Embodiments disclosed herein offer protective restraint of the hand by securing it with a wrist tie to a padded transparent hard-shell hand restraint with wrist tie slots, multiple ventilation holes, a detachable flexible soft under wrap and a hinging ball-bearing style attachment point for optional attachment to a restraint arm rod and staff-directed upward displacement for enhanced access to the hand, and slots for a resistance band tie for enhanced exercise and intermediate level of restraint and a rigid tie.

A system for translating a constant traction load to an object such as a medical device or a patient includes a plurality of independently rotatable, coaxially aligned spools, each housing a constant force spring fixed at respective ends to the spool and to a rigid member, a plurality of flexible biasing members each coupled on their respective first ends to a spool and at least partially wound around the spool. A plurality of connectors are connected to the respective other ends of the biasing members, which may comprise wire rope. The connectors are configured to quickly couple to and decouple, directly or indirectly, from the object to which the traction load is being delivered. A guide provides a partial path for one or more of the biasing members to the object. A selected load may be applied by coupling one or more of the reversible couplers tensioned by the constant force springs to the object, without use of gravitational loading.

A system for translating a constant traction load to an object such as a medical device or a patient includes a plurality of independently rotatable, coaxially aligned spools, each housing a constant force spring fixed at respective ends to the spool and to a rigid member, a plurality of flexible biasing members each coupled on their respective first ends to a spool and at least partially wound around the spool. A plurality of connectors are connected to the respective other ends of the biasing members, which may comprise wire rope. The connectors are configured to quickly couple to and decouple, directly or indirectly, from the object to which the traction load is being delivered. A guide provides a partial path for one or more of the biasing members to the object. A selected load may be applied by coupling one or more of the reversible couplers tensioned by the constant force springs to the object, without use of gravitational loading.

The present disclosure relates to medical pads and methods of manufacturing medical pads.

The present disclosure relates to medical pads and methods of manufacturing medical pads.

Embodiments of the present invention are directed to a pillow apparatus that is structured to support a user's limbs or legs. The pillow apparatus typically comprises a pillow body. The pillow body typically comprises a first concave depression positioned on a first surface of the pillow body. The first concave depression is structured to support at least a portion of a thigh of a user or a portion of crus leg part of the user. In some embodiments, the pillow body also comprises a second concave depression positioned on a second surface of the pillow body, opposite the first surface. Moreover, in some embodiments, the pillow apparatus comprises a coupling member structured for releasably connecting the pillow apparatus with an adjacent pillow apparatus.

Embodiments of the present invention are directed to a pillow apparatus that is structured to support a user's limbs or legs. The pillow apparatus typically comprises a pillow body. The pillow body typically comprises a first concave depression positioned on a first surface of the pillow body. The first concave depression is structured to support at least a portion of a thigh of a user or a portion of crus leg part of the user. In some embodiments, the pillow body also comprises a second concave depression positioned on a second surface of the pillow body, opposite the first surface. Moreover, in some embodiments, the pillow apparatus comprises a coupling member structured for releasably connecting the pillow apparatus with an adjacent pillow apparatus.

A lateral rotation apparatus is provided having a wedge positioned below a person support surface having head, torso and leg segments each having an independently rotatable person support plane. The wedge includes a plurality of layers stacked on one another. Each of the plurality of layers has a different area. The wedge is operable to rotate the head segment of the person support surface to a head tilt angle relative to a horizontal support plane. The wedge is also operable to rotate the torso segment of the person support surface to a torso tilt angle relative to the horizontal support plane.

A body support for use with a bed having a top end, a bottom end and a mattress, including a back vertical wall removably mountable at the bottom end of the bed in a fixed position in which the wall extends across the bed and above the mattress, a front vertical wall extending parallel to the back wall above the mattress, and a scissor jack disposed between, secured to and connecting the front wall and the back wall so as to be capable of expanding and contracting horizontally to move the front wall away from and toward the back wall above the mattress in maintained parallel relation to the back wall, whereby the front wall serves as a foot support for an individual lying on the bed and is positionally adjustable in accordance with the individual's height. A pad may be removably mounted on the front wall.

A robot system includes: at least one supporting unit, on which a person is placeable; a robot including a plurality of multi-jointed arms, each of which has a plurality of degrees of freedom, and at least one base provided with the plurality of multi-jointed arms; and at least one type of equipment mountable to the plurality of multi-jointed arms. The robot performs at least two nursing/medical actions on the person by operating the at least one type of equipment.