RU67446U1 - VAGINAL SIMULATOR - Google Patents

Abstract

The vaginal simulator is a pneumatically connected vaginal chamber (1), a manometer (2), a compressor (3) to fill the vaginal chamber with air, a bypass valve (4) to set the maximum pressure, a throttle (5) to set the speed of filling the vaginal chamber and a shut-off valve (6) to direct the air flow either into the vaginal chamber or into the external environment.

Description

The utility model relates to devices for training and massage the muscles of the vagina.

A device RU 24108 is known, consisting of a vaginal chamber pneumatically connected by means of tubes with an additional chamber, a manometer and a pump (Figure 1).

The training process with the specified prototype is as follows: the additional chamber is compressed by hands, the air is distilled into the vaginal chamber, which increases the pressure in it, it inflates, and at the same time, the vaginal chamber is inflated by compressing the vaginal muscles.

The stronger the vaginal muscles, the stronger you need to squeeze the extra chamber with your hands.

The disadvantage of this device is the need to press the additional camera with your hands. The stronger you need to compress the additional camera, the more effort the user spends on it, and the more it distracts him from working with vaginal muscles.

The technical task of the utility model is the mechanization of the process of applying pressure to the vaginal chamber in order to save the user from the need to spend efforts on compressing the additional chamber by hand to increase the pressure in the vaginal chamber. Then the user will not be distracted by this and will be able to direct all attention to the work of the vaginal muscles.

This is achieved by the inclusion in the circuit of the compressor and adjusting elements that allow you to pre-set the required pressure and airflow rate into the vaginal chamber, as well as the valve that the user opens and closes. Control of the valve requires significantly less physical effort than squeezing the additional chamber by hand.

The simulator contains pneumatically connected tubes by a vaginal chamber, a manometer, a compressor, a pressure relief valve that limits the pressure,

a throttle that controls the rate of air intake and a shut-off valve that directs air either into the vaginal chamber or into the external environment.

Thus, the process of working with the simulator is proposed to be simplified: instead of manually compressing the additional chamber, it is proposed to simply close and open the shutoff valve, which requires significantly less effort.

Brief Description of the Drawings:

In figure 1. prototype shown

Figure 2. Utility model shown:

1. Vaginal chamber

2. Pressure gauge

3. Compressor

4. Bypass valve

5. Throttle

6. Shut-off valve

The simulator works as follows: the compressor (3) constantly drives air into the simulator, which is discharged into the environment through an open shut-off valve (6). At the time of closing the shutoff valve (6), the pressure in the simulator increases and inflates the vaginal chamber (1) at a speed specified by the throttle (5). After opening the shut-off valve, the air again goes into the external environment. The bypass valve (4) limits the maximum pressure, which is pre-set on the pressure gauge (2). (Figure 2)

Thus, the user pre-sets the maximum pressure and speed of filling the vaginal chamber and in the process of training only controls the shut-off valve (opened-closed), which takes a lot less effort, and that significantly less distracts the user from working with the vaginal muscles than squeezing the additional camera with his hands .

Moreover, the role of the shutoff valve can play just the end of the tube. The user either plugs the handset with a finger (“closed” position) or does not plug (the “open” position).

Claims (1)

A vaginal simulator containing a vaginal chamber and a pressure gauge, characterized in that the simulator also contains a compressor, a bypass valve, a throttle and a shut-off valve.