements into the vagina and to provide static contact without displacement, not including vibrational, stimulating surfaces along the clitoris. In some cases of execution, the stimulating element can be performed as a continuation of the second element, in this case it is determined from the starting point, suitable for contact with the clitoris during initial insertion, by performing its function. Moreover, the starting point of the surface, suitable for stimulation of the clitoris, is located near the junction of elongated elements, with a longitudinal displacement, both towards the second end of the first element, and in the opposite direction, which allows the stimulating surface to be moved forward, so that before, or when the junction of the first ends the vagina contacts the specified point with the clitoris. If you lower the perpendicular from the specified point to the longitudinal axis of the connection of elongated elements, which approximately coincides with the axis of the vagina or insertion axis, then the distance from the top of the distal end of the massager to the point of intersection with the perpendicular will be from -30 mm to 90 mm, preferably 35 mm, and the distance from this point to the intersection of the perpendicular with the connection surface of the elongated elements will be from 20 mm to 50 mm, preferably 35 mm, which is actually the distance of the clitoris from the entrance to the vagina. From the indicated starting point, in the bending plane of the second stimulating element, a stimulating surface is formed around a circle with a radius of 15 mm to 45 mm, preferably 25 mm, in an arc from 90 degrees to 330 degrees, preferably 240 degrees. In this case, the middle of the arc is turned in the direction close to essentially perpendicular to the first stimulating element, or deviates from the perpendicular in the longitudinal plane by no more than 45 degrees. The stimulating element can be smoothly connected to the second end of the second element, so that it forms a whole with it, so that the second end of the second element acts as a stimulating element. Moreover, the radius of the arc of the stimulating element is less than the radius of the arc of the second element, and they can form a spiral, for example, by connecting with each other another arc having the arithmetic average radius of the arc of the stimulating element and the radius of the arc of the second element. In addition, the general form of these elements may represent an arbitrary spiral, or the spiral of Archimedes, or the Fermat spiral, or a combination thereof, which is most acceptable in combination with the movable connection of the stimulating element. The shape of the stimulating element can be made by the body of revolution, for example, in the form of a ball, while the second element bends around the stimulating element, including a non-convex angle, as well as flattened, with protrusions that prevent the sliding of the stimulating element. Since the first element is rigid and the second element is elastic, their properties can be ensured by the monolithic production of elongated elements from an elastically deformable material, for example, silicone rubber with a Shore A rigidity of 5 to 80, preferably 40, while the first element may contain a rigid core or inner case or frame, and the second element may also have a core or frame of elastic material or not have it. The described design allows you to move the stimulating element to a distance of 200 mm, preferably 150 mm, and make a massage device reciprocating movement into the vagina by about the same distance. This is achieved due to the arcuate bending of the second element, which elastically extends along the first element. Essentially, the arc of the second element rolls along the rectilinear element and acquires the linearity of the first element, thereby giving both elements a shape that mimics the erect penis. In this case, the stimulating element rotates in the bending plane of the second elongated element, while the axis remains approximately one distance from the insertion axis, as a result of which the stimulating element remains in the contact zone with the clitoris throughout the insertion of the device. This is achieved by the fact that the introduction of the distal end of the massage device is carried out by inserting the connection of the elongated elements and moving it deeper into the vagina by means of the first element held by the second end, which can have a convenient handle, for example a spherical shape. In addition, the second end of the first element can be arranged to be installed on a smooth surface, for which it is equipped with, for example, a suction cup, or can be connected to the body, for which it is equipped, for example, with a form for connecting to a belt (harness) or a form suitable for insertion into the vagina of another user, or with the ability to connect to a mechanical device (sex machine), for which it is equipped, for example, with a profile retainer-adapter (vacuum lock). At at the beginning of insertion, or the first position, the stimulating element abuts with its initial surface point in the clitoris region, and by connecting with the second element pushes the second element, which, under the influence of force, bends along the first element. The arc length of the second element is reduced and the second element pulls the stimulating element along, which leads to its rotation relative to the axis of the surface arc, commensurate with the length of the arc, and also presses it to itself, and in the case of axial connection, it rotates relative to the static stimulating element. Essentially, the attachment element shifts the attachment point along the insertion axis, and thus the contact point of the stimulating surface with the clitoris has approximately the same distance from the insertion axis over the entire length of the displacement of the stimulation element. This gives an advantage over a fixed attachment point, which is possible only with an offset to the proximal end, which implies an extension of the stimulating element, an increase in the radius of the arc and its removal from the insertion axis during deformation and bending of the first element along which the stimulating element moves along the arc. When the desired insertion distance into the vagina, or the second position, is reached, the first element is informed of the inverse linear motion, and under the influence of elastic forces the second element returns to its original position and constantly presses the stimulating element to the clitoris area. Since the friction stage does not involve the complete removal of the massager from the vagina, the stimulating element does not lose contact with the clitoris, but if the stimulating surface is moved forward to connect the first ends, it is possible to completely remove it for a variety of sexual sensations. Next, the cycle of the reciprocating movement of the massager is repeated and in this way the reciprocating element is informed of the reciprocating movement or axial connection with the stimulating element compensates for this rotation. In other words, it can be said that the shape of the massage device is a dildo with a longitudinal division into two parts from the rear end to the head, one of which is curved curved perpendicular to the sectional plane of the dildo so that its rear end is close to the head. In this case, the curved part is made flexible and elastic, so that when exposed to it, it bends along the straight part, takes its shape, and they both form the shape of a dildo. The straight part has rigidity, providing inserting the head into the vagina and moving both parts into the vagina. The rear end of the curved part is associated with a stimulating element made with an arcuate bending of the surface along the plane of bending of this part.

Additionally, the massager may contain all components known from the prior art that are inherent in a modern massage device with a similar purpose. In order to enhance the massage and stimulating effect, the massage device may include at least one vibrator, which is configured to impart a rotational movement to the vibration-generating mass, for which, for example, it contains an electric motor with an eccentric mass mounted on its output shaft, or two eccentric masses mounted on its output shaft from two sides of it, or with the ability to communicate to the vibration-generating mass reciprocating motion, for which, for example, contains a coil element with a moving ferromagnetic core. The vibrator can be installed in the stimulating element, in the zone of connection of the first element and the second element, in the first element, in the second element, in the massager handle, singly or serially and can be made either built-in or removable. Additionally, the massager can be made with the ability to make movements, for example, motorized bending, heating the surface, with a video camera, with a microphone, with a light or sound control indication, with the ability to control via a radio channel (Bluetooth), with the possibility of communication and data transfer with a smartphone and a network Internet, with the ability to configure and remember operating modes, with the possibility of electrical stimulation, with the possibility of vacuum stimulation. The massager, or parts thereof, can be made of materials suitable for contact with the skin and mucous membranes, both monolithic and prefabricated, as well as waterproof or waterproof, with a simple shape consisting of primitive geometric figures, an anatomical imitating part of the body, or a combination thereof . The surface of the massager can be smooth, or with a developed relief structure containing protrusions and / or depressions, matte, glossy, or with their combination, closed. In order to provide power, the massager is equipped with a removable (replaceable) or built-in rechargeable power source (hereinafter referred to as the battery), for example a lithium-ion, which is electrically connected to the control means, vibrator and others device components. The battery can be charged by connecting to an external power source via the USB cable built into the massager, through external electrical contacts, including those made of electrically conductive elastically deformable material, or electrically conductive surface areas, and can also be charged in a non-contact manner by induction method, and have a stand with charger function.

 A prerequisite for creating a method of using the inventive device is the observation that the preferences of users in stimulation of the genital organs are individual. In particular, women like stimulation with long and short frictional movements in the vagina, both constant vaginal stimulation and intermittent with the complete removal of the device from the vagina, with friction of the clitoris in various directions and / or its vibration stimulation. In addition, the location of the clitoris head relative to the entrance to the vagina varies. Therefore, for the inventive device, an acceptable method is to use the elastic deformation property of the connecting element, in particular its extension, to regulate the position of the stimulated zones and methods of their stimulation.

 The objective and technical result of the method of application of the invention is to expand the range of the massaged surface of the human body and increase the methods for simulating the friction stage of coitus by the claimed device, in particular by simultaneously acting in different directions on the clitoris and the entire length of the vagina or various sections of the vagina, with continuous exposure to the clitoris and intermittent exposure to the vagina, changing the slope of the direction of exposure to the vagina while maintaining exposure to the clitoris, spreading to the clitoris area by pressure or pressure and rubbing on the length of the vagina, intensification of the massage effect through the use of electric means, adaptation of the massage surface to the anatomical features of the user.

The technical result of the invention is achieved by the implementation of the method of massage of the genitals with the following characteristics. The inventive device is used, the first surface area acts on the first body area, and the second surface area acts on the second body area. Moreover, the first surface area is installed anywhere on the first area of the body, vagina or trunk of the penis, the second surface area set anywhere on the second part of the body, on the head of the clitoris or on the head of the penis. For this, the connecting element is bent to the required value so that the second surface section is moved away from the first surface section in the direction opposite to the direction of the said translational movement, installed in the appropriate places and the said translational movement is performed, stimulating the selected area of the first body part and the second body part, for example the middle part of the vagina and the head of the clitoris. Moreover, the translational movement can be for the entire length of the vagina or short for a distance of 1-3 cm in various parts of the vagina, as well as their combination. Or, the connecting element is unbent so that the second surface section is moved laterally from the direction of said translational movement, and thereby the second surface section is mounted on a selected area of the second body section, for example, if the clitoris head is distant from the entrance to the vagina. Another way to expand the range of stimulation is the ability to change the slope of the said translational movement in the vagina, for which the first element is moved so that the angle between the axis of the vagina and the direction of the said translational movement changes in the aisles of the user's preference both up and down, while maintaining the effect of the second section surface to the area of the clitoris. To implement methods of stimulation with clitoris friction, a lubricant is applied to it, a vibration tool with various directions of mechanical vibrations, such as orbital circular motions, longitudinal, transverse or linear linear with various amplitudes, as well as their combination, is used. For the implementation of other methods of stimulation, vacuum, vacuum-vibration, electrical and heat stimulation is used, which is provided by an electric means of influencing the human body.

A prerequisite for the creation of a manufacturing method is the observation that for devices containing electrical components in plastic cases and these devices have a part inside which electrical wires must be installed and this part must be capable of elastic deformation, in the manufacturing process it needs a means of fixing the wires. If the length of this part is small 1-3 cm and the extension angle is in the range of 45-60 degrees, then use a connector made of the same material as the body and connects them to each other. This connector has a channel in which they fix the wires and in this form the whole structure is placed in a mold for filling it with liquid silicone and further vulcanization. The connector centers the wires and keeps them from being displaced to the mold wall during molding and the surface of the said part is brought out. The purpose of the device is to ensure that the device is hygienic during use and care, such as water resistance, the absence of open cavities and connecting seams. The material of the connector has structural elasticity and thus provides the said part with the necessary physical properties. If the said part must have a greater length, a larger angle of deformation and a repeated repeatability of the deformation, then such a connector may break and damage the wires and the said part. In addition, rubber with plastic has worse adhesion than with rubber and can peel off during operation from plastic, since rubber has the property of elasticity and will stretch during deformation, while plastic will have almost no longitudinal tensile bending. Therefore, for the inventive device, an acceptable manufacturing method is a method in which the connector is made of the same material as the main part of the mentioned part, which allows to obtain a monolithic quality of its manufacture, or to make this part by gluing from two longitudinal parts, one of which has wires .

 The objective and technical result of the manufacturing method is to provide the inventive device with the necessary physical, hygienic and ergonomic properties for its functioning in the process of its production, in particular, to provide the connecting element with the necessary elastic flexibility, to use it for electrical connection of the means of influencing the human body and electronic control means, and ensuring its hygiene of use and care, providing the device with vibration, vacuum, vibration Akumnym, electrical and thermal effects on the human body.

The technical result of the invention is achieved by the implementation of a method of manufacturing a device for massage of the genitals with the following characteristics. A method in which the inventive device is obtained, the connecting element being made of at least two parts made of rubber-like material, and electrical conductors are fixed on at least one of these parts. For example, from structural the plastic is made of the first inner case for the first element and the second inner case for the second element, the first case is provided with an electric current source and electronic control means, the second case is equipped with an electric means of influencing the human body. The first housing and the second housing are connected by the first part of the connecting element made of silicone rubber, into which electric wires are mounted and fixed on it, connecting the electric means of influencing the human body and the electronic control means. The combined first and second bodies are placed in the mold and the outer shell of the first body and the second body and the second part of the connecting element around its first part are formed from silicone rubber. Moreover, the first part of the connecting element is made of a material with the same stiffness as the rigidity of the outer shell, approximately equal to 40A Shore or higher to 80A Shore, with a cross-sectional area approximately equal to the cross-sectional area of the second part of the connecting element or approximately one third of it, and thereby provide protection against lateral displacement of the first part of the connecting element during the formation of its second part. Or, silicone rubber forms the first part of the connecting element, the first part of the shell of the first body and the first part of the shell of the second body as the first elastic part of the device, and the second part of the connecting element, the second part of the shell of the first body and the second part of the shell of the second body as the second elastic part of the device . The first housing, the second housing, electrical wires connecting the electric means of influencing the human body and the electronic control means are installed in the first elastic part, and connected to the second elastic part of the device, for example by gluing. In this way, the electrical wires are fixed inside the connecting element during the manufacturing process and a device with a monolithic closed elastic sheath is provided, which ensures hygienic use and care of the device, and the elasticity of the connecting element, allowing it to repeatedly bend from the C-shape to a rectilinear shape and provide downforce to the second element during the reciprocating movement of the first element.

Brief description of the drawings: FIG. 1 Side view of a first modification in a first position; Figure 2 Side view of the first modification in the second position; Fig.Z Side view of the second modification in the first position; Figure 4 is a side view of a second modification in a second position; 5 is a side view of the third modification in the first position; 6 is a side view of the third modification in the second position; Fig.7 General view of the fourth modification of the device; Fig.8 A longitudinal section aa of the device of the fourth modification of the device; Fig.9 Cross section of the fourth modification of the device; Figure 10 Front view of the fourth modification of the device with the right bias of the stimulating element; 11 Front view of the fourth modification of the device with a left bias stimulating element; Fig. 12 General view of a fifth modification of the device; 13 is a longitudinal section through a sixth modification of the device; Fig. 14 is a longitudinal section through a sixth modification of the device; Fig. 15 is a longitudinal section through a seventh modification of the device; Fig.16 A longitudinal section of a seventh modification of the device.

 Below the invention will be described with reference to specific examples. It should be understood that the following examples are intended to describe embodiments of the invention and are not intended to limit the invention in any way.

The implementation of the invention by the example of the first modification of the device. Figure 1 shows a massage device 100, with a first element 102 containing a first surface area 103, and made elongated and rectilinear, with a first end 104 and a second end 106. A connecting element 108, made with a curved bend in a spiral, with the first end 110 and a second end 112 movably connected to a second element 114 comprising a second surface portion 115 and vacuum stimulation means consisting of an electric motor 116 connected by the output shaft to a pump 117 connected by an air channel to the vacuum chamber 118. the second end of the connecting element 112 comprises an axis 120 onto which the second element 114 is mounted by means of a hole 122, which is electrically connected to the axis 120. The connection of the first element and the first end of the connecting element forms a convex rounded distal end of the device, inside of which the vibrator 126. The second the end of the first element 106 goes into the handle 128, in which the power supply and control unit 130 is located, with the on / speed control buttons and modes 132, which is electrically connected axis 120. The rear portion of the device is a connector for connecting the charger 134. In the initial stage of insertion, or the first position, the device 100 is located in the genital area of the woman 200 along the insertion axis 201 in the direction of the vagina 202 and is inserted into the entrance to the vagina 204 towards the posterior fornix 206. In this case, the stimulating element 114 is located in the area of the clitoris 208 longitudinally to the labia 210 and rests against the second surface 115 into the head of the clitoris 212, so that the open part of the vacuum chamber 118 captures the head of the clitoris 212. The axis of insertion 201 and the axis of movement 214 are conventionally shown, as well as the initial distance 216 between the second surface and the most far removed point of the first surface area 103. Figure 2 shows the same massage device 100 in the final insertion stage, or in the second second position, in which the first surface area 103 translationally moves along the first body area - the vagina 202 in the direction of insertion 201 under the influence pushing the first element 102 while holding the device 100 by the handle 128 by the hand of the user or partner, and pulls the first end 110 of the connecting element 108. Under the influence of external force, the second element 114 abuts against the second part of the body is the clitoris region 208 and is in contact with the clitoris head 212, while elastically pushing the second end 112 of the connecting element 108, which elastically extends along the first element 102 and, approaching it, forms with it a form, essentially a dildo, suitable for insertion and movement into the vagina, and thereby the connecting element 108 is inserted into the vagina 202 together with the first portion of the surface 103. The spiral that forms the connecting element is deformed as the device moves, while the second member 114 rotates on axis 120 with respect to the second end 112 of connecting member 108 which elastically presses it against the clitoris 208 thereby ensuring continuous contact. By reducing the length of the spiral and rotating its axis, the axis of rotation 120 of the second element 114 is shifted along the axis of movement 214 essentially parallel to the axis of insertion 201 and synchronously with it by the same distance of insertion. During the complete insertion of the first section of the surface 101, the second element 114 makes a linear movement along the axis of movement 214 with a slight upward shift relative to the axis of insertion 201. At the same time, the useful insertion distance, at which the friction of the vagina 202 and the clamping area of the clitoris 208 are simultaneously stimulated, makes up the difference between the final distance 218 and the initial distance 216 (Figure 1). The user determines the necessary the depth of insertion of the device 100, while affecting the amplitude of the reciprocating movements. When the first surface portion 101 reaches the vaginal vault 206, the user tells the device 100 the reverse movement, in which the elasticity of the second element 208 returns it to its original twisted spiral shape and provides downforce to the second element 114 to the area of the clitoris 208 and the head of the clitoris 212 and moves the second element 114 to first position. Additionally, the user can use the functions of vacuum stimulation of the clitoris, and vibrations in the vagina, their speed, operating modes and combination are selected by pressing the buttons 118 and 132.

The implementation of the invention by the example of the second modification of the device. FIG. 3 shows a massage device 300, with a first element 302 containing a first surface portion 303 and made elongated and straight, with a first end 304 and a second end 306, with a semicircular cross section. The connecting element 308, made with the same cross section, made with curvilinear bending along the arc, with the first end 310 and the second end 312, smoothly passing into the second element 314, made in the form of a body of revolution and containing a convex and arched second surface section 315 and means vibration stimulation with a transversely mounted non-removable powerful vibrator 316, with an electric motor 317 with an enlarged eccentric mass 318 mounted on its output shaft, the axis of rotation of which essentially coincides with the center of the arc from iba of the connecting element 308 and the center of the arc of the second surface 315. The connection of the first element 302 and the first end 310 of the connecting element 308 forms a convex rounded front end of the device 300, inside of which there is a vaginal vibrator 322. The second end of the first element 306 goes into the rounded handle 324, in which is the power supply and control unit 326, with power / speed control and vibration modes 328 buttons. At the rear end of the device is a connector 330 for connecting the charger. In the initial stage of insertion, or in the first position, the device 300 is located in the genital area of the woman 400 in the direction of insertion 401 in the direction of the vagina 402 and is inserted into the entrance to the vagina 404 in the direction of its arch 406. In this case, the second element 314 is located in the clitoris 408 longitudinally to the labia 410 and abuts against the head of the clitoris 412. The insertion direction 401 of the first element and the direction of movement 414 of the second element, as well as the initial distance 416 between the starting point of the second surface section 315 and the farthest point of the second surface section 303. The intermediate position 332 of the stimulating element 314, in which the user installs it, and then inserts the device into the vagina, is shown and the direction of its rotation and friction 332 of the clitoris head 412 during the translational movement of the first portion of the surface 303 into the vagina 402 from the entrance 404 to the arch 406. Figure 4 shows the same massage device property in the final stage of insertion, or in the second position, in which the first section of the surface 303 translationally moves along the first section of the body - the vagina 402 in the direction of insertion 401 under the influence of pushing the first element 302 while holding the device 300 by the handle 324 by the hand of a user or partner, and pulls followed by the first end 310 of the connecting element 308. In this case, the second element 314 abuts against the second part of the body - the area of the clitoris 408 and its head 412 and elastically pushes the second end 312 of the connecting element 308, which elastically extends along the first element 302 and, approaching it, forms with it a substantially dildo shape suitable for insertion and movement into the vagina, and thereby the connecting element 308 is inserted into the vagina 402 together with the first portion of the surface 303. The arc of the connecting element 308 along as the device moves, the convex rounded second section of the surface 315 of the stimulating element 314 rotates towards the clitoris 408 and rotates along the head of the clitoris 412 making continuous contact friction Friction stimulation. During the complete insertion of the first element 302, the stimulating element 314 rotates by an approximately unfolded angle relative to the axis of movement 114 with a slight upward shift relative to the direction of insertion 401. At the same time, the useful insertion distance at which the vagina and the clitoris are simultaneously stimulated by friction is the difference between the final distance 418 and the initial distance 416 (Fig.Z). The user determines the required distance of the insertion depth of the device 300 and the amplitude of its movement, while affecting the amplitude and duration of the reciprocating movements of the stimulating element 314. When the first surface section 303 reaches the arch of the vagina 406, the user tells the device the reverse movement at which the elasticity of the connecting element 308 informs the second the element 314 is rotated in the opposite direction and returns it to the first position, while the same elasticity provides downforce to the second element 314 to the area of the clitoris 408 and to the clitoris 412. Additionally, the user has vibration functions both in the vagina and in the clitoris, and their speed, operating modes and combination are selected by pressing buttons 328.

The implementation of the invention by the example of the third modification of the device. 5 shows a device for massage of the male genital organs 500, made with a closed surface of silicone rubber, with a first element 502 containing a first surface area 504 and connected to the first end 506 of the C-shaped connecting element 508, the second end of which 510 is connected to a second element 512 containing a second rounded surface portion 514 and a first electromechanical vibrator 516. The first element comprises a U-shaped element 518 containing wing-shaped elements bent inward, a second electromechanical esky vibrator 520, and guide the rigid surface 521. The connecting member is formed with U-shaped longitudinal recess 522, conventionally shown by a dotted line. In the first position of use, the device 500 is put on the male genitals 600, on the trunk of the penis 602 in the direction of its base 604 so that the trunk is in contact with the first portion of the surface 504 of the first element 502, and the head of the penis 606 is in contact with the U-shaped on one side the surface 522 of the connecting element 508, and on the other hand is in contact with the second surface portion of the second element 510. The user holds the device by the first element 504 and moves it along the trunk of the penis 602 towards the base 604, so that the first surface portion 504 translates along the lower surface of the shaft of the penis 602. The direction of movement of the first element 608 and the direction of rotation of the second element 610 are conventionally shown. FIG. 6 shows the same device in a second use position in which C the U-shaped connecting member 508 extends and its outer surface is pressed against the guide surface 521, and its inner U-shaped surface 522 takes the form of a substantially straight groove. The first member 502 is biased toward the base of the penis 604, and the wing-shaped members of the U-shaped member 518 hold and direct the movement of the device along the penis. At this, the second portion of the surface 522 is pressed against the head of the penis and rotates along it, providing an impact by rubbing, just as the first portion of the surface 504 acts by rubbing on the trunk of the penis. When the device is transformed from the second position to the first, the first surface section moves in the direction 612, and the second surface section rotates in the direction 614. The device contains a reusable electric current source and electronic control with elastically pressed buttons, through which the user controls the first 516 and second 520 vibrators, and the connecting element 508 inside itself contains electrical wires attached to an inner core made of silicone rubber.

The implementation of the invention on the example of the first variant of the fourth modification of the device. 7 shows a General view of the massager 700 containing the first element 702, made elongated with the first end 704 and the second end 706, and the connecting element 108 with an arcuate bend, with the first end 710 and the second end 712. The first element contains a first surface area 714 The second end of the first element is connected to a spherical handle 716 containing control buttons 718 and 720, and the second end of the connecting element 712 is connected to a spherical second element 722 containing a second surface section 724, extending from the outer to the inner surface the surface of the second end 712. The device is made with a monolithic closed surface 726 of silicone rubber. The bending plane of the connecting element or a longitudinal vertical plane (hereinafter referred to as the first plane) 728, transverse to it and the first element or a transverse vertical plane (hereinafter referred to as the second plane) 730, and transverse to it and longitudinal to the first element or a longitudinal horizontal plane (hereinafter the third) are conventionally shown. plane) 732. The arrows indicate the first direction 734 of displacement or swing of the second element, for example, when a vibromotor with one eccentric or a linear vibrator is installed in the stimulating element, the second on board 736, for example, when installing at the intersection of the second and third plane of the vibromotor with two eccentrics with shifted phases or a linear vibrator, the third direction 737 shows the offset of the second element containing the linear vibrator in the second plane and not containing an elastic strip, the fourth or orbital direction 738, for example when installing a vibrator with an eccentric with rotation in the first plane. On Fig shows a longitudinal section aa Figure 7, which further shows the first housing 740, placed in the first element 702 from the connection of the first surface 714 to the handle 716, which contains the first electric motor 742 with the first eccentric 744, a printed circuit board (PCB ) of an electronic control 746 with a rod 748 of an elastically pressed button 718, an LED 750, a radio control unit 752 and a battery 754, and contacts 756 of electrically conductive elastically deformable material for charging the electric power means. The second housing 758, housed in the second element 722, contains a second electric motor 760 with a first eccentric 762 and a second eccentric 764. The first and second housing are coated with silicone rubber, and the connecting element is completely made of it and contains an elastic arcuate metal strip 766 connecting the first and second housing . Figure 9 shows a cross-section BB, which further shows the location of the eccentric 762 with a phase angle offset by 180 degrees relative to the second eccentric 764. The electrical connection of the vibration, control and power means is conventionally shown. The device is installed in the first position so that the first surface section 714 is located in the vaginal area, and the second element 722 is pressed against the clitoris by the second surface section 724. Using the buttons 718 and 720, the user controls the first electric motor 742 and the second electric motor 760, respectively. To charge the battery 754, the user connects an external current source from USB or a charger to the contacts 756, the microprocessor of the control means 746 determines the polarity of the connected contacts, and directs the current to the required polarity to the battery. Figure 10 shows a front view of a modified device 700A, with the connection of the first ends 714A of the first element and the second element 708A with the handle 716A. The difference is that the vibromotor 760A is installed in the stimulating element 722A with one eccentric 762A, when rotating in the direction 768, the stimulating element is shifted to position 770, and when rotating in the direction 772, to position 774 (Fig. 11).

The implementation of the first variant of the invention by the example of the fifth modification of the device. 12 is a perspective view of an apparatus 800 comprising a first element 802 with a first end 804 and a second end 806, and a spiral rubber connecting member 808 of silicone rubber, with a first end 810 connected to the first element and the second end 812. The first element contains a first portion of the surface 814, under which the first vibrator is mounted. The second end of the first element is connected to a spherical handle 816 containing control buttons 818 and 820, and the second end of the connecting element 812 on the axis 821 is movably and electrically connected to a second element 822 containing a flattened second surface section 824, which is extended forward relative to the first surface section 814. The device is made with a surface 826 of silicone rubber. Shown is the direction of rotation 828 of the second end 812 of the connecting element relative to the second element 822 when moving along the first element 802 from the first position, in which the second element 822 is brought closer to the first end 804 of the first item and to the second position, in which it is brought closer to the second end 806 of the first element, with the longitudinal translational movement of the first surface section 814 along the first surface section - the front wall of the vagina in the direction 830 and abutting the surface 824 in the clitoris. The stimulating element comprises an electric motor 832 with an eccentric mass 834 mounted on a shaft 836, the axis of which is substantially parallel to the direction 830. The direction of rotation 838 of the eccentric mass 834 and the orbital displacements 840 of the second surface section 824 along the second body portion — the regions — are conventionally shown. the clitoris.

The implementation of the method of application for example, the use of the fifth modification. The user applies a lubricant to the device 800 and genitals, presses the second element 822 with the surface 824 to the clitoris area and places the surface 814 opposite the entrance to the vagina and sets the device in the first position. Using the control button 818, the user controls the inclusion and operation of the electric motor 832, which drives the eccentric mass 834, which generates vibrations of the stimulating element 822 and thereby displaces the surface 824 in a circular path by circular grinding movements along the clitoris area. Using the control button 820, the user controls the inclusion and mode of operation of the vibrator installed under the surface 814 for massage exposure to vibration on the vagina. Holding the device 800 by the handle 816, the user inserts the surface 814 into the entrance to the vagina and pushes the first element 802 inside the vagina, which, thanks to the connection pulls along the first end 810 of the second element 808 under the influence of which, as well as the abutment of its second end 812 through the connection with the second element 822 in the clitoris, the connecting element 808 is bent along the first element 802 so that they come together and form a shape suitable for insertion and grinding the vagina, and thereby presses the second element 822 against the clitoris, while the second end 812 rotates along the axis 821 relative to the second element 822, and sets the device into a second position. When pulling the surface 814 from the vagina by the handle 816, the connecting element 808 returns to its original shape and thereby presses the second element 822 against the clitoris area, while the user may not completely remove the surface 814 from the vagina or completely remove it, or combine these stimulation options, so that the second element 822 is continuously pressed against the clitoris during the reciprocating movements of the first element 802. By repeating these manipulations, the user thereby reciprocates with vaginal stimulation, and the depth and amplitude of stimulation can be changed arbitrarily, combining short and long movements in different parts of the vagina, while stimulating the clitoris and clitoris. In addition, the user can stimulate the vagina at various angles, for example from bottom to top, to stimulate the “ji” point, or from top to bottom, or along the body, as well as combine these movements while maintaining continuous contact of the stimulating element with the clitoris.

The implementation of the method of using the device using the fourth modification as an example. The user applies a lubricant to the device 700 and genitals, inserts the surface 714 into the entrance to the vagina and presses the second element 722 with the surface 724 to the area of the clitoris and sets the device into the first position. Using the control button 718, the user controls the inclusion and operation of the electric motor 742, mounted under the surface 714 for massage effects of vibration on the vagina. Using the control button 720, the user controls the inclusion and operation of the electric motor 760, which drives the eccentric masses 762 and 764, which generate oscillations of the second element 722 and thereby displace surface 724 along a closed path by rubbing movements along the clitoris area. Holding the device 700 by the handle 716, the user inserts the surface 714 into the entrance to the vagina and pushes the first element 702 into the vagina, which, thanks to the connection 714, pulls the first end 710 of the connecting element 708, under the influence of which, as well as the abutment of its second end 712 through the connection with the second element 722 to the clitoris, the connecting element 708 is bent along the first element 702 so that they come together and form a shape suitable for insertion and grinding of the vagina, and thereby presses the second element 722 against the clitoris, while the second element 722 rotates along an axis approximately coinciding with Sue motor 760 and its surface 724 rotates along the clitoris in the direction from the entrance to the vagina, which is felt on the clitoris as friction in the opposite direction, i.e. from the inside out, exerting a massage effect by rubbing, and sets the device in the second position. When pulling the surface 714 from the vagina by the handle 716, the connecting element 708 bends and returns to its original shape and thereby presses and rotates the second element 722 along the clitoris area, while the second element 722 is continuously pressed against the clitoris during the reciprocating process movements of the first element 702. Repeating these manipulations, the user thereby performs reciprocating stimulation of the vagina, and the depth and amplitude of the stimulation can be changed arbitrarily, combining short and long movements in different parts of the vagina, and synchronous back and forth stimulation of the clitoris and clitoris. And also, slightly unbending the second element, the user places the stimulating element 722 on the clitoris without the use of lubricant, so that he makes rocking movements along the first plane 728 without sliding along the clitoris with linear movement of the first element with a short amplitude. In addition, the user can stimulate the vagina at various angles, for example from bottom to top, to stimulate the “ji” point, or from top to bottom, or along the body, as well as combine these movements while maintaining continuous contact of the stimulating element with the clitoris.

The implementation of the method of manufacturing the device on the example of the second variant of the fourth modification. On Fig shows a longitudinal section A ^' -A ^{' of the} device, which shows the connecting element 708, which is made with an inner core - the first part 770 of the connecting element 708 made of silicone rubber, which connects the first housing 740 and the second housing 758. The core contains longitudinal grooves 772 and 774, shown in FIG. 14, section B ^' -B ^' , in which, due to the elasticity of the material, electric wires 776 and 778 are secured to connect the vibrator and the electronic control means. Cases connected to each other by a connecting element are placed in the mold and around these components form an elastic body (body) of the device, including the second part 780 of the connecting element 708 vulcanizing liquid silicone in the mold. Conventionally shown electrical connection means vibration, control and power supply.

The implementation of the manufacturing method of the device on the example of the third variant of the fourth modification. On Fig shows a longitudinal section A ^" -A ^{" of the} device, which shows the connecting element 708, which is made from the first part 782, which is the main part of the elastic body (body) of the device, which is made in advance in the mold of silicone rubber, which is placed the first housing 740 and the second housing 758. In this part, grooves 784 and 786 are shown, shown in Fig. 14B ^" -B ^" , in which the electric wires 788 and 790 are fixed, for connecting the vibrator to the electronic control means. The second part of the elastic body of the device 792 is also made in advance from the same material, which is joined and glued at the joints with the main body 782. The electrical connection of the vibration, control, and power means is conventionally shown.

The implementation of the invention is not limited to the description, but is considered based on the understanding of the prior art by a person skilled in the art, including indications of all necessary electromechanical parts of the device, printed circuit boards, microprocessors, communications, software, as well as functional communications between the components of the device. These embodiments of the invention are preferred and do not limit its implementation, any modifications and improvements should be considered within the scope of protection of the invention. The terminology used herein is intended to describe specific embodiments and is not intended to limit the present invention. Used in the present description, the singular can also be used to include the plural, unless the context clearly indicates otherwise. The terms "comprises" and / or "comprising" used in this description, indicate the presence of these characteristics, their units, steps, operations, elements and / or components, but does not exclude the presence or addition of one or more other features, their units, steps, operations, elements, components and / or groups thereof. Any combinations of technical solutions, features, elements and means listed above can be embodied in one device, depending on the possibility of their combination, and a description of their combinations in one device is advisory in nature, not limiting their implementation in another device of the same purpose.

 Obviously, the above embodiments are examples and can be modified in many ways. Such present or future changes should not be construed as a departure from the essence and scope of the invention, and all such modifications, as will be readily understood by a person skilled in the art, are intended to be included in the scope of the following claims. One skilled in the art will understand that other massager designs for two zones with an extension member can be considered without departing from the general scope of the essence of the present description.

Claims

Formula

1. Device for massage of the genital organs, containing a first element that contains a first surface area, configured to affect the first body area, an electric current source and electronic control means electrically connected to each other, a second element that contains a second surface area, made with the possibility of acting on the second part of the body, and an electric means of influencing the human body, electrically connected to the electronic control means, connecting an element made elongated with a curvilinear bend with a first end connected to the first element and a second end connected to the second element, characterized in that the connecting element is made of elastically deformable material and contains electrical conductors providing electrical connection of the said electric means of influencing the human body with said control means, the first surface section is made with the possibility of translational movement along the first body section, the second The surface astoc is made to be pressed against the second part of the body during said translational movement and thereby to push the second element to the second part of the body during said translational movement, essentially along the first element, for which the connecting element is made to elastically extend substantially along the first element, and the clamp to the first element as mentioned progressive movement and thereby giving it a form that provides the aforementioned staged movement, and the possibility of joint with the first surface portion of said translational movement with its first end, the second element being arranged to move substantially along the first element, as the connecting element elastically extends, from the first position in which the second element is brought closer to the first the end of the connecting element, in a second position in which the second element is distant from the first end of the connecting element, as mentioned progressive moving and from said second position to said first position as the first surface portion progressively moves along the first body portion in the reverse direction of the said translational movement, during which the second surface section is made with the possibility of pressing against the second body section.

 2. The device according to claim 1, characterized in that the connecting element is made of at least two parts made of elastically deformable material, with fixed electrical conductors on at least one of these parts, the first element is made to be inserted into the vagina, for which is made rigid, elongated and essentially rectilinear with a first end connected to the connecting element and a second end connected to the handle for holding by hand, with a part made with a substantially semicircular cross-section, wherein the connecting element is made with a substantially semicircular section, with the possibility of elastic convergence of its essentially flat surface with the essentially flat surface of the first element and with the possibility of convergence of its second end with the second end of the first element as mentioned elastic extension and thereby with the possibility of forming essentially the shape of the penis, or the first element is made with the possibility of placing the penis in it, in particular made with a C-shaped recess and win substantially rectilinear rigid surface, the connecting member being C-shaped cross section and resiliently convergence with said substantially straight surface of said at least an elastic extension and thus to form a C-shaped form substantially rectilinear trough.

3. The device according to claim 1, characterized in that the first surface section is configured to impact the vagina by pressure and rubbing, in particular by sliding along its front wall over a distance of the length of the vagina, while the second surface section is configured to impact the clitoris region with pressure and rubbing in particular by pressure or sliding along its head to a distance of the length of the vagina, or the first surface area is configured to affect the penis in particular by sliding along the lower the surface of its trunk at a distance of the length of the trunk of the penis, while the second surface is made with the possibility of impact on the glans penis, in particular by sliding over a distance of the length of the shaft of the penis.

 4. The device according to claim 1, characterized in that the source of electric current is made with the possibility of reusable use, for example, a lithium-ion battery made with the possibility of charging by contact, in particular by means of contacts from an electrically conductive rubber-like material, or by a non-contact method, the electronic control means comprises a lot of settings by the operating modes of the electric means of influencing the human body and made with the possibility of remote control, for example by connecting see rtfona a Bluetooth radio, and contains uprugonazhimaemye with light button, for example, an LED.

 5. The device according to claim 1, characterized in that the second element contains at least one means of vibration, configured to make orbital vibrations in a plane transverse to the direction of said translational movement, for which, for example, it contains an eccentric mass mounted on an electric motor, the shaft axis which essentially coincides with the direction of said translational movement, or vibration means, configured to generate linear oscillations, for example, a coil element with an adjacent ferromagnetic core or a directional vibrator with shafts synchronously rotating in opposite directions, exciting a linear harmonic disturbing force essentially transverse to the direction of said translational movement, substantially along or across the bending plane of the connecting element, or vibration means configured to generate angular vibrations, for which, for example, contains an electric motor with an output shaft on two sides on which two eccentric masses are mounted , The phase angles are deployed relative to one another on the shaft by 180 degrees, with the plane of oscillation is substantially coincident with the bending plane transverse connecting member or her.

6. The device according to claim 1, characterized in that the second element is resiliently suspended relative to the first element and is configured to lateral elastic deviation relative to the direction of the said translational movement, which provides an elastic connecting element, and contains vibration means, for example, with an eccentric mass, the inertial forces of which acting on the second element are distributed uniformly with respect to the axis of deviation of the second element and which essentially coincides with the bending plane of the connecting element, or with two or more eccentric masses, whose inertial forces acting on the second element are uniformly distributed relative to the axis of deviation or cancel each other out.

 7. The device according to claim 1, characterized in that the second surface portion is made substantially flattened and with the possibility of substantially motionless contact with the second body portion during said translational movement, wherein the connection of the second end of the connecting element and the second element is movable in particular with axial rotation in the bend plane of the connecting element, in particular detachable with an electrical connection, and the connecting element is made essentially with a spiral bend, and the axis in the rotation of the second element essentially coincides with the axis of the helical bending of the connecting element, or the second surface section is convex essentially rounded in the plane of the bending of the connecting element and with the possibility of movable contact with the second part of the body, in particular with rotation during the said translational movement in the rolling direction in imaginary a line parallel to the direction of said translational movement from the first surface portion when the first surface portion moves and in the direction of said translational movement and to the first surface portion during its reverse movement, the first surface portion being reciprocating along the first body portion synchronously with the reciprocating motion of the second surface portion along the second body portion, wherein the second end is connected the second element and the second element is made elastic and inseparable, in particular monolithic, and the connecting element is made with a C-shaped bend.

8. The device according to claim 1, characterized in that the second surface section is moved forward in the direction of said translational movement in front of the first surface section and is configured to contact the second part of the body before the contact of the first part of the surface with the first part of the body before the start of the said translational movement, in particular the second element is made with the possibility of providing massage effect on the clitoris during the said translational movement and when the first element is completely pulled out of the vagina.

 9. The device according to claim 1, characterized in that the electric means of influencing the human body is a means of vibration stimulation, for example, an electromechanical means for generating mechanical vibrations, configured to impart a rotational movement to the vibration-generating mass, for which, for example, it contains an electric motor with an eccentric mass mounted on its output shaft, or with the ability to inform the vibration-generating mass of the reciprocating movement, for which, for example, contains a reel th element with a moving ferromagnetic core, or means of vacuum stimulation or vacuum-vibration stimulation, for example, an electromechanical means of suction of a part of the human body, containing an electric motor, driving a pump connected to an elastic chamber creating a vacuum inside itself and having an open part for connection with the body person, or by means of electrical stimulation, for example for electrical stimulation of muscles, for which, for example, the second surface area contains elements of electrically conductive material iala are capable of providing a pulsed electric current to the human body, or thermal stimulation means, for example that the second surface section comprises an electric heating element or a combination of / said dial means.

10. The device according to claim 1, characterized in that the connecting element is made with a substantially arcuate bend and bends around a second surface section that is convex with a substantially arcuate bend and rotatably in a second portion of the body, the second element contains vibration means for acting on the human body, made with the possibility of maintaining the direction of oscillation in the process of moving the second element from the first position to the second position, for which, for example, contains an electric motor, the shaft axis of which of essentially coincides with the axis of rotation of said surface, or comprises a coil element with a movable ferromagnetic core whose direction of motion is substantially longitudinal to the axis of rotation of said surface, wherein the axis of rotation of said surface substantially coincides with the center of the arcuate bend of the connecting element.

 11. The device according to claim 1, characterized in that the device is configured to prevent lateral, relative to the bending plane of the connecting element, displacement of the second element, for which, for example, the connecting element contains an elastic strip, for example of spring metal, mounted with the wide side transverse to the bending plane a connecting element that provides longitudinal deformation and prevents lateral deformation, and has, for example, a ratio of width to thickness in the approximate range of 10: 1 to 100: 1 preferably 50: 1, or the second element contains at least one vibration means configured to prevent lateral displacement relative to the bending plane of the connecting element, the second element in the process of vibration generation, for example, comprising an electric motor mounted transverse to the bending plane of the connecting element, for example, with an output shaft on which an eccentric mass is mounted, the plane of rotation of which is essentially parallel to the bending plane of the connecting element, and al is fixed symmetrically to the said eccentric mass, or with an output shaft on two sides on which two eccentric masses are mounted without shifting the phase angles between them, the rotation planes of which are essentially parallel to the bending plane of the connecting element and spaced symmetrically to it, or contains a coil element with a movable ferromagnetic core mounted transversely to the bending plane of the second element and generating vibrations perpendicular to the bending plane of the connecting element.

12. The device according to claim 1, characterized in that the device is made waterproof or waterproof, with a surface of silicone rubber, for example monolithically closed and smoothed, or with a developed relief structure, for example, simulating a penis containing protrusions, for example, for enhanced stimulation "points ji "and / or recesses, matte, glossy, or with a combination thereof, the first element contains an internal structure, for example, a frame and / or an inner case made of plastic and / or metal, which provides the necessary rigidity of the first element for elastic extension of the connecting element and giving it the necessary shape, contains and / or connects, including mechanically, for example movably, electric means for acting on the human body, and / or power means, and / or electronic control means, and is configured to be held by hand and / and and connected to a surface or to a means of movement, or connected to means configured to be held by a hand and / or connected to a surface or to a means of movement, the second element contains an internal structure that enables the electric means to act on the human body, the connecting element contains an internal structure providing its elastic extension and electrical connection of the aforementioned means with electronic control means, and can be made with the possibility of times emnogo connected to the second element in particular for the replacement of the set of second additional element on another element with another agent effects on human body.

 13. The method of massage of the genital organs, characterized in that the device according to claim 1 is used, the first surface area is applied to the first body area, and the second surface area is applied to the second body area, the first surface area being installed anywhere on the first body area, vagina or the shaft of the penis, the second surface area is installed anywhere on the second body area, on the head of the clitoris or on the head of the penis, for which the connecting element is bent to the required size, surface ki are set in appropriate places and produce the aforementioned translational movement.

14. A method of manufacturing a device for massage of the genitals, characterized in that the device according to claim 1, wherein the connecting element is made of at least two parts made of rubber-like material, and electrical conductors are fixed to at least one of these parts.

5. The method according to 14, characterized in that the first inner case for the first element and the second inner case for the second element are made of structural plastic, the first case is provided with an electric current source and electronic control means, the second case is equipped with an electric means of influencing the human body , the first casing and the second casing are connected by the first part of the connecting element made of silicone rubber, into which electric wires are connected and fixed on it the electrical means for influencing the human body and the electronic control means, the connected first and second bodies are placed in the mold and the outer shell of the first body and the second body and the second part of the connecting element around its first part are formed from silicone rubber, the first part of the connecting element being made of material with the same stiffness as the rigidity of the outer shell, approximately equal to 40A Shore or higher to 80A Shore, with a cross-sectional area of approximately equal to the cross-sectional area a cross-section of the second part of the connecting element, or approximately one third of it, and thereby provide protection against lateral displacement of the first part of the connecting element during the formation of its second part, or the first part of the connecting element, the first part of the shell of the first body and the first are formed from silicone rubber the shell part of the second body as the first elastic part of the device, and the second part of the connecting element, the second shell part of the first body and the second shell part of the second of the housing as the second elastic part of the device, the first elastic portion mounted first body, second body, electrical conductor, electrical connecting means of influencing the human body and an electronic control means and connected to the second elastic part of the device, for example by gluing.