WO2015067836A1

WO2015067836A1 - Device for providing movement to a masturbation device or dildo

Info

Publication number: WO2015067836A1
Application number: PCT/ES2014/070830
Authority: WO
Inventors: Julio MUÑOZ IGLESIAS; Antonio VEGA ÁLVAREZ
Original assignee: Melnet Internacional, S. L.
Priority date: 2013-11-07
Filing date: 2014-11-07
Publication date: 2015-05-14
Also published as: ES2537621A1; ES2537621B1

Abstract

The device of the invention has a reduced size. The device comprises a chassis (2), a guide (3) coupled to the chassis (2) and a slide (6) mounted on the guide (3) such that it can move in the longitudinal direction of the guide (3) by means of a first actuator. A first end (4) of the guide (5) moves in relation to the chassis along a circular trajectory by means of a first actuator. A support (7) is mounted in the slide (6) in order to support a masturbation device (1) or dildo. The actuators comprise two servomotors. A control unit receives input instructions wirelessly from a control unit and transmits output instructions to the servomotors. The device can include a connection interface for connecting the control unit via the internet to a web page of services in order to control the devices of other users remotely.

Description

DEVICE TO PROVIDE MOVEMENT TO A MASTURBATOR OR TO

A COMFORTER

D E S C R I P C I Ó N

OBJECT OF THE INVENTION

The present invention can be included within the technical field of devices designed for sexual enjoyment. In particular, the object of the invention relates to a device intended to provide movement to a masturbator or a dildo.

BACKGROUND OF THE INVENTION

At present, devices designed to provide sexual pleasure are known, among which masturbators can be mentioned, both dildo type masturbators intended to be housed in the body of a user, as well as sleeve type masturbators intended to house the virile member of a user. Some masturbators are passive from the point of view that they do not require connection to a power source, while others, more sophisticated, incorporate a power source (for example, a battery), or require network connection to show lights, and / or sounds, or to improve stimulation by providing movement to moving parts that integrate the device.

On the other hand, there are also devices that can be attached to the passive dildos and masturbators referred to above, to provide movement. Said devices comprise a support intended to support the masturbator or dildo and a mechanism, operable through a brush motor powered by network, and which is connected to the support to provide the masturbator or dildo with a longitudinal translation movement or rotation around to a longitudinal axis of the masturbator or dildo. The high dimensions, of around one meter, presented by the aforementioned devices, as well as their high weight which, in the most favorable of cases, is around 10 kg, and can reach 20 kg., Prevents portable use, as well as a discreet transport, of the mentioned devices. DESCRIPTION OF THE INVENTION

The present invention describes, according to a first object, a device for providing movement to a masturbator or dildo, where the device has extremely small dimensions and weight relative to the devices described in the prior art. In particular, according to a preferred embodiment, the device of the invention has dimensions of about 25 x 10 x 9 (cm.) And a weight of approximately 1.2 kg. The device for providing movement to a masturbator or dildo according to the present invention comprises a chassis; a guide provided with a first end, a second end linked to the chassis and a longitudinal direction defined by the first end and the second end; and a slide, linked to the guide and longitudinally movable on the guide.

The device also incorporates a support mounted on the slide to support a masturbator or dildo oriented in the longitudinal direction of the slide.

Also, the device of the invention incorporates a first actuator to move the slide relative to the guide. The first actuator incorporates a first electric servo motor equipped with a first housing fixed to the chassis and a first shaft, as well as the first actuator additionally incorporates a first transmission mechanism to transform the rotation of the first shaft into a longitudinal displacement of the slide at guide length

Additionally, the device of the invention incorporates a second actuator. The second actuator is provided with a second electric servomotor comprising a second housing fixed to the chassis and a second shaft. Additionally, the second actuator comprises a second transmission mechanism to transform the rotation of the second shaft into a translation of the first end of the guide according to a closed path.

The incorporation of a power connection is planned to connect the servomotors to a power source, where preferably the power supply network is the power supply network. The device additionally incorporates a control unit configured to receive input instructions, as well as to transmit output instructions to the servomotors to define the movement of the servomotors. The device is connectable to, or if necessary additionally, incorporates a control command configured to send input instructions to the control unit.

The control device can additionally incorporate a communication interface that allows a wireless connection of the device to the Internet, to access a web page of services through which the user can communicate with other users and, in a collaborative and selective way through permissions , the user can use the own control command to execute operating programs of the servomotors of his own device that are loaded on the website, or to operate the device of another user remotely, either by direct action defining the operation of the servomotors, either by selecting one of the operating programs. For this, a webcam can be used to transmit video in real time to another user, connected via a USB port.

DESCRIPTION OF THE DRAWINGS

To complement the description that is being made and in order to help a better understanding of the characteristics of the invention, according to a preferred example of practical implementation thereof, a set of drawings is attached as an integral part of said description. where, for illustrative and non-limiting purposes, the following has been represented:

Figure 1.- Shows a general of the device of the invention.

Figure 2.- Shows a detailed view of the interior of the chassis of the device of the invention. PREFERRED EMBODIMENT OF THE INVENTION

Next, a detailed description of a preferred embodiment of the invention is described with the aid of Figures 1 to 2 above.

The device for providing movement to a masturbator (1) or dildo, according to the present invention, is shown in its general configuration in Figure 1. In Figure 2 it can be seen in detail that the device incorporates a chassis (2), made of carbon fiber, as well as additionally incorporating a guide (3) provided with a first end (4), a second end (5) and a longitudinal direction defined by the first end (4) and the second end (5 ) of the guide (3). The device additionally incorporates a slide (6) linked to the guide (3) to move with respect to the guide (3) in the longitudinal direction in both directions. According to a preferred embodiment of the invention, the slider (6) can travel a distance of about 8 centimeters.

The device also incorporates a support (7) mounted on the slide (6) to support a masturbator (1) or dildo oriented in the longitudinal direction of the slide (6). Figure 1 shows a male masturbator (1) of the manga type. The support (7) shown is configured as a socket, to accommodate a masturbator (1) or a dildo of standard dimensions. The incorporation of adapters (not shown) is planned to be able to fix to the support (7) masturbators (1) or dildos of varied types and dimensions, such as, for example, double dildos (not shown).

Additionally, the device incorporates a first actuator to provide the slider (6) with longitudinal movement along the guide (6). The first actuator comprises a first servomotor, which is provided with a first housing (8) connected to the chassis (2) and a first shaft (9) arranged in a transverse direction perpendicular to the longitudinal direction of the guide (3). The first actuator further comprises a first transmission mechanism to transform the rotation of the first shaft (9) into a longitudinal displacement of the slide (6) with respect to the guide (3). The first transmission mechanism comprises a crank-crank assembly comprising a crank (10) connected to the first shaft (9) and operable by the first shaft (9), and a connecting rod (1 1) connected to the crank (10) and the slide (6). Likewise, the device of the invention incorporates a second actuator to provide the first end (4) of the guide (3) with a translational movement according to a closed circular path comprised in a plane perpendicular to the longitudinal direction. The second actuator comprises a second servomotor, where the second servomotor comprises in turn a second housing (12) connected to the chassis (2), and a second shaft (13) oriented in the longitudinal direction. The second actuator further comprises a second transmission mechanism, to transform the rotation of the second shaft (13) into a translation of the first end (4) of the guide (3) in accordance with a circular path. The second transmission mechanism comprises a coupling piece (14) connected to the second shaft (13), and incorporating a rod (15) parallel to the second shaft (13) and not coaxial with said second shaft (13), in such a way that the rotation of the second shaft (13) is transmitted to the coupling piece (14), providing, as an eccentric, a circular translation to the rod (15). The second transmission mechanism additionally comprises a connecting piece (16) connected (for example screwed) to the first end (4) of the guide (3), and provided with a housing (25) to accommodate the rod (15), for transform the circular translation movement of the rod (15) into a circular translation movement of the first end (4) of the guide (3). For certain output requirements, a servomotor has a size and weight significantly smaller than a brush motor like the one used in the devices described in the background.

A power connection (not shown in the figures) is additionally incorporated to connect the servomotors to the mains.

The second end (5) of the guide (3) is linked to the chassis (2) through a joint (17). In particular, the joint (17) allows two degrees of freedom between the second end (5) of the guide (3) and the chassis (2). Both degrees of freedom are turns in two directions that define a plane perpendicular to the longitudinal direction, that is, for example a turn in the transverse direction and another turn in a direction perpendicular to the longitudinal direction and the transverse direction. In the example shown in the figures, the joint (17) does not provide the second end (5) of the guide (3) with degrees of freedom of longitudinal displacement.

The movement and rotation movements described are applicable in a manner independent, that is, both separately and simultaneously.

The device of the invention additionally incorporates a control unit (not shown) adapted to receive, preferably wirelessly, input instructions from a control command and transmit output instructions to the servomotors accordingly with the input instructions.

Additionally, the device of the invention is connectable, preferably wirelessly, to the control command configured to send input instructions to the control unit, to control the operation of the servomotors. The control unit may be incorporated in the control, although, preferably, the control unit is inside the chassis.

According to a preferred embodiment of the invention, the control unit is configured to receive input instructions from the control command associated with the device itself. In this way, a user can use the device of the invention to control the movement of the servomotors of the device itself with the control of the device itself. However, according to another preferred embodiment, which may be alternative or complementary to the one described above, the device of the invention may incorporate a connection interface for connecting to the Internet wirelessly, for example, by wi-fi. The connection interface is configured to allow connection to a web page of services, where the user can register and, once registered, can access by password (obtained / maintained where appropriate through a subscription to paid services) to a series of services among which it is found to selectively execute an operating program that sends a sequence of instructions to the control unit to control the servomotors, where the control program is selected from a plurality of previously loaded operating programs in the web page of services and selectors through the control command.

Preferably, the command incorporates a memory or has access to a memory, as well as the operating programs are downloadable from the website of memory services to be able to run them without the need for an Internet connection. The number of programs that can be stored in memory will depend on the capacity of the memory and the length of the sequence of movements of each program.

According to another embodiment, the services web page can incorporate a web platform where the user, as well as other registered users, can communicate with each other and where, in a collaborative and selective way through permissions, a remote user can use the command of own control to activate the operation of the servo motors of another user, either at the will of the remote user or by selecting said remote user an operating program. Preferably, the remote control can be connected, via a computer, to a webcam, to allow a user to authorize remote users to view the images captured by the webcam.

The invention contemplates various solutions for implementing the control command. According to the first embodiment mentioned above, in which the user controls his own device without an Internet connection, the control command can be configured as a conventional command, powered for example by a battery (not shown), which can be disposable or rechargeable, and where the control command is provided with control commands, such as buttons, cursors or wheels (not shown) to govern the movements of the machine and to select pre-recorded movement programs in the control command memory. Alternatively, according to the last described embodiments, which refer to the possibility of using the device through an Internet connection, the control command functions may be incorporated in an electronic communications device, such as a smartphone , a tablet, etc., being accessible through said electronic device through said Internet connection, both to control the device itself and to control the device of another user remotely.

Also, for any of the construction solutions described referring to the control command, said control command may incorporate a USB connection (not shown) to power and / or charge the control command. The chassis (2), as well as, where appropriate, the control and optionally the closing housing of the machine, can be made of carbon fiber, because the use of carbon fiber provides greater durability, a more careful finish and, to the extent that an expense in injection molds is avoided, a reduced cost.

The device of the invention can additionally incorporate, as shown in Figure 1, a fastening element on which the chassis (2) is intended to be mounted, in order to position and orient the support (7) and, by both, the masturbator (1) or dildo, with respect to the user's body.

The clamping element comprises a plurality of support legs (18), as well as additionally comprises a telescopic foot (19) connected to the legs (18) to regulate the height. The lower part of the chassis (2) comprises at least one articulation piece (20), preferably two articulation pieces (20), provided with corresponding grooves (21) configured to accommodate an articulated connection (22) for articulating connection of the chassis (2) with the foot (19). Figure 1 shows a retracted position shown in dashed lines, as well as a folded position, shown in full line.

Claims

1.- Device for providing movement to a masturbator (1) or a dildo, characterized in that it comprises:

- a chassis (2);

- a guide (3) provided with: a first end (4), a second end (5) linked to the chassis (2), and a longitudinal direction defined by the first end (4) and the second end (5);

- a slide (6), linked to and longitudinally movable on the guide (3);

- a support (7) mounted on the slide (6), to support a masturbator (1) or dildo oriented according to the longitudinal direction of the slide (3);

- a first actuator to move the slide (6) with respect to the guide (3), where the first actuator comprises:

- a first electric servomotor, equipped with a first housing (8) fixed to the chassis (2), and a first shaft (9), and

- a first transmission mechanism to transform the rotation of the first shaft (9) into a longitudinal displacement of the slide (6) along the guide (3);

- a second actuator, which in turn comprises:

- a second electric servomotor comprising a second housing (12) fixed to the chassis (2), and a second shaft (13); Y

- a second transmission mechanism, to transform the rotation of the second shaft (13) into a translation of the first end (4) of the guide (6) according to a closed path;

- a power connection to connect the servomotors to a power source;

- a control unit configured to wirelessly receive input instructions from a control command, as well as to transmit output instructions to the servomotors to define the movement of the servomotors.

2. Device for providing movement to a masturbator (1) or a dildo, according to claim 1, characterized in that it additionally comprises a communication interface that allows a wireless connection of the device to the Internet, to access a web page of services through which the user can communicate with other users and, in a collaborative and selective way through permissions, the user can, through the own control command, execute programs of operation of the servomotors of your own device that are loaded on the website, or operate the device of another user remotely, either by direct action defining the operation of the servomotors, either by selecting one of the operating programs.

3. - Device for providing movement to a masturbator (1) or a dildo, according to any one of claims 1 and 2, characterized in that it additionally incorporates a control knob configured to send input instructions to the control unit.

4. - Device for providing movement to a masturbator (1) or a dildo, according to claim 3, characterized in that the control knob is integrated in an electronic telecommunications device, such as a smartphone, a tablet, etc.

5. - Device for providing movement to a masturbator (1) or a dildo, according to any one of claims 1 and 2, characterized in that the control command additionally incorporates a USB connection to power and / or charge the control of control.

6. - Device for providing movement to a masturbator (1) or a dildo, according to any one of claims 3 to 5, characterized in that the control command comprises a memory or has access to a memory, to select programs of operation downloaded from the website to memory.

7. - Device for providing movement to a masturbator (1) or a dildo, according to any one of claims 1 and 2, characterized in that the control is connectable to a computer to allow a user to authorize remote users to view of images from a webcam connected to the computer.

8. - Device for providing movement to a masturbator (1) or a dildo, according to claim 1, characterized in that the first transmission mechanism comprises a crank-crank assembly comprising:

- a crank (10) connected to the first shaft (9) and operable by the first shaft (9), and - a connecting rod (11) connected to the crank (10) and the slide (6).

9. - Device for providing movement to a masturbator (1) or a dildo, according to claim 1, characterized in that the second transmission mechanism comprises:

- a coupling piece (14) connected to the second shaft (13), and incorporating a rod (15) parallel to the second shaft (13) and not coaxial with said second shaft (13), to transmit the rotation of the second shaft ( 13) to the coupling piece (14), providing, as an eccentric, a translation to the rod (15) along a closed path; Y

- a connection piece (16) connected to the first end (4) of the guide (3), and provided with a housing (25) to accommodate the rod (15), to transform the translation movement of the rod (15) into a translation movement of the first end (4) of the guide (3) along a closed path.

10. - Device for providing movement to a masturbator (1) or a dildo, according to claim 1, characterized in that it additionally comprises an articulation (17) for linking the chassis (2) with the second end (5) of the guide (3), where the joint (17) allows respective turns with respect to two directions that define a plane perpendicular to the longitudinal direction.

11. Device for providing movement to a masturbator (1) or a dildo, according to claim 10, characterized in that the joint (17) restricts all degrees of freedom of longitudinal displacement to the second end (5) of the guide .

12. Device for providing movement to a masturbator (1) or a dildo, according to claim 1, characterized in that it additionally incorporates a fastener on which the chassis (2) is mounted, to position and orient the support (7) regarding the user's body.

13. Device for providing movement to a masturbator (1) or a dildo, according to claim 12, characterized in that the holding element comprises:

- a plurality of support legs (18), and

- a telescopic foot (19) connected to the legs (18) to adjust the height,

where the lower part of the chassis (2) comprises at least one articulation piece (20), equipped with corresponding slots (21) configured to house an articulated connection (22) to articulate the chassis (2) in an articulated manner with the foot (19).

14. Device for providing movement to a masturbator (1) or a dildo, according to claim 1, characterized in that the chassis (2) is made of carbon fiber.