A portable vibrating roller includes an outer roller structure having a plurality of grooves and ribs. A hollow cylindrical bore extends longitudinally through the shell. A vibration system having a first end cap and a second end cap fits within the bore. A battery positioned within the shell near one end cap provides electrical power to a motor positioned within the shell near the other end cap to cause the motor to rotate an output shaft at a plurality of angular velocities to rotate an eccentric mass located approximately midway between the two end caps. The rotating eccentric mass causes vibration. A motor control circuit receives input power from a battery and selectively provides output power to the motor in response to the operation of a switch on the first end cap. The output power is varied to control the angular velocity of the output shaft of the motor and to thereby control a frequency of vibration caused by the eccentric mass.

A massaging apparatus has a generally U-shaped housing with a central segment pivotably connected at a first end to a distal end of a first side segment and at a second end to a distal end of a second side segment. The segments are spring biased at their connections and the massaging apparatus includes rotatably mounted rollers that can spin when the apparatus is applied to a body part and a motor that vibrates when energized.

Mobility training apparatus 1 having a training means 2 for training muscles M and muscle fascia of the human body, wherein the training means 2 comprises at least one elongated training body 21, and is automatically movable up and down in a guide 3 by a drive in the vertical direction.

Disclosed embodiments provide an improved personal massager device. The massager device includes a stimulator, which is G-spot stimulator or a prostate stimulator. The stimulator includes an enclosure having an opening. A threaded post is disposed within the enclosure. The threaded post has a plurality of pitched threads. A roller is disposed within the plurality of pitched threads. The roller protrudes outside the opening of the enclosure. The threaded post is rotated back and forth by a motor, and as it does so, the roller traverses a path. A sheath is disposed tightly over the enclosure. The roller presses the sheath against the G-spot or prostate of the user, providing stimulation. In some embodiments, one or more of a start position of the roller and an end position of the roller are defined by user input.

Disclosed embodiments provide an improved personal massager device. The massager device includes a stimulator, which is G-spot stimulator or a prostate stimulator. The stimulator includes an enclosure having an opening. A threaded post is disposed within the enclosure. The threaded post has a plurality of pitched threads. A roller is disposed within the plurality of pitched threads. The roller protrudes outside the opening of the enclosure. The threaded post is rotated back and forth by a motor, and as it does so, the roller traverses a path. A sheath is disposed tightly over the enclosure. The roller presses the sheath against the G-spot or prostate of the user, providing stimulation. In some embodiments, one or more of a start position of the roller and an end position of the roller are defined by user input.

Disclosed herein is a cosmetic device. The cosmetic device includes a pair of shafts secured to a handle, a pair of rotating bodies rotatably coupled to the pair of shafts, and a pair of vibration motors configured to transmit vibration to the pair of rotating bodies. The vibration motors are installed in the shafts, respectively.

A massage toy, in particular a dildo or vibrator, includes a substantially cylindrical base member which is made of a supple material. The base member has at least one inner cavity in which a freely movable inertial member is arranged. A method of producing a massage toy with a substantially cylindrical base member, at least one inner cavity, and a movable inertial member is also described.

A massage device, comprising at least two massage elements and at least one bearing element, which is arranged between the massage elements, wherein the bearing element is designed in such a way that the massage elements can rotate independently with at least two rotational degrees of freedom per massage element, wherein the massage elements are surrounded by a tensioning element, which substantially defines the spatial position of the massage elements, wherein the bearing element comprises bearing balls, which are arranged circularly, and wherein the bearing balls are arranged in a bearing cage.

A thermally active roller apparatus, which includes a core; a compliant layer disposed about the core; a cover disposed about the compliant layer; a heating element; and a thermally conductive layer disposed around the heating element. Included is a thermally active roller apparatus in which the compliant layer may be formed from two or more portions having different stiffnesses. A thermally active or non-thermally active roller apparatus that includes a compliant layer comprising at least two portions of different stiffnesses and wherein the at least two portions are interdigitated to lock them together.

An apparatus and system for manipulating soft tissue may include a support member and a raised member. The support member includes a support surface disposed between a first end of the support member and a second end of the support member. The support member is elongated in a lengthwise direction between the first end of the support member and the second end of the support member. The raised member includes an outer surf ace disposed opposite an inner surface. The inner surf ace is supportable by the support surface of the support member. The outer surf ace of the raised member is configured to rotate along at least a portion of a user's body in response to movement of the raised member along the user's body. The raised member is repositionable along the support surf ace of the support member in the lengthwise direction.