Vibrating device for the stimulation of male and female sexual organs.

State of the art

In the field of male and female sexual organ stimulation, there are already mechanical devices on the market that are capable of protracting male erections or stimulating female sexual organs through vibrations.

There are some well-known devices in the field of male stimulation, made of various materials, that tighten around the base of the penis and impair blood flow from the cavernous bodies thus allowing for protracted erections. Aging, and therefore vascular disease, do not always allow a man to reach a sufficient degree of erection. Subsequently, in such cases, these devices prove to be worthless.

In the field of female stimulation, it is a well-known fact that it is easier for women to reach satisfactory excitement during the sexual act when the clitoris is adequately stimulated.

During the past few years, some devices have been placed on the market made of an elastic ring to slip around the base of the penis. This is joined to a cylindrical element arranged with its generator parallel to the tangent of the ring's external circumference in rubber, were a vibrating motor operated by a small battery is located. This device produces a light stimulation to the female sexual organs, but does

not go as far as favoring the male erection and might therefore prove to be useless.

Description of the invention

The device in question faces the problem on the whole via an elastic ring that helps the male to protract his erection at length, in addition to two tubular bodies integral to the ring that are arranged with the generator parallel to the external tangent of the ring. This hosts a battery-operated vibrating motor; the tubular bodies are positioned 180° from each other; one of the vibrating tubular bodies has the function of stimulating male genitals and consequently favoring the erection;' where.as the other tubular body stimulates the female organs .

A possible variation may provide for one of the two tubular bodies to be integral to the rubber ring and with its generator perpendicular to the rubber ring' s external tangent, allowing therefore for a different angle of stimulation to the female sexual organs. Yet another alternative may provide for only one vibrating tubular element integral to the rubber ring and with its generator perpendicular to the rubber ring's external tangent.

Description of the plans

The invention will now be described with reference to a manufactured sample illustrated in the attached plans, of which:

Fig. 1 illustrates an overhead view of the device with double vibrating cylindrical

tubular elements and a blown-up illustration of the elements contained inside the cylinders;

Fig. 2 illustrates an overhead view of the device with two vibrating cylindrical tubular elements, one placed with its generator parallel to the tangent of the exterior circumference of the rubber ring; whereas the other has its generator perpendicular to the tangent of the exterior circumference of the rubber ring. A blown-up illustration is also provided of the components contained inside the cylinders .

Fig. 3 illustrates an overhead view of the device with a vibrating cylindrical tubular element placed with its generator perpendicular to the tangent of the external circumference of the rubber ring, along with a blown-up illustration of the components contained inside the cylinder. "" "

Description of the preferred manufacturing of the invention

With reference to Fig. 1, the device that is the subject of the present invention is made up of a ring (1) preferably manufactured in elastic allergy-proof silicone; two cylindrical tubular elements (3 and 4) are integral to the said ring (1) , placed 80° one from the other, with the generator parallel to the tangent of the external circumference of the ring (1) . Each of the cylindrical tubular elements (3 and 4) hosts a cylindrical container made up of two half- shells (6 and 7), which in turn contain the vibrating motor (5), the loading battery (8) and the switch (9) . By turning on the vibrating motor (5) via the switch (9), the vibrations are

transmitted to the cylindrical tubular element (3 or 4) where it is installed.

The outside layer of the cylindrical tubular elements (3 and 4) is made up of a series of protruding nubs (10) arranged on the entire surface or parts of it. In the central part of at least one of the two cylindrical tubular elements, for example (3) , there is a protruding element (11) which has been suitably dimensioned. As has been pr-eviously mentioned, one of the two vibrating cylindrical tubular elements, for example (3) , is dedicated to the stimulation of the outside female genitals and the other, for example (4), is dedicated to simulating the male ones.

In a variation of ^' the device previously described and illustrated in Fig. 2, the ring (1) manufactured preferably in allergy-proof silicone is integral to a cylindrical tubular element (3) , placed with the generator parallel to the tangent of the ring's exterior circumference (1), where the cylindrical container is inserted, made up of two semi-shells (β and 7), which contain the vibrating motor (5), the loading battery (8), the switch (9) and, always the ring itself (1) is integral with a cylindrical tubular element (12) , placed at 180° from the tubular element (4), with its generator perpendicular to the tangent of the external circumference of the ring element (1) . The external layer of the tubular element (12) hosts a certai-n- amount of protruding nubs (10) and a protruding central area of suitable dimensions (11); the vibrating motor (5), the loading battery (8) and the switch (9) are

IT2007/000169 located inside the cylindrical tubular element (12) .

Fig. 3 "illustrates a variation of the product demonstrated in Fig. 2, where the ring (1) is integral only to the cylindrical tubular element (4) arranged with its generator perpendicular to the tangent of the external circumference of the ring element (1) ; the external layer of the cylindrical tubular element (4) hosts a number of protruding nubs (10) and a protruding central area of suitable dimensions (11) ; the vibrating motor (5), the loading battery (8) and the switch (9) are located inside the cylindrical tubular element (4) .