A cyclical bicrural rolling and kneading massage device comprises a supporting frame, a power unit and two massaging components. Wherein the supporting frame has a bottom portion, an upright column is protruded from the bottom portion, and a hollow tubular rail column is mounted on the bottom portion. The power unit installed inside the rail column is linked to a center shaft bar so that the center shaft bar is actuated to rotate continuously. Each of the massaging components has a rotating block, and a plurality of rollers is pivotally disposed on the rotating block. The rotating block is fixed at a center position of an assembling and connecting section. An eccentric element disposed outwardly from two sides of the rotating block respectively is sleevely assembled at a massaging disk on the assembling and connecting section. A rotating base is disposed on the two massaging disks respectively.

A system is provided for a three-part self-massage system including three massage devices configured to be removably coupled and assembled inside one another. Additionally, the three massage devices may include zones of varying densities of foam and shaped to include contours and projections including nodules, knobs, bumps, grooves, and/or ridges, such that the massage devices may be used for varying massage techniques. In this way, the three massage devices may be combined into one compact unit for easier storage and transport.

A legs and feet massage apparatus for providing massaging effects to the legs and feet of a user is disclosed. The legs and feet massage apparatus includes a frame, a feet massage roller assembly, and limit means. The frame includes opposing guide rails and at least one connecting bar. Each guide rail includes an upper end, a lower end, a vertical section, a horizontal section, a connecting section, an outer side, an inner side, and a guide channel. The roller assembly includes feet massage roller devices and a motor. The roller devices are moved along the guide channels by the motor providing power to rotate the roller devices whereby the roller devices move along the guide channels while also providing massaging effects to soles of the feet and backsides of the ankles and calves of the user. A massage chair having a legs and feet massage apparatus is also disclosed.

A massaging device includes a handle device attached to an inner member, and a shield detachably attached onto the inner member for covering and protecting the inner member. The handle device includes a handle member having a projection for engaging with the inner member. The handle member includes a cushion attached onto a shank. The shield includes two barrels attached onto the inner member. The barrels each include an inner sleeve engaged with the inner member, and an outer housing engaged with the inner sleeve. The inner sleeves each include an outer thread, and the outer housings each include an inner thread for engaging with the outer thread of the inner sleeve and for detachably attaching the outer housing to the inner sleeve respectively.

The present invention relates to a leg-pressurizing device attachable to and detachable from a riding apparatus of the present invention, when a user is pedaling while sitting on a saddle, a pair of calf pressing rollers constantly pressurize lower surfaces of user's calves upward and downward and forward and backward while the user's calves move upward and downward and forward and backward, and a pair of tiptoe pressing rollers constantly pressurize user's tiptoes while the user's tiptoes are rotating, so that the user's calves and tiptoes are pressurized regularly by the rotational movement of the rollers, thereby enabling smooth blood circulation of the leg and preventing various adult diseases.

The invention relates to a reflective composite material (V) having a carrier (1) consisting of aluminum, having an interlayer (2) which is present on a side (A) on the carrier (1) and is composed of a varnish, and having an optically active multilayer system (3) which has been applied atop the interlayer (2) and consists of at least three layers, wherein the upper layers (4, 5) are dielectric and/or oxidic layers, and the lowermost layer (6) is a metallic layer which consists of silver and forms a reflection layer (6). To increase the aging resistance, it is proposed that the interlayer (2) comprise an organic layer-forming varnish or be formed entirely from such a varnish that has been cured in an ionic photopolymerization and crosslinking or that has been cured after UV irradiation by free-radical photopolymerization and crosslinking.

An environment assembly and interface for constructing trajectory (1) in the environment, the trajectory construction interface (1) including a mapping (2a) of the environment, the environment including at least one object, wherein the trajectory construction interface (1) includes: a memory (2) in which is stored the mapping (2a); a system for real-time calculation (6); a system for determining position of a user (3); a system for determining real azimuth of the user (4); a system for indication by haptic stimulation of the position of the at least one object (7), said system for indication of the position of the at least one object (7) being controlled by the system for real-time calculation (6); and a system for indication by haptic stimulation of the actual azimuth of the at least one object (8), said system for indication of the actual azimuth being controlled by the means of real-time calculation (6).

A lumbar device located inside the back of a chair that tilts back and forth as a user shifts his weight in the chair. The lumbar stimulation device includes sets of back massaging rollers to apply a focused pressure and improve the circulation of blood flowing through the lower back of the user. The lumbar stimulation device is attached to a flexible strap that extends substantially vertically inside the chair had. One end of the flexible strap is affixed to the chair base below the chair seat. The opposite end of the strap is bent backwards when the chair back tilts backwards. When the user leans back, the back of the chair will be pushed downwardly with respect to the strap and the lumbar stimulation device attached to the strap to make it appear to the user that the back massaging rollers of the lumbar stimulation device are moving upwardly along his back.

A massager device includes a structure having a contact face and a handling face. A pair of notched rollers is on the contact face of the structure. The notched rollers freely rotates around intersecting axes. The notched rollers are attached to the structure by elastic suspensions. A gripping shape is on the handling face of the structure, opposite to the contact face. The gripping shape forms a cap wrapping the surface of the structure.

A multifunctional massage device is disclosed. Aspects of embodiments of the device contemplate a number of different therapeutic components featuring massaging elements. The different therapeutic components may be used to independently or simultaneously deliver therapeutic massages to different parts of a user's body. After use, sections of the different components may be stowed away within a hollow tubular cane or cylinder by use of a connecting device.