Fluid processing system with flow control manifold

Claim 1

A fluid processing system comprising a fluid circuit including a plurality of tubing segments each having an end portion, and a fluid distribtuion manifold integrally attached in flow communication with each of said tubing segments, said manifold including a pair of fluid impermeable sheets having opposite side edges peripherally sealed together to define a manifold interior, means for sealingly engaging said end portion of each of said tubing segments in a parallel spaced relationship along one of said sealed side edges, so that said tubing segments all communicate with said manifold interior, and means for defining a plurality of baffles extending within said manifold interior between adjacent, sealingly engaged tubing segment end portions, said baffles extending from said one sealed side edge toward the opposite one of said sealed side edges to compartmentalize said manifold interior into adjacent fluid chambers, each associated with at least one of said flexible tubing segments, said baffles each having an end located at a generally equal distance from said opposite sealed side edge to define between said baffle ends and said opposite sealed side edge a plurality of mutually aligned passageways normally opening fluid communication between said adjacent fluid chambers and, thus, between associated tubing segments, and a processing apparatus including a receptacle for releasably receiving said opposite sealed side edge of said manifold with said tubing segments extending from said one sealed side edge externally of said receptacle, pumping means attachable to at least one of said externally extending tubing segments to pump fluid through said fluid circuit, a plurality of valve actuator assemblies located within said receptacle, each of said valve actuator assemblies being aligned with one of said mutually aligned manifold passageways and being operative for selectively closing said aligned passageway to block fluid communication between the adjacent fluid chambers, and process control means for actuating each of said valve actuator assemblies in a predetermined pattern to control fluid flow between fluid chambers within said manifold, thereby controlling fluid flow through said fluid circuit to achieve a desired fluid processing procedure, said fluid manifold further including indicia thereon indicative of the procedure, said control means being responsive to said indicia.