Abstract:
A dialysis system (10) includes at least one dialysis fluid pump actuator, a disposable cassette (50) including at least one pump chamber operable with the at least one pump actuator, the disposable cassette further including a plurality of fluid ports configured to be connected fluidly to a plurality of fluid containers, and a processor programmed to cause the at least one pump actuator to operate the at least one pumping chamber to selectively move effluent dialysis fluid to a drain container or to a sample container.
Abstract:
A dialysis system includes at least one dialysis fluid pump actuator, a disposable cassette including at least one pump chamber operable with the at least one pump actuator, the disposable cassette further including a plurality of fluid ports configured to be connected fluidly to a plurality of fluid containers, and a processor programmed to cause the at least one pump actuator to operate the at least one pumping chamber to selectively move effluent dialysis fluid to a drain container or to a sample container.
Abstract:
A dialysis system (10) includes a pump actuator; a disposable cassette having a pump chamber operable with the pump actuator; a patient line (38d) connected to the disposable cassette and in fluid communication with the pump chamber; and a logic implementor configured to prime the patient line according to a sequence in which (I) the pump actuator activates the pump chamber to partially prime the patient line and (ii) a remainder of the patient line is primed via gravity.
Abstract:
A dialysis system (10) includes a pump actuator; a disposable cassette having a pump chamber operable with the pump actuator; a patient line (38d) connected to the disposable cassette and in fluid communication with the pump chamber; and a logic implementor configured to prime the patient line according to a sequence in which (I) the pump actuator activates the pump chamber to partially prime the patient line and (ii) a remainder of the patient line is primed via gravity.