Abstract: A patient support includes a patient support surface, a barrier adjacent the patient support surface, with a portion of the barrier or patient support surface including at least one material suspended therein, applied thereto, or embedded therein having an antimicrobial property, and an energy generation system directing energy to the portion or another portion of the barrier or patient support surface, the energy comprising a current, a field, heat, sound waves, or light to provide antimicrobial treatment to the portion or the other portion.

Abstract: The present invention provides a patient lift for transferring a person from a hospital bed to another patient support structure. The patient lift includes a mast, a boom, a stabilizer leg, and a coupler leg adapted to couple to the hospital bed. The boom is mounted to the top of the mast, and extends outwardly from a central vertical axis of said mast. In one aspect, the boom may rotate independently of the stabilizer leg about the central vertical axis while above the hospital bed and while within an angular distance of a side of the hospital bed. Once the boom moves past the angular distance, the boom and stabilizer leg may begin to rotate together about the central vertical axis. In another aspect, the boom is capable of being positioned in a stowed position above a footboard of the hospital bed.

Abstract: A transport apparatus includes a base, a sling, a support frame mounted to the base. The support frame extends over the base and is configured to move from a first position spaced above the base at a first height wherein the support frame may be extended over and proximate a support surface for engaging the sling when placed on the support surface to a second position spaced above a second height greater than the first height once engaged with the sling wherein when the support frame and the sling are raised to the second position the sling is raised above the support surface so that a person supported on the sling may be lifted off the support surface with the sling and moved away from the support surface by the base. Further, the sling may be rotatably mounted to the support frame to facilitate reorientation of the person.

Abstract: A transport apparatus includes a movable base, a sling, and a support frame mounted to the base. The frame extends over the base and is configured to move from a position spaced above the base at a first height wherein the frame may be extended over and proximate a support surface for engaging the sling when placed on the surface to another position spaced at a height greater than the first height after engagement with the sling. The sling is adapted to be engaged by the frame, which provides lateral support to the sling, wherein when the frame and sling are raised to the greater height the sling is raised above the surface so that a person supported on the sling may be lifted off the surface with the sling and the frame and supported in a stabilized sitting position so that the person can moved away from the surface.

Abstract: A transport apparatus includes a base, a sling, a support frame mounted to the base. The support frame extends over the base and is configured to move from a first position spaced above the base at a first height wherein the support frame may be extended over and proximate a support surface for engaging the sling when placed on the support surface to a second position spaced above a second height greater than the first height once engaged with the sling wherein when the support frame and the sling are raised to the second position the sling is raised above the support surface so that a person supported on the sling may be lifted off the support surface with the sling and moved away from the support surface by the base. Further, the sling may be rotatably mounted to the support frame to facilitate reorientation of the person.

Abstract: A patient repositioning system includes a drive unit, which is adapted for mounting to a head end of a patient support, and a clamp assembly. The clamp assembly is mounted to a headboard, which releasably mounts to the drive unit. The clamp assembly is mounted in the headboard in a stowed position and is configured for deployment from the headboard for coupling to a panel on the patient support. The drive unit includes a housing and a winding assembly supported in and enclosed by the housing. The winding assembly includes at least one tether, which is adapted to couple to the clamp assembly when the headboard is mounted to the drive unit and when the clamp assembly is deployed from the headboard. The tether is further optionally adapted to decouple from the clamp assembly when the clamp assembly is moved to its stowed position in the headboard.

Abstract: A bed siderail has a vertical siderail extension, a horizontal siderail extension, or both. A bed siderail has dual vertical siderail extensions. A bed has gap fillers pivotally mounted to the headboard and/or footboard, either in the manner of a hinge, or by means of a dual axis pivot, to fill gaps between the headboard/footboard and a siderail. A bed siderail has pivotally mounted gap fillers directed toward the headboard, footboard, or an adjacent siderail. A bed has slidably mounted gap fillers. A bed siderail has pivotally mounted gap fillers, to fill a gap between the siderail and a mattress, the gap fillers being either gravity- or cam-activated, or being integrally formed in the siderail support arms. A bed siderail is rotatable from a deployed to a stowed position, and is simultaneously stowed close-into or underneath the bed frame.

Abstract: A bed siderail has a vertical siderail extension, a horizontal siderail extension, or both. A bed siderail has dual vertical siderail extensions. A bed has gap fillers pivotally mounted to the headboard and/or footboard, either in the manner of a hinge, or by means of a dual axis pivot, to fill gaps between the headboard/footboard and a siderail. A bed siderail has pivotally mounted gap fillers directed toward the headboard, footboard, or an adjacent siderail. A bed has slidably mounted gap fillers. A bed siderail has pivotally mounted gap fillers, to fill a gap between the siderail and a mattress, the gap fillers being either gravity- or cam-activated, or being integrally formed in the siderail support arms. A bed siderail is rotatable from a deployed to a stowed position, and is simultaneously stowed close-into or underneath the bed frame.

Abstract: A wheelchair transfer device is configured for moving an invalid patient from a flat surface to a seated position for transport in the seated position on the transfer device. The transfer device includes a rolling base supported by casters and convertible low profile rollers that are configured to fit under the base of a hospital bed and convert to a larger diameter wheel without altering the height of the transfer device. The transfer device includes a leg portion, a torso portion and a seat portion configured to be coplanar for adaptation to a hospital bed, so that an invalid patient can, with assistance, roll onto the device. The seat portion can then be raised against the patient's buttocks, generally perpendicular to the leg and torso portions, and the whole assembly can then be rotated to a vertical position, with the seat portion supporting the weight of the patient.

Abstract: A siderail and support mechanism for a bed includes a siderail having a head edge and a foot edge. First and second support arms having upper and lower pivot shafts are configured to pivotally attach the siderail to a bed. At least one of the first support arm and the second support arm includes an edge configured to form a continuous face with one of the head edge and the foot edge of the siderail. In a further embodiment, a bed siderail and support mechanism includes a siderail for a bed including a central portion and at least one end portion. The end portion is configured to extend lower than the central portion to closely cooperate with a bed structure for preventing a patient from being trapped between the siderail and the bed. The siderails are configured to minimize potential trapping hazards.

Abstract: A patient repositioning system includes a drive unit, which is adapted for mounting to a head end of a patient support, and a clamp assembly. The clamp assembly is mounted to a headboard, which releasably mounts to the drive unit. The clamp assembly is mounted in the headboard in a stowed position and is configured for deployment from the headboard for coupling to a panel on the patient support. The drive unit includes a housing and a winding assembly supported in and enclosed by the housing. The winding assembly includes at least one tether, which is adapted to couple to the clamp assembly when the headboard is mounted to the drive unit and when the clamp assembly is deployed from the headboard. The tether is further optionally adapted to decouple from the clamp assembly when the clamp assembly is moved to its stowed position in the headboard.

Abstract: A retractor assembly for engaging a sheet on which a patient is disposed includes a transverse member and a pair of tethers coupled to the transverse member and extending from the transverse member for coupling to a winding assembly. A pair of sheet clamps are mounted to the transverse member, which are spaced apart along the longitudinal axis of the transverse member in a fixed spaced relationship for engaging a sheet at two points spaced along the longitudinal axis. The transverse member maintains the sheet clamps in their fixed spaced relationship whereby the sheet clamps resist inward migration toward each other when being used to handle a patient on a sheet.

Abstract: A bed siderail has a vertical siderail extension, a horizontal siderail extension, or both. A bed siderail has dual vertical siderail extensions. A bed has gap fillers pivotally mounted to the headboard and/or footboard, either in the manner of a hinge, or by means of a dual axis pivot, to fill gaps between the headboard/footboard and a siderail. A bed siderail has pivotally mounted gap fillers directed toward the headboard, footboard, or an adjacent siderail. A bed has slidably mounted gap fillers. A bed siderail has pivotally mounted gap fillers, to fill a gap between the siderail and a mattress, the gap fillers being either gravity- or cam-activated, or being integrally formed in the siderail support arms. A bed siderail is rotatable from a deployed to a stowed position, and is simultaneously stowed close-into or underneath the bed frame.

Abstract: A bed siderail has a vertical siderail extension, a horizontal siderail extension, or both. A bed siderail has dual vertical siderail extensions. A bed has gap fillers pivotally mounted to the headboard and/or footboard, either in the manner of a hinge, or by means of a dual axis pivot, to fill gaps between the headboard/footboard and a siderail. A bed siderail has pivotally mounted gap fillers directed toward the headboard, footboard, or an adjacent siderail. A bed has slidably mounted gap fillers. A bed siderail has pivotally mounted gap fillers, to fill a gap between the siderail and a mattress, the gap fillers being either gravity- or cam-activated, or being integrally formed in the siderail support arms. A bed siderail is rotatable from a deployed to a stowed position, and is simultaneously stowed close-into or underneath the bed frame.

Abstract: A retractor assembly for engaging a sheet on which a patient is disposed includes a transverse member and a pair of tethers coupled to the transverse member and extending from the transverse member for coupling to a winding assembly. A pair of sheet clamps are mounted to the transverse member, which are spaced apart along the longitudinal axis of the transverse member in a fixed spaced relationship for engaging a sheet at two points spaced along the longitudinal axis. The transverse member maintains the sheet clamps in their fixed spaced relationship whereby the sheet clamps resist inward migration toward each other when being used to handle a patient on a sheet.

Abstract: A patient transfer device includes a base assembly movable in forward and lateral directions. A power train is mounted within the base assembly, and is connected to a clamping and strap assembly. A power and switching system is in electrical communication with the power train. A retractor bar carries one or more clamping devices that are releasably attachable to a sheet. The clamping devices include a clamp handle pivotally connected to a clamp base and a clamp arm eccentrically pivotally connected to the clamp handle. The clamping and strap assembly is supported on the base assembly by a vertical adjustment assembly that includes a positioning mechanism for releasably locking the clamping and strap assembly at one of a plurality of vertical positions. An attendant can stand on the base assembly to act as a counterbalance to a patient's weight.

Abstract: A bed having a base, a pedestal mounted on the base and a patient supporting member mounted on the pedestal. The pedestal is generally centrally oriented relative to the base and to the patient supporting member and includes a mechanism for effecting an elevating of the patient supporting member relative to the base. A stabilizing mechanism is provided for enabling the pedestal to accommodate differing elevations between the base and the patient supporting member and yet facilitate a maintaining of longitudinal axis congruency between the relatively movable components of the pedestal so that an orientation of the patient supporting member will remain relatively fixed with respect to the base independent of a height of the patient supporting member relative to the base.

Abstract: The wheel brake includes a crank arm mounted on the patient support. An elongate first link is pivotally connected at one end to a first pivot pin provided on the distal end of the aforesaid crank arm. An elongate second link is pivotally secured to the patient support for movement about a second axis of rotation and is pivotally secured on one side of the second axis of rotation to the first link by a second pivot pin. A wheel engaging brake member is swingably suspended from the bed frame and above an outer periphery of a wheel rotatably and swivelably supported on the bed frame and for movement into and out of engagement with the aforesaid outer periphery. An elastically yieldable resilient member and an elongate third link are interconnected between the wheel engaging brake and the second link.

Abstract: A deployable and stowable side rail for a patient supporting bed. A plurality of bearing housings are provided each rotatably secured to the patient support frame for movement about parallel axes that extend horizontally and perpendicular to the lateral side edges. A plurality of posts are rotatably supported on respective ones of the post receiving supports on the bearing housings. An opposite end of each post oriented on a common side of the patient supporting surface is pivotally connected to a common elongate rail member also oriented on the common side of the patient supporting surface.