A therapy system comprising a patient support apparatus, the patient support apparatus including a frame, a patient support surface supported on the frame, a user interface, an air system supported on the frame, the air system including a source of pressurized air, an outlet coupled to the source of pressurized air, and an air system controller in communication with the user interface, the source of pressurized air, and the outlet, the air system controller including a processor, and a memory device, a pneumatic therapy device, a port removably pneumatically coupling the pneumatic therapy device and the outlet, and a storage structure for storing a portion of the pneumatic therapy device when the pneumatic therapy device is not in use, wherein the memory device includes instructions, that, when executed by the processor, causes the air system controller to detect a connection of the pneumatic therapy device to the outlet and communicates a signal to the user interface to allow a user to control operation of the pneumatic therapy device from the user interface wherein the pneumatic therapy device further comprises at least one therapy sleeve (108, 308) operable to engage an occupant, and at least one hose having a first end, and a second end spaced apart from the first end, wherein the at least one hose is removably coupled to the therapy sleeve (108, 308) at the first end of the at least one hose and to the port at the second end of the at least one hose, the at least one hose further directing a pressurized airstream from the air system to the therapy sleeve (108, 308), characterized in that the port detects the coupling of the at least one hose to the port and communicates a signal of the coupling to a main controller of the patient support apparatus, and in that the main controller receives the signal and is operable to automatically commence therapy with a predetermined threshold of pressure to be applied to the patient upon receiving the signal of the coupling of the at least one hose to the port.. a patient support apparatus, the patient support apparatus including a frame, a patient support surface supported on the frame, a user interface, an air system supported on the frame, the air system including a source of pressurized air, an outlet coupled to the source of pressurized air, and an air system controller in communication with the user interface, the source of pressurized air, and the outlet, the air system controller including a processor, and a memory device, a frame, a patient support surface supported on the frame, a user interface, an air system supported on the frame, the air system including a source of pressurized air, an outlet coupled to the source of pressurized air, and an air system controller in communication with the user interface, the source of pressurized air, and the outlet, the air system controller including a processor, and a memory device, a source of pressurized air, an outlet coupled to the source of pressurized air, and an air system controller in communication with the user interface, the source of pressurized air, and the outlet, the air system controller including a processor, and a memory device, a processor, and a memory device, a pneumatic therapy device, a port removably pneumatically coupling the pneumatic therapy device and the outlet, and a storage structure for storing a portion of the pneumatic therapy device when the pneumatic therapy device is not in use, wherein the memory device includes instructions, that, when executed by the processor, causes the air system controller to detect a connection of the pneumatic therapy device to the outlet and communicates a signal to the user interface to allow a user to control operation of the pneumatic therapy device from the user interface wherein the pneumatic therapy device further comprises at least one therapy sleeve (108, 308) operable to engage an occupant, and at least one hose having a first end, and a second end spaced apart from the first end, a first end, and a second end spaced apart from the first end, wherein the at least one hose is removably coupled to the therapy sleeve (108, 308) at the first end of the at least one hose and to the port at the second end of the at least one hose, the at least one hose further directing a pressurized airstream from the air system to the therapy sleeve (108, 308), characterized in that the port detects the coupling of the at least one hose to the port and communicates a signal of the coupling to a main controller of the patient support apparatus, and in that the main controller receives the signal and is operable to automatically commence therapy with a predetermined threshold of pressure to be applied to the patient upon receiving the signal of the coupling of the at least one hose to the port..