Handheld sexual appliances are disclosed herein, providing improved stimulators for stimulation of the Grafenberg area or G-spot of the female genitalia. The appliances generally comprise an elongate body having a first span, wherein is a handle region, and a second span that is angled upwards from the first span. In the second span, embodiments for stimulating the Grafenberg area are provided, comprising one or more of a mechanical finger that oscillates in a reciprocal motion within a protuberance that protrudes from the dorsal surface of the second span. In some embodiments, one or more stimulators simulates a range of motion of the back-and-forth movement of one or more human fingers. Thereby, the G-spot stimulating embodiments may directly impinge upon the Grafenberg area when inserted into the vagina, while the precise angle and force of that interaction can also be finely adjusted.

The present invention provides a vibratory device used by holding in hand for general massage of skin as well as stimulation of erogenous zones. The vibratory device generally comprises a body, a vibrating plate positioned on the lower end of the body, a hand grip region at the upper end of the body. A speed controller is provided near the hand grip to control the speed of vibration. The vibratory device further can have a massage pad removably attached to the vibrating plate to absorb the vibrations. A soft elastomeric material such as CyberSkin can be removably attached to the massage pad for providing enhanced stimulation and sensitivity to the skin. The vibratory device provides stimulating erogenous zones directly on the skin or over the clothes in the crotch area for sexual exploration. The vibratory device allows easy control of the intensity and frequency of vibrations.

A system and method is disclosed for measuring muscle reflexes (e.g., a bulbocavernosus reflex) as a tool for identifying/diagnosing dysfunctions (e.g., spinal cord abnormalities, bladder voiding dysfunction, and sexual organ dysfunction) non-invasively by using mechanical stimulation. The system and method includes a probe having a predetermined patient contacting portion, wherein when the contacting portion is moved into contact with a particular area of the patient (e.g., the patient's genitals), the contact induces a muscle reflex. The probe detects the pressure resulting from the contacting portion being abruptly and forcibly brought into contact with the particular area. Such detection is used to electronically initiate capture of electrical responses from a plurality of electrodes placed on the patient's skin in proximity to the particular area. Such electrical responses are processed to determine characteristics of the patient's reflexes of one or more muscles adjacent to the electrodes.

A control method is provided. The control method is applied to a sexual stimulation device including a vibration unit. The control method comprises the steps as follows. A communication connection is established between the sexual stimulation device and an intelligent terminal. A pressure of the sexual stimulation device and a moving speed of the sexual stimulation device are detected in real time. The detected pressure and the detected speed are obtained. A detect signal containing the detected pressure and the detected speed is generated. The detect signal is submitted to the intelligent terminal. A control signal is generated by the intelligent terminal according to the detect signal and further transmitted to the sexual stimulation device. The sexual stimulation device is controlled to vibrate according to the control signal.

The invention relates to a method for controlling the intensity of the massaging motion of a massage device including at least one preferably elongated massage section with at least one wall that forms the outer surface of the massage section. The massage device also has at least one first electric drive device having a first electric motor unit and at least one second drive device having a second electric motor unit, at least some sections of each unit being operatively connected either directly or indirectly to the wall in order to generate a massaging motion. A control assembly, which is connected to the electric motor units, is provided to control the intensity of the massaging motion. The current electric power consumption of at least the first electric motor unit is particularly advantageously determined periodically or continuously, the electric power consumption that has been determined is compared to at least one predefined reference power consumption and the intensity of the massaging motion generated by the second electric motor unit is controlled depending on the result of said comparison.

A vibrator for delivering distributed vibrations over a diffuse area of a human body. The vibrator includes a vibration head operable to deliver vibrations to a first region of the body, and one or more flexible elements disposed on one or more sides of the vibration head. The one or more flexible elements are operable to deliver vibrations to one or more additional body areas on one or more sides of the first body region. The one or more flexible elements are sufficiently compliant to conform to a contour of the one or more additional areas and lie in substantially contacting engagement against surfaces thereof along substantially the entire length of each flexible element.

A system for providing stimulation is provided configured for wireless communication sufficient to control a stimulator when the stimulator is positioned between the bodies of two users. The system includes a stimulator configured for positioning proximate to erogenous areas of two users, providing physical stimulation to the two users by way of the erogenous areas the two users, and wirelessly receiving one or more control signals controlling one or more characteristics of the provided physical stimulation; and a remote controller configured for wirelessly transmitting the one or more control signals to the stimulator, the remote controller adapted for transmitting electronic signals representative of the one or more control signals using a wireless frequency capable of maintaining a quality of signal sufficient to control operation of the stimulator during transmission through organic tissue of both of the users.

A hand-held, non-penetrating, non-phallic shaped apparatus for clitoral massage and stimulation comprising a massager housing having a generally prolate spheroid shape sized to fit entirely within a user's palm leaving a user's fingers free, generally convex top and bottom, first and second convex ends, a power source; a vibrating source contained within the massager housing providing at least one level of vibration; at least one switch for activating said vibration; a generally elliptical three-dimensional concave depression on a surface of the convex top of one of said convex ends of sufficient length, width, and depth for enveloping and facilitating the stimulation of a woman's clitoris and labia; wherein when in use the apparatus is held by the bottom.

A massage device includes a main body, a vibrator, a control switch and a suction arrangement. The main body has a massaging portion, a handle portion, and a receiving cavity. The main body has an inwardly curved surface formed on the massaging portion. The vibrator is received in the receiving cavity at the massaging portion of the main body. The suction arrangement includes a guiding member and a suction pump. The guiding member is outwardly extended from the main body and has an air passage channel communicating the receiving cavity with ambient atmosphere. The suction pump is received in the receiving cavity for drawing air from the ambient atmosphere to the receiving cavity. The control switch is provided on the main body for selectively switching the vibrator and the suction pump.

A compression wave massage device for body parts is described, particularly for erogenous zones such as the clitoris, comprising a pressure field generation device and a drive device. The pressure field generation device has at least one cavity with a first end and a second end, located opposite the first end and distanced from said first end, with the first end being provided with at least one opening for placement on a body part. The drive device causes a change of the volume of at least one cavity between a minimal volume and a maximal volume such that in at least one opening a stimulating pressure field is generated. The cavity is formed by a single chamber, and the ratio of the volume change to the minimal volume is not below 1/10, preferably not below ⅛.