A device, for grasping a limp body, such as a paraplegic or a quadriplegic patient (19), and transferring the body to another location or moving it into a different position, comprises two pivotally connected sections (12,13), one positioned to grasp the torso portion (18), the other the pelvic one (17). The sections can be kept in line with each other or pivoted toward each other to place the patient in a seated position. Each section comprises an upper frame (14) from the opposite longitudinal edges of which extends a pair of articulated grasping members positioned to move astride the torso or pelvis of the patient. The members include series of transversal cantles which can be directed to curl inwardly toward each other and securely enwrap and grab the load. The frame and the supported patient can then be hoisted, moved and deposited into a supine or seating position. Each member includes a series of successively hinged segments tilted by pulling cables.

A patient support apparatus supports a patient and includes a litter. A base is disposed below the litter. A lift mechanism is configured to move the litter and the base relative to one another between extended and collapsed positions. The lift mechanism includes first and second frame assemblies each including an outer frame member and an inner frame member arranged to move within the outer frame member. First and second rollers and first and second slide members are disposed between the outer and inner frame members. The first and second rollers are arranged to roll along at least one of the outer and inner frame members with a load exerted on the lift mechanism from the litter. The first and second slide members are arranged to slide along at least one of the outer and inner frame members with a load exerted on the lift mechanism from the base.

A multi-functional multi-positional orthopedic mattress for use with patients is disclosed. The multi-functional multi-positional orthopedic mattress includes a top layer, an intermediate layer and a bottom layer. The top layer is made from a plurality of separately removable cushioned pads. The intermediate layer includes a plurality of rotatably connected structures which allow for rotation of various parts of the mattress in different angels. The bottom layer includes a plurality of non-movable and movable pads. The three layers are connected in such a way as to provide the ability to move a patient residing on the mattress into various positions. This enables the patient to move different parts of their body without having to move others and helps prevent bedsores and other health risks associated with prolong bed rest. The mattress also provides positions that enable caregivers to easily and comfortably change a patient's clothing, wash their body and provide a multitude of other care services. In one embodiment, the mattress does not have any driving elements of its own (e.g. an actuator). Instead, most common patient lifts can be utilized with the mattress to bring about any desired position. The mattress could also be placed on most beds or on the floor, as needed.

A patient support includes a patient support surface, a DVT pump mounted in the patient support, and a port mounted at the patient support in selective fluid communication with the DVT pump. Optionally, the patient support further includes a control system to detect when a DVT device is coupled or in close proximity to the port and/or the type of DVT device. Further, the control system may be configured to control the pump based on the type of DVT device coupled to the port.

A sheet assembly includes a sheet having an edge and a pocket extending longitudinally along the edge. A plurality of loops are arranged along the edge and extend from openings formed in the pocket of the sheet. An adjustment webbing is slidably positioned within the pocket. At least a portion of each loop of the plurality of loops is anchored to the adjustment webbing such that sliding the adjustment webbing along the pocket pulls the plurality of loops into the pocket and reduces an exposed length of the plurality of loops

A method and system is provided for repositioning a patient on a transfer surface (e.g., a hospital bed, a stretcher, an imaging system, or the like). The system comprises two rollers positioned on one side of the surface, and a retractable transfer sheet wound around the rollers. The transfer sheet may be unwound from the two rollers to form two layers between the patient and the transfer surface. The patient may then be moved by sliding a top layer of the transfer sheet relative to a second layer of the transfer sheet. After use, the sheet can be retracted around the roller(s), allowing it to be stored in a location that is convenient but out-of-the-way. Such a system may allow a patient to be moved with less force, in less time, with fewer personnel, or with some other benefit.

A device, for grasping a limp body, such as a paraplegic or a quadriplegic patient (19), and transferring the body to another location or moving it into a different position, comprises two pivotally connected sections (12,13), one positioned to grasp the torso portion (18), the other the pelvic one (17). The sections can be kept in line with each other or pivoted toward each other to place the patient in a seated position. Each section comprises an upper frame (14) from the opposite longitudinal edges of which extends a pair of articulated grasping members positioned to move astride the torso or pelvis of the patient. The members include series of transversal cantles which can be directed to curl inwardly toward each other and securely enwrap and grab the load. The frame and the supported patient can then be hoisted, moved and deposited into a supine or seating position. Each member includes a series of successively hinged segments tilted by pulling cables.

A patient support apparatus supports a patient and includes a litter. A base is disposed below the litter. A lift mechanism is configured to move the litter and the base relative to one another between extended and collapsed positions. The lift mechanism includes first and second frame assemblies each including an outer frame member and an inner frame member arranged to move within the outer frame member. First and second rollers and first and second slide members are disposed between the outer and inner frame members. The first and second rollers are arranged to roll along at least one of the outer and inner frame members with a load exerted on the lift mechanism from the litter. The first and second slide members are arranged to slide along at least one of the outer and inner frame members with a load exerted on the lift mechanism from the base.

A multi-functional multi-positional orthopedic mattress for use with patients is disclosed. The multi-functional multi-positional orthopedic mattress includes a top layer, an intermediate layer and a bottom layer. The top layer is made from a plurality of separately removable cushioned pads. The intermediate layer includes a plurality of rotatably connected structures which allow for rotation of various parts of the mattress in different angels. The bottom layer includes a plurality of non-movable and movable pads. The three layers are connected in such a way as to provide the ability to move a patient residing on the mattress into various positions. This enables the patient to move different parts of their body without having to move others and helps prevent bedsores and other health risks associated with prolong bed rest. The mattress also provides positions that enable caregivers to easily and comfortably change a patient's clothing, wash their body and provide a multitude of other care services. In one embodiment, the mattress does not have any driving elements of its own (e.g. an actuator). Instead, most common patient lifts can be utilized with the mattress to bring about any desired position. The mattress could also be placed on most beds or on the floor, as needed.

A hospital bed sheet system including an automated tilting component structured and arranged to elevate a patient on demand and alleviate pressure to specific points of the body to allow a bedridden patient to automatically and independently raise upward and move themselves into a comfortable position without having to wait on assistance, thus immediately making the patient more comfortable, while preventing the formation of bed sores, in a manner that is safe for both the patient and the health care provider.