A driveshaft personal massager, comprising: a base unit; and, an extended driveshaft, wherein the extended driveshaft enables the waterproof base unit to use a motor to power low cost inter-changeable applicator modules containing various stimulating effects is used for new, improved, stimulating, and more precise stimulation and massage.

Disclosed herein is a massage device configured to provide a squeezing pressure. The massage device may include an elastically extensible and bendable connector element and at least two rolling massage elements. A portion of the elastically extensible and bendable connector element and the at least two rolling massage elements form a massaging zone configured to receive one or more body parts. The body parts may include feet, forearms, and the like. Accordingly, the massage device may provide relief for specific conditions such as plantar fasciitis and carpel tunnel syndrome.

Disclosed herein is a massage device configured to provide a squeezing pressure. The massage device may include an elastically extensible and bendable connector element and at least two rolling massage elements. A portion of the elastically extensible and bendable connector element and the at least two rolling massage elements form a massaging zone configured to receive one or more body parts. The body parts may include feet, forearms, and the like. Accordingly, the massage device may provide relief for specific conditions such as plantar fasciitis and carpel tunnel syndrome.

An abdominal exercise device is used to exercise and strengthen core muscles. The device includes a hinged frame, a first plurality of rolling supports, a second plurality of rolling supports and a rocking base. The first plurality of rolling supports and the second plurality of rolling supports are connected along the hinged frame laterally opposite each other. Together, the hinged frame, the first plurality of rolling supports and the second plurality of rolling supports are used to interact and brace portions of the user's back as the user performs an exercise. The rocking base is connected to the hinged frame and is used as a pivot point about which the user and the rest of the device can rock, tilt, or rotate. A frame-grasping assembly is mounted to the hinged frame. The frame-grasping assembly allows the user to hold onto the device and maintain stability while performing exercises.

Kit for improving the disturbances associated with the inflammation of the adipose tissue, with the phlebolymphatic pathologies and for muscular rehabilitation comprising a compressive microvibration device with a base element (110) with a recess (111) suitable for housing at least a handpiece (150), a screen (112) adapted to provide a communication interface between the user and the computer terminal comprised in said base clement (110) and an electrical connection cable (120) for connecting said handpiece (150) to said base element (110), an electrostimulator device housed inside said base element (110) and connected via an electrical cable (260) to common electrodes (250) which can be positioned near the body areas affected by the treatment with said handpiece (150) and a digital thermographic camera (300 connected via a common wireless connection system (310) or connected to a dedicated outlet (330) made on said base element (110 by means of an inlet plug (361).

A massaging vibration device includes a cylinder and an outer enveloping member. A vibratory motor is mounted in the cylinder. The outer enveloping member is made of soft elastic material. The outer enveloping member envelops and is fixed around the cylinder. An overall outer diameter of the outer enveloping member assembled with the cylinder is smaller than 14 cm. The massaging vibration device can be mounted in a massaging roller to provide the massaging roller with a vibrating effect.

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.

A thermally active roller apparatus, which includes a core; an intermediate compliant layer disposed about the core; a cover disposed about the intermediate compliant layer; and a 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 abdominal exercise device is used to exercise and strengthen core muscles. The device includes a hinged frame, a first plurality of rolling supports, a second plurality of rolling supports and a rocking base. The first plurality of rolling supports and the second plurality of rolling supports are connected along the hinged frame laterally opposite each other. Together, the hinged frame, the first plurality of rolling supports and the second plurality of rolling supports are used to interact and brace portions of the user's back as the user performs an exercise. The rocking base is connected to the hinged frame and is used as a pivot point about which the user and the rest of the device can rock, tilt, or rotate. A frame-grasping assembly is mounted to the hinged frame. The frame-grasping assembly allows the user to hold onto the device and maintain stability while performing exercises.

A massage therapy device includes a housing provided with one or more holes, one or more spherical structures provided partially within the one or more respective holes of the housing, wherein the one or more spherical structures are configured to rotate with respect to the housing, while remaining attached within the housing, and a plurality of stimulation elements disposed along outer surfaces of the one or more spherical structures, wherein the plurality of stimulation elements are directed in an outward direction from the outer surfaces of the one or more spherical structures.