A magnetic suspension system for a medical device is provided. The magnetic suspension system comprises a support structure having an area provided with a ferromagnetic characteristic, and a carriage comprising a magnet exerting a magnetic attraction force between the carriage and the support structure. The carriage comprises a friction reducing device and a drive device configured to drive a motion of the carriage upon the support structure in an arbitrary predetermined direction, the drive device being separate from the friction reducing device.

System, devices, and methods for repositioning a patient from a first surface to a second surface are disclosed herein. An exemplary system can include a housing, a cartridge removably coupled to the housing, and a transfer sheet. The cartridge includes a first roller rotatably mounted along a first axis and a second roller rotatably mounted along a second axis parallel to the first axis. The transfer sheet includes a first end portion coupled to the first roller and a second end portion coupled to the second roller. The transfer sheet has a fold defining a top layer between the fold and the first end portion and a bottom layer between the fold and the second end portion. The top layer is configured to contact the patient, and the bottom layer is configured to contact the first surface and the second surface.

Automatic patient turning and lifting method, system, and apparatus. An exemplary turning and lifting mattress device discloses herein includes a plurality of left and right inflatable turning bladders, a mattress support structure positioned on the bladders and itself including an outer mattress casing including an inner chamber filled with a plurality of particles, at least one contact surface configured to be in contact with a patient during use, wherein the outer mattress casing is configured to be inflated and evacuated such that the outer mattress casing is capable of being shapeable when inflated, and forms a resilient structure configured to hold its shape when evacuated, and wherein, during use, the at least one contact surface conforms to the shape of a body, the plurality of particles displaced from around the body leaving a depression on the at least one contact surface in the shape of the body.

A lifting harness for assisting a worker to transfer a load is provided, the lifting harness comprising: a belt; a pair of lifting pads slidably mounted on the belt; a back including a pair of arms attached to the belt, the pair of arms converging towards a distal end; a loop proximate to the distal end; and a mobile lifting strap, the mobile lifting strap including a strap first distal end, a strap second distal end and a length therebetween, the length slidably extending through the loop; a first lifting loop proximate to the strap first distal end; and a second lifting loop proximate to the strap second distal end.

A personal assistive device is an apparatus that enables the user to safely self-reposition with little or no help from other users. The apparatus includes a floor base, an upright support, a bracing handle, and a shelf. The floor base serves to secure the upright support to the floor to provide balance to the upright support and to prevent the upright support from moving while the user is holding onto the apparatus. The upright support is an elongated structure long enough to position the bracing handle at a height where the user can easily reach the bracing handle. The bracing handle serves as a secure object the user can grab onto to prevent the user from falling while the user is repositioning using the apparatus. The shelf serves to retain various items close to the user while the user is resting on a fixture.

A magnetic suspension system for a medical device is provided. The magnetic suspension system comprises a support structure having an area provided with a ferromagnetic characteristic, and a carriage comprising a magnet exerting a magnetic attraction force between the carriage and the support structure. The carriage comprises a friction reducing device and a drive device configured to drive a motion of the carriage upon the support structure in an arbitrary predetermined direction, the drive device being separate from the friction reducing device.

A bed mobility assistance device is disclosed herein. The bed mobility assistance device includes a circumferential hand grip configured to be graspable by the user, the circumferential hand grip including an elongated flexible strap having a frictional outer surface, a length sufficient to encircle a bed mattress, a two-part buckle configured to form a closed loop portion within the elongated flexible strap, the closed loop portion arrangeable circumferentially about the bed mattress, and a cinch configured to cinch the closed loop portion about the bed mattress to place the frictional outer surface of the elongated flexible strap in positions of contact with a top surface, a bottom surface, and a perimeter wall of the bed mattress. The bed mobility assistance device is useful for assisting a user self-adjust their body position on the bed mattress.

Automatic patient turning and lifting method, system, and apparatus. An exemplary turning and lifting mattress device discloses herein includes a plurality of left and right inflatable turning bladders, a mattress support structure positioned on the bladders and itself including an outer mattress casing including an inner chamber filled with a plurality of particles, at least one contact surface configured to be in contact with a patient during use, wherein the outer mattress casing is configured to be inflated and evacuated such that the outer mattress casing is capable of being shapeable when inflated, and forms a resilient structure configured to hold its shape when evacuated, and wherein, during use, the at least one contact surface conforms to the shape of a body, the plurality of particles displaced from around the body leaving a depression on the at least one contact surface in the shape of the body.

The present invention concerns an in-line lift system and method for a patient lift system with a scale. The system incorporates a load cell pivotally attached within a sling bar, allowing for precise weight measurement during patient transfers and allowing increased height to which the patient may be lifted. The load cell is integrated into a sling bar. The load cell may be attached to a cradle pivotally attached within a central portion of the sling bar. The attachment cup suspends the lift system and enables rotation. The lifting system further comprises a suspending assembly, a sling bar pivotally attached to the suspending assembly system about a vertical axis, a load cell pivotally attached in a central section of the sling bar and movement limiting assembly.