WO2016012668A1

WO2016012668A1 - Device for applying a pressure point on an organ located in the abdomen

Info

Publication number: WO2016012668A1
Application number: PCT/FR2015/000152
Authority: WO
Inventors: Guiseppino CIVARDI
Original assignee: Civardi Guiseppino
Priority date: 2014-07-21
Filing date: 2015-07-20
Publication date: 2016-01-28
Also published as: FR3023708B1; FR3023708A1

Abstract

The invention relates to a secure, modular device with a retractable rod allowing a pressure point to be applied on an organ located in the abdomen, causing the erection and then the ejaculation of the penis. The device includes a rod (1) provided with a piston, which are sealingly inserted into a cylinder (8) having two handles; the rod projects from the cylinder, the rounded section thereof (2) engaging the navel; the handles are pressed manually or by weight (35), causing the piston to compress the air in the cylinder; the rod applies the pressure point on the abdominal organ; and if the pressure is excessive, a safety valve opens, causing the rod to retract into the cylinder thereof. The device according to the invention is intended mainly for solving erectile dysfunction while offering new sexual pleasure.

Description

Device for performing a compression point on an organ located in the abdomen The present invention relates to a modular device usable in duo or solo, which comprises a cylindrical rod, which is positioned on the belly of the man and by means of manual support, exerted by a partner on the rod for the duo mode or by appropriate means of support on the rod in solo mode, we will get the navel down under the push of the rod through the abdomen, where is an organ that the rod will press on the spine , in order to perform on this organ a point of constant or intermittent compression, which aims to cause at first the erection of the penis, then well after ejaculation, further means for the safety of its user are provided, such as means for adjusting the appropriate rod length, means for retracting the rod, and means for free rotation of the rod.

It is possible that the point of compression on the organ that causes the erection and then the ejaculation of the penis, can allow to obtain an erection in the man having this kind of problem, like this point of compression can s' establish during sexual intercourse with a partner, mainly in the so-called Andromache position, during this sexual intercourse, the point of compression on the organ should preferably be done intermittently and not constantly, so as not to provoke a premature ejaculation of the penis.

The nature of the organ on which we will perform a compression point is currently not established, because to establish it must do research that can be expensive, more precisely knowing the name of the organ is of no interest in the present case, because it compresses for example a nerve or a blood vessel or any other organ, the procedure to perform the compression point remains the same, by the fact to perform the point of compression on the organ, everything is based on the almost precise localization of this organ whatever it is, as well as on the operating mode used to carry on it the point of compression and the result obtained by this point of compression on the organ, ie the erection and ejaculation of the penis, however it may be interesting for the science to know the precise nature of this organ, scientists or the medical body of perform research terminating the nature of the organ.

Since we do not know precisely the name of this organ this one will be named abbreviated opéé (organ causing erection and ejaculation), so the man on whom we will exercise the point of compression goes to be named the person concerned, but also it must be specified that the partner can be female or male. The almost precise location of the opéé is as follows, on a man lying horizontally on the back, the opéé is located vertically from the navel under it in the abdomen.

We know that the opéé is small and sometimes it is necessary to move the stem a few millimeters on the navel to succeed in finding the opéé, so initially for each interested there is an individual research work to be done, to find exactly where the navel should be placed the stem, maybe even that organ can for some not to be under the navel but under its periphery, because the location of the organs of the man is not necessarily identical with each one of them, it can vary from one individual to the other of a few millimeters, of even it is necessary to know that this point of compression on the opéé, if it is not excessive it is without pain and one can even say that it causes a certain pleasure, not to say a certain enjoyment apart whole in the man, on the other hand if one exerts on the opéé an excessive support to carry the point of compression on this one, that can cause the appearance of abdominal pains.

We know that to reach the opéé to make a point of compression on this one, it is necessary to weigh some weight on the stem placed on the navel, to make it go down with the navel through the abdomen until the opéé and flatten it on the spine, this support weight on the stem is variable, it is relative to the volume of the abdomen of the person concerned, as an example if the person has a belly flat, so not bulky a weight of support on the stem of about 2 kilos may be sufficient, because the navel is close to the opéé and the rod a short distance to travel through the abdomen, on a stomach more bulge up to 7 kilograms of support may be necessary because the navel is away from the opéé, so once the rod is supported on the opéé and that it is plated on the spine, the the weight required to perform the compression point on the opéé should not be excessive, some Some grams are sufficient, however one can exert on the opéé and the vertebral column a weight of support which can be about 1 kilo, which is used to carry out the point of compression and that this does not pose apparent problems.

The compression point on the opéé being new, there is no specific previous process to perform it, however it should be noted that to perform the point of compression on the opéé of the interested party can be dangerous for him because if the support weight on the rod to perform the compression point is excessive, it is not impossible that the stem perforates the navel, then the abdomen and the various organs located in the abdomen under the navel , moreover if the weight of support on the rod is excessive, the rod which compresses the opéé which is plated on the vertebral column, this rod can break the vertebral column of the interested person, but also when the support on the rod resting on the navel, it is not necessary to make rotational movements with this rod, because the skin of the navel stretched by the pressure exerted on it, by the stem during the support, makes this skin can twist and tear with the risk of perforation of the belly button, then the abdomen by the stem.

The device according to the invention, by the security means available to it as a prevention and precaution related to its use, makes it possible to perform a compression point on the opéé virtually without danger to interest it, it has in fact according to a first feature a cylindrical rod, which can be graduated along its length and has an end which is round, it will bear on the navel, its rounded must have a sufficient support surface not to perforate the belly button, the other end of the rod can be provided with a ball bearing which fits into a piston provided with an O-ring, this block rod with bearing plus piston is introduced in a cylinder whose inner diameter is adjusted to that of the piston to allow the compression of air in the cylinder, the latter has an end provided with a cover having a cylindrical through hole for the rod, and a small hole for the passage of atmospheric air, above this cover, a cylindrical support support cylinders, which can be removable is positioned on the circumference of the cylinder, it is provided with two half-ribs separated by a slot, they have a clamping screw for locking the support on the cylinder, this support has two areas of cylindrical allowance which are on the same axis, on each side of the support opposite to each other and are perpendicular to the axis of the cylinder, the termination of these two cylindrical zones is flat, a cylindrical bearing handle is screwed on each of the two cylindrical zones, these two handles have a diameter which is smaller than that of the two cylindrical zones, so that these two cylindrical zones have on their circumferences a bearing surface, these two handles can be screwed and unscrewed. On the other end of the cylinder is screwed hermetically a cap, which is provided with several cylindrical channels, some of which have an outer mouth hat, its channels communicate with each other and are connected with the compressed air in the compression chamber of air from the cylinder and this through one of its channels, on the outer mouth of one of the channels is screwed hermetically push button valve, another channel which is perpendicular to the first has two external mouths, on one of its mouths is screwed tightly an air valve and on the other is screwed hermetically a safety valve, which can be adjustable variable settings by numbered screw, with a minimum setting and a maximum setting, for example, this valve may have a screw for adjusting the different settings having a

numbering with a number l having a calibration which can correspond to a weight of support on the stem, which can be slightly higher than 3 kilos, then a n ° 2 with a calibration which can correspond to a weight of support slightly higher to 4 kilos, a No. 3 with a calibration that may correspond to a weight of support slightly greater than 5 kilos, a No. 4 with a calibration that may correspond to a weight of support slightly greater than 6 kilos, a n ° 5 with a calibration which can correspond to a weight of support slightly higher than 7 kilos and a n ° 6 with a calibration, which can correspond to a weight of support which can be maximum and which can be slightly higher than 8 kilos support on the stem. As for the rod once it has returned almost entirely into its cylinder, it must have a length slightly greater than the cylinder, so that it exceeds a few millimeters outside the cylinder at the level of its lid, so that it can be caught with the fingertips to bring out its entire length, we can now perform the various settings of the device security means and this in the context of a use in duo. The rod is retracted into its cylinder, the valve setting screw is on its minimum numbering that is to say on 1, the interest is lying on the back, the partner can be straddling the level of basin of the interest, position called Andromache, the partner will seize the device at the level of the hat of a hand and will press with the thumb on the button valve pusher, with his other hand he will grab the end of the rod that protrudes from the cylinder and will bring out all its usable length, doing that the rod piston during its descent will suck the air, which will enter through the valve push button and will thus fill the compression chamber of the cylinder with air, once the stem is out, the partner will release the support on the button pushes - valve, making the air contained in the compression chamber can no longer escape, now the partner will grab the handles of the device with both hands, then he will place the rod on the belly of the person, who it will hold the device vertically with the cylinder, then the partner will lean slightly forward, so as to weigh on the handles the weight of a part of his body, by this weight of support on the handles, the stem goes at first s e retract a few centimeters, inside the cylinder and until its piston compresses the air in the cylinder, once the air is compressed the rod does not retract more, then the partner will continue his support on the handles, so that the rod will gradually push the navel through the abdomen of the interested, but admitting that it has an abdomen with a medium volume, as the valve was put on its numbering 1 , which based on the example, can correspond to a support slightly higher than 3 kilos, as soon as the partner will exceed the 3 kilos approximately of support on the handles, the valve will open and will let escape the compressed air in the cylinder and will thus allow the rod to retract inside the cylinder, thus preventing the continuation of the bearing operation on the rod, at that moment the partner will put the adjusting screw of the valve settings on the # 2 then it goes res go out again the rod and will start again the operation of support on the navel and if by carrying the support, to reach the opéé the valve opens again, he will put the screw on n ° 3, then he will start again its support on the navel, the stem during its descent in the abdomen, will find the opéé on which it will come in support and while continuing the support on the handles, the stem will press the opéé on the column vertebrae of the person concerned, at this moment the person concerned will feel that the stem is resting on his spine, then he will ask his partner to stabilize the support on the handles, by doing this the rod will perform by the constant support, a point of compression on the opéé flatten on the spine, which will trigger the erection of the penis and like the valve on the n "3, did not open and therefore allowed to perform the compression point on the opéé, that means that for the average volume of the abdomen of this int when pressed, it is necessary to exert a weight of support on the handles which may be slightly greater than approximately 5 kilograms, however once this calibration setting of the valve appropriate to the volume of the abdomen of the interested party has been carried out and that the partner, can exert a stabilized support on the handles of the device, it does not appear obvious for the partner to exert this support on a regular basis, because it can exert at any time a higher support to the calibration of the valve, which will cause its opening and the retraction of the rod, which implies that each time this happens, it is necessary to pull out the stem which has retracted, also to avoid this, we will now perform the adjustment of the length of rod appropriate, to make the partner will leave the numbered screw of the valve on the n ° 3, then it will leave the stem, will present it on the navel, then it will make the support on the handles until that the rod comes to compress the opéé on the vertebral column, then it will stabilize its support, at this precise moment, the interested person goes with his hand remained free to open the air valve, by doing that the compressed air in the cylinder will slowly escape, causing the rod will retract slowly into the cylinder and the support handles will slowly descend to the abdomen of the interested, and as soon as the handles come in maximum support on the abdomen, the subject will close the air valve, thus obtaining the appropriate length of rod used to perform the point of

compression on the opéé, this length of rod suitable for effecting the point of compression, prevents the partner exerts a support greater than that of the setting of the valve, because the handles are in maximum support on the abdomen and prevent that the stem does not penetrate deeper into the abdomen, in that the partner can no longer apply excessive pressure on the handles and therefore the stem, adjusting the calibration of the valve appropriate to the abdomen of the person concerned, as well as the setting of the appropriate rod length to perform the compression point on the opéé, makes that if these two settings are made well, it is almost impossible to perform an excessive pressure on the opéé, and that the setting of the calibration of the valve, appropriate to the volume of the abdomen of the person concerned and that the adjustment of the stem length, appropriate to the volume of the abdomen of the person concerned, are safety elements for the protection of the organ However, the device has other security elements that protect the person concerned, such as the button push-valve, it allows the person to stop the compression point at any time, he just press this button valve push, which will let out in a split second the compressed air in the cylinder, thus letting the rod retract into the cylinder and thus stopping the compression point on the cylinder. 'opéé, then there is another element of security, it is the ball bearing mounted on the rod, which allows it to remain independent, the rotational movements of the cylinder with its handles during the support, this bearing prevents the rod from following the rotational movements made during the support and avoids, thus the risk of tearing the skin of the navel during the support of the rod on it, now that all the settings related to the security of the person concerned are carried out, the partner can now leave the stem on its length appropriate to the volume of the abdomen of the interested party, for this reason that the stem is graduated it is enough for him to leave it to the same length, that that established during the adjustment carried out previously, in the same way the valve will stay on the n ° 3 serving for the average volume of the interested, now the partner will present the stem on the navel, will make the support on the handles until they come in support maximal on the abdomen, by doing that the rod is in support on the opéé, which is plated on the vertebral column and the stem exerts the point of compression on the opéé, which will provoke the erection of the penis and which can to establish sexual intercourse, and this is almost safe to interest him, however, not to cause premature ejaculation during the report, it is preferable to perform the compression point on the opéé intermittently. For the solo mode, the interested will introduce on the handles, which have for this a suitable diameter, cast iron discs having a rubberized coating, which can be of the kind used for dumbbells in weightlifting and which have the advantage of be marketed, which avoids having to produce them, but as its cast iron discs have a relatively large diameter, they will exceed several centimeters rod side, reducing the length of usable rod, to overcome this, we can introduce on the circumference of the cylinder a spacer, it will be inserted between the cylinder cover and the handle holder, so as to raise the support of handles to a sufficient height, so that the discs do not reduce the length of rod, its Cast iron disks by their weights will replace the manual support performed on the handles.

The interest will lie on the back in horizontal position, then he will grab with one hand the device at the cylinder, it will bring out the rod in full and will present on his navel by holding the device vertically, then he will introduce on the handles of cast iron discs in sufficient number, so that the rod comes to exert the point of compression on the opéé, then to block these disks, it can introduce on the handles of the spacers which will serve to compensate for the free space of the handles, its spacers are locked and tightened against the discs by a screw placed at the end of the handles, now the interested party can make himself all the settings for his safety as for the duo mode, the only difference is that it is no longer the support handles that come to rest on the abdomen, but the cast discs, now the interest can hold the device vertically for effect uer the point of

compression on the opéé, to cause erection and well after ejaculation of his penis.

However it is also possible to use the device as described in the solo mode, that is to say with the disks that replace the manual support and that duet, mainly in the Andromache position and this , in the case where the partner during a sexual relation in this position, would not wish to exert itself the manual support on the handles, this then to interest it itself, which will maintain vertically the device provided with its cast iron discs, to perform the compression point on the opéé. The invention consists, apart from the arrangements set out above, in a certain number of other arrangements which will be more explicitly discussed below, with regard to a particular embodiment, described with reference to the attached drawings. but which is by no means limitative.

Figure 1 is a schematic and simplified front view of the device with its cast iron discs, for use in solo or duet.

Figure 2 is a schematic and simplified front view of the device, for use in duo.

Figure 3 is a schematic and simplified exploded sectional view showing the cylinder of the device with its various components. Figure 4 is a schematic and simplified exploded top view, showing the different objects of the handle support.

Figure 5 is a schematic and simplified profile view, showing the location of the opéé in the abdomen. Referring to FIG 3, a cylindrical rod (1) which may be metallic and which may have a length of about 20 cm, and a diameter of about 10 mm, has at one of its ends a rounded ( 2) which can be half-spherical, devoid of sharp edge and non-abrasive, this rod can be graduated (3) Figure 1 along its length, for example every 5 mm, the other end of the rod is flat, on the end of this rod and on its circumference comes to fit a ball bearing (4), which may be of the type with a row of radial contact balls, to do this the diameter of the end of the rod is adjusted the internal diameter of the inner ring of the bearing, to allow their interlocking which can be performed by a press, a piston (5), it has in its axis a recess (6) in which the bearing (4 ), for this the diameter of the recess is adjusted to the outer diameter of the ring e xterne of the bearing, to allow their interlocking that can be done by a press, above the first recess (6) a second recess (7) shallow (about 1mm) can be expected, it is a diameter slightly greater to that of the inner ring of the bearing (4), so that this ring does not rest on the piston (5), which would block it and the rod (1) with, the piston (5) is provided with a O-ring, this rod block (1) with bearing (4) and piston (5) is introduced inside a cylinder (8), which may be metallic, the inner diameter of this cylinder is adjusted to that of the piston (5), so that the piston allows sealing during compression of the air in the cylinder, this cylinder has at one of its ends an external thread (9), a cylindrical handle holder which can be removable (24) FIG4 and which may be metallic, has an inside diameter adjusted to the outside diameter of the cylinder (8), which allows this support to be positioned on the circumference of the cylinder, just above the thread (9), this support (24) has on its axis "a" two areas of cylindrical allowance (25) , which are opposite one another on each side of the support, they have a plane termination with in their axis a female connector (26) with an internal thread not shown, on the axis "b" which is perpendicular to the axis "a" on one side of the support (24), there is a half-rib (27) and a half-rib (28), which are separated over their entire length by a slot of a few millimeters wide, the half-rib (27) has a threaded hole (29), which is in the same alignment as the passage hole (30) of the half-rib (28), these holes allow through the passage and then through the tightening the screw (31), bringing the two half-ribs towards each other, so as to block the support (24) on the cylinder (8), a cover (11) FIG3 is provided with a cylindrical through hole (12) for the rod (1) and another small air passage hole (14), which prevents compression of the air into the cylinder ( 8) in the area between the cover (11) and the underside of the piston (5), this cover (11) is screwed by its thread (13) on the thread (9) of the cylinder (8), the support of handles (24) is supported on the lid (11) FIG2, two cylindrical handles (32) FIG4, which may be metallic, may have for example a length of about 8cm each and a diameter of about 2.5 cm, they are provided at one of their ends with a male connector having an external thread (33) and at their other end they have a female connector with an internal thread (34), these handles are screw on the cylinders (25) of the support (24), connection (33) of the handles in the connection (26) of the cylinders (25), the diameter of the cylinders (25) may be about 3.5cm, thereby creating a zone of shoulder on the circumference of the rolls, with respect to the handles (32) which may have as already mentioned a diameter of about 2.5 cm, not represent handles that can be of the "lock on grips" foam type and which have a clamping screw, take place on the hangers (32) in order to improve the confo the other end of the cylinder (8) Figure 3 is provided with an external thread (10), not represent a foam handle can take place on the circumference of the cylinder (8), just below the thread (10), it allows a manual maintenance of the device more comfortable. A cylindrical cap (15) having a threaded recess (16) with an O-ring (not shown) is screwed

hermetically on the thread (10) of the cylinder (8), in the vertical axis "c" of the cap, a channel (17) allows the passage of the air contained in the cylinder (8). In the horizontal "d" axis of the cap, a channel (18) is drilled, it passes through the cap from one end to the other with two female threaded mouths (21) and (22), this channel is in central connection with the channel ( 17), a channel (19) with a female mouth (20) which has an unillustrated tapping is drilled, it is perpendicular to the channels (17) and (18) with a central connection to them, all these channels are therefore in connection with the compressed air in the cylinder in the compression chamber located between the top of the piston (5) and the cap (15), through the channel (17). a valve-push button is shown whose valve can be of a large diameter, is screwed tightly by means of an O-ring not shown on the threaded female mouth (20) of the channel (19), the diameter of the mouthpiece is fitted to that of the valve push button to allow their connections, not to represent an air valve which can be of the small diameter needle type, is screwed tightly by means of an O-ring not represent on the tapped female mouth ( 21) of the channel (18), the diameter of the mouth is adjusted to that of the valve to allow their connections. Not shown a safety valve which can be variable and adjustable by a numbered screw, is screwed tightly with an o-ring not represent the threaded female mouth (22) of the channel (18), the diameter of the mouthpiece is adjusted to that of the valve to allow their connections, based on the example mentioned above, this valve can therefore have as an example a numbering 1, which can make it possible to carry a weight of support on the rod about 2 kilos and which can be used, on a flat stomach to reach the opéé and flatten it on the spine, then this n ° 1 can make it possible to exert an additional weight of support on the stem, which can be slightly more than a kilo and that will allow to make the point compression on the opéé, which is plated on the spine, this support weight of one extra kilo used to perform the compression point on the opéé poses no problem for the opéé and the vertebral column , which can support it, by the fact that this numbering 1 can make it possible to carry out a total support which can be slightly higher than 3 kilos, with a taring of the valve corresponding to these 3 kilos of support, then this valve can have a numbering 2, to which we can add about an extra kilo compared to the numbering 1, which can make it possible to carry out a total support which can be slightly higher than 4 kilos with a taring of the valve corresponding to these 4 kilos of support approximately, then we can have a numbering 3 to which we can add a kilo compared to the numbering 2 which can make it possible to carry out a total support, which can be slightly higher than 5 kilos with c a corresponding calibration, then a numbering 4 to which we can add about 1 kilo compared to the numbering 3, which can allow to perform a total support that can be slightly greater than 6 kilos with a corresponding calibration, then a numbering 5 to which one can add about 1 kilo compared to the numbering 4, which can make it possible to carry out a total support which can be slightly higher than 7 kilos with a corresponding taring, then finally one can have a numbering 6 to which one can add about 1 kilo, compared to the numbering 5 and which can make it possible to carry out a total support which can be slightly higher than 8 kilos, with a corresponding calibration and this calibration can be the maximum calibration of the valve, by the fact the different calibrations of this valve can be staggered about 1 kilo of support relative to each other, they allow to carry out an adjustment of the calibration of the valve e corresponding to the volume of the abdomen of the interested and whatever its volume, this means that in terms of security the device is standard since it protects the interested from excessive support and whatever their volumes abdomen, the rod (1) when it is almost completely in its cylinder (8), so that its piston (5) is supported on the base of the cap (15), this rod (1) can extend beyond the cylinder (8) about 1.5 cm from the cover (11), so that it can be grasped with the fingertips to bring out the same, the positioning handles (32) which are at the end of the cylinder (8), just above the cover (11) that it allows the adjustment of the appropriate length of rod to exert the pressure point on the opéé, length which is between the rounding (2) of the rod (1) resting on the opéé and the handles (32) bearing on the abdomen, because if for example the handles (32) are found at the top of the cylinder under the cap (15), it would be impossible to adjust the appropriate length of rod, because the cylinder (8) would come to bear on the abdomen and compress it.

The handle support (24) may have a small mark (not shown) which will coincide with another mark not shown on the cylinder (8), so that the support (24) will be locked on the cylinder by virtue of its screw (31), so that the handles are on their axis (a) on each side with respect to the axis (c) of the cylinder and its push-valve button which is facing the user as illustrated FI62. For the solo mode, referring to FIG 4, cast iron disks (35) preferably having a rubberized coating which allows them to be less cold to the touch, are introduced on the handles (32) which for this are without their foam handles that can be of the type "lock on grips" which are removable, its cast iron discs can be of the type used for dumbbells that are commercially available, the diameter of the handles (32) allows their introductions because its discs have in their axis a cylindrical through hole having a diameter of about 2.8 cm, while the handles can have a diameter of 2.5 cm, its cast iron discs are of different weights and diameters, however it is it is preferable to use weights of 1 kilo which have a reduced diameter compared to the others, its cast iron discs are applied on the cylinders (25), which have for this a bearing zone which can be about 5 millimeters , this s discs (35) by their weight will be used to replace the manual support performed on the handles (32) used in the duo mode, based on 1 kilo cast iron disks, they have a diameter of about 13cm, making the discs protrude by about 5cm from the cover (11) and thus reduce the length of the rod (1) usable, so we can use a cylindrical spacer (23) FIG 1 having an inside diameter slightly greater than the outer diameter of the cylinder (8), it is positioned on the circumference of the cylinder, the height of this spacer (23) may be 5 cm, it is inserted between the cover (11) on which it is supported and the support (24) which bears on this spacer (23), in that the support of handles (24) is raised by a height of about 5 cm, thus making the circumference of the disks ( 35) is more or less on the same alignment as the cover (11), and No longer reduce the usable rod length, as can be seen in FIG. 1. The handles (32), each of which may have a length of about 8 cm, allow them to be inserted onto them 4 cast iron discs with a weight of 1 kilo each and this on each handle, a total weight of 8 kilos, but to prevent his discs from falling when using the device when the person concerned will handle it, if the handles have 4 disks each, one can use a screw (37) having a fluted head on its circumference, which is screwed at the end of the handles (32) in the female connector (34) and which blocks the disks, but if the handles have less than 4 discs there will remain an empty space on the handles, also to fill this space can be introduced on the handles of the circular spacers (36), which may be PVC, they have a slightly greater inner diameter at the outer diameter of The handles, to be able to be introduced on it, may have the same width as the thickness of the disks (35) they will replace to fill the void of the handles, the screw (37) which can have a head of the same diameter as the spacers (36), will therefore block the spacers on the discs. With reference to FIG. 5, it is possible to see the almost precise localization of the opea (40), on which the point of compression will be performed: On a man lying horizontally it is located in the abdomen ( 38), close to the vertebral column (41) and below the navel (39).

The valve-push button located on the mouthpiece (20) of the cap makes it possible, when pressing it, to be able to pull out the stem (1) while doing so, while its piston (5) sucks the air which enters through the channel (19) and (17) and fills the compression chamber of the cylinder (8) between the top of the piston (5) and the cap (15) and its channels (17) with air, (18) and (19), then releasing the support on this button the air is trapped in the cylinder, so when the rod (1) is returned from its cylinder over its entire length, can be presented rounding (2) of the rod on the belly of the person concerned, then by a manual support or by the weight of the cast iron discs (35) on the handles (32), one can perform the secure compression point on the opéé for this we will perform the setting of the calibration of the safety valve that will correspond to the volume of the abdomen of the interested and as already mentioned above, this adjustment is made through the numbered screw of different settings of the valve, if one carries out on the opéé an excessive support thus higher than the setting which was established during this adjustment of the taring d e the valve, this safety valve opens, allows the compressed air to escape through the channel (17) and (18), making the rod (1) retracts into its cylinder (8). Then we will adjust the length of rod appropriate to the volume of the abdomen of the interested and as already mentioned above, using the low-flow air valve located on the mouth (21), so that the appropriate length of rod is between the rounded portion (2) of the stem which bears on the opéé flattening on the spine and the handles (32) in maximum support on the abdomen of the interested party . The valve push button also stops the pressure point at any moment by pressing it, in fact it lets the compressed air escape through the channel (17) and (19) and leaves the rod (1) retract into the cylinder (8), likewise it allows pressing on pushing the rod (1) in its cylinder (8) to facilitate storage of the device, the ball bearing (4) inserted on the rod (1) and in the piston (5) allows the rod not to follow the rotational movements of the device during use to perform the compression point. When one wants to mount cast iron discs (35) on the handles (32) it is necessary to raise the support (24), for this it is necessary to unscrew the lid (11) and to remove it, then it is necessary to loosen the screw ( 31) of the support (24) and then introduced on the cylinder (8) a spacer (23) which will enhance the support (24), then the lid (11) is screwed again, the spacer bears on it ci and the support (24) comes to rest on the spacer (23), it remains only to tighten the screw (31) of the support (24) to block it.

Claims

1. Secure device used in duo or solo for performing a compression point on an organ located in the abdomen to obtain the erection and ejaculation of the penis in humans, characterized in that it comprises a retractable rod (1) provided with a bearing (4) inserted in a piston (5), this rod block is introduced into a cylinder (8) whose diameter is adjusted to that of the piston to allow compression of the air , this cylinder has a lid (11) and a cap (15) having air passages (17), (18) and (19), this cylinder is provided with a removable support (24), which receives 2 handles (32) for manual support performed by the partner for the duo mode, cast iron disks (35) take place on the handles and by their weight replace the manual support in the solo mode.

2. Device according to claim 1, characterized in that it comprises a cylindrical rod (1) which is graduated (3) to know after adjustment its appropriate length which is relative to the volume of the abdomen of the interested, the rod has a rounded end (2) to not perforate the navel on which it is supported, its other end is provided with a bearing (4) for its free rotation, it is inserted into a piston (5) provided with an O-ring, the rod block (1) bearing (4) piston (5) is introduced into a cylinder (8), provided at one of its ends with a cover (11) having a through hole (12) for the rod (1), as well as a small air passage hole (14), the other end of the cylinder (8) is provided with a cap (15) which sits hermetically, it is provided with channels air passage (17), (18) and (19).

3. Device according to any one of the preceding claims, characterized in that the channel (19) has an external mouth (20), hermetically receiving a push-valve button for pulling out or retracting the rod (1) of the cylinder (8). ), similarly it allows when pressed, to let the compressed air in the cylinder (8) escape quickly, thus letting the rod (1) retract into its cylinder, the channel (18) has a external mouthpiece (21) hermetically receiving a low-flow air valve for adjusting the appropriate stem length, the channel (18) has an external mouth (22) hermetically accommodating a variable-setting and screw-adjustable safety valve numbered, when this valve opens, it releases compressed air into the cylinder, causing the rod (1) retracts into its cylinder, then a channel (17) communicating with the channels (18) and ( 19) allows the passage of air com awarded in the cylinder (8).

4. Device according to any one of the preceding claims characterized in that a removable support (24) having two separate ribs (27) and (28) and a screw (31) for their clamping, takes place on the circumference of the cylinder (8), it is supported on the cover (11), it has two cylindrical oversize zones (25) having in their axis a female connector (26) receiving the male connector (33) of the removable handles (32) , used for the manual support of the partner in the duo mode, for the solo mode the two handles receive cast iron discs (35), these are blocked by spacers annular rings (36) and a screw (37) which fits into the female connector (34) at the ends of the handles (32).

5. Device according to any one of the preceding claims, characterized in that a cylindrical spacer (23) used for the solo mode takes place on the cylinder (8), it is supported on the cover (11) and allows to enhance the support (24) with its two handles (32) provided with their disks (35), so that they are on their circumference on the same alignment as the cover (11).

6. Device according to any one of the preceding claims characterized in that the rod (1) when retracted into its cylinder (8), its piston (5) bears on the base of the cap (15), but a small length of the rod protrudes outside the lid-side cylinder (11), so that the rod can be grasped with the tips of the fingers to make it stand out.

7. Device according to any one of the preceding claims characterized in that the piston (5) of the rod (1) compresses the air in the compression chamber of the cylinder (8) during the manual support on the handles (32) by the partner in the duo mode, or by the weight of the cast iron discs (35) for the solo mode, the air compression chamber is located between the top of the piston and the cap (15) as well as its channels (17), (18) and (19).

8. Device according to any one of the preceding claims characterized in that the positioning of the two handles (32), which are at the end of the cylinder (8) cover side (11), that the cylinder does not compress the abdomen the interested party when pressing on the handles to perform the compression point.

9. Device according to any one of the preceding claims, characterized in that the safety valve has different settings, which are adjustable by a numbered screw which allows to adjust the setting adapted to the volume of the abdomen of the interested party and whatever its volume.