Separate liquid flow heat pipe system

Claim 2

A heat pipe system comprising: an elongated heat pipe vapor tube extending in the direction of desired heat transfer, said vapor tube being at least partially lined with a heat pipe liquid wicking material; a liquid return tube, said return tube being subcooled and substantially without heat pipe liquid wicking material therein; a first connector between said liquid return tube and said vapor tube adjacent the first end thereof; a second connector between said liquid return tube and said vapor tube adjacent the second end thereof; at least one connector between said liquid return tube and said vapor tube between said first and second ends thereof; heat pipe liquid wicking material filling all of said connectors so as to pass liquid to and from said liquid return tube so that said tubes are connected only through said wicking material; and a thermal connection connected to said wicking material in said intermediate connector so that heat exchange takes place within said system intermediate the ends thereof.

Claim 3

The system of claim 1 wherein a heat source is connected to said first end for supplying heat to said first end to vaporize liquid so that the vapor flows through said vapor tube towards said second end.

Claim 4

The system of claim 2 wherein a heat sink is connected to said second end to remove heat from said second end of said vapor tube to condense vapor therein into heat pipe liquid so that heat pipe liquid is delivered to said connector adjacent said second end for delivery to said liquid return tube.

Claim 5

A heat pipe system comprising: a vapor tube having a first and a second end, said vapor tube being elongated and having heat pipe liquid wicking material over substantially the entire inner surface thereof and having a heat pipe vapor passage therethrough from said first end to said second end, said heat pipe vapor tube being positionable in the direction of desired heat flow; thermal connection means adjacent each said first end and said second end of said vapor tube for transferring heat in and out of said vapor tube; a first connector connected to said vapor tube adjacent said first end thereof and a second connector tube connected to said vapor tube adjacent said second end thereof; a liquid return tube connected to said first and second connectors, said liquid return tube being subcooled and separated from said vapor tube by means of heat transfer liquid wicking material at both said first and second connectors so that heat pipe vapor in said vapor tube can not pass directly into said liquid return tube, said liquid return tube being substantially without heat pipe liquid wicking material therein, said heat pipe system being closed with respect to the ambient and said heat pipe system being for containing heat pipe fluid therein so that delivery of heat into said vapor tube adjacent said first end thereof causes vaporization of heat pipe fluid which travels through said vapor tube and transfer of heat out of said vapor tube adjacent its second end causes condensation of the vapor adjacent said second end with the resultant condensed heat pipe liquid being transferred through said connector adjacent said second end and through said wicking material in said second connector to pass through said liquid return tube to said first end; at least one connector intermediate the first and second ends of said vapor tube, said intermediate connector being connected between said vapor and said liquid return tube and said intermediate connector having a plug of heat pipe liquid wicking material therein so as to transfer liquid to and from said liquid return tube at said intermediate connector to maintain equilibrium in said vapor tube at said connector; and intermediate thermal means connected to said vapor tube at said intermediate connector, said intermediate thermal means being connected to said wicking material at said intermediate connector so that heat transfer causes changing the phase of the heat pipe fluid at said wicking material at said intermediate connector so that said heat pipe system serves as a thermal bus serving more than one heat requirement.

Claim 6

A heat pipe system comprising: a vapor tube having a first and a second end, said vapor tube being elongated and having heat pipe liquid wicking material over substantially the entire inner surface thereof and having a heat pipe vapor passage therethrough from said first end to said second end, said heat pipe vapor tube being positionable in the direction of desired heat flow; thermal connection means adjacent each said first end and said second end of said vapor tube for transferring heat in and out of said vapor tube; a first connector connected to said vapor tube adjacent said first end thereof and a second connector tube connected to said vapor tube adjacent said second end thereof; a liquid return tube connected to said first and second connectors, said liquid return tube being subcooled and separated from said vapor tube by means of heat transfer liquid wicking material at both said first and second connectors so that heat pipe vapor in said vapor tube can not pass directly into said liquid return tube, said liquid return tube being substantially without heat pipe liquid wicking material therein, said heat pipe system being closed with respect to the ambient and said heat pipe system being for containing heat pipe fluid therein so that delivery of heat into said vapor tube adjacent said first end thereof causes vaporization of heat pipe fluid which travels through said vapor tube and transfer of heat out of said vapor tube adjacent its second end causes condensation of the vapor adjacent said second end with the resultant condensed heat pipe liquid being transferred through said connector adjacent said second end and through said wicking material in said second connector to pass through said liquid return tube to said first end; at least one connector intermediate the first and second ends of said vapor tube, said intermediate connector being connected between said vapor and said liquid return tube and said intermediate connector having a plug of heat pipe liquid wicking material therein so as to transfer liquid to and from said liquid return tube at said intermediate connector to maintain equilibrium in said vapor tube at said connector; and intermediate thermal means connected to said vapor tube at said intermediate connector, said intermediate thermal means being connected to said wicking material at said intermediate connector so that heat transfer causes changing the phase of the heat pipe fluid at said wicking material at said intermediate connector so that said heat pipe system serves as a thermal bus serving more than one heat requirement.

Claim 7

The heat pipe system of claim 4 wherein said thermal means connected to said intermediate connector is a single tube, arterial heat pipe.

Claim 8

The heat pipe system of claim 5 wherein said single tube, arterial heat pipe connected at said intermediate connector is a closed fluid heat pipe having fluid independent of the fluid in said vapor tube.