Abstract:
A hub assembly for simultaneously mounting one or two vibrating devices has a central body portion, a first end portion adapted to removably connect to a first vibrating device, and a second end portion adapted to removably connect to a second vibrating device. The central portion has a control system for controlling power and function to the first and second vibrating devices mounted on the first and second end portions, a power level/function indicator display, and may have a power source adapted to provide power to both vibrating devices.
Abstract:
A modular spa with an integrated manifold that has telescoping structure that permits easy insertion and length adjustment for installation between water inlet and outlet lines.
Abstract:
A water distribution system for a spa is disclosed that comprises at least one channel around at least a portion of the peripheral edge of the shell, a water feed pipe in communication with a source of pressurized water disposed within the channel with a penetration of the shell by the water feed pipe at an end of the channel, a pod depression in the containment of the shell constructed and configured such that the channel is interrupted by the depression and the water feed pipe continues through the pod, a jet water outlet feed on the water feed pipe at the pod that is constructed and configured to provide at least one water feed outlet for a jet, and at least one water jet with water communication with the water feed outlet.
Abstract:
A therapeutic massaging pillow that is versatile in construction and use. The pillow is provided in a U-shaped form having extensions that fit around the neck and a thicker upper portion that is in intimate contact with the posterior portion of the head of a person using the pillow. The pillow provides a pocket on one or both sides for receiving a container that is filled with a material that can be heated or cooled. Additionally a cavity at the thickest upper portion of the pillow is provided for installing an electrically operated vibrator. The vibrator is embedded in a foam housing and has a switch that is easily accessible through the foam material. Batteries at each end of the housing are provided to operate the vibrating mechanism. The pillow is versatile in construction and use by allowing application of hot or cold temperatures to the posterior of the head through a fluid filled container inserted in the pocket or separately applying a massaging effect of the vibrator.
Abstract:
The present invention relates to a wearable robot. The wearable robot according to the present invention comprises: a first fixing unit fixed to a body part on one side of a joint part; a second fixing unit fixed to the body part on the other side of the joint part; a driving unit fixed to the first fixing unit; and a connection member that connects the driving unit and the second fixing unit and transmits a driving force provided from the driving unit to the second fixing unit for movement of the joint part, wherein the connection member includes: a plurality of members which are adjustable in length to correspond to a distance between the driving unit and the second fixing unit, which varies according to the size of the joint part, or are disposed in a line; and an interlocking unit connecting the plurality of members such that the plurality of members interlock with each other, wherein the driving unit includes an actuator that generates power for assisting force.
Abstract:
A massage kit having a foam roller, a massage device, and a removable cover. The massage device includes a flat bottom surface with a curved top surface. Protrusions extend from the massage device and are configured to interact with the removable cover to hold the cover in place on the top surface or the bottom surface of the massage device. The roller includes an opening sized and dimensioned to receive the massage device.
Abstract:
A system and method for a massage device that will allow a single user to operate a massage gun and/or receive electromechanical massage on the user's back without having to reach backwards, sideways, or twisting, thus keeping their spine aligned. The massage device may have a series of handles for gripping and the motor system may be positioned closer to the massage head allowing the user to easily grasp the device.
Abstract:
Embodiments herein provide a modular and portable plug-and-train robot (1000) for providing hand rehabilitation. The modular and portable plug-and-train robot (1000) includes a housing (100) and a power source (200) for powering the modular and portable plug-and-train robot (1000) to provide the hand rehabilitation. The modular and portable plug-and-train robot (1000) also includes an actuator (300) mounted within the housing (100) and connected to the power source (200) for providing movements to the modular and portable plug-and-train robot (1000). Then the modular and portable plug-and-train robot (1000) includes a plug-in apparatus (400) for coupling the actuator (300) and a therapy tool (500) and an instrumented armrest (600) connected to the housing (100) for determining compensatory forces applied by a forearm of the user during the hand rehabilitation. The therapy tool (500) provides a single DOF movement to a hand for the hand rehabilitation.
Abstract:
An ambulatory support device comprises an undercarriage configured to travel along a floor surface and to present a pair of upper regions accessible by an ambulatory standing user. Each of the upper regions is configured to receive a respective one of a pair of modular handle structures and which is configured to be releasably coupled to a corresponding upper region. Each of the modular handle structures including a first handle portion, a second handle portion, and a forearm support portion. The first handle portion and the forearm support portion are configured for the ambulatory standing user to navigate the device in a first operative mode with the undercarriage traversing the floor surface. The second handle portion and the forearm support portion are configured for the ambulatory standing user to lift at least a portion of the undercarriage off the floor surface in a second operative mode.
Abstract:
A myofascial release apparatus can include a head member and a shaft configured to couple to the head member and to releasably mount the head member to a weightlifting rack. This can be accomplished, for example, by threading the shaft of the apparatus through apertures on a support member of the weightlifting rack and placing a securing member or securing loop on the shaft to prevent the shaft from retreating through the support member during use. The apparatus can be included in a kit having one or more of the following additional components: a washer, a magnet, collars, two or more additional head members, or a handle. The head members can be any suitable shape, including a blunt nub head, a precision nub head, and/or a broad nub head.