RU28625U1 - Chamber simulator (TC) Muranivsky V.L. - Google Patents

Description

CHAMBER SIMULATOR (TC) MURANIVSKY V.L.

The utility model relates to training devices for the development and natural functioning of vaginal muscles (hereinafter referred to as the vagina).

A known simulator for the development of wave-like contractions of the vaginal muscles, selected as an analogue (RF patent No. 2012390 from 05.15.94), including elastic containers (working chambers) made in the form of tori autonomously connected to a pressure source by means of elastic tubes.

The disadvantages of the prototype are that the wave-like expansion of the containers (working chambers) only creates a load on the muscles, but cannot fix the results of the training (it does not show what the muscles learned during the training). In addition, the ultimate goal of training is to restore natural muscle abilities (wave-like compression, creating resistance to frictions - tight input and similar muscle actions) during coitus, during childbirth. And these are dynamic processes, movements. The prototype is intended for static use, that is, the assembly of containers is stationary, only working chambers work. The prototype does not allow to solve the problem of restoring lost or local vaginal sensitivity. The prototype only develops muscles, but does not develop the ability to control this muscle, individual muscle groups, as well as mastering functional skills. Also,

MKP7: A 63 V 23/20

the presence of a receiver, gearbox, distributor and dispenser in the pressure source significantly increases the total cost of the simulator and complicates operation.

The utility model solves the technical problem of fixing the results of local muscle actions along the depth of the vagina, fixing the results of muscle work during natural actions (frictions, attempts at childbirth) by controlling changes in pressure in the working chambers, local effects on one or another vaginal zone due to targeted expansion the necessary working chambers, as well as to reduce costs and simplify operation by eliminating the receiver, gearbox, dispenser and dispenser.

The technical problem is achieved by the fact that in a simulator containing elastic containers (working chambers) made in the form of tori autonomously connected to a pressure source by means of elastic tubes creating a solid elastic structure, according to a useful model, the external elastic inflatable chambers with meters are a source of variable pressure pressure, locking and connecting elements, an additional head working chamber (spherical or flat), a housing element (in the form of a hollow rod), reinforcing p dially and axial elasticity, and can also be supplemented by despreader exterior cameras. Figure 1 presents the simulator chamber (TC) with pumped cameras.

Figure 2 - flat and spherical head of the working chamber. Fig. 3 shows a mechanical eccentric compressor of the outer chambers.

The head working chamber 1 (Fig. 1) and toroidal working chambers 2 together with elastic tubes 3 and a housing element 4 in the form of a hollow rod reinforcing the radial and axial elasticity of the working chambers with tubes 3 create an elastic integral structure in the form of a sensor (hereinafter - vaginal probe) inserted into the vagina. The working chambers 1 and 2 are fixed on the housing element 4 by known methods (for example, by tightening, gluing, and the like), and the tubes 3 pass through the openings in the housing element 4 inside and out. The working chambers 1 and 2 by means of tubes 3, connecting elements 5 (tee, crosspiece), locking elements 6 are pneumatically connected to elastic outer chambers 7 and pressure gauges 8. To create preliminary working pressure in an autonomous system, the working chamber 1 or 2 is the outer chamber 7 - a pressure meter 8 (hereinafter the autonomous system) has a tube with a locking element 9. The head working chamber (Fig. 2) can be flat 1a or spherical 16 (more time-consuming to manufacture). If necessary, the simulator may contain a compressor 10 of the outer chambers 7. For example, a mechanical eccentric squeezer (FIG. 3), consisting of a rigid cylindrical body 11, into which the pumped outer chambers 7 and the eccentric 12 are stacked in the desired sequence.

workout. A condom is put on the vaginal probe and inserted into the vagina. Through the tube with the locking element 9, preliminary working pressure is created in the autonomous camera systems, for example, by blowing with the mouth, using a supercharger (hand pump) from a tonometer and the like.

For the development of a particular muscle group along the depth of the vagina, the corresponding external chamber 7 is squeezed by hand. The air is distilled into the desired working chamber and inflates it. By compressing the muscles in the area of the expanding working chamber, they create the necessary training effect. The compression of the outer chamber 7 is stopped, relaxing the muscles. The squeeze-relax cycle is repeated until the desired effect is obtained.

To acquire functional skills, for example, during childbirth, when the vaginal muscles must be able to squeeze in waves from the arches to the entrance to the vagina, the external chambers 7 are successively compressed, creating successive extensions of the working chambers from the head to the last. In this case, the muscles consistently resist the expansion being created, acquiring the skill of wave-like compression. A similar “wave of muscle contractions can be directed vice versa, from the entrance to the arches, creating extraordinary sexual stimulation of male and female genital erogenous zones. This skill enhances sexual female attractiveness, eliminates sexual routine.

The perfection of functional skills depends on the number of working chambers 2 located in the vagina, that is, on the width of the chambers 2. The narrower the chambers,

trained. For the above training, on average, 4-5 working chambers 2, about 2 cm wide, are enough. During training, the compression of the outer chambers is gradually reduced, than the expanding volume of the working chambers is reduced, causing the muscles to contract more strongly. Or reduce the preliminary working pressure, for example, from 60 to 40 mm Hg

The process of manual compression of the outdoor cameras is quite time-consuming and distracts the user, reduces the training effect. Therefore, a user who is not constrained by financial considerations may be offered a simulator with various known mechanical compressors of outdoor cameras. For example, a mechanical eccentric compressor (Fig.Z). In the rigid cylindrical housing 11, the pumped-up external chambers 7 are stacked in the desired sequence and fixed. When the eccentric 12 rotates (from known mechanical drives), it sequentially compresses the outer chambers 7. At the same time, the compressor can have a reverse speed regulator. The compressor may be with a cam shaft and the like.

As practice has shown, most women have vaginal sensitivity only in the area of entry. Much less women feel the zone of point G. In the zone of arches, the neck of most women with a Western upbringing, there is no sensitivity at all. Therefore paradoxical is the fact of female claims to the size of the phallus (purely psychological fetishism). Low sensitivity reduces

of life. Therefore, the development of vaginal sensitivity makes this issue relevant. Training on the development of sensitivity using TCs is as follows. In the introduced vaginal sensor, by compressing one or the other of the external chambers 7, this or that working chamber is inflated and the user (woman) must clearly feel which of the working chambers is inflated, in which zone. An acceptable result should be considered when a woman clearly calls the impact zone with random (random to confuse) compression of the outer chambers. For example, neck-arches-arches-mid-point G and the like. The lower the compression of the outer chambers, the lower the pressure created in the autonomous system, the higher the vaginal sensitivity with the correct answers about the exposure zones.

In some cases, especially in the initial period of the above training, increased pressure values are created in autonomous systems. This can lead to “going off the scale of commercially available pressure gauges (for example, pressure gauges from tonometers by 300 mmHg), which can cause breakdown of the latter. In these cases, they are turned off by the locking elements 6 or simply disconnected by replacing the connecting element 5 (crosspiece tee).

When training with an assessment of the performance of certain muscles along the depth of the vagina by changing the pressure in the corresponding working chambers, the TC works as follows. A vaginal sensor with pumped-in autonomous camera systems is introduced. By compressing the outer

cameras 7 are turned off by locking elements 6 so that there are no buffer tanks that distort the results of compression of the working chambers. In the first training period, this pressure is about 200 mmHg. As muscle performance increases, working pressure in autonomous systems decreases. You can remove the outer chambers 7 by replacing the connecting elements 5 (crosses with tees), and create working pressure in autonomous systems with the mouth or a tonometer supercharger (hand pump). By willful efforts, a woman compresses the muscles in one or another zone and judges the performance of the muscles according to the indications of the corresponding pressure gauges 8. The stiffer the body element 4, the more accurately the pressure gauges 8 will record the degree of compression and muscle strength. The most suitable housing element 4 is a commercially available hollow dildo in which holes for the tubes are made.

Functional skills training is as follows. Natural sex occurs when the phallus is tightly inserted into the vagina. Only in this case, the partners receive the necessary stimulation of the genital erogenous zones and achieve the naturally necessary discharge. Constant immersion (tight entry is absent) of the phallus in a non-muscular vagina leads to deterioration of the quality of the erection (immersion is semi-soft, the quality of the erection is not in demand, atrophy occurs, “impotence”). Vaginal erogenous zones without receiving naturally

frictions to achieve orgasm, which is unnatural for a man. This causes female sexual “coldness up to frigidity.” The absence or insufficiency of orgasmic sensations negatively affects the female body, starting from the state of psychosomatic health, up to the health of the offspring. Training in the ability to create a tight entry is that a vaginal sensor is inserted into the vagina with working chambers pumped up to working pressure (as in the previous version). With a tight entry (muscle contractions resist the inserted vaginal sensor), the head 1 and the downstream working chambers 2 will be compressed by the muscles, which is fixed by appropriate pressure gauges. Given that the phallic erogenous zones are concentrated in the head area and the inner surface of the foreskin, the most optimal should be the testimony of the head 1 and the underlying working chambers. That is, when moving the vaginal sensor deep into the vagina, the main attention should be paid to the readings of the pressure gauges of the first eight two chambers. If during the advancement of the sensor there will be changes in pressure in the underlying chambers, then this will indicate strong compression along the entire length of the phallus, which is fraught with a violation of the condom, a strong tension of the frenum up to pain and even the likelihood of a rupture of the frenum. When the sensor moves outward, it is necessary to strive for muscle relaxation, otherwise the condom can be stolen. The young

requires lower pressure changes. In old age or in a man with circumcised foreskin, stronger stimulation is required - the difference in the readings of pressure meters 8 should be greater. Depending on the individual male sensitivity, a woman, by varying the strength of muscle contractions during tight entry, can control the time of the onset of male orgasm, as well as the number and strength of her orgasms.

For men, the force of compression of the phallus during ejaculation is very important. The stronger it is compressed, the greater the effort required to eject sperm. All the more active should be the muscles that eject sperm and the prostate. There will be less stagnation. The higher will be his sexual activity and sexual longevity. Therefore, the ability to compress the phallus strongly at a certain point is very relevant for a woman. She can judge this skill by the readings of pressure gauges 8, training with STK.

Chamber simulator (TC) Muranivsky V.L. due to its effectiveness and sufficiency of operational (consumer) properties by increasing the tasks to be solved, reducing costs, it allows expanding the circle of users, creating wide popularity and applicability of the ability to control developed vaginal muscles.

Muranivsky V.L.

The utility model formula.

CHAMBER SIMULATOR (TC) MURANIVSKY V.L. A chamber simulator containing elastic containers (working chambers) made in the form of tori autonomously connected to a pressure source by means of elastic tubes creating an integral elastic structure, characterized in that the external elastic inflatable chambers with pressure gauges, locking and connecting elements are a source of variable pressure , an additional head working chamber (spherical or flat), a housing element (in the form of a hollow rod) that reinforces radial and axial elasticity, and can also suppl despreader exterior cameras.

Muranivsky V.L.

Claims (1)

A chamber simulator containing elastic containers (working chambers) made in the form of tori autonomously connected to a pressure source by means of elastic tubes creating an integral elastic structure, characterized in that the external elastic inflatable chambers with pressure gauges, locking and connecting elements are a source of variable pressure , an additional head working chamber (spherical or flat), a housing element (in the form of a hollow rod) that reinforces radial and axial elasticity, and can also suppl despreader exterior cameras.