WO2011075006A1

WO2011075006A1 - Compression-wave phallic imitator

Info

Publication number: WO2011075006A1
Application number: PCT/RU2010/000759
Authority: WO
Inventors: Владимир Николаевич МАРЧЕНКО
Original assignee: Marchenko Vladimir Nikolayevich
Priority date: 2009-12-14
Filing date: 2010-12-16
Publication date: 2011-06-23

Abstract

The invention relates to a device intended to substitute the functions of a natural phallus. In the device, the movements of a natural phallus are imitated by the wave-shaped deformation of a cellular envelope under the action of a pressurized liquid or gas, wherein the wave longitudinal vector is generated by a mechanical means while the transverse vector is generated by a hydraulic or pneumatic means. The device essentially comprises a rigid cylindrical base (shaft) having a plurality of regularly-arranged through openings. A cellular envelope is secured outside the shaft. A predetermined correspondence exists between the cells of the envelope and the openings in the shaft. The cells of the envelope consist of small bags made of a thin-layered resistant material. A wave-generating head is arranged inside the shaft so as to be capable of reciprocating movement under the action of a mechanical actuator. The head is in contact with the walls of the shaft and is provided with inner channels. A hydraulic or pneumatic actuator is used for supplying a corresponding working medium to the head, which flows through the channels thereof and the openings in the shaft so as to fill the cells of the envelope and thereby generate a wave. As a result of the wave-generating head with a mechanical actuator, it is possible to easily control the pace of the longitudinal movements of the wave-shaped deformations and to better imitate the behavior of a natural phallus.

Description

Compression wave dildo

The device relates to devices for household and medical equipment and is intended for use in the intimate life of women in those cases when, when receiving sexual pleasure and / or preventing the occurrence of congestion in the genitals, there is a need to replace the natural phallus.

By definition, the quality of any simulator is evaluated by the degree of its proximity to the original in all possible aspects.

At the moment, many designs of dildos are known, but by the method of exposure, some of them are very far from the original, since they use vibration, sound vibrations, electromagnetic fields, etc., unusual for the phallus. With prolonged use, these devices can cause the adaptation and addiction of the female nervous system to unnatural ways of arousal. Such addiction can lead to a breakdown in the course of ordinary sexual intercourse or a deterioration in its quality, which is the basis for doubts about the complete safety of such dildos.

An effective, safe, close to ideal dildo should function in such a way that a complete illusion of the penis is created, and no dysfunctions are introduced into the course of a normal sexual intercourse. At the same time, it should be compact and easy to handle.

From the point of view of the aforementioned requirements, of particular interest is the imitation of the movements of the phallus using wave-like deformation. This idea is best disclosed when analyzing the kinematic diagram of the process of sexual intercourse.

If we consider the kinematic scheme of sexual intercourse, we can see that the phallus movements in the vagina resemble the piston movements in the cylinder, and that the main effect of excitation arises due to the friction of the phallus head on the inner surface of the vagina. The phallus trunk in sexual intercourse mainly plays the role of a pusher and a base for the head.

You can convert the kinematic scheme in such a way as to preserve the effect of the head touching the vagina, but give the scheme more compactness. To do this, it is not the trunk that enters and leaves the vagina that needs to be forced to move, but the head along the trunk. Such a scheme does not differ from the initial degree the impact of the head on the vagina, but it has compactness, since the trunk is stationary and is always inside the vagina.

If we now replace the rigid self-moving head with a pressure pulse acting on a certain deformable shell of the barrel from its depth and around its circumference and at the same time moving along the barrel, we get a traveling wave-like deformation. Outwardly, it looks like the formation of an elastic annular roller on the outer shell of the trunk, and its movement along the trunk, while the roller comes into contact with the surface of the vagina and produces the same effect as the head of the penis.

The described transformations are illustrated in FIG.

A liquid or gas is suitable as a working fluid to create a pressure pulse. But in view of the fact that the elastic properties of the natural phallus are created due to the pressure of liquid blood, liquid as a working medium is preferable, and in this case the imitation is the best.

Wave-like deformation, as a method of exposure, is already found in a number of patented devices intended for use in the intimate sphere of women. As one of the options for a whole set of methods for influencing the wave-like deformation used in US patent US20050234292A1 on a group of designs under the general name "Vibro massagers with hydraulic drive". This group is the closest analogue of the Compression-wave dildo, its prototype.

The single basis in the group of devices according to the patent US20050234292A1 is a certain hydraulic actuator, capable of changing the pressure of the fluid passing through it according to a certain law (in particular, according to a sinusoidal one), and a working body connected to the hydraulic actuator through a certain connector and made in the form of a certain elastic tube.

The main beneficial effect is the rhythmic longitudinal and radial deformations of the elastic tube. These deformations arise under the action of fluid pressure supplied from the hydraulic drive, and due to the asymmetry (anisotropy) of the stiffness properties of the walls of the elastic tube. To create such anisotropy, some reinforcement of the walls of the elastic tube with stripes, rings, and other elements of rigid material is supposed. The different reaction of the walls of the elastic tube to the pressure of the fluid supplied into it creates a useful effect.

As an option, a wave-like deformation of the walls of the elastic tube is provided, which in this case is made in the form of hollow rings connected to hydraulic drive and between a certain system of valves. A wave is generated by sequentially filling these rings with liquid under pressure through the sequential opening of these valves.

The main disadvantages of the designs of the patent US20050234292A1 include:

- the technological complexity of manufacturing hollow elastic tubes with walls having anisotropy of stiffness properties, and the associated unreliability, since anisotropy will lead to uneven wear of the elastic material of the working body and to the probable rapid destruction of the structure in the most deformed places;

- the need for a complex functional change in fluid pressure, for example, according to a sinusoidal law, which must provide a hydraulic actuator so that rhythmic radial and longitudinal deformations of the elastic tube with the necessary amplitude arise;

- the presence of a special valve system for the option of creating a wave deformation of the working body, which entails the complexity of the design and control unit.

In General, the design of the patent US20050234292A1 can be described as devices that are complex in implementation and management.

The proposed design of the Compression-wave dildo solves the problem of eliminating these shortcomings when using the idea of wave-like deformation.

The main difference between the Compression-wave dildo and the prototype of US20050234292A1 is the method of creating and controlling traveling wave deformation.

In the design of the prototype of US20050234292A1, the wave is generated exclusively in a hydraulic manner by switching the fluid supply from the hydraulic drive to the annular cavities of the elastic tube using a certain valve system.

In the design of the Compression-wave dildo, in contrast to the prototype, wave deformation is created in a combined manner. This means that the longitudinal wave vector is created by the reciprocating movements of a special wave-forming head with a mechanical drive. And the transverse wave vector is created due to the pressure of a liquid or gaseous working fluid, the circulation of which occurs through the wave-forming head and is provided by a hydraulic or pneumatic drive. Such a combination arises from the representation of a wave as a composition of two force vectors. By conditionally dividing these vectors, you can choose for each of them your own convenient way to create and control, which leads to the following construction.

The compression-wave dildo contains a rigid cylindrical base (trunk) of certain sizes. This barrel has many through holes, of a certain size and located in a specific order on its surface. The main function of the barrel is to be the foundation, the core of the structure, but at the same time be permeable to liquid or gas, which provide holes in its walls. The trunk can be made in accordance with a number of typical sizes, due to the different sizes of the female genital organs.

Outside, to the trunk, to its openings are adjacent, made in the form of bags made of durable thin-layer material, cells of the working shell. The way to fix the working shell on the barrel can be anything - from gluing to mechanical clamping. The main thing is that it provides the necessary reliability of holding the shell on the barrel and precise positioning in a certain ratio of cells opposite the holes in the barrel. The working shell can be made as a replaceable element. A set of such shells can be attached to the dildo, differing in the shape and size of the cells (pouches), their location and other parameters. As a result, it will be possible to obtain a different profile of the traveling wave by using one or another shell and a different effect from its effect on the female genital organs. For example, to influence the clitoris, the wave amplitude at the beginning of the trunk can be greater than in the middle part of it, which can be realized due to the larger size of the correspondingly located cells. In addition, an auxiliary one or more shells can be placed over the working shell, and they can be elastic. The specified set of working and auxiliary shells will allow a woman to individually select for herself the most comfortable and effective option.

Inside the barrel, a wave-forming head of cylindrical shape is located and moves in the longitudinal direction. This head is adjacent to the inner surface of the barrel and contains inside it special channels for supplying (and optionally retracting) the working fluid to the holes in the barrel walls and further into the cells of the working shell. The geometry of these channels and their sizes must satisfy the condition of the most efficient circulation of the working fluid. If the hydraulic or pneumatic actuator is located outside the head, then a flexible one or more pipelines are connected to the head, through which the working fluid is supplied (and optionally, removed) to the head. The head contains axial through holes in the axial direction, so that its movement does not cause a change in pressure inside the barrel, while the internal space of the barrel can be connected with the atmosphere using an equalizing valve. If it is necessary to create more complex wave-like deformations of the working shell, the number of wave-forming heads can be more than one.

The wave-forming head moves due to a mechanical drive. For example, it can be an external drive to the head, which is an electric motor with a gearbox, from which two guides come out. The guides pass through the entire length of the barrel and through the undulating head and have a support fastening at its opposite end. One guide is a shaft rotating from the gearbox with a helical surface. The head has a screw connection to this shaft, by means of which a reciprocating motion is transmitted to it when the shaft rotates. The second guide is stationary, has a smooth surface on which the head simply slides, and this guide is needed to compensate for the parasitic torque of the head.

The described drive can be changed by combining the electric motor and gearbox with the head. With this option, there can be only one fixed guide, for example, with a serrated surface, passing through the entire length of the barrel, along which the head runs.

In general, a mechanical drive can be of any design, the main thing is that it provides a longitudinal reciprocating movement of the wave-forming head and makes it easy to control the rhythm of these movements.

The compression wave dildo also contains a hydraulic or pneumatic actuator, which can be represented by one or more hydraulic or pneumatic pumps. It can be placed both outside the wave-forming head and combined with it. If the hydraulic or pneumatic actuator is located outside the head, then it is connected to the head by one or more flexible pipelines. Its main task is to maintain the set pressure in the circuits along which the working fluid circulates.

A working fluid (for example, liquid from a reservoir or air from the atmosphere) under pressure enters a wave-forming head and, through channels in it, is supplied to the holes in the walls of the barrel, and then enters the cells of the working shell. The cells are filled with a working fluid and thus create the effect of a traveling wave. After the head passes a certain distance, the cells are released from the working fluid. This release can be organized in two ways - passive or active. With the passive method, the cells are released from the working fluid (wave decay) spontaneously, mainly under the action of the elastic force of the auxiliary elastic membrane and muscle tension of the female genital organs. In this case, the working fluid from the cells enters the internal space of the barrel, which leads to certain design features of this option, since the problem arises of collecting the working fluid in the tank or dumping it into the atmosphere. However, in this case, the hydraulic or pneumatic drive is the simplest, since it contains only one pump circuit - “reservoir -> pump -> head -> cells”. It turns out the simplest and the design of the wave-forming head, since it, accordingly, contains only one pump channel (see figure 2).

With the active method, the release of cells occurs due to a specially organized pumping of the working fluid from the cells. There is a dual-circuit design, in which the device contains the pumping and pumping circuits. This is an active wave picking option. With this option, the head not only creates a pressure wave, but also removes it behind itself (see Fig. 3).

The dimensions of the wave-forming head, its geometry and the size of the holes in the barrel must be calculated and coordinated so that when the head moves, the liquid or gas circuits of the "pump <-> head <-> cells" always remain closed, both for the pump circuit and for pumping circuit, if present. This idea is illustrated in the figure in Fig. 4.

The advantages of the proposed design of the compression-wave dildo include:

- the relative compactness of the execution of any design of the mechanical drive of the wave-forming head, which is explained by the fact that the main force (beneficial effect) is due to the pressure of the liquid or gas, and mechanical movement is used only to set the longitudinal rhythm of the traveling wave, and, therefore, the mechanical drive no need to transfer much effort;

- the relative simplicity of the hydraulic or pneumatic drive, since it is not required to specify sinusoidal or other complex functions of pressure change;

- the ability to easily and quickly vary the tempo of longitudinal movements of wave deformation due to the presence of a mechanical drive for this purpose, and, therefore, it is easy to adjust the device to the individual needs of the user;

- good controllability and programmability of the device as a whole and the relative ease of execution of the control unit, since its main functions are concentrated on controlling the mechanical movement of the wave-forming head, and hydraulic or pneumatic control consists in maintaining a certain level of pressure in the circuits.

Compression-wave dildo, made with a double-circuit wave-forming head and a liquid as a working fluid, operates as follows.

Electric motors drive the hydraulic drive and the mechanical drive of the wave-forming head. The head receives reciprocating motion.

The part of the hydraulic actuator serving the pump circuit delivers the working fluid heated to the required temperature and having a suitable viscosity coefficient to the wave-forming head, and the part of the hydraulic actuator responsible for the pumping circuit pumps it out. Through the pumping channel in the head, the liquid enters under pressure into the cells of the working shell, fills them and thereby creates a wave. The dynamics of the head movement and hydraulic drive performance are coordinated so that the cells have time to completely fill with liquid until the pumping channel of the head approaches the filled cells. As soon as the pumping channel comes into contact with the filled cells, liquid is pumped out, the cells are compressed and the wave disappears. The double-circuit wave-forming head has at least one pumping annular channel in the center and two annular pumping channels on the sides, so the head creates a wave and removes it behind itself.

All processes are controlled by a control unit that coordinates the modes of movement of the head with the supply and pumping of fluid, simulating the movements of the human phallus. The control unit also monitors the temperature of the liquid, its pressure and other parameters.

If the control unit is designed to be programmed, for example, by automatically recording the parameters of the operating modes, then the procedure for using the dildo consists of two stages - the programming stage, which consists in finding the most optimal modes for a particular woman with storing them in the form of programs, and the stage of using the device running these programs. Description of drawings

Figure 1 shows the conversion process of the kinematic scheme of sexual intercourse, illustrating the idea of wave-like deformation.

Figure 2 shows a simplified schematic section of part of the barrel of the device with a passive method of emptying the cells, with an external hydraulic actuator and a single-loop wave-forming head.

On Fig. 3 shows a simplified schematic section of a part of the barrel of the device with an active method of emptying the cells, with an external hydraulic drive and a double-circuit wave-forming head.

Figures 2 and 3 generally illustrate the interaction of the main structural elements during wave formation in a compression wave dildo, while the mechanical drive of the wave-forming head and the bypass holes in it are not shown.

Designations in figures 2 and 3:

1 - flexible pipe

2 - cylindrical base (trunk)

3 - working cell membrane

4 - auxiliary elastic shell

5 - wave-forming head

6 - pumping channel

7 - pumping channel

Figure 4 shows variants of the ratio of the sizes of the wave-forming head and the holes in the barrel, explaining the condition for locking the contours.

Figure 5 shows a schematic section of one of the possible versions of the working mesh shell.

Claims

Claim

1. Compression-wave dildo, in which the movements of the phallus are simulated by wave-like deformation of the cellular membrane, characterized in that the longitudinal wave vector is created due to the mechanical movement of a special wave-forming head inside the cylindrical base (trunk), and the transverse vector occurs due to the sequential filling and emptying of the cells shell liquid or gaseous working fluid passing through the undulating head.

2. The device according to claim 1, characterized in that it contains a rigid cylindrical base (trunk), the walls of which are perforated through holes, of a certain size and arranged in a certain order.

3. The device according to claim 1, characterized in that it contains at least one cellular membrane attached to the barrel from the outside so that a certain correspondence is created between the cells and the holes in the barrel, while the cells are made in the form of bags of thin-layer material, impermeable for a working fluid capable of withstanding its pressure and multiple cycles of filling and emptying.

4. The device according to claim 1, characterized in that it contains at least one cylindrical wave-forming head, moving in a reciprocating manner inside the barrel, adjacent to its walls and providing, through its channels, the supply and withdrawal of the working fluid into the cells of the working shell through openings in the walls of the barrel.

5. The device according to claim 1, characterized in that it contains a mechanical drive to the wave-forming head, providing reciprocating movement of the head inside the barrel.

6. The device according to claim 1, characterized in that it contains a hydraulic or pneumatic actuator providing, at certain constant pressure levels, the circulation of the working fluid between the reservoir and the cells of the working shell through a wave-forming head.