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    • 4. 发明专利
    • Rotary blood pump
    • AU2012261669B2
    • 2015-05-21
    • AU2012261669
    • 2012-12-12
    • HEARTWARE INC
    • INDRAVUDH VITROTEWAMPLER RICHARD KLAROSE JEFFREY A
    • F04B17/00
    • A rotary blood pump (10) is disclosed. The rotary pump comprises a housing (1) defining a pumping chamber with upper and lower interior surfaces and having a blood inlet (11) and a tangential blood outlet (13). The rotary pump further includes a rotatable impeller (20) within said pumping chamber and adapted to increase blood pressure within said pumping chamber to cause blood to move to said blood outlet, said impeller has at least one upper surface area spaced by a gap from said upper interior surface of said pumping chamber, said upper surface area having a first tapered region and a second tapered region, said first tapered region of said upper surface area having a leading portion and a trailing portion such that said gap decreases from said leading portion to said trailing portion to create a hydrodynamic thrust load to bias said impeller axially away from said upper interior surface of said housing when said impeller is rotating. The second tapered region of said upper surface area has a leading portion adjacent said trailing portion of said first tapered region and having a trailing portion such that said gap increases from said leading portion of said second tapered region to its trailing portion to relieve hydrodynamic pressure on blood when said impeller is rotating, whereby blood traverses said upper surface area without hemolysis. (6928883 1l:AEM
    • 6. 发明专利
    • Rotary blood pump
    • AU2012261669A1
    • 2013-01-10
    • AU2012261669
    • 2012-12-12
    • HEARTWARE INC
    • INDRAVUDH VITROTEWAMPLER RICHARD KLAROSE JEFFREY A
    • F04B17/00
    • A rotary blood pump (10) is disclosed. The rotary pump comprises a housing (1) defining a pumping chamber with upper and lower interior surfaces and having a blood inlet (11) and a tangential blood outlet (13). The rotary pump further includes a rotatable impeller (20) within said pumping chamber and adapted to increase blood pressure within said pumping chamber to cause blood to move to said blood outlet, said impeller has at least one upper surface area spaced by a gap from said upper interior surface of said pumping chamber, said upper surface area having a first tapered region and a second tapered region, said first tapered region of said upper surface area having a leading portion and a trailing portion such that said gap decreases from said leading portion to said trailing portion to create a hydrodynamic thrust load to bias said impeller axially away from said upper interior surface of said housing when said impeller is rotating. The second tapered region of said upper surface area has a leading portion adjacent said trailing portion of said first tapered region and having a trailing portion such that said gap increases from said leading portion of said second tapered region to its trailing portion to relieve hydrodynamic pressure on blood when said impeller is rotating, whereby blood traverses said upper surface area without hemolysis. (6928883 1l:AEM
    • 8. 发明专利
    • Conector de implante
    • ES2526404T3
    • 2015-01-12
    • ES06845159
    • 2006-12-08
    • HEARTWARE INC
    • TAMEZ DANIELINDRAVUDH VITROTEMARQUIS RICHARD ASHAMBAUGH CHARLES RLAROSE JEFFREY A
    • A61B17/08
    • Un conector (100) para conectar un dispositivo de implante al tejido del cuerpo de una persona, dicho conector que comprende: un bastidor (52), un miembro de sujeción (54) conectado a dicho bastidor (52), dicho miembro de sujeción (54) adaptado para recibir al menos una sutura para asegurar dicho bastidor (52) al tejido; y un ajustador (58), caracterizado porque dicho bastidor (52) incluye los brazos primero (68) y segundo (70), dichos brazos primero (68) y segundo (70) que definen una primera abertura, en donde al menos una porción del implante se inserta a través de la abertura; porque el conector comprende un posicionador (110) conectado de forma móvil al bastidor (52), dicho posicionador (110) que define una segunda abertura que es coaxial con dicha primera abertura, en donde al menos una porción del dispositivo de implante se localiza en dichas aberturas primera y segunda y el posicionador (110) se mueve para ajustar la posición del dispositivo de implante, y porque dicho ajustador (58) se conecta de forma móvil a dichos brazos primero (68) y segundo (70), en donde dicho ajustador (58) es operable para provocar que dichos brazos primero (68) y segundo (70) se muevan uno hacia el otro y acoplen el dispositivo de implante.