Medtronic, Inc.

Mozarc Medical US LLC

Carl Wilbert Gomes, Ii

Paul R Chapman, Jr

William Hajko

Thomas Edward Meyer

Samuel J Schmidt

William P Haijko

The present invention relates to a sorbent manifold and related systems and methods having a plurality of passageways fluidly connectable to one or more valves and one or more sensors and components for use in a sorbent dialysis system. The sorbent manifold can control the one or more valves to direct fluid to either pass through a sorbent cartridge or bypass the sorbent cartridge based on measurements obtained from sensors.

Sorbent manifold for a dialysis system

The invention relates to a pneumatic manifold for controlling a fluid level in an arterial and/or venous drip chamber of a dialysis system. The pneumatic manifold includes pneumatic valves fluidly connected to conduits and one or more pumps. Selectively activating the pneumatic valves can result in pressure changes for raising or lowering a fluid level in the arterial and/or venous drip chambers.

Pneumatic manifold for a dialysis system

The invention relates to a degasser manifold and a vent manifold for use with a degasser in a dialysis system. The degasser manifold and vent manifold include a plurality of fluid passageways that convey dialysate or gases into and out of the degasser. The degasser manifold and vent manifold can also include components such as valves and sensors for control over the degassing of dialysate.

Degasser and vent manifolds for dialysis

The invention relates to a degassing vessel and related systems and methods that can remove certain gases such as carbon dioxide from a dialysis system with minimal foaming inside the degassing vessel. The invention further relates to mechanical systems and methods for degassing a dialysate or any fluid used for, during or resulting from dialysis.

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Parrish, FL, United States of America

Carl Wilbert Gomes, Ii