1. A centrifuge rotor for continuous separation of whole blood, comprising a detecting body rotatable around the longitudinal axis of the centrifuge rotor, the outer body having a main body forming an internal cavity, a narrow part extending close to the main body, and an intermediate part connecting the main body and the narrow part ； the upper inner element located inside the outer casing and rotated with it, and the upper inner element is coaxial with the outer casing and includes a tube-shaped element, rubbing through the upper inner element along the longitudinal axis of the centrifuge rotor； a separation region located between the upper inner element and the outer casing, the rotation of the centrifuge rotor separating whole blood in the separation region into the first blood component and the second blood component； an inlet opening for introducing whole blood into the rotor centrifuges； an inlet tube flow-through connected to the inlet opening and extending away from it and through the tube-shaped element, the inlet tube being designed to the whole blood into the injection area； the outlet of the first blood component to expel the first blood component from the centrifuge rotor； the extraction tube of the first blood component extending from the outlet of the first blood component to the extraction region of the first blood component； the outlet of the second blood component, connected to a separation region for extracting the second blood component from the centrifuge rotor； a partitioning disk extending inward from a narrow portion of the outer casing, the second1. Ротор центрифуги для непрерывного разделения цельной крови, содержащийнаружный корпус, вращаемый вокруг продольной оси ротора центрифуги, причем наружный корпус имеет основное тело, образующее внутреннюю полость, узкую часть, простирающуюся близко к основному телу, и промежуточную часть, соединяющую основное тело и узкую часть；верхний внутренний элемент, расположенный внутри наружного корпуса и
