WO2006043851A1

WO2006043851A1 - Vaginal muscle training device

Info

Publication number: WO2006043851A1
Application number: PCT/RU2005/000080
Authority: WO
Inventors: Vladimir Leonidovich Muranivsky
Original assignee: Muranivsky Vladimir Leonidovic
Priority date: 2004-10-19
Filing date: 2005-04-20
Publication date: 2006-04-27

Abstract

The invention relates to training devices for development and natural functioning of vagina muscles. The inventive training device comprises an inflatable vaginal chamber which is pneumatically connected to an external inflatable chamber, a pressure source and a pressure meter. The vaginal chamber exhibits a high axial strength, thereby making it possible to determine a vaginal volume. The vaginal chamber can be used with covers having different shapes and sizes, thereby making it possible to carry out controllable trainings as much as possible identical to reality, to help a partner including a soft penetration and to perform a birth phychoprophylaxis. The use of a handle makes it possible to control and develop local muscle groups along the vagina depth. The support for fixing the covered vagina chamber or the handle makes it possible to learn sexual experiences in different positions associated with the control of the operation of vaginal muscles when acquiring a tight penetration.

Description

SIMULATOR OF VAGINAL MUSCLES.

The invention relates to training devices for the development and natural functioning of the muscles of the vagina.

A known simulator for the development of vaginal muscles, selected as an analogue (RF patent N ° 2012321 of 05.15.94 according to the application JYa 4803077 from 03.21.1990), including an elastic inflatable cylindrical working chamber with a tube, catheter, sleeve and a separately installed limiter, pneumatically connected through locking elements with an external (additional) elastic inflatable chamber, source and pressure gauge.

A known simulator for the development of vaginal muscles, selected as a prototype (certificate for PM N ° 24108 from 07/27/2002 according to the application Na 2002103269 from 02/15/2002), including a working chamber with a tube, catheter, sleeve and with a stopper mounted directly on the sleeve between condoms, pneumatically connected through locking elements with an external (additional) elastic inflatable chamber, a source and a pressure gauge ..

The disadvantages of the analogue and prototype are that the axial strength of the sleeve-stopper-catheter-tube connection is insufficient, that the stopper is not technologically fastened to the sleeve, that when fitting, the catheter has to be removed, and the consumer (woman) loses a lot of time to realize the actions that she Should perform during training - the only visible indicator is the gauge needle. A woman cannot compare the actual strength of muscle contraction and the deviation of the gauge needle even approximately. She can not control the size of the inner chamber during training, the muscles "get used" to work with the uncontrolled, resulting from pumping, size. In a real situation

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SUBSTITUTE SHEET (RULE 26) (with coition) muscles cannot compress the actual size (phallus) with the force (pressure) that was achieved during training. The partner and the woman herself do not feel the expected stimulation. The incentive to continue training is lost. Lost faith in the effectiveness of developed muscles, and, especially, in the simulator. In addition, it is impossible to train attempts at childbirth with sizes, at least approximately corresponding to real ones. Local control of the development of certain muscle groups along the depth of the vagina is impossible. In addition, when manipulating the simulator in order to achieve the desired results during natural actions (frictions), the consumer (woman) is limited by the convenience, often even the possibility, of introducing a working chamber in various natural (practiced) poses.

The invention solves the technical problem of improving consumer qualities by increasing the reliability of the joints, increasing the adaptability of the fit and assembly, expanding the functionality of the vaginal simulator by creating the desired limited volume of the working chamber, the pressure in which can be controlled and changed when changing the compressions of this volume and fixing the working chamber .

The technical result is achieved by the fact that the simulator of the vaginal muscles for the development and natural functioning of the muscles of the vagina, containing a working (vaginal) elastic elastic inflatable chamber with a catheter, tube, sleeve and limiter, pneumatically connected through locking elements with an external (additional) elastic elastic inflatable chamber, the source and pressure meter, according to the invention, on the catheter of the working chamber there are a number of side holes along the length, the sleeve has a friction outer surface, og the nickel is attached to the sleeve by the elastic force of the catheter material or the connection sleeve-tube-catheter-stopper is made one-piece; the working chamber can be inserted into

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SUBSTITUTE SHEET (RULE 26) a blind cover (of various shapes and sizes), a clip is installed on the free end of the cover, in the absence of a limiter for the working chamber; the simulator can also be characterized in that the working chamber and the cover can be fastened with clamps on the handle with channels in the area of the desired channel, pneumatically connected to the other elements of the simulator, and the handle with channels or cover can be attached through a hinge to the console (with adjustable reach and location on the bar ) support, which also includes a rod (adjustable in length) with a handle (with an adjustable angle of rotation) and fasteners.

Figure l shows the assembly of the sleeve-tube-catheter-stopper.

Figure 2 presents the pneumatic simulator with a working chamber according to the prototype inserted in a cylindrical case with an oval blind end. Fig. 3 shows a working chamber according to an analogue inserted in a case. In FIG. For shown a cover with a working chamber according to an analogue, mounted on a handle with channels, pneumatically connected to the rest of the simulator elements to control the development of the muscles of the arches.

Figure 4 shows the working chamber with a cover and a handle with channels for monitoring various muscle groups.

Figure 5 shows the support, consisting of a rod with a handle, a console with a handle and fasteners.

Fig. 5a shows a console with a hinge, an elastic-flexible element and a handle.

Fig. B shows an exemplary use of the support in various poses: 6a - standing, 66 - behind, 6c - from below, 6d - from above.

The sleeve 1 (Fig. L) has a frictional outer surface, for example, transverse knurling and flanges 2 at the ends, which also increase the tightness, so that the assembly is able to withstand the required axial force during removal. Placement task

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SUBSTITUTE SHEET (RULE 26) an elastic stopper 3 between the sleeve 1 and a catheter 4 inserted onto the sleeve 1 with an interference fit is solved by placing the stopper 3 in the center at the end of the sleeve 1, and then the catheter 4 is inserted. In this case, the stopper 3 is between the sleeve 1 and the catheter 4 and is clamped by the elastic force of the catheter material 4. Then, a hole for blowing is made through the free end of the sleeve 1 in the limiter 3, the tube 5 is put on. In another embodiment, the assembly can be assembled with one-piece connections, for example, on glue, etc. But in this case, when the limiter is worn, it will be necessary to change the entire assembly, although after a certain degree of muscle development, the presence of a limiter is not necessary - its role is played by developed entry muscles that can withstand axial load. On the side surface of the catheter 4 in length there are a number of holes 4a. Increasing the axial strength of the vaginal chamber allows it to be used to determine the vaginal volume.

In an elastic inextensible cylindrical cover with an oval blind end 6 (figure 2), for example, from a thin raincoat fabric, a working (vaginal) chamber 7 with a sleeve 1, a catheter 4 and a stopper 3 (prototype) is inserted. The working chamber 7 is pneumatically connected by tubes 5 to a pressure sensor 8 (pressure gauge), through a locking element 9 with a pressure source 10 (pump) and through a locking element 9 with an external elastic inflatable chamber 11.

The working chamber 7 in the absence of a limiter 3 (FIG. 3, analogue) is kept from squeezing out of the case b by the clamp 12. The clamp 12 can be made by known methods, for example, by dressing with a thread made immediately after the chamber 7 on the sleeve 1. The length of the working chamber 7 can change due to the corresponding installation of the clamp 12 (shown by a dotted line).

The cover 6 (Fig. Zb) with a short working chamber 7 is fixed by a clamp 12 (for example, a thread) on the handle 13 with channels 14a and 146. The tube 5 of the working chamber 7 is passed into

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SUBSTITUTE SHEET (RULE 26) the Central channel 14A of the handle 13 and is pneumatically connected to a pressure meter 8 and through the locking elements 9 with a pressure source 10 and an external (additional) chamber 11.

To improve the accuracy of the results of monitoring muscle strength in local areas, the buffer volume of the working chamber 7 is reduced by attaching it with clamps 11 on the handle 13 with channels 14a and 146. In figure 4, the working chamber 7 is fixed pneumatically pneumatically by the clamp 12a on the handle 13 in the area of the channel 14a connected through a tube 5 with the remaining elements of the simulator. A cover 6 is dressed on top of the working chamber 7, fixed by a clip 126 immediately after the clamp 12a (or over 12a) on the handle 13. The volume of the internal cavity of the working chamber 7 is determined by the gap between the cover b and the handle 13. The larger this gap, the lower the accuracy of the measurement results, the smaller - the more accurate. The optimal gap is 4-5 mm, allowing you to use the potential strength of muscle contractions. If it is necessary to control the underlying muscles, the working chamber 7 is attached with clamps 12a and 12c in the positions “a” and “c”, and the cover 6 is respectively in “e” and “d” (or over 12a and 12c), the tube 5 is connected to the channel 146 associated with the internal cavity of the working chamber 7.

Figure 5 presents the support of the simulator, including the rod 15, adjustable in length - arrow "C" (for example, telescopic. With a push-button or threaded lock), with a curved handle 16 (for example, like a bicycle steering wheel) with an adjustable angle of rotation (arrow " P ”) in the fastener 17. The support can be attached to the floor and wall pivotally mounted on the rod 15 and the handle 16 fasteners 18 (for example, vacuum suction cups). The console 19 is connected to the rod 15 by a fastening element 17. The known fastening element 17, which serves for mutually perpendicular connection of pipes, allows you to change the relative position of the connected pipes along (arrows "K") and around their axes (arrow "P") followed by

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SUBSTITUTE SHEET (RULE 26) fixation. The console 19 through the hinge 20 is connected to the handle of the simulator 13. The hinge 20, in addition to adjusting and fixing the angle of rotation, must allow elastically flexible rotation (like the phallus during frictions), which is achieved by the hinge with a fixed angle of rotation and spring-loaded angular compliance or spring-loaded angle play. For example, FIG. 5a shows a simple hinge of two round plates, the rubber tube 21 provides angular compliance. Instead of a handle 13, a cover 6 with an internal chamber 7 of a pneumatic simulator, a dildo, a vibrator or other device for developing sensitivity can be attached.

The simulator works as follows. The pump 10 (figure 2) creates a pressure in the simulator of about 10-20 mm Hg In this case, the working chamber 7 is slightly inflated, but does not completely fill the entire volume of the cover 6 (the pressure value depends on the elasticity of the condoms of the chamber 7). The consumer slightly squeezes the camera 7 in the case 6 with his hand, and presses the outer camera 11 with his other hand. Resisting the extensions of the working chamber 7 with his hand reproduces the work of the vaginal muscles with this training method. A woman really evaluates and compares the readings of the manometer and the compression force. Case b prevents the extrusion of the camera 7 from the hand.

The pump 10 creates a pressure in the simulator of about 50-60 mm Hg, the chamber 7 is inflated to the size of the cover 6, the outer chamber 11 is turned off. The pressure limiter 3 is pressed against the cover 6 through the condom from the inside. Due to the friction force, the chamber 7 is held in the case 6 - the prototype. Or clip 12 does not allow the camera 7 to be squeezed out of the cover 6 - analogue (Fig.Z). Camera 7 is squeezed by hand. The compression force is compared with the pressure gauge 8. The woman is aware of the actions that she must do when training to develop vaginal muscles. It really evaluates and compares the readings of the pressure gauge and the compression force. A woman clearly sees the role of the developed entry muscles to prevent the sliding of the chamber 7 from the vagina.

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SUBSTITUTE SHEET (RULE 26) To maximize the approximation of training to the use of working muscles in real conditions (with the phallus inserted into the vagina), a cover b is taken, approximately corresponding to the size of the partner's phallus. A camera 7 is inserted into the case 6, a condom is put on over the case 6 and this assembly is introduced into the vagina. A pressure of 120-140 mm Hg is created. (outer camera 11 is turned off), which roughly corresponds to the blood pressure at which the penis turns into a phallus. Compressing the assembly with vaginal muscles, the woman assesses the real compression force of the partner's phallus.

By adjusting the pressure in the simulator from 10 mmHg, a woman can acquire the skills of matrimonial therapy in converting a soft penis to an erect phallus exclusively using vaginal muscles (“soft” input and compression).

With labor attempts, it is very important for a woman in labor and the child to be able to consciously use the vaginal muscles to move the child outward and to expand (relax) the entrance. Initial outward skills are very well and quickly mastered when performing extrusion (shooting) from a vagina of a foreign object. Such an object can serve as a camera 7 in a case b, inflated to 130-150 mm Hg. (similar to the previous training option). With the development of extrusion of the chamber 7 with a case b with a diameter of 30 mm, they switch to an increased diameter of the case until the introduction of an inflated chamber 7 with a case 6 causes difficulties. Then they switch to spherical, or egg-shaped, or cylindrical (with oval ends) covers of various sizes with clamps (camera assembly option 7 by analogy). They are inflated only after administration. When squeezing out, the sphincter of the entrance muscle learns to relax (and even expand).

A pressure source 10 creates a pressure of about 20 mm Hg in a shortened working chamber 7. (she does not inflate the cover b completely) and with the help of the handle 13 enter before contact with the arch of the vagina (Fig. For). Periodically squeezing the outer chamber 11 by hand,

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SUBSTITUTE SHEET (RULE 26) create a pulsating expansion of the working chamber. 7 to feel this zone and begin muscle resistance to the extensions. After the development of resistance in the system creates a pressure of about 60 mm Hg. the working chamber 7 completely inflates the cover 6, the outer chamber 11 is turned off, muscle contractions in the area of the arches are monitored according to the readings of the pressure meter 8. They act similarly when developing other muscle zones, removing the handle 13.

Due to the relatively large buffer volume of the shortened working chamber 7, the readings of the pressure meter 8 do not sufficiently capture the increase in muscle compressive strength during training. The incentive to continue training is lost. To eliminate this drawback, the buffer volume of the working chamber 7 is reduced by attaching it directly to the handle 13 (figure 4). In this embodiment, the accuracy of the readings is determined by the gap between the cover b and the handle 13, which corresponds to the real stimulation of the partner. The system creates a pressure of about 120 mm Hg, the handle 13 is located in the area of controlled muscles, muscle contractions begin. The muscles of the arches are best controlled during the assembly shown in figure 4 - control zone "A". You can also control the dynamic process: the handle 13 is slowly inserted into the vagina, the muscles are tensed (they resist the introduction, creating a “tight entry”). According to the testimony of a pressure meter 8, judge the results, determine the "remaining" areas. Radial compression is better controlled during assembly in the area of channel 146 — control zone “B”.

The practice of the development of vaginal muscles has shown that the development of their strength alone is not enough to realize acquired skills during natural actions (frictions). Moreover, the effectiveness of muscle work is very individual for various poses. Therefore, each woman, in order to achieve the best results in the shortest possible time, should train in her inherent

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SUBSTITUTE SHEET (RULE 26) biological (natural) pose. After achieving the desired results in this position, she can move on to the next one, inherent in her performance, position, etc. The best option for such training is partner participation. But not for all women, this option is acceptable. Self-manipulation of the simulator while performing natural body movements and tension of the vaginal muscles is also ineffective, sometimes simply impossible. The support shown in FIG. 5 solves these problems for most life situations.

To prepare the support (figure 5), the assembled handle of the simulator 13 with the rest of the elements of the simulator is connected to the hinge 20 through an elastic-flexible element 21, in a known manner (for example, with a clamp), the required length of the rod 15 is adjusted. Further adjustment for various poses is performed as follows.

Pose "standing", figa: loosening the fasteners 17, move along the axis of the rod

15 handle 16 to a comfortable position for holding by hands, fix the fastener 17. Set the handle 13 to the desired angular position using the hinge 20, the extension of the console and the height of the console 19 with the fastener 17 so that the end of the handle 13 only spreads the muscles of entry . After a trial squat, the angle in the hinge 20 is adjusted and fixed. Squatting, moving the handle 18 (along the arrows) with the pelvis and hands, they achieve the desired movement, in which optimal muscle work is achieved.

Pose "behind", figb: the rod 15 is attached to the wall and floor with fasteners 18, by turning the handle 16 to the desired angle. Install the console in height and reach. Turn the handle 13 to the desired angle by the hinge 20. After the test movement in the direction of the arrow, fix the handle 13. Train to achieve the desired result.

Pose "low", figs: install at the desired height the mounting element 18 of the rod

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SUBSTITUTE SHEET (RULE 26) 15, adjust the position on the rod 15 of the console 19 and the handle 18, adjust the rotation of the handle 18 and the extension of the console 19. Turn the handle 13 by the hinge 20. After the test movement in the direction of the arrow, fix the handle 13. Train to achieve the desired result.

Pose "superxy", fig.bd: set the rod 15 at the desired height by the fastening element 18, the angle of rotation and the position on the rod 15 of the handle 16. Adjust the reach of the console 19. Turn the handle 13 by the hinge 20. After the test movement in the direction of the arrow, fix handle 20. Train to achieve the desired result.

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SUBSTITUTE SHEET (RULE 26)

Claims

SUMMARY OF THE INVENTION VAGINAL MUSCLUS SIMULATOR.

1. A vaginal muscle simulator for the development and natural functioning of vaginal muscles, comprising a working (vaginal) elastic elastic inflatable chamber with a catheter, tube, sleeve and stopper pneumatically connected through locking elements to an external (additional) elastic elastic inflatable chamber, a source and a pressure gauge, characterized in that on the catheter of the working chamber there are a number of side holes along the length, the sleeve has a friction outer surface, the stopper is attached to the sleeve by the force of Treat the catheter material or a compound of the sleeve-tube catheter limiter formed integrally.

2. The vaginal muscle simulator according to claim 1, characterized in that the working chamber can be inserted into a blind cover (of various shapes and sizes), a clip is installed on the free end of the cover, in the absence of a working chamber limiter.

3. The vaginal muscle simulator according to claim 1, characterized in that the working chamber and the cover can be fastened with clamps on the handle with channels in the area of the desired channel, pneumatically connected to the other elements of the simulator, and the handle with channels or cover can be attached through a hinge to the console (with adjustable reach and location on the rod) of the support, which also includes a rod (adjustable in length) with a handle (with an adjustable angle of rotation) and fasteners.

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SUBSTITUTE SHEET (RULE 26)