Phase-change turbo-dissipation cooler

Abstract

A phase-change turbo-dissipation cooler comprises a heat extracting apparatus and a heat dissipating apparatus. The heat extracting apparatus includes a closed container having an outlet nozzle and an inlet, the closed container being filled with a liquid of low boiling point. The heat dissipating apparatus includes a chambered body, an air supply tube, a vapor tube, and a condensing tube. The chambered body is provided with a common shaft, a turbine, and a blower. The condensing tube is provided with multiple fins and an expansion valve and connected between the vapor tube and the closed container. The liquid can be vaporized in the closed container by a heat source to blow into the chambered body to rotate the turbine together with the blower and then flow back to the closed container. The blower can suck in ambient air to blow through the fins on the condensing tube to dissipate heat.

1 . A phase-change turbo-dissipation cooler, comprising:
 a heat extracting apparatus composed of a closed container having an outlet nozzle and an inlet, said closed container being filled with a liquid of low boiling point;   a heat dissipating apparatus composed of a chambered body, an air supply tube, a vapor tube, and a condensing tube, said chambered body being provided with a shaft wheel assembly therein, said shaft wheel assembly including a common shaft, a turbine wheel, and a blower wheel, said turbine wheel and said blower wheel mounted on two ends of said common shaft, said chambered boy being provided with an air intake and communicated with said outlet nozzle, said vapor tube, and said air supply tube, said condensing tube having one end communicated with said vapor tube and the other end communicated with said inlet of said closed container, said condensing tube being provided with a plurality of fins and an expansion valve;   whereby, said liquid of low boiling point can be vaporized to become a vapor in said closed container by a heat source contacting therewith, the vapor flowing into said chambered body to rotate said turbine wheel and then flowing back to said closed container by way of said vapor tube and said condensing tube, said blower wheel being rotated simultaneously via said common shaft between said turbine wheel and said blower wheel so that ambient air can be sucked in from said air intake to blow through said fins via said air supply tube so as to dissipate heat.   
     
     
         2 . The phase-change turbo-dissipation cooler of  claim 1 , wherein a partition wall is disposed within said chambered body to divide said chambered body into a first zone and a second zone, said common shaft extending between said first zone and said second zone, said turbine wheel and said blower wheel respectively located in said first zone and said second zone, said outlet nozzle communicated with said first zone, said air intact and said air supply tube communicated with said second zone.