Integral ebullient cooler

Claim 1

IN COMBINATION WITH AN INTERNAL COMBUSTION ENGINE HAVING A COOLING SYSTEM WHEREIN A COOLANT ENTERS SAID ENGINE SUBSTANTIALLY AS A LIQUID AND LEAVES SAID ENGINE SUBSTANTIALLY AS A VAPOR, AN INTERGRAL EBULLIENT COOLER, SAID COOLER HAVING AN ENCLOSED UPPER LIQUID SEPARATOR, SAID LIQUID SEPARATOR HAVING A CONDENSATE STORAGE AREA IN THE LOWER PORTION THEREOF AND A VAPOR STORAGE AREA IN THE UPPER PORTION THEREOF; A CONDUIT MEANS COMMUNICATING SAID ENGINE WITH SAID UPPER VAPOR AREA OF SAID LIQUID SEPARATOR FOR CONDUCTING VAPORS FROM SAID ENGINE TO SAID SEPARATOR; A LOWER CONDENSATE STORAGE TANK; A VAPOR CONDENSER STORAGE TANK; WITH SAID VAPOR AREA OF SAID LIQUID SEPARATOR AND AT THE LOWER END WITH SAID CONDENSATE STORAGE TANK; A CONDENSATE RECIRCULATION PIPE COMMUNICATING AT THE LOWER END WITH THE LOWER PORTION OF SAID CONDENSATE STORAGE TANK AND AT THE UPPER END WITH THE SAID VAPOR STORAGE AREA OF SAID LIQUID SEPARATOR; A PUMP MEANS IN SAID CONDENSATE RECIRCULATION PIPE FOR CONVEYING LIQUID FROM SAID CONDENSATE STORAGE TANK TO SAID LIQUID SEPARATOR; AND, A CONDUIT MEANS COMMUNICATING AT ONE END WITH SAID LIQUID STORAGE AREA OF SAID LIQUID SEPARATOR AND AT THE OTHER END WITH SAID ENGINE WHEREBY LIQUID IS CONDUCTED TO SAID ENGINE.