Ventricular pump coupling

1. A device for creating a sealed connection between an end of a conduit and an opening in a wall of a heart, comprising:

a sleeve having a first end and second end, the end of the conduit being insertable into the first end of the sleeve and a surface of the conduit sealing with a surface of the sleeve;

a seal member attached to the first end of the sleeve and capable of moving between a folded position and an open position to expand the seal member so that the seal member has a cross-dimension that is larger than a cross-dimension of the opening in the wall of the heart, the seal member including a first section extending from the sleeve towards a center line of the sleeve and being rotated away from the center line upon further insertion of the conduit into the sleeve, a second section extending from the first section away from the center line and rotating with the first section away from the center line upon insertion of the conduit into the sleeve, and a clamping piece extending distally on the second section when in the folded position and rotating therewith away from the center line and into contact with the wall of the heart upon insertion of the conduit into the sleeve; and

a clamp component to be positioned outside of the heart, the clamping piece of the seal member and the clamp component being movable relative to one another to produce an axial clamping force with the wall of the heart between the clamp component and the seal member so that a seal is created between the seal member and the wall of the heart.

2. A device as claimed in claim 1 , wherein the seal member has a third section extending from the second section towards the center line when in the folded position to penetrate through the wall of the heart.

3. A device as claimed in claim 1 , wherein the clamp component is secured to the sleeve and the relative movement is created by rotation of the clamping piece away from the center line.

4. A device as claimed in claim 1 , wherein the seal member is molded silicone having a biocompatible coating.

5. A device as claimed in claim 1 , further comprising a wire frame, plastic deformation of at least a portion of the wire frame causing expansion of the seal member.

6. A device as claimed in claim 5 , wherein movement of the conduit relative to the wire frame causes deformation of the portion of the wire frame.

7. A device as claimed in claim 1 , wherein the clamp component has an epicardial seal piece having an inner and outer diameter to engage the wall of the heart.

8. A device as claimed in claim 7 , wherein the clamp component has a flange being attached to the epicardial seal piece.

9. A system for assisting a left ventricle of a heart, comprising:

a conduit with an end;

a device for creating a sealed connection between the conduit and a wall of the heart, the device including a sleeve having a first end and second end, the end of the conduit being insertable into the first end of the sleeve and a surface of the conduit sealing with a surface of the sleeve, a seal member attached to the first end of the sleeve and capable of moving between a folded position and an open position to expand the seal member so that the seal member has a cross-dimension that is larger than a cross-dimension of the opening in the wall of the heart, the seal member including a first section extending from the sleeve towards a center line of the sleeve and being rotated away from the center line upon further insertion of the conduit into the sleeve, a second section extending from the first section away from the center line and rotating with the first section away from the center line upon insertion of the conduit into the sleeve, and a clamping piece extending distally on the second section when in the folded position and rotating therewith away from the center line and into contact with the wall of the heart upon insertion of the conduit into the sleeve, and a clamp component to be positioned outside of the heart, the clamping piece of the seal member and the clamp component being movable relative to one another to produce an axial clamping force with the wall of the heart between the clamp component and the seal member so that a seal is created between the seal member and the wall of the heart;

a pump having an outlet and an inlet, the inlet being connected to the conduit;

a motor for driving the pump;

an energy source for operating the motor; and

an outflow tube having a first end and a second end, wherein the first end is connected to the outlet of the pump and the second end is connectable to a blood vessel.

10. A system as claimed in claim 9 , wherein the clamp component is secured to the sleeve and the relative movement is created by rotation of the clamping piece away from the center line.