Abstract: An external counterpulsation apparatus includes a treatment table and a fluid distribution assembly operable to apply pressure to patient limbs. A first microprocessor controller disposed in the housing unit processes patient treatment data and controls application of pressure through the fluid distribution assembly. A second microprocessor controller external to the housing unit communicates with the first microprocessor controller and outputs data to a human operator. A variable frequency drive device cooperates with the first microprocessor to vary generation of a compressed fluid and distribute the compressed fluid at a flow rate corresponding to the patient treatment data. The fluid distribution assembly includes a plurality of inflatable devices interconnected with a plurality of valves, which deliver a variable flow rate of compressed fluid to the plurality of inflatable devices.

Abstract: A unitary external counterpulsation apparatus includes a curvilinear bed supported by a frame housing and fluid distribution assembly and control module. The bed includes a concave upper portion, a convex lower portion, and a saddle point therebetween. The fluid distribution assembly interconnects a plurality of inflatable devices adapted to be received about the lower extremities of a patient and a compressed fluid source. The control module controls distribution of compressed fluid from the source to the inflatable devices. Variable flow-rate valves optimize distribution of the compressed fluid.

Abstract: An all-in-one external counterpulsation apparatus and method for minimizing end diastolic pressure that includes an internally housed fluid distribution assembly interconnecting a plurality of inflatable devices adapted to be received about the lower extremities of a patient and an internally housed compressed fluid source to be distributed by the fluid distribution assembly to the inflatable devices. The apparatus includes a curvilinear table with apertures adapted to provide communication between the inflatable devices and the fluid source.