ES2407459B1 - DEVICE FOR FEMALE SEXUAL STIMULATION. - Google Patents

Abstract

Device (1) for female sexual stimulation, comprising a hollow body (2) oblong, housing motorized vibrating means (16); and a waterproof outer sheath (3) of flexible material, which at least partially covers said hollow body and has a general phallus shape, in which the device further comprises at least one transducer element (4, 5, 6 ) which, covered by the sheath (3), transforms the effect of a physical cause that affects an associated portion (10, 11, 12) of the sheath (3) into an electrical signal, and a processor (9) that governs the operation of the motorized vibrating means depending on the value of said electrical signal.

Description

Device for female sexual stimulation

Technical sector of the invention

The invention relates to a device for female sexual stimulation, of the type comprising a hollow body configured as a phallus and which houses a plurality of vibrating motors inside it with the purpose of stimulating the erogenous zones of a vagina.

Background of the invention

From patent document EP 2308446 A 1 a device is known with a portion configured as a phallus that houses at least two separately controllable vibratory mechanisms.

The portion configured as a phallus is covered by a sheath of an elastic and impermeable material as it is mainly intended to be inserted into a woman's vagina. In one embodiment, this portion configured as a phallus comprises an optimal lateral extension to stimulate a human clitoris.

The device comprises a processor and means to house a battery or the like. The processor is configured to operate the vibration mechanisms in different combination modes, preprogrammed in the processor, which can be selected using buttons provided on the device. In a variant, the device comprises four vibration mechanisms superimposed on the main portion of the phallus and another vibrating mechanism located in the aforementioned lateral extension. According to this variant, the processor is configured to control the vibrating mechanisms according to ten different modes of operation.

It is a first objective of the invention an alternative device that in addition to improving the ability to interact with users, also offers a better capacity for stimulation.

Another objective of the present invention is a simple construction form, which contemplates the possibility of incorporating mechanical or mechanical means into the device.

other nature without fixing or support elements being essential

for these media, such as tortillería and the like, which favor possible mismatches

with the use of the device in addition to that they also affect the assembly and the cost of

manufacturing.

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Explanation of the invention.

The device according to the invention comprises a hollow, oblong body, which

houses motorized vibrating means; and a waterproof outer case and of

flexible material, which at least partially covers said hollow body and which

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It presents a general phallus form.

In essence, the device is characterized because it also includes the

less a transducer element that, covered by the sheath, transforms the effect of

a physical cause that affects an associated portion of the sheath in a signal

electrical, and because the device comprises a processor that governs the

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operation of the motorized vibrating means depending on the value of said

Electrical signal.

The invention contemplates that the physical cause that transform the elements

transducers be any one of pressure, force, temperature or

moisture, or a combination of both in the case of understanding the device

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more than one transducer element, which affects its corresponding associated portion

of the case.

According to another feature of the invention, each transducer element

is supported in the hollow body, which comprises a corresponding

opening through which you have access to the sensitive part of the element

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transducer According to this characteristic, the associated portion of the sleeve being

that which covers said opening, it is further provided that said portion

associated with the case physically contact the sensitive part of the element

transducer or deformable until physically contact the sensitive part of the

cited transducer element.

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Preferably, in each portion of the sheath associated with an element

transducer, the case is internally provided with at least one projection or

protrusion that projects inwards, intended to exert pressure against

   the sensitive part of the corresponding transducer element and to transmit the

Inward deformation suffered by the sheath in said portions.

According to another characteristic of the invention, the motorized vibrating means

They comprise at least two electric motors and the number of transducers is

three, the processor being configured to govern the operation of the

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motorized vibrating means according to an operating mode according to the

which the operation or the operating regime of a first electric motor

It is determined by the signal generated by a first transducer element; and the

operation or operating mode of the second electric motor comes

determined by the signal generated by the second and third elements

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transducers

In one embodiment, the hollow body is divided according to a cut

essentially longitudinal which determines two mutually attachable halves,

between which the vibrating means are interposed and subjected to pressure

motorized

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According to a preferred variant, at least one of the halves of the hollow body

it is provided with at least one access opening to the sensitive part of a

corresponding transducer element, which is supported on a tab

formed in said half of the hollow body, which is projected immediately by

under the aforementioned opening.

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According to another aspect of the device, in one embodiment, the body

hollow comprises support means for the processor and means for accommodating the

minus a battery electrically connected to the processor, to the media

motorized vibrators and the transducer element or elements, comprising

In addition the device a series of buttons for the selection of one among several

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operating modes controlled by the processor.

It is also contemplated that the device comprises means to establish

a wireless communication with another device so that, in a mode of

operation, the operating regime of the motorized vibrating means

is determined by the information that is transmitted to them from this other

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apparatus.

According to another feature, the motorized vibrating means

They comprise at least two electric motors whose turning axes are oriented

   according to the longitudinal direction in which the hollow body extends, so that

In at least one mode of operation of the device the direction of rotation of the axes of the electric motors is the opposite.

According to another feature, the means for accommodating at least one battery and the processor are arranged at the base of the hollow body, protected by a tubular cover, axially attachable to said hollow body, through whose extreme opening, opposite the opening of coupling with the hollow body, the buttons are accessed, so that they are easily accessible with the thumb of the same hand with which the user can grab the device.

Brief description of the drawings

Fig. 1 is an exploded view of a variant of the device according to the invention; Fig. 2 is a longitudinal sectional view of the device of Fig. 1 with its components properly assembled; Y

Fig. 3 is a front view of one of the halves that form the hollow body of the device illustrated in Fig. 2, specifically that part with openings so that the sensitive part of the transducers can perceive the effect of physical causes that affect the portion of the cover that covers said openings.

Detailed description of a variant of the invention

Constructively, the device 1 shown by way of example in the drawings comprises two main components: a hollow body 2, formed by two halves 2a and 2b molded in plastic and interconnectable; and a cover 3 of a flexible material, such as latex or silicone, which covers a main portion of said hollow body 2 which is configured as a phallus.

In Fig. 1 it can be seen that the two halves 2a and 2b comprise means of mutual coupling 24, known per se, that allow their joining by screws

or similar. More specifically, the half 2b is provided with a pair of hollow cylinders with internal thread thread intended to receive by means of two clamping screws that pass through the other half 2a through corresponding holes provided for this purpose in said half 2a of the hollow body 2.

The two halves 2a and 2b are also equipped with ribs on their inner face.

several, outgoing or similar that make up, when the two halves 2a and 2b are

juxtaposed, two accommodations in which some means are embedded

motorized vibrators 16 formed by a first and a second electric motors

7 and 8, which fit between these two halves 2a and 2b of the body

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gap 2 when these are properly coupled to each other, as illustrated by the

Fig. 2.

It is observed in Fig. 1, and in greater detail in Fig. 3, that half 2b of the

hollow body 2 is provided with three openings 13, 14 and 15 below which

said half 2b is provided with corresponding shaped tabs 17, 18 and 19,

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which serve to support respective transducer elements 4, 5 and 6.

These transducer elements 4, 5 and 6 transform the electrical signal into

effect of a physical cause that affects portions 1 O, 11, 12, respectively,

of the sheath 3 covering openings 13, 14 and 15. Such physical causes may

be any one of pressure, force, temperature or humidity, or a

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combination of both, which affect portions 10, 11 and 12 referred to above.

As will be explained in better detail below, the device 1 comprises

also a processor 9 capable of governing the operation of the media

motorized vibrators 16 depending on the value of the generated electrical signals

by transducers 4, 5 and 6 according to different modes of operation.

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With the purpose that transducer elements 4, 5 and 6 can capture

to a greater extent the physical causes that affect case 3, specifically the

portions of the sheath 3 covering these transducer elements, it is noted that

in a preferred form, illustrated in Fig. 2, portions 10, 11 and 12 of the sheath

3 physically contact the sensitive parts of their transducer elements

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associates 4, 5 and 6.

In the example the transducer elements 4, 5 and 6 are force sensors and

each portion 1 O, 11, 12 of the sheath 3 associated with a transducer element is

internally equipped with a formation of protrusions or protuberances 1 Oa, 11 a, 12a,

that are projected inward to transmit to the sensitive part of the sensors

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of force the deformation or thrust that these portions of the sheath 3 suffer towards

inside.

At its base each half 2a and 2b of the hollow body 2 comprises an extension

   formed, which are complementary and that form when the two halves 2a and

2b support means 20 for processor 9 and means for housing are joined

at least one battery 21 electrically connected to the processor 9, to the media

motorized vibrators 16 and to the transducer element or elements 4, 5, 6.

Naturally to fulfill its technical function, these extensions are shaped

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connectors, wiring and others are provided in a known way

conventional electrical components for receiving commercial batteries

standard and for connection with the rest of the powered components

electrically from device 1.

It is observed in Fig. 2 that the hollow body 2 is provided, in its portion of

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link between the part configured as a phallus and its conformed extension

intended to accommodate the processor 9 and the feeding means, an annular channel 30

in which a molded annular inner flange 29 is inserted with fit into the sheath

3, adjacent to its mouth.

The means for accommodating at least one battery 21 and the processor 9 are

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protected by a tubular cover 23, axially attachable to said hollow body

2. This tubular cover 23 is provided with a coupling opening 23b

sized to fit by pressure and outside to the mouth of the sheath

3, in turn coupled to the hollow body 2, in order to ensure the tightness of the

compartments that house sensitive components of the device 1.

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At its opposite end, the tubular cover 23 is provided with an opening

extreme 23a through which you have access to a carrier panel of a series of

buttons 22, for the selection of one among several modes of operation

controlled by processor 9.

This panel carrying the push-buttons 22 is inserted into the tubular cover

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23 through its coupling opening 23b and is sized to not be able to

be extracted from the tubular cover 23 through its extreme opening 23a. From

according to one embodiment, in the correct coupling position of the

tubular cover 23, the button carrier panel 22 is applied to

pressure, establishing electrical contact, with the extension formed in the body

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hollow 2.

It is noted that the arrangement of the buttons 22 is such that they are

easily accessible with the thumb of the same hand with which the user or

   user can grab the device 1.

As regards the operation of the device 1, the processor 9 is

configured to allow a mode of operation of device 1 according to the

which operation or operating regime of the electric motor 7 comes

determined by the signal generated by the first transducer element 4, arranged

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at the distal end of the hollow body portion 2 configured as a phallus;

while the operation or the operating regime of the second engine

electric 8 is determined by the signal generated by the second and third

transducer elements 5 and 6. According to this mode of operation, it is contemplated by

example that each transducer element is responsible for 50% of the regime of

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maximum operation of the electric motor 8. Thus, in the example variant of the

device 1, the maximum operating speed of the engine 8 would be reached

only in the circumstance that both force sensors that form the

transducer elements 5 and 6 capture a maximum level of force exerted

simultaneously in the associated portions 11 and 12 of the cover 3.

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Again in reference to the specific example described, note that the

portion 12 of the sheath 3 is elevated relative to the rest of the outer surface of the

the cover 3. This characteristic, together with its specific location, favors a

optimal clitoral stimulation when the hollow body portion 2 set to

Phallus mode is introduced into a human vagina.

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It is also contemplated to provide the device 1 with means for

establish wireless communication with another device so that in a

mode of operation, the operating regime of the vibrating means

motorized 16 is determined by the information transmitted to them from

this other device, which can be for example a PC or an erotic toy of

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similar characteristics.

The inventors have also resolved that, by arranging the pivot axes 7a and 8a

of motors 7 and 8 essentially oriented according to the longitudinal direction in the

that extends the hollow body 2, the fact of applying an opposite direction of rotation

at these axes of rotation it causes a vibration amplifying effect, which increases the

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performance and stimulation capacity of the device 1.

Finally, it is planned to complement the device 1 with a case 27

protector, which in the example comprises a tubular body 25 closed by a

   end by a cover 26 with interposition of a trim ring 28.

Claims (8)

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1.-Device (1) for female sexual stimulation, comprising a hollow body (2), oblong, housing motorized vibrating means (16); and a waterproof outer sheath (3) and of flexible material, which at least partially covers said hollow body and has a general phallus shape, characterized in that the device further comprises at least one transducer element (4, 5, 6) which, covered by the sheath (3), transforms the effect of a physical cause that affects an associated portion (1 O, 11, 12) of the sheath (3) into an electrical signal, and because the device comprises a processor (9) that governs the operation of motorized vibrating means based on the value of

said electrical signal.

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2. Device (1) according to claim 1, characterized in that the physical cause that transforms the transducer element (4, 5, 6) is any one of the pressure, force, temperature or humidity that affects the portion ( 10, 11, 12) associated cover (3).

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3. Device (1) according to any one of the preceding claims, characterized in that each transducer element (4, 5, 6) is supported in the hollow body (2), which comprises a corresponding opening (13, 14, 15) through which you have access to the sensitive part of the transducer element, and because the associated portion (10, 11, 12) of the sheath (3) is that which covers said opening (13, 14, 15), said associated portion (10, 11, 12) of the sheath (3) physically contacts the sensitive part of the transducer element or is deformable until it physically contacts the sensitive part of said transducer element.

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4. Device (1) according to the preceding claim, characterized in that in each portion (1 O, 11, 12) of the sheath (3) associated with a transducer element (4, 5, 6), the sheath (3) is internally provided with at least one protrusion or protuberance (10a, 11a, 12a) that projects towards its interior, intended to exert pressure against the sensitive part of the corresponding transducer element and transmit the

inward deformation suffered by the sheath (3) in said portions (1 O, 11, 12).

5. Device (1) according to any one of the preceding claims,

characterized in that the motorized vibrating means (16) comprise at least

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two electric motors (7, 8) and because the number of transducers (4, 5, 6) is

three, the processor (9) being configured to govern the operation of the

motorized vibrating means (16) according to an operating mode according to

which

-the operation or operating regime of a first engine

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electric (7) is determined by the signal generated by a first element

transducer (4); Y

-the operation or operating regime of the second motor

electric (8) is determined by the signal generated by the second and third

transducer elements (5 and 6).

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6. Device (1) according to any one of the preceding claims,

characterized in that the hollow body (2) is divided according to a cut

essentially longitudinal that determines two halves (2a, 2b) mutually

attachable, between which the means are interposed and subject to pressure

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motorized vibrators (16).

7. Device (1) according to the preceding claim, characterized in that the

less one of the halves (2a or 2b) of the hollow body (2) is provided with at least

an opening (13, 14, 15) of access to the sensitive part of a corresponding

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transducer element (4, 5 or 6), which is supported on a shaped tab

(17, 18, 19) in said half of the hollow body, which is immediately projected by

under said opening (13, 14, 15).

8. Device (1) according to any one of the preceding claims,

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characterized in that the hollow body (2) comprises support means (20) for

the processor (9) and means to house at least one battery (21) electrically

connected to the processor (9), to the motorized vibrating means (16) and to the

   transducer element (4, 5, 6), further comprising the device

(1) a series of buttons (22) for the selection of one among several modes of operation controlled by the processor (9). 9. Device (1) according to claim 8, characterized in that it comprises means for establishing wireless communication with another device so that, in an operating mode, the operating regime of the motorized vibrating means (16) is determined by the information that is transmitted to them from this other device. 10. Device (1) according to any one of claims 8 or 9, characterized in that the motorized vibrating means (16) comprise at least two electric motors (7, 8) whose rotation axes are oriented according to the longitudinal direction in which the hollow body (2) is extended, and because in at least one mode of operation of the device (1) the direction of rotation of the axes of the electric motors (6, 7) is contrary.
11. Device (1) according to any one of claims 8 to 1O, characterized in that the means for accommodating at least one battery (21) and the processor (9) are arranged in the base of the hollow body (2), protected by a tubular cover (23), axially attachable to said hollow body (2), through whose extreme opening (23a), opposite the coupling opening (23b) with the hollow body (2), the pushbuttons are accessed (22), so that these are easily accessible with the thumb of the same hand with which the user can grab the device (1).