A multifunction footrest apparatus for a vehicle is provided in a space in which a passenger seat is positioned so as to be movable in a front-rear direction. The multifunction footrest apparatus may be inserted into and housed in a lower space under a dashboard including a glove box, and it may perform a massage and an acupressure for calves and soles of a back seat passenger by using a lower door including a first massage device and an upper door including a second massage device and an acupressure plate.

The present disclosure relates to devices and systems related to a modular leg component for a mobility walker. Namely, a device including a leg component that includes a first surface and a second surface is described. The first surface and the second surface may be constructed from materials with a different hardness from one another. The surfaces are configured to be movable relative one another. For example, at least one of the first surface or the second surface is rotatable about an axis such that in a first configuration the first surface is arranged to contact a ground surface and in a second configuration the second surface is arranged to contact the ground surface.

A massage stick structure includes a hollow cylinder, a drive control module, and an end cover. The hollow cylinder has a cavity, and a mounting port formed on an end of the hollow cylinder and communicating with the cavity. The drive control module includes a support member, a control assembly and a vibrator fixed to the support member. The end cover is fixed to the support member. The drive control module is disposed into the cavity from the mounting port, and the end cover covers and assembles to the mounting port. Therefore, the assembly process of each component may be simplified to reduce production time and maintenance time.

A massage device includes a base, a driving module, a massage head, an enclosure, and a heating module. The massage head is connected to the driving module, a side of the massage head away from the base is provided with a massage protrusion, and a first cavity is formed on a side of the massage head facing the base. The enclosure is arranged between the base and the massage head, an end of the enclosure away from the base is arranged close to an end of the massage head close to the base, a second cavity in communication with the first cavity is formed in the enclosure, and the second cavity and the first cavity jointly form a heating chamber. The heating module is accommodated in the heating chamber and fixed relative to the base.

A portable as well as fixed but adjustable automated compression device that applies chest compressions to aid in moving blood to oxygenate the brain and heart and, in some cases, restarting the heart, the lungs, or both, the mechanical chest compression device including a compressor head, a prime mover to drive the compressor head in a reciprocating or oscillating motion, a handle for manual operation, and actuator control to render it hand-holdable and selectively controllable. A stand can be used to support the compression device for hands-free operation.

A wearable soft exoskeleton apparatus includes: a fluid supplying portion; and a soft exoskeleton portion which is connected to the fluid supplying portion and is configured to be able to be worn in legs of a user, a soft exoskeleton portion being made of elastic material to simulate motions of the legs and being provided with a fiber conduit through which fluid flows, the soft exoskeleton portion being inflated to support the legs of the user when the fluid is supplied to the fiber conduit from the fluid supplying portion. The soft exoskeleton portion includes: a fiber tube which is formed in a mesh type to be able to enclose a femoral region and a shinbone; and a fiber structure which is disposed within the fiber tube in a structure in which cells of a predetermined shape are connected to one another so as to form a plurality of the fiber conduits therein.

A portable device for use in the application of simultaneous radial vibration, orbital motion and rotational or torsional oscillation to a person. The device includes: (1) a power unit for housing a power source to supply power to the apparatus; (2) a motor having an output shaft positioned within the power unit; (3) a stimulator for directly translating rotational energy into orbital motion, creating rotational or torsional oscillation, and producing random radial vibration; and (4) a flexible covering surrounding the device.

There is provided a skin beauty device having a multi-filter type housing, wherein even if a fluid remaining on a skin is sucked from the skin beauty device, the sucked fluid is stored in an inner space of the housing and blocked from being transmitted to a suction motor side, and even if some fluid is transmitted to the suction motor side, the housing includes a plurality of filters to prevent the suction motor from being damaged by the suction of the fluid.

A wearable soft exoskeleton apparatus includes: a fluid supplying portion; and a soft exoskeleton portion which is connected to the fluid supplying portion and is configured to be able to be worn in legs of a user, a soft exoskeleton portion being made of elastic material to simulate motions of the legs and being provided with a fiber conduit through which fluid flows, the soft exoskeleton portion being inflated to support the legs of the user when the fluid is supplied to the fiber conduit from the fluid supplying portion. The soft exoskeleton portion includes: a fiber tube which is formed in a mesh type to be able to enclose a femoral region and a shinbone; and a fiber structure which is disposed within the fiber tube in a structure in which cells of a predetermined shape are connected to one another so as to form a plurality of the fiber conduits therein.