Abstract: A bed for a person is provided. The bed includes a frame, a deck, a mattress, a pair of head end siderails, and a pair of foot end siderails. The bed further includes a plurality of foot-operated controls configured to control features of the bed.

Abstract: A bed for a person is provided. The bed includes a frame, a deck, a mattress, a pair of head end siderails, and a pair of foot end siderails. The bed further includes a controller configured to be coupled to the head and foot end siderails.

Abstract: A bed for a person is provided. The bed includes a frame, a deck, a mattress, a pair of head end siderails, and a pair of foot end siderails. The bed further includes a controller configured to be coupled to the head and foot end siderails.

Abstract: A bed for a person is provided. The bed includes a frame, a deck, a mattress, a pair of head end siderails, and a pair of foot end siderails. The bed further includes a plurality of foot-operated controls configured to control features of the bed.

Abstract: A bed includes a base, a support surface coupled to the base, and a controller configured to control at least one function. A control panel is coupled to the controller. At least one lockout switch is coupled to the controller.

Abstract: A bed includes a base, a support surface coupled to the base, and a controller configured to control at least one function. A control panel is coupled to the controller. At least one lockout switch is coupled to the controller.

Abstract: An apparatus is provided for detecting a position of a body on a support surface of a bed. The apparatus includes at least one first sensor coupled to the bed and at least one second sensor located adjacent the support surface. The at least one first sensor has an output signal which is variable in response to changes in a weight applied to the support surface. The at least one second sensor has an output signal which is variable in response to changes in the position of the body on the support surface. The apparatus also includes a controller having inputs configured to receive the output signals from the first and second sensors. The controller is configured to monitor the output signals, to provide an indication of changes in the position of the body relative to the support surface, and to provide an indication if the body exits the support surface.

Abstract: A percussion and vibration apparatus for use in a bed is provided. A pressurized air input port is configured to be coupled to a pressurized air supply system. A valve assembly is coupled to the pressurized air input port. A percussion and vibration bladder port is coupled to the valve assembly and configured to be coupled to at least one percussion and vibration bladder. A controller is coupled to the valve assembly and configured to be coupled to a communication network to regulate flow of pressurized air through the valve assembly from the pressurized air input port to the percussion and vibration bladder port.

Abstract: A control apparatus is provided for at least one air therapy device stored on a bed which includes an electrical communication network, and an air handling unit. The apparatus includes a manifold having at least one chamber coupled to the air handling unit. The at least one chamber is formed to include an outlet, and a normally closed valve configured to seal the outlet. The manifold also includes a connector coupled to the at least one air therapy device, and an electrical connector coupled to the electrical communication network of the bed. The apparatus also includes a control module having a valve assembly including an inlet and an outlet. The control module also includes a controller, and an electrical connector coupled to the controller. The control module is configured to be inserted into the manifold so that the inlet of the control module is coupled to the outlet of the manifold and opens the normally closed valve to couple the valve assembly to the air handling unit.

Abstract: An incontinence detection device comprising a pad with a plurality of circuits. The circuit conductors are spaced on the pad, with each of the circuits defining a linear dimension across a respective pair of the circuit conductors. The linear dimension has a correlation to a predetermined liquid volume of an incontinent event desired to be detected. A controller applies voltage from a power source to and checks continuity of the spaced circuits and totals the circuits. The controller indicates to a care provider that an incontinent event has occurred at a certain minimum liquid volume.