Abstract: An apparatus for extracorporeal blood treatment comprising a filtration unit, a blood circuit comprising a blood with-line and a blood return line, and a fluid circuit. The fluid circuit comprises at least one or more water inlet ducts for receiving water, a dialysis preparation assembly comprising one or more concentrated sources housing a respective concentrate solution and configured to prepare a mixed solution of a dialysis fluid, wherein the water inlet duct is configured to provide water to the dialysis preparation assembly for preparing said mixed solution of dialysis fluid. The fluid circuit further comprises an infusion preparation assembly comprising one or more concentrated sources housing a respective concentrate solution and configured to prepare a mixed solution of an infusion fluid, wherein the water inlet duct is configured to provide water to the infusion preparation assembly for preparing said mixed solution of infusion fluid.

Abstract: An apparatus (1) for extracorporeal blood treatment comprises a filtration unit (2) having a primary chamber (3) and a secondary chamber (4) separated by a semi-permeable membrane (5), a blood circuit (17) comprising at least a blood withdrawal line (6) and a blood return line (7), a fluid circuit (32) comprising a fluid supply source (50) for providing a sterile fluid, and at least one gas inlet (49) to allow gas to enter into the blood circuit (17). The apparatus further comprises a control unit configured to perform a blood restitution procedure towards the patient for ending an extracorporeal blood treatment and before disconnecting the patient, said blood restitution procedure comprising the steps of infusing a predetermined amount of sterile fluid from the supply source (50) into the blood circuit (17) and causing a predetermined amount of gas to enter into the blood circuit (17) from the gas inlet (49).

Abstract: A medical apparatus (1) comprises a user interface (30), a number of sensors (16,27,21,22,29) and a control system (18) programmed for displaying on the user interface screen (31) a number of indicia (37), each relating to a corresponding parameter and comprising an indicium border (45) delimiting an indicium selection area (45a); the control system allows selection of an indicium for identifying the parameter a user intends to modify, allows setting of a new set value for the selected parameter; the control system also receives from the sensors (29) a measure of the actual value for the parameter and displays on the indicium selection area (45a) of the indicium both the actual value and the set value for the same parameter. The programming software for the control system is also disclosed.

Abstract: A medical apparatus comprises a user interface (30) enabling setting of parameters and a control system (18) for defining on the user interface screen (31) an operating region (32), where working displays are displayed, and a navigation region (33), where navigation keys (35) are displayed; the navigation keys are organized in a multi-level hierarchical structure where each navigation key has a corresponding working display; the control system verifies selection of a key, displays the corresponding working display in the operating region and displays the following keys in the navigation region: the selected key (38), one or more son-keys (139) of the selected key, and one or more ancestor-keys (41). A method for setting the medical apparatus and a software program is also disclosed.

Abstract: A medical apparatus (1) comprises a user interface (30), a number of sensors (16,27,21,22,29) and a control system (18) programmed for displaying on the user interface screen (31) a number of indicia (37), each relating to a corresponding parameter and comprising an indicium border (45) delimiting an indicium selection area (45a); the control system allows selection of an indicium for identifying the parameter a user intends to modify, allows setting of a new set value for the selected parameter; the control system also receives from the sensors (29) a measure of the actual value for the parameter and displays on the indicium selection area (45a) of the indicium both the actual value and the set value for the same parameter. The programming software for the control system is also disclosed.