Abstract: A patient support system, such as a bed, stretcher, wheelchair or the like, has an electronic control system and a user interface. The electronic control system and the user interface control bed functions, such as articulation of the head, seat, and leg sections of the bed deck, and control and/or monitor the operation of medical equipment, such as heart rate monitors, blood pressure monitors, thermometers, sequential compression therapy devices, chest wall oscillation devices, respiratory therapy devices, blood oxygen monitors, and the like. In some embodiments, the electronic control system and user interface communicate with patient personal digital devices, such as audio players, computers, and phones. The user interface is on the headboard, footboard, and/or on a siderail of the bed in some embodiments.

Abstract: A patient support system, such as a bed, stretcher, wheelchair or the like, has an electronic control system and a user interface. The electronic control system and the user interface control bed functions, such as articulation of the head, seat, and leg sections of the bed deck, and control and/or monitor the operation of medical equipment, such as heart rate monitors, blood pressure monitors, thermometers, sequential compression therapy devices, chest wall oscillation devices, respiratory therapy devices, blood oxygen monitors, and the like. In some embodiments, the electronic control system and user interface communicate with patient personal digital devices, such as audio players, computers, and phones. The user interface is on the headboard, footboard, and/or on a siderail of the bed in some embodiments.

Abstract: A hospital bed has a bed exit alarm system including an audible alarm that sounds when an alert condition is detected, such as when a patient exits the bed or moves toward exiting the bed. The bed exit alarm system includes at least one user input that is used to enable the bed exit alarm system and a bed exit alarm silence input that stops the audible alarm from sounding or that prevents the alarm from sounding. The bed exit alarm system is configured such that after the bed exit alarm silence input is used, the bed exit alarm system is re-enabled automatically without any action by a caregiver in response to one or more sensors sensing that the patient is, once again, supported on the bed.

Abstract: The present invention relates to stable pharmaceutical compositions comprising one or more HMG-CoA reductase inhibitors, processes for preparing the stable compositions and uses for the compositions. The stable pharmaceutical compositions of the invention may be used, in particular, for the treatment of hyperlipoproteinemia and atherosclerosis.

Abstract: A person-support apparatus can include a frame and a siderail. The frame is configured to support a person thereon. The siderail is coupled to the frame. The siderail includes a first surface and a second surface. The first surface is oriented such that the first surface faces towards a person supported on the person-support apparatus and the second surface is oriented such that the second surface faces away from the person supported on the person-support apparatus. At least one of the first surface and the second surface has a recessed portion that defines a storage area configured to receive and removably retain one or more objects therewithin.

Abstract: A charging system comprises an accessory module and a charging system. The accessory module includes a housing with a coupling portion and a power source. The coupling portion includes an engagement surface and a coupler configured to removably couple the accessory module to a person-support apparatus. The power source is positioned within the housing and includes a recharging assembly. The charging station includes a docking portion configured to receive the accessory module and a charging assembly configured to communicate power to the recharging assembly.

Abstract: A hospital bed has a bed exit alarm system including an audible alarm that sounds when an alert condition is detected, such as when a patient exits the bed or moves toward exiting the bed. The bed exit alarm system includes at least one user input that is used to enable the bed exit alarm system and a bed exit alarm silence input that stops the audible alarm from sounding. The bed exit alarm system is configured such that after the bed exit alarm silence input is used, the bed exit alarm system is re-enabled automatically without any action by a caregiver in response to one or more sensors sensing that the patient is, once again, supported on the bed.

Abstract: A hospital bed has a bed exit alarm system including an audible alarm that sounds when an alert condition is detected, such as when a patient exits the bed or moves toward exiting the bed. The bed exit alarm system includes at least one user input that is used to enable the bed exit alarm system and a bed exit alarm silence input that stops the audible alarm from sounding or that prevents the alarm from sounding. The bed exit alarm system is configured such that after the bed exit alarm silence input is used, the bed exit alarm system is re-enabled automatically without any action by a caregiver in response to one or more sensors sensing that the patient is, once again, supported on the bed.

Abstract: An apparatus comprises a housing and a communication system. The housing includes a front portion and a rear portion. The rear portion has an engagement surface and a coupler configured to cooperate with a portion of a person-support apparatus to removably couple the housing to the person-support apparatus. The communication system includes at least one communication device coupled to the housing. The communication device is configured to at least one of transmit and receive at least one of a data signal and a power signal to/from the person-support apparatus and an external device.

Abstract: A charging system comprises an accessory module and a charging system. The accessory module includes a housing with a coupling portion and a power source. The coupling portion includes an engagement surface and a coupler configured to removably couple the accessory module to a person-support apparatus. The power source is positioned within the housing and includes a recharging assembly. The charging station includes a docking portion configured to receive the accessory module and a charging assembly configured to communicate power to the recharging assembly.

Abstract: A patient support system, such as a bed, stretcher, wheelchair or the like, has an electronic control system and a user interface. The electronic control system and the user interface control bed functions, such as articulation of the head, seat, and leg sections of the bed deck, and control and/or monitor the operation of medical equipment, such as heart rate monitors, blood pressure monitors, thermometers, sequential compression therapy devices, chest wall oscillation devices, respiratory therapy devices, blood oxygen monitors, and the like. In some embodiments, the electronic control system and user interface communicate with patient personal digital devices, such as audio players, computers, and phones. The user interface is on the headboard, footboard, and/or on a siderail of the bed in some embodiments.

Abstract: A person-support apparatus can include a frame and a siderail. The frame is configured to support a person thereon. The siderail is coupled to the frame. The siderail includes a first surface and a second surface. The first surface is oriented such that the first surface faces towards a person supported on the person-support apparatus and the second surface is oriented such that the second surface faces away from the person supported on the person-support apparatus. At least one of the first surface and the second surface has a recessed portion that defines a storage area configured to receive and removably retain one or more objects therewithin.

Abstract: A person-support apparatus can include a frame, an endboard, a siderail, and a removable module. The frame is configured to support a person thereon. The endboard is coupled to the frame. The siderail is coupled to the frame. The siderail includes a siderail body with a first surface and a second surface. The first surface faces the frame and the second surface faces away from the frame. The removable module is configured to couple to at least one of the endboard and the siderail. The removable module includes a housing and an opening into the housing to define a storage area. The storage area includes at least one side and a bottom and is configured to at least one of dispense a fabric and removably retain one or more objects therewithin.

Abstract: A gravity feed system comprised of rails with a specially designed “multi-spoke wheel” for use in the automatic spacing of cylindrical (and other shaped) parts to be conveyed. The rails are an item that can be purchased commercially or manufactured for various needs. The “multi-spoke wheel” is an item that is specifically designed for a part or family of parts with similar geometry. The size of the star, along with the centerline to centerline spacing and vertical placement of the rotating axis below the part is the critical feature. A part is loaded onto the rails and feeds by gravity through the “multi-spoke wheels” ending at a hard stop. When other parts are loaded they also feed by gravity to the stop end and are spaced out by the “multi-spoke wheels”. When the last part is unloaded from the rails by pulling it out, the remaining parts still on the rails feed the distance of one part.

Abstract: A wafer processing equipment comprises a track (10) for transporting wafers, a wafer launch station (20) for launching wafers into a section of said track (10), a first wafer processing tool (30) for performing a first process to wafers in said section of said track (10), a buffer (40) for storing wafers processed by said first wafer processing tool (30), a second wafer processing tool (50) for performing a second process to wafers processed by said first wafer processing tool (30), and control means (70) for controlling said wafer launch station (20) such that every wafer launched by said launch station (20) is processed by said second processing tool (50) within a predetermined time window.