RU2403939C2 - Pneumatic simulator-vaginator - Google Patents

Abstract

FIELD: medicine, sport.

SUBSTANCE: invention relates to field of sports medicine and is intended for carrying out exercises and strengthening of vagina muscles with enhancement of their tone. Pneumatic simulator contains operation chamber, intended for introduction into vaginal cavity, and handle for holding and controlling simulator. Chamber is made from elastic material and has cylindrical form. Operation chamber is connected via locking valve for air relief from chamber with pneumatic source of pressure and pressure metre in chamber. Operation chamber is characterised with longitudinal rigidity due to presence in it of catheter, whose cavity is connected with cavity of operation chamber. Simulator additionally contains tube, which is made with smooth bend in direction from its initial section to its end section to ensure and imitate penis form in state of erection. Tube is stopped from its end section, on which rounding is made, and is provided with one or several perforation holes and is located in operation chamber. Catheter, preferably, is made with bend, corresponding to tube bend, and is located on tube. Initial section of operation chamber is provided with valve for additional constant minimal air relief from its cavity, and in case of impact onto operation chamber of possible spasmodic squeezing by vaginal muscles, valve is in open position.

EFFECT: increase of simulator reliability, convenience of application, providing detailed information of degree of fitness by value of vagina muscle contraction, irrespective of depth of introduction of operation organ of simulator into vagina, with creation of operation organ form close to natural form of male genital organ.

7 cl, 2 dwg

Description

The invention relates to the field of sports medicine and is intended for exercises and strengthening the muscles of the vagina with an increase in their tone.

A device for massage of the vagina. It contains a shell connected by a flexible hose to a pressure source and to an indicator [1].

The device does not provide control of the degree of contraction of the muscles of the vagina.

A device for training vaginal muscles is also known. This device contains a shell in which a tube of elastic material simulating a penis is placed, with an opening in the end part, connected to a pressure source and a pressure indicator [2]. This device also does not allow to determine changes in the contraction of the muscles of the vagina by the pressure indicator.

A device for training female diaphragmatic muscles is known, comprising an insert on which a balloon of elastic material is mounted, which can be made, in particular, with longitudinal stiffness, and the insert is connected using a Y-shaped tube to a pressure source and pressure indicator [3]. This device also lacks control of pressure changes during contraction of the vaginal muscles or squeezing efforts during the control of the simulator.

Closest to the claimed simulator is a pneumatic simulator for massage and muscle development of the female genital organs. It contains an elastic cylindrical working chamber with longitudinal stiffness, a catheter located in the said working chamber, connected to a pressure source, a pressure meter, and also locking elements [4].

In a known simulator, the catheter is located directly in the sheath. With sudden movements, it affects the walls of the vagina, while a breakthrough of the thin-walled shell is possible. The simulator in the process of use does not allow to obtain more detailed information about the degree of training on the amount of contraction of the muscles of the vagina throughout its length.

The technical result of the invention is improving the reliability of the simulator, ease of use, providing detailed information about the degree of training on the amount of contraction of the muscles of the vagina, regardless of the degree of insertion of the working body of the simulator into the vagina, when performing the shape of the working body, approaching the natural form of the male genital organ.

The specified technical result in a pneumatic simulator containing a working chamber intended for insertion into the vaginal cavity made of elastic material having a cylindrical shape communicated through a shut-off valve for bleeding air from the working chamber with a pneumatic pressure source and a pressure meter in the working chamber, and characterized longitudinal rigidity due to the presence of a catheter in it, the cavity of which is in communication with the cavity of the working chamber, as well as a handle for holding and controlling the simulator By the way, it was achieved by the fact that it additionally contains a tube that is made with a smooth bend in the direction from its initial portion to its final portion to provide and simulate the shape of a penis in an erection state, while the tube is plugged from its final portion, which is rounded, and also provided with one or more perforations and located in the working chamber, and the catheter is preferably made with a bend corresponding to the bending of the tube, and is located in the tube, and the initial section of the working chamber is mainly It is equipped with a valve for additional constant minimal air bleeding from its cavity, and when the force acts on the working chamber from possible spasmodic compression by vaginal muscles, the valve is in the open position.

In addition, for the present invention, there may be special cases of the implementation or use of the combination of features reflected in the independent clause, which consists in the fact that:

- a valve for additional constant minimum bleeding of air from the cavity of the working chamber is configured to control the amount of bleeding;

- the valve is formed by turns of an annular rubber bundle, located with tension around the initial section of the working chamber, covering part of the catheter, and with the ability to control changes in tension;

- turns of an annular rubber band are located inside the handle mounted on the catheter and can be displaced along it;

- the tube is made, for example, of polyethylene;

- the catheter is made of metal, for example steel;

- the catheter is made, for example, of plastic.

The pneumatic simulator is shown in the drawings of Fig. 1 and Fig. 2, in which Fig. 1 shows a general view of the simulator, and in Fig. 2 is a section A-A in Fig. 1.

The pneumatic simulator contains a working chamber 1 (condom), a catheter 2 provided with an opening 3, a tube 4 made in the shape of a penis in an erection state. To implement this form, the tube 4 is made of an elastic material, for example, polyethylene, with thickened walls. In the area of the tube 4, at a certain length B, a smooth bend is made. The tube 4 is plugged at the end part 5, on which the rounding is made 6. In addition, one or more perforations 7 are made on the tube 4, by means of which (as well as holes 3 on the catheter 2), the inflatable chamber 1 is connected with the pneumatic system of the simulator. The catheter 2 is made of a material providing its axial strength. It can be made, for example, of steel (it is possible to make the catheter 2 from another material, for example plastic), and is preferably made with a bend 8 corresponding to the bend 9 of the tube 4. The catheter 2 is located in the tube 4, while the base 10 of the tube 4 is located on the catheter 2.

The initial section 11 of the working chamber 1 is equipped with a valve 12, which provides an additional constant minimum bleeding of air from its cavity when exposed to efforts from possible spasmodic compression by vaginal muscles. The valve 12 is made with the possibility of controlling the amount of air bleeding and, in particular, is formed by turns of an annular rubber bundle 13, located with tension around the initial section 11 of the working chamber 1, covering part of the catheter 2.

To ensure the passage of air from the working chamber 1 into the external environment, longitudinal channels 14 are made on the base 10 of the tube 4.

The simulator also contains a pneumatic pressure source 15 (for example, in the form of a rubber bulb) and a pressure gauge 16 (for example, a pressure gauge) in the working chamber 1, connected to the cavity 17 of the catheter 2 through an elastic tube 18. A valve 19 is provided for bleeding air from the working chamber 1 . To hold the simulator, to facilitate its management, as well as ease of operation of the simulator, a handle 20 with an annular supporting element 21. serves. The handle 20 is mounted on the catheter 2 with the possibility of displacement along it along the sliding support 22 to facilitate installation and adjustment. additional bleeding by tensioning or loosening the turns of the annular rubber band 13 located inside the cavity of the handle 20.

Recommendations for using the simulator

Before using the simulator, you must follow the rules of hygiene. External elements should be wiped, for example, with an alcohol solution, and the working chamber 1 should be washed with warm running water and dried. Immediately prior to use, carry a thin layer of lubricant, such as liquid paraffin, onto this chamber.

Before the introduction of the simulator into the vagina, several times should be pressed on the pear 15 in order to create an initial pressure in the working chamber 1. After this, you should take a comfortable pose and, holding the simulator by the handle 20, carefully enter the working chamber 1 into the vagina.

In the case of insufficient pressure, at which there is no tight contact between the working chamber 1 and the walls of the vagina, the user increases the pressure to the required value at which the feeling of comfort is not lost and pain is not created. In case of pain, the pressure can be quickly relieved by valve 19. Next, the person using the simulator should try to squeeze the vaginator's working body with the muscles of the vagina. When this pressure is transmitted to the pressure gauge 16, which shows the magnitude of the compression force. Such repeated compression is training the muscles of the vagina.

An additional minimum air bleeding from the working chamber 1 allows the gauge 16 to be in working condition, and with involuntary spasmodic compression of the vagina, the sensation of pain is significantly reduced, while the valve 12 can open completely. To control the amount of air bleeding, you must change the number of turns of the annular rubber bundle 13, weakening or increasing its effect in the initial section 11.

Thus, the user receives visual control over his muscular efforts of the vagina and can vary them. Due to numerous trainings, these variations are fixed on a subconscious level, which allows the user to feel comfortable with various psychomotor loads.

This vaginator simulator is especially recommended for women who have recently undergone childbirth, who, as a rule, have weakened muscle tone of the vagina, as well as athletes in sports such as cycling or equestrian.

Information sources

1. US patent No. 2 839 050, NKI 128-778. 1958.

2. US patent No. 3 752 150, NKI 128-778. 1971.

3. US patent No. 4,050,449, NKI 128-778. 1976.

4. RF patent №2 012 321, IPC (5) A 61 N 21/00. 1990 (prototype).

Claims (7)

1. A pneumatic simulator containing a working chamber intended for insertion into a vaginal cavity made of an elastic material having a cylindrical shape communicated through a shut-off valve for bleeding air from a working chamber with a pneumatic pressure source and a pressure meter in the working chamber, and characterized by longitudinal stiffness due to the presence of a catheter in it, the cavity of which is in communication with the cavity of the working chamber, as well as a handle for holding and controlling the simulator, characterized in that contains a tube that is made with a smooth bend in the direction from its initial portion to its final portion to provide and simulate the shape of a penis in an erection state, while the tube is plugged from its final portion, which is rounded, and is equipped with one or more perforation holes and is located in the working chamber, and the catheter is preferably made with a bend corresponding to the bend of the tube and is located in the tube, and the initial section of the working chamber is equipped with a valve for additional of constant minimal air bleeding from its cavity, and when the force acts on the working chamber from possible spasmodic compression by vaginal muscles, the valve is in the open position. 2. The pneumatic simulator according to claim 1, characterized in that the valve for an additional constant minimum bleed air from the cavity of the working chamber is configured to control the amount of bleed. 3. The pneumatic simulator according to claim 1 or 2, characterized in that the valve is formed by turns of an annular rubber bundle, located with tension around the initial section of the working chamber, covering part of the catheter, and with the possibility of adjusting the tension. 4. The pneumatic simulator according to claim 3, characterized in that the turns of the annular rubber bundle are located inside the handle mounted on the catheter and can be displaced along it. 5. The pneumatic simulator according to claim 1, characterized in that the tube is made, for example, of polyethylene. 6. The pneumatic simulator according to claim 1, characterized in that the catheter is made of metal, for example steel. 7. The pneumatic simulator according to claim 1, characterized in that the catheter is made, for example, of plastic.

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