AN EXCITATION AID DEVICE

TECHNICAL FIELD

The invention relates to an excitation aid device, which includes a vibration source and a control unite operating said vibration source to assist excitation of body portions manually. PREVIOUS ART

A variety of sexual excitation devices have been developed to be used by individuals to obtain sexual satisfaction individually or with one or more partners. These devices, which can be completely manual or can include an excitation feature such a vibrating mechanism may be fully manual or may contain a stimulating feature such as a vibrating mechanism, have been arranged internally to stimulate the vagina or externally to stimulate the clitoris according to the female anatomy.

As the above-mentioned sexual excitation devices are made of synthetic materials, it can make the user feel uncomfortable and restless and this reduces the effect of excitation.

Consequently, all of the problems mentioned above made it necessary to make an innovation in the relevant technical field.

THE SUMMARY OF THE INVENTION

The present invention relates to an excitation aid device to eliminate the disadvantages mentioned above and to bring new advantages to the relevant technical field.

An object of the invention is to provide an excitation aid device which enables the excitation of erogenous zones without contacting the synthetic materials with the erogenous zones.

SUBSTITUTE SHEETS (RULE 26) Another object of the invention is to provide an excitation aid device to increase the excitation movements applied manually during excitation of the erogenous zones manually.

Another object of the invention is to provide an excitation aid device which enables the hand movements to be increased at least partially while the body is being massaged by hand.

In order to realize all the objects mentioned above and which will emerge from the following detailed description, the present invention is an excitation aid device comprising a vibration source and a control unit operating said vibration source to assist excitation of erogenous zones. Accordingly, it is mentioned that it comprises a wristband associated with the vibration source to enable the vibration source to be connected to the user’s wrist and to enable at least one portion of this vibration to be transmitted to the fingers by vibrating the wrist when the vibration source is operated. Thus, together with that the fingers are at least partially vibrated by creating vibration on the wrist, the fingers are enabled to be stimulated in a vibrating way without contacting with the erogenous zones or the other body zones that are intended to be massaged / excited.

A characteristic of a preferred embodiment of the invention is that said vibration source is arranged on the wristband such that the wrist of the user wearing the excitation aid device on his wrist is in alignment with a first region closest to the transverse carpal ligament region. Hence, the intensity and the amount of the transfer of the vibration created on the wrist to the fingers is increased.

A characteristic of a preferred embodiment of the invention is that it comprises a large number of vibration source associated with the wrist.

A characteristic of another preferred embodiment of the invention is that the vibration sources are integrated with the wristband.

A characteristic of another preferred embodiment of the invention is that the vibration sources are lined up in a vibration transfer region facing to the transverse carpal ligament region of the user’s wrist when the user wears the wristband on his wrist.

SUBSTITUTE SHEETS (RULE 26) A characteristic of another preferred embodiment of the invention is that the control unite comprises at least one wave generator which generates signals enabling the vibration sources to be driven.

A characteristic of another preferred embodiment of the invention is that it comprises a wireless communication module associated with the control unite.

A characteristic of another preferred embodiment of the invention is that the control unite is configured such that it will operate the vibration sources according to the commands that it receives from said wireless communication module.

A characteristic of another preferred embodiment of the invention is that it comprises a user interface associated with the control unite for the user to send command to the control unite.

A characteristic of another preferred embodiment of the invention is that it comprises a power source to supply electricity to the control unite and the vibration sources. A characteristic of another preferred embodiment of the invention is that the control unit is configured to produce vibration such that there is a phase difference between the vibration sources.

BRIEF DESCRIPTION OF THE FIGURES

Figure 1 is a representative view of the excitation aid device and the hand of a user wearing it.

Figure 2 is a representative view of the excitation aid device.

Figure 3 is a schematic view of the components of the excitation aid device.

SUBSTITUTE SHEETS (RULE 26) DETAILED DESCRIPTION OF THE INVENTION

In this detailed description, the subject matter of the invention is illustrated only by examples which will have no limiting effect for better understanding of the subject matter.

The invention is an excitation aid device (100) for enhancing the effect of excitation or massage by transferring vibration to the fingers (320) while the erogenous zones are excited (stimulated) by hand (300).

Referring to Figure 1 , the excitation aid device (100) is arranged such that it can be worn on the wrist (310). The excitation aid device 100 essentially enables the vibration to be transferred the palm and fingertips (forefinger proximal and forefinger distal regions) by applying vibration to the palmaris longus tendons and the carpal tunnel that protects the carpal bones over the transverse carpal ligament on the wrist (310).

Referring to Figure 2 in order to realize the above-mentioned essential, it comprises a wristband (120). Said wristband (120) includes a wristband (310) for providing the excitation aid device (100) to be secured to the wrist (310) by winding the user's wrist (310). A plurality of vibration sources (130) are positioned on the wristband (120). The excitation aid device (100) also comprises a control unite (1 10) to control said vibration sources (130).

The face of the user’s wrist (310) which is closest to the transverse carpal ligament region, i.e. the lower portion of the wrist aligned with the transverse carpal ligament region, is defined as a first region (31 1 ). The portion of the wristband (310) aligned with the first region (31 1 ) is also defined as a vibration transfer region (121 ). The vibration sources are lined on this vibration transfer region (121 ).

In this example embodiment, the vibration source (130) is a vibration motor. The control unite (1 10) comprises a wave generator (1 13) which generates signals enabling the vibration sources (130) to be driven. Said wave generator (1 13) can be a motor drive circuit. The control unite (1 10) is also associated with a user interface (140). The user interface (140) is arranged such that it will allow the user to enter command. Also the control unite (1 10) is arranged such that it will implement the incoming command by

SUBSTITUTE SHEETS (RULE 26) evaluating them. From the user interface (140), commands such as operating the vibration sources (130), increasing or decreasing the amount of vibration, changing the synchronization of the vibration sources (130) relative to each other are allowed to be entered and also the control unite (1 10) performs operation according to the received commands.

In a possible embodiment, the control unite (120) enables at least two of the vibration sources (130) to produce vibration relative to each other with at least some phase difference.

The control unit (1 10) also comprises a processor unit 1 1 1 for performing the afore mentioned operations, a memory unite (1 12) in which said processor unit (1 1 1 ) accesses by read and/or write authority and executes the above-mentioned operations by executing the functional modules comprising the command lines in it. The processor unite (1 1 1 ) can be a microprocessor. Also the memory unite (1 12) can comprise a memory or memory combinations that can store data temporally and/or permanently.

The control unite (1 10) also comprises a wireless communication module (150). Said wireless communication module (150) is associated with an antenna (151 ) which it receives and/or transmits the wireless communication signals. In this example embodiment, said wireless communication module (150) communicates with the Bluetooth protocol (150). In the alternative embodiments, it is arranged such that it can communicate with the short range wireless communication protocols, middle range wireless communication protocols and/or long range wireless communication protocols.

A mobile terminal (200) can send signals to the wireless communication module (150) and can be paired with the excitation aid device (100) such that it can receive the signals from the wireless communication module (150). The mobile terminal (200) can be a mobile phone, tablet computer, etc. The mobile terminal (200), can include an application to control the excitation aid device (100) via the wireless communication module (150). The application can include an interface that enables the command entry to control vibration speed, power and vibration order of the vibration sources (130) relative to each other.

SUBSTITUTE SHEETS (RULE 26) The excitation aid device (100) also comprises a power supply (160). Said power supply (160) is associates with the control unite (1 10) and the vibration sources (130). This fulfils the electricity (300) needs of the electronic (300) components of the excitation aid device (100) and the vibration sources (130). In this possible embodiment, the power supply (160) is a battery.

In a possible embodiment, the wristband (120) can include a fastening mechanism (not shown in the figure) to limit the departure of the vibration sources (130) from the wrist (310) during vibration.

The excitation aid device (100), of which the details are describes above, operates as follows: The user wears the excitation aid device (100) such that at least one portion of the vibration sources (130) is aligned with the transverse carpal ligament region of his wrist, i.e. such that the vibration transfer region (121 ) is aligned with above-mentioned first region (31 1 ) of his wrist. The excitation aid device (100) is operated via a mobile terminal (200) or user interface (140). The control unite (1 10) enables the vibration sources (130) to be operated. The vibration created on the wrist (310) applies vibration to the transverse carpal ligament region of the wrist, this vibration spreads to the fingers (320) and this causes the fingers (320) to be at least partially vibrated. Thus, the mobility of the fingers (320) is increased during excitation by hand (300). The user can adjust the vibration speed and vibration power of the vibration sources via the user interface (140) according to the need, can provide the vibration sources (130) to vibrate asynchronously or to vibrate synchronously relative to each other and can ensure that some parts of the vibration sources (130) operates while some parts of them are in a passive state. The invention can be used to excite erogenous zones, as well as it can be used when an individual is manually massaging various body parts of another individual.

The protection scope of the invention is defined in the appended claims and is not limited to those described in the detailed description for purposes of illustration. Then, it is obvious that a person skilled in the art can establish similar embodiments in light of the foregoing without departing from the main theme of the invention.

SUBSTITUTE SHEETS (RULE 26) THE REFERENCE NUMBERS GIVEN IN THE FIGURE

100 Excitation aid device

1 10 Control unite

1 1 1 Processor unite

1 12 Memory unite

1 13 Wave generator

120 Wristband

121 Vibration transfer region

130 Vibration source

140 User interface

150 Wireless communication module

151 Antenna

160 Power supply

200 Mobile terminal

300 Hand

310 Wrist

31 1 First region

320 Finger

SUBSTITUTE SHEETS (RULE 26)