Abstract: A patient monitoring and repositioning system includes a mattress, a sheet residing on an upper surface of the mattress, a housing containing a drive mechanism, and a sensor adapted to sense a position of a patient resting on the mattress. The drive mechanism is operable to pull the sheet and thereby pull the patient resting thereon. The housing receives the sheet through a slot. In the event that the patient is in an undesirable position on the mattress as detected by the sensor, a controller directs the drive mechanism to pull the sheet so as to pull the patient thereon from the undesirable position to a desirable, predetermined position. The controller may direct the drive mechanism automatically or indicate the undesirable position to a caregiver so that the caregiver may direct the drive mechanism accordingly.

Abstract: A patient monitoring and repositioning system includes a mattress, a sheet residing on an upper surface of the mattress, a housing containing a drive mechanism, and a sensor adapted to sense a position of a patient resting on the mattress. The drive mechanism is operable to pull the sheet and thereby pull the patient resting thereon. The housing receives the sheet through a slot. In the event that the patient is in an undesirable position on the mattress as detected by the sensor, a controller directs the drive mechanism to pull the sheet so as to pull the patient thereon from the undesirable position to a desirable, predetermined position. The controller may direct the drive mechanism automatically or indicate the undesirable position to a caregiver so that the caregiver may direct the drive mechanism accordingly.

Abstract: A patient monitoring and repositioning system includes a mattress, a sheet residing on an upper surface of the mattress, a housing containing a drive mechanism, and a sensor adapted to sense a position of a patient resting on the mattress. The drive mechanism is operable to pull the sheet and thereby pull the patient resting thereon. The housing receives the sheet through a slot. In the event that the patient is in an undesirable position on the mattress as detected by the sensor, a controller directs the drive mechanism to pull the sheet so as to pull the patient thereon from the undesirable position to a desirable, predetermined position. The controller may direct the drive mechanism automatically or indicate the undesirable position to a caregiver so that the caregiver may direct the drive mechanism accordingly.

Abstract: A patient monitoring and repositioning system includes a mattress, a sheet residing on an upper surface of the mattress, a housing containing a drive mechanism, and a sensor adapted to sense a position of a patient resting on the mattress. The drive mechanism is operable to pull the sheet and thereby pull the patient resting thereon. The housing receives the sheet through a slot. In the event that the patient is in an undesirable position on the mattress as detected by the sensor, a controller directs the drive mechanism to pull the sheet so as to pull the patient thereon from the undesirable position to a desirable, predetermined position. The controller may direct the drive mechanism automatically or indicate the undesirable position to a caregiver so that the caregiver may direct the drive mechanism accordingly.

Abstract: A patient monitoring and repositioning system (10a) includes a mattress (26), a sheet (16) residing on an upper surface of the mattress (26), a housing (29) containing a drive mechanism (28), and a sensor (20) adapted to sense a position of a patient (22) resting on the mattress (26). The drive mechanism (28) is operable to pull the sheet (16) and thereby pull the patient (22) resting thereon. The housing (29) receives the sheet (16) through a slot (54). In the event that the patient (22) is in an undesirable position on the mattress (26) as detected by the sensor (20), a controller (24) directs the drive mechanism (28) to pull the sheet (16) so as to pull the patient thereon from the undesirable position to a desirable, predetermined position. The controller (24) may direct the drive mechanism (28) automatically or indicate the undesirable position to a caregiver so that the caregiver may direct the drive mechanism (28) accordingly.

Abstract: A patient monitoring and repositioning system (10a) includes a mattress (26), a sheet (16) residing on an upper surface of the mattress (26), a housing (29) containing a drive mechanism (28), and a sensor (20) adapted to sense a position of a patient (22) resting on the mattress (26). The drive mechanism (28) is operable to pull the sheet (16) and thereby pull the patient (22) resting thereon. The housing (29) receives the sheet (16) through a slot (54). In the event that the patient (22) is in an undesirable position on the mattress (26) as detected by the sensor (20), a controller (24) directs the drive mechanism (28) to pull the sheet (16) so as to pull the patient thereon from the undesirable position to a desirable, predetermined position. The controller (24) may direct the drive mechanism (28) automatically or indicate the undesirable position to a caregiver so that the caregiver may direct the drive mechanism (28) accordingly.

Abstract: A sheet receiver for a patient repositioning system includes a housing adapted to be supported at a first end of a bed deck and a pulling device located primarily within an internal compartment of the housing. The housing has an access door adapted to open and to close so as to provide access to the internal compartment via an opening, and the housing also has an elongated slot extending along a first end thereof, and spaced from the opening. A connector has an innermost end secured to the pulling device within the internal compartment and an outermost end removably attachable to a sheet located on a mattress supported on the bed deck. The connector spans substantially the length of the slot and may include at least one window near the innermost end, to facilitate cleaning of the internal compartment. The housing includes impeding structure which prevents the inadvertent insertion of the connector and/or the sheet into the internal compartment via the opening.

Abstract: A patient repositioning system for pulling a patient toward a head end of a bed includes a sheet, a mattress, and a housing which contains at least a part of a drive mechanism for operatively coupling to and pulling the sheet. The housing resides below a head end piece of the mattress, and is secured to the bed deck. The sheet pulling structure extends out of the housing via a slot and releasably attaches to the sheet, in a manner which has a low profile so as to pass through the slot. The sheet is longer than and wider than the mattress, and has beaded longitudinal side edges which are retained within rows of spaced retainers located on opposite sides of the mattress. During pulling of the sheet, the contoured shape of the housing facilitates movement of the sheet into the housing via the slot, even though the sheet width extends beyond the lateral edges of the mattress.

Abstract: A patient repositioning system for pulling a patient toward a head end of a bed includes a sheet, a mattress, and a housing which contains at least a part of a drive mechanism for operatively coupling to and pulling the sheet. The housing resides below a head end piece of the mattress, and is secured to the bed deck. The sheet pulling structure extends out of the housing via a slot and releasably attaches to the sheet, in a manner which has a low profile so as to pass through the slot. The sheet is longer than and wider than the mattress, and has beaded longitudinal side edges which are retained within rows of spaced retainers located on opposite sides of the mattress. During pulling of the sheet, the contoured shape of the housing facilitates movement of the sheet into the housing via the slot, even though the sheet width extends beyond the lateral edges of the mattress.

Abstract: A sheet receiver for a patient repositioning system includes a housing adapted to be supported at a first end of a bed deck and a pulling device located primarily within an internal compartment of the housing. The housing has an access door adapted to open and to close so as to provide access to the internal compartment via an opening, and the housing also has an elongated slot extending along a first end thereof, and spaced from the opening. A connector has an innermost end secured to the pulling device within the internal compartment and an outermost end removably attachable to a sheet located on a mattress supported on the bed deck. The connector spans substantially the length of the slot and may include at least one window near the innermost end, to facilitate cleaning of the internal compartment. The housing includes impeding structure which prevents the inadvertent insertion of the connector and/or the sheet into the internal compartment via the opening.

Abstract: A lifting device for a patient support apparatus is provided. The patient support apparatus includes a frame and a lifting device coupled to the frame. The lifting device is configured to move the frame between a raised position and a lowered position. The lifting device includes a motor and at least two canisters. The motor is operably coupled to at least one of the canisters to rotate the canister.

Abstract: An overbed table including a table section configured to be located above a patient support surface, such as a hospital bed, and a support. In one illustrative embodiment, a display device is supported by the support of the overbed table.

Abstract: A patient support is disclosed, including a deck comprising openings that accommodate removable modules.

Abstract: A patient support including a frame and a mattress supported by the frame. The frame includes a deck support and a deck supporting the mattress.

Abstract: A lifting device for a patient support apparatus is provided. The patient support apparatus includes a frame and a lifting device coupled to the frame. The lifting device is configured to move the frame between a raised position and a lowered position. The lifting device includes a motor and at least two canisters. The motor is operably coupled to at least one of the canisters to rotate the canister.