RU105166U1 - SIMULATOR VAGINAL PNEUMATIC - Google Patents

Abstract

 A pneumatic vaginal simulator containing an inner chamber, an outer chamber, a manometer, a pump, a clamp, a tee, a first tube, a second tube and a third tube, the inner chamber being connected to one end of the first tube, the opposite end of which is connected to one of the outlets of the tee, the outer one of its exits the chamber is connected to one of the ends of the second tube, the opposite end of which is connected to the second outlet of the tee, the other outlet of the external chamber is connected to the pump outlet, the pressure gauge is connected to one of the ends of the third the tube, the opposite end of which is connected to the third outlet of the tee, the clamp is mounted on the second tube to allow the second tube to overlap, characterized in that an exhaust valve is additionally introduced into it, while the exhaust valve is connected to an external chamber to allow air to escape at least from an external camera.

Description

Technical field

The utility model relates to training devices for physiotherapy, stimulation of reflex points, massage of the genital organs, specially designed for the exercise of individual parts of the body, in particular for controlling the muscles of the vagina.

State of the art

A device is known as a pneumatic simulator (RF patent No. 67447). The pneumatic simulator contains a vaginal chamber pneumatically connected to an additional chamber, a manometer, a pump, and also contains a clamp. The clamp is designed to disable the additional camera. The auxiliary chamber has two outputs, one of which is connected to a pump.

A disadvantage of the known technical solution is the difficulty of adjusting the pressure level.

The purpose of the proposed utility model is to simplify the adjustment of the pressure level.

This goal is achieved due to the fact that the vaginal pneumatic simulator contains an inner chamber, an outer chamber, a pressure gauge, a pump, a clamp, a tee, a first tube, a second tube and a third tube, the inner chamber being connected to one end of the first tube, the opposite end of which is connected with one of its tee outputs, the external camera is connected to one of the ends of the second tube by one of its outputs, the opposite end of which is connected to the second output of the tee, the other output of the external camera is connected to the output pump, the pressure gauge is connected to one of the ends of the third tube, the opposite end of which is connected to the third outlet of the tee, the clamp is mounted on the second tube to allow the tube to overlap, characterized in that an exhaust valve is additionally introduced into it, while the exhaust valve is connected to an external chamber with the possibility of air at least from the external chamber.

Brief Description of the Drawings

The utility model is illustrated by the drawing, which schematically shows the device.

Utility Model Disclosure

In the drawing, the following are indicated: first tube 1, tee 2, clamp 3, second tube 4, third tube 5, inner chamber 6, pressure gauge 7, outer chamber 8, exhaust valve 9, pump 10.

The main elements of the device are the inner chamber 6, the pressure gauge 7, the outer chamber 8, the pump 10, the exhaust valve 9, clamp 3, tee 2, the first tube 1, the second tube 4 and the third tube 5.

The inner chamber 6 is made with the possibility of placing it inside the vagina. The inner chamber 6 is made of a material suitable for contact with the vaginal mucosa, for example, silicone. The wall thickness and silicone properties of the inner chamber 6 are made to ensure stretching of the inner chamber 6 and filling it with the volume of the vagina (fitting under the volume of the vagina), as well as maintaining sufficient strength for this stretching. The inner chamber 6 is connected to one of the ends of the first tube 1 by its output.

An exit here and hereinafter means a place of communication of a given object (for example, an internal chamber 6, an external chamber 8, a tee 2, or any other device object) with other objects of this device, by means of which an exit from this object and gas (air) is introduced into the given object .

The manometer 7 is a device for measuring pressure. In the particular case for measuring the gas pressure in the inner 6. The pressure gauge output is connected to one of the ends of the third tube 5.

The external camera 8 is configured to compress the external camera 8 by hand. The volume of the external chamber 8 is selected with the ability to perform the necessary exercises. The external chamber 8 is made of environmentally friendly material that is easy to clean, washable, not rubbed, and does not change appearance after prolonged use. The external camera 8 has two outputs. The external chamber 8 is connected by one of its outputs to the second tube 4.

The external chamber 8 is connected with the output of the pump 10 with its other output. The connection of the external chamber 8 with the output of the pump 10 can be performed directly or by means of a corresponding connecting tube.

The pump 10 is configured to pump gas (air) into the outer chamber 8 and into the inner chamber 6 to obtain the necessary pressure in the outer chamber 8 and in the inner chamber 6. In the particular case, pump 10 is used in the form of an elastic rubber bulb, using a pear as Pump 10 is known in medicine (for example, at http://dic.academic.ru/dic.nsf/enc_medicine/15493/). The pump 10 is equipped with an inlet valve and an overflow valve. The inlet valve is configured to allow gas (air) to enter from the environment into the pump 10 in the absence of external to the pump 10 and to block the access of gas (air) from the environment to the pump 10 when exposed to the pump 10. The bypass valve is configured to allow gas bypass (air) from the pump 10 to the inner chamber 5 and the outer chamber 8 when externally acting on the pump 10 and stopping the bypass of gas (air) from the pump 10 to the inner chamber 6 and the outer chamber 8 in the absence of an external influence on the pump 10.

The exhaust valve 9 is configured to allow the release of gas (air) from the device (external chamber 8 and the inner chamber 6) when exposed to the exhaust valve 9. The exhaust valve 9 is connected to the external chamber 8, for example by means of a corresponding tube. The exhaust valve 9 can be installed on the corresponding tube connecting the external chamber 8 to the pump 10 or on the second tube 4 or directly installed at the outlet of their external chamber 8 or at the outlet of the pump 10 ..

The first tube 1, the second tube 4 and the third tube 5 are designed to connect and provide communication between the inner chamber 6, the outer chamber 8 and the pressure gauge 7. In the first tube 1, the second tube 4 and the third tube 5, through holes are made through which communication occurs between the inner chamber 6, the outer chamber 8, the tee 2 and the pressure gauge 7. The first tube 1 is connected to the inner chamber 6 by one of its ends and the opposite end to one of the exits of the tee 2. The second tube 4 is connected to the outer chamber 8 by one of its ends but about ivopolozhnym end of the second tee output 2. The third tube 5 of its ends connected to a pressure gauge 7 and the opposite end to the third output 2 tee.

Tee 2 is a T-shaped connector, i.e. a connecting piece of a pipeline with three holes, allowing you to connect the first tube 1, the second tube 4 and the third tube 5 with each other with the possibility of communication between them.

A clip 3 is mounted on the second tube 4, located between the outer chamber 8 and the tee 2. The clamp 3 is made so that the communication of the outer chamber 8 with the inner chamber 6 and the pressure gauge 7 can be blocked if necessary. The clip 3 can be made in the form of a latch that pinches the second tube 4 on which it is installed.

Utility Model Implementation

The utility model is implemented as follows.

The user makes an inner chamber 6, an outer chamber 8, a pressure gauge 7, a pump 10, an exhaust valve 9, a clamp 3, a first tube 1, a second tube 4 and a third tube 5 as described above. The user connects the first tube 1 with one of the ends to the inner chamber 6, and the opposite end with one of the outputs of the tee 2. The user connects the second tube 4 with one of the ends with the outer chamber 8, and the opposite end with the second outlet of the tee 2. The user connects the third tube 5 one end with a pressure gauge 7, and the opposite end with the third output of the tee 2.

The user inserts the inner chamber 6 into the vagina above the muscles of the pelvic floor. In this case, the inner chamber 6 works in the upper part of the vagina. The bottom user tightly clamps the inner chamber 6 with the muscles of the pelvic floor. The user using the pump 10 creates the initial pressure in the simulator (at least in the inner chamber 6 and the outer chamber 8). The user uses the external chamber 8 for massage and the "resistance" exercise, by squeezing with his hand and releasing the external chamber 8. Massage is performed with the open clamp 3. Clamp 3 is used to disconnect the external chamber 8 when working using intra-abdominal pressure, as well as to measure pressure only in the inner chamber 6. A pressure gauge 7 is used to visually control the pressure in the upper part of the vaginal canal.

Thus, the implementation of the device from the inner chamber, the outer chamber, pressure gauge, pump with exhaust valve simplifies the adjustment of the pressure level due to the use of the exhaust valve.

Claims (1)

A pneumatic vaginal simulator containing an inner chamber, an outer chamber, a manometer, a pump, a clamp, a tee, a first tube, a second tube and a third tube, the inner chamber being connected to one end of the first tube, the opposite end of which is connected to one of the outlets of the tee, the outer one of its exits the chamber is connected to one of the ends of the second tube, the opposite end of which is connected to the second outlet of the tee, the other outlet of the external chamber is connected to the pump outlet, the pressure gauge is connected to one of the ends of the third the tube, the opposite end of which is connected to the third outlet of the tee, the clamp is mounted on the second tube to allow the second tube to overlap, characterized in that an exhaust valve is additionally introduced into it, while the exhaust valve is connected to an external chamber to allow air to escape from an external camera.