A leg support assembly includes a lower frame including a pair of arms orientated parallel to each other. A pad is attached to the arms. An upper frame has an open end and an open central area. The open end is directed towards the pad. A plane of the upper frame is orientated parallel to a plane of the lower frame. A flexible material is attached to the upper frame and extends across the open central area. The flexible material supports an elevated leg of a person. A plurality of supports is attached to and extends between the upper and lower frames and retains the upper frame vertically above the lower frame. The plurality of supports is hingedly coupled to the lower and upper frames to allow lowering or raising of the upper frame relative to the lower frame.

A device and related method for supporting a patient in an upright, seated position during a treatment, for example, during a physical therapy session is provided. The support device can include a base frame, a support arm, a center bolster and a back support pivotally joined with the base frame and/or the center bolster so that the center bolster is supported in an upright position by the base frame. The base frame can be configured to secure to a support structure thereby preventing the device from sliding across a surface of a support bed on which a patient is disposed. Lateral bolsters can be joined with the center bolster and/or base frame to laterally stabilize the patient. The device can be void of a seat bottom disposed under the patient. The related method can include steps of using the device.

A portable body positioning bed frame assembly having a first frame support reversibly attached to a second frame support. The first frame support has a back frame attached rotatably thereto and the second frame support has a thigh frame attached rotatably thereto, with a linear actuator attached between the second frame support and the thigh frame. A calf frame is attached rotatably to the thigh frame. The linear actuator raises and lowers the thigh frame and the calf frame. The calf frame is hinged to the thigh frame to maintain the calf frame approximately parallel to the second frame support as the thigh frame and calf frame are raised and lowered by the linear actuator. The back frame has a support bar for raising and lowering the back frame and adjustable curvilinear back supports for an adjustable convexity in the back of a user that will maintain the shoulders in an anterior position.

A bed comprises a fixed width deck section, a wing movably coupled to the fixed width section, and a rack and pinion mechanism for extending and retracting the wing.

A hospital bed includes a frame, a backrest unit, a driving unit, a leg support unit and a linkage unit. The frame includes posts supported on a floor. The backrest unit is pivotally connected to the frame. The leg support unit includes a portion pivotally connected to the frame and another portion pivotally connected to the backrest unit. The leg support unit is located opposite to the backrest unit on the frame. The driving unit includes a portion connected to the frame and another portion pivotally connected to the backrest unit. The linkage unit connects the leg support unit to the backrest unit.

A patient compliance monitoring system is provided for monitoring patient compliance in the use of a plurality of patient care and recovery devices in the hospital room. Sensors are associated with each of the devices to detect a usage history of the associated device and to generate usage data therefore. One device is a patient positioning device including a wedge-shaped body with at least one pressure sensor associated with the bottom surface. The wedge-shaped body is formed of a compressible viscoelastic open-cell foam composition that is adapted to compress under the weight so that the angle of the ramp surface of the wedge decreases from an initial ramp angle to a tilt angle for supporting the patient.

A therapeutic device is provided for where the therapeutic device made up of a unitary elongated piece having a distal end and a proximate end, where the distal end is the unitary elongated piece that is in a configuration to provide an elevated landing for lower or upper extremities, and is equipped with a material connected to the elongated piece and extending to a desired length and culminating at the proximate end, where this material implements a supporting means for the upper or lower extremities of a user, provided that these extremities are not resting on the elongated piece.

A patient support apparatus comprising a base movable about a floor surface and a deck comprising sections movable between deck configurations including an egress deck configuration. An articulation system coupled to the deck moves the sections. A lift mechanism moves the deck relative to the base between lift configurations including an egress lift configuration. An egress input is arranged for actuation by a user. A bed detection system monitors data associated with the patient support apparatus and communicates with a remote station. A controller interrupts communication of the bed detection system with the remote station, drives the articulation system to move the sections to the egress deck configuration, and drives the lift mechanism to move the support frame to the egress lift configuration in response to actuation of the egress input.

A extremity offloading system including a body with an outer surface, an inner surface, and a first thickness extending between the outer surface and the inner surface. The outer surface can be at least partially round. The inner surface can define an aperture. The aperture can be configured to accept insertion of a leg or an ankle of a patient.

The present disclosure relates to a support system for patients recovering from medical procedures, including from total knee replacement surgery. The disclosed system may include a foot support unit which supports a patient's feet, where the foot support may have leg grooves separated by a divider and a tapered height. The foot support may be placed in a patient's bed. Additionally hip support wedges may be placed beneath a patient's hip, where the hip supports provide the benefit of counteracting a leg's natural tendency to rotate outwards. The disclosed foot support and hip wedges promote proper alignment and in that way provide comfort and assist in recovery.