Techniques associated with an implant system for imparting vibratory massage to tissue within a body is disclosed. In some examples, a device includes a case having an exterior surface configured to conform to an outer surface of a stomach, a passage extending from a distal opening disposed on a portion of the case to a proximal opening disposed on another portion the case, the passage configured to receive a securing member, a vibration generator coupled to the case and configured to generate a vibration, and a communication facility coupled to the case and configured to receive a first signal and to generate a second signal to the vibration generator.

A fitness ball has first and second hemispheres, which are connectable to form a complete sphere. The first hemisphere supports a motor having a pair of rotatable eccentric masses at opposite ends of a common drive shaft. The second hemisphere supports a rechargeable battery pack, electronic circuitry and indicators LEDs. The electronic circuit controls the charging of the battery pack and also selectively provides electrical power from the battery pack to the motor to control the rotational speed of the motor to rotate the eccentric masses. The rotating eccentric masses cause vibrations that are communicated from the motor to the two hemispheres. The vibration frequency is controlled by the rotational speed of the motor. The hemispheres have outer covers having a configuration that is easy to grip such that the vibrations are communicated to a users hands. The ball is substantially balanced about an equatorial plane.

Techniques associated with an implant system for imparting vibratory massage to tissue within a body is disclosed. In some examples, a device includes a case having an engaging surface configured to conform to a surface of a bladder, a passage extending from an opening on the case to another opening on the case, the passage configured to receive a securing member, a vibration generator coupled to the case and configured to generate a vibration, and a power receiver coupled to the case, the power receiver having a receiving coil and configured to receive electrical energy from a remote source.

A dildo with adjustable girth is provided through a construction including a base, dilating mechanisms, and an elastic membrane which is fit over the dilating mechanisms. The dilating mechanisms are formed from a shaft, lateral bracing supports, and a drive mechanism. The lateral bracing supports are connected along the shaft, forming an inner structure for the elastic membrane. The drive mechanism, when activated, causes the shaft to rotate, which in turn causes the lateral bracing supports to press against and expand the elastic membrane. Preferably, two dilating mechanisms are provided in order to evenly expand the dildo to each side. The drive mechanisms can be either electrically operated (for example a corded input or an internal battery powering a motor) or manually operated (for example a user manually turning a handle to rotate the shaft). An articulated shaft can also be added to allow for bending of the dildo.

A vibrating massager, comprising a vibrating massage section (100) and a handheld section (200). wherein the vibrating massage section (100) is connected to the handheld section (200), and the vibrating massage section (100) is provided with a massage head unit. The vibrating massage section (100) comprises a vibration generating system (300) and a flexible connecting body (400). The vibration generating system (300) is utilized to generate high-frequency vibrations and synchronously drive the vibrating massage section (100) for high-frequency vibrations. The flexible connecting body (400) is connected in between the vibrating massage section (100) and the handheld section (200), serving to flexibly fix the vibrating massage section (100) onto the handheld section (200). By utilizing the vibration generating system (300) and the flexible connecting body (400), the vibrating massage section (100) can perform high-frequency vibrations relative to the handheld section (200).