Ventricular Assist Device
AssigneeNational Cheng Kung University
InventorsPong-Jeu Lu, Pao-Yen Lin, Jiin-Huey Chern Lin, Chien-Ping Ju
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Abstract
A manifold for accessing blood from a human blood vessel is disclosed which comprises a first and a second pathway intersecting with each other at an angle, the first pathway being configured to be completed embedded in the human blood vessel with the second pathway leading toward outside of the human blood vessel wherein the manifold is substantially retained by the human blood vessel alone.
Claims20
A manifold for accessing blood from a human blood vessel, the manifold comprising a first and a second pathway intersecting with each other at an angle, the first pathway being configured to be completed embedded in the human blood vessel with the second pathway leading toward outside of the human blood vessel wherein the manifold is substantially retained by the human blood vessel alone.
A manifold for accessing blood from a human blood vessel, the manifold comprising a first and a second pathway intersecting with each other at an angle, the first pathway being configured to be completed embedded in the human blood vessel with the second pathway leading toward outside of the human blood vessel wherein the dimension of the outer surface of the first pathway of the manifold is slighter bigger than the diameter of the inner surface of the human blood vessel and the manifold is substantially retained by the human blood vessel alone.
A manifold for accessing blood from a human blood vessel, the manifold comprising a first and a second pathway intersecting with each other at an angle, both the first and second pathways having a circular cross-section, and the first pathway being configured to be completed embedded in the human blood vessel with the second pathway leading toward outside of the human blood vessel wherein the manifold is substantially retained by the human blood vessel alone.
A manifold for accessing blood from a human blood vessel, the manifold comprising a first and a second pathway intersecting with each other at an angle, the first pathway having a circular cross-section and being configured to be completed embedded in the human blood vessel with the second pathway leading toward outside of the human blood vessel wherein the manifold is substantially retained by the human blood vessel alone.
Dependencies are inferred from the claim text.