RU24108U1 - SIMULATOR PNEUMATIC - Google Patents

Description

PNEUMATIC SIMULATOR (TP)

The utility model relates to training devices for developing and strengthening muscles.

A known simulator for the development of vaginal muscles, selected as an analogue (RF patent No. 2012321 from 05.15.94), including an elastic inflatable cylindrical working chamber with a catheter, sleeve and limiter, pneumatically connected through locking elements to an external (additional) elastic inflatable chamber, source and pressure gauge.

The disadvantages of the prototype are that a separately fixed limiter to perform its main function is to prevent extrusion of the working chamber from the vagina at a training pressure of 200 mm Hg (in some cases even higher), should have sufficient elasticity to abut against the peripheral part (edges) in the tissue of the entrance to the vagina (introitus). This elasticity is achieved by increasing the thickness of the material (rubber) or increasing the elastic properties of the material (leading to an increase in cost). The introduction of such an elastic element into the vagina sometimes presents significant difficulties for the consumer. The higher the resilience, the more difficult it is to introduce. In addition, due to the direct contact of the limiter with the vaginal mucosa, this imposes certain requirements on the quality of the material of the limiter, which also increases the cost. In addition, in some women (especially after childbirth), the entry tissues are very stretched. To be able to focus on them, the outer diameter of the limiter should be comparable (even larger) with the diameter of the middle easily extensible part of the vagina (reaches 120 mm), which also complicates the introduction. In addition, the prototype does not affect the need for individual adjustment along the depth of the vagina. This value can range from 50 to 150 mm (in rare cases, higher).

2002103269

/ Я111Л1р11Ш1Д1р11

MKP7: A 63 V 23/00

The utility model solves the technical problem of reducing cost by lowering the requirements for the quality of the material and the use of widely sold products, simplifying the design, improving consumer qualities by eliminating the contact of the limiter with the vaginal mucosa and operations (actions) on the separate introduction of the limiter, selection of its size, and also the possibility of fitting in its anatomical dimensions by the consumer.

The technical problem is achieved by the fact that in a simulator containing a working (vaginal) elastic elastic inflatable chamber with a catheter, a sleeve and a limiter, pneumatically connected through locking elements with an external (additional) elastic inflatable chamber, a source and a pressure meter, according to a utility model, the working chamber formed by an internal condom hermetically fixed in the area of the sleeve and an external condom mechanically fixed in the area of the sleeve with an opening near the mount, dressed one on top of the other (nested one in another), with an elastic limiter mechanically fixed between them.

Figure 1 presents the simulator introduced into the vagina and there pumped up the working chamber. - - - - muscle extension during compression of the external chamber is shown, muscle compression is shown. Figure 2 shows the mount

limiter.

A working (vaginal) chamber 2 is inserted into the vagina 1 (Fig. 1) using an elastic catheter 3 connected to an elastic tube 4 through a sleeve 5 (a rigid tube that allows the tube 4 and catheter 3 to be blown when attaching the elements of the chamber 2, and also serves as a connecting element catheter 3 - tube 4). The working chamber 2 is also formed by an internal condom 6, hermetically fixed in the area of the sleeve 5 over the catheter 3, elastic (for example, from a food-grade plastic film, 40-60 microns thick) with a stop 7, 130 mm in diameter, mechanically fixed immediately to the side of the condom 6 tubes 4, and an external condom 8 with a hole 9 for discharging air between the condoms, also mechanically

fixed immediately behind the fastening of the stop 7 to the side of the tube 4. The working chamber 2 is pneumatically connected by tubes 4 to a pressure sensor 10 (for example, a pressure gauge from a tonometer), through a locking element 11 with a pressure source 12 (for example, a supercharger (hand pump) from the tonometer) and through locking element 11c with an external elastic inflatable chamber 13 (for example, a compression cuff from a tonometer).

The simulator works as follows. The stopper 7 is put on the tube 4 and fixed (for example, with a thread) (see figure 2). On the sleeve 5 put on a catheter 3 and on top of the condom. Enter this assembly into the vagina so that the limiter mount is behind the muscles of entry into the vagina (the muscles of entry in figure 1 are indicated by hatching). Having made several movements (squatting, walking around), they are convinced that the introduced part does not cause uncomfortable sensations. If this occurs, pull the assembly slightly and move again. Noticing how much the assembly has been pulled from the initial introduction, the assembly is removed. Remove the condom and catheter 3. Cut the catheter 3 (for example, with scissors) to a noticeable length from the end where there is no side hole. The depth adjustment of the vagina is completed, the consumer performs it once. A circumcised catheter 3 is put on the sleeve 5. The internal condom 6 is shortened (for example, with scissors) from the side of the ringlet to the required size (from the beginning of the catheter 3 to the attachment point of the stopper 7) + 10-15 mm. They put on a catheter 3 and tightly fasten (for example, with a thread) near the stopper 7. The inner condom 6 is inflated through the free end of the tube 4 and the tightness of the condom 6 is verified (unfortunately, defective condoms are quite common) and attachment points. They put the stopper 7 on top of the inner condom 6 (like an umbrella) and, holding the ends of the stopper with 7 fingers, put on the outer condom 8. Attach the free end of the condom 8 (for example, with a thread) immediately after the stopper 7 is attached to the tube 4. Thus, the mucous membrane will contact only the external condom 8. In order for the condoms to fit snugly together, holding the stop 7 together, it is necessary to remove air

between condoms. This is achieved through the hole 9 (by piercing the outer condom 8, for example, with a needle) near the attachment point. The working chamber 2 is ready for use, it can serve repeatedly if it is washed after training and stored in a sterile bag. The working chamber 2 is introduced into the vagina 1 and the pump 10 creates a pressure that is comfortable for the user in the system (40-60 mmHg), which is controlled by the readings of the pressure gauge 11. At the same time, the inner condom 6 is inflated, stretches the inside of the outer condom 8 and straightens limiter 7. The latter, opening like an umbrella, is pressed from the inside by the created pressure to the vaginal walls, preventing the extrusion of the working chamber 2 out of the vagina 1. Now go to training. The outer chamber 12 is compressed, and the muscles resist the expansion of the working chamber 2 inside, in the vagina. As long as the muscles are weak, the pressure created will be low (90 - 120 mm Hg), higher values will create pre-pain sensations. As the muscles develop, pressure will rise. It is believed that at a pressure of about 200 mmHg, the muscles have reached their optimal development. It is possible to compress the outer chamber 13 by hand, arms, foot. You can train in another version, like squeezing the expander (rubber bagel) with your hand. The system is pumped up to the desired pressure (90-120 mm), the external chamber 13 is turned off, and the muscles begin to compress the working chamber 2. With weak muscles, the difference in readings will be about 10-20 mm, as the muscles develop, this difference will increase. A man begins to feel vaginal muscles when the difference in readings exceeds 40-60 mm.

The pneumatic simulator (GP), due to its effectiveness and sufficiency of operational (consumer) properties, relative cheapness, due to the assembly of products manufactured by the industry, allows us to expand the user’s circle, create widespread popularity and applicability of the ability to control developed vaginal muscles. In addition, the consumer, acquiring TP, has at his disposal

Claims (1)

Pneumatic simulator containing a working (vaginal) elastic elastic inflatable chamber, pneumatically connected through locking elements to an external (additional) elastic elastic inflatable chamber, a source and pressure gauge, a catheter on the sleeve and a stopper, characterized in that the working chamber is formed tightly fixed in the area sleeves with an internal condom and an external condom mechanically fixed in the vicinity of the sleeve with a hole near the fastener, dressed one on top of the other (inserted one into the other), with a mechanical and an elastic stop fixed between them.