Combination structure of water cooling radiator housing and axial flow impeller

Abstract

This invention relates to a combined structure of a water-cooled radiator and an axial flow impeller, comprising a housing, a water-cooled radiator assembly, a transition assembly, and an axial flow impeller. The water-cooled radiator assembly includes a plurality of water-cooled tubes and a plurality of water-cooled fins. The water-cooled tubes are arranged parallel and spaced apart within the housing, and the water-cooled fins are arranged spaced apart between the water-cooled tubes. The transition assembly includes a support frame and a shaft sleeve connecting to the support frame. The support frame is fixed to the housing frame, and the shaft sleeve is positioned on one side of the water-cooled fins. The axial flow impeller includes a shaft and a plurality of blades driven by the shaft. The shaft is integrated into the shaft sleeve, thereby positioning the blades above the water-cooled fins; thus improving the efficiency of the axial flow impeller and the heat dissipation performance of the water-cooled radiator.

Claims

1. A combined structure of a water-cooled radiator and an axial flow impeller, comprising: a housing; a water-cooled radiator assembly including a plurality of water-cooled tubes and a plurality of water-cooled fins, the water-cooled tubes being arranged parallel and spaced apart in the housing, and the water-cooled fins being spaced apart between the water-cooled tubes; a connecting assembly including a bracket and a shaft sleeve connected to the bracket, the bracket being fixed on the housing, and the shaft sleeve being positioned on one side of the water-cooled fins; an axial flow impeller including a wheel shaft and a plurality of blades driven by the wheel shaft, the wheel shaft being coupled in the shaft sleeve, thereby positioning the blades above one of the water-cooled fins, the axial flow impeller being supported in the housing only through the coupling of the wheel shaft and the shaft sleeve, and the bracket being disposed on the bottom side of the axial flow impeller and not surrounding the outer edge of the blades, so as to prevent airflow from being blocked and passing through the water-cooled radiator assembly when the axial flow impeller is operating.

2. The combined structure of the water-cooled radiator and axial impeller as described in claim 1, wherein the housing includes a base and a cover covering the base, the cover covering the periphery of the axial impeller and exposing the blades.

3. The combination structure of the water-cooled radiator and axial flow impeller as described in claim 2, wherein the bracket is locked to the base.

4. The combined structure of the water-cooled radiator and axial flow impeller as described in claim 3, wherein the base is provided with a first connecting part, and the bracket is provided with a second connecting part on the side facing the base, and the bracket is connected to the base by being positioned with the first connecting part through the second connecting part.

5. The combination structure of the water-cooled radiator and the axial flow impeller as described in claim 4, wherein the adapter further includes a first screw, the first joint being a through hole, the second joint being a stud, and the first screw passing through the first joint and the second joint.

6. The combined structure of the water-cooled radiator and axial flow impeller as described in claim 5, wherein the base is provided with a support column, and the first joint is provided on the support column.

7. The combination structure of the water-cooled radiator and axial flow impeller as described in claim 2, wherein the bracket is locked to the protective cover.

8. The combined structure of the water-cooled radiator and axial impeller as described in claim 7, wherein the shroud is provided with a third connecting part, and the bracket is provided with a fourth connecting part on the side facing the shroud, and the bracket is connected to the shroud by being positioned with the third connecting part through the fourth connecting part.

9. The combined structure of the water-cooled radiator and axial impeller as described in claim 8, wherein the support is provided with a blade, and the fourth connecting part is provided on the blade.

10. The combined structure of the water-cooled radiator and axial impeller as described in claim 8, wherein the shroud is provided with a partition plate and the third joint is provided on the partition plate.

11. The combination structure of the water-cooled radiator and the axial flow impeller as described in claim 8, wherein the adapter further includes a second screw, the third joint is a through hole, the fourth joint is a stud, and the second screw passes through the third joint and the fourth joint.

12. The combination structure of the water-cooled radiator and axial impeller as described in claim 7, wherein the bracket is diagonally fixed to the shroud and spans the bottom side of a single axial impeller.

13. The combination structure of the water-cooled radiator and axial impeller as described in claim 1, wherein the number of axial impellers is multiple, the number of shaft cylinders is multiple corresponding to the axial impellers, and the shaft cylinders are arranged at intervals on the support.

14. The combined structure of the water-cooled radiator and axial impeller as described in claim 1, wherein the water-cooled radiator further includes a plurality of connecting pipes and a sleeve, the sleeve fitting the connecting pipes and having a cable groove provided thereon.

15. The combined structure of the water-cooled radiator and axial flow impeller as described in claim 1, wherein the bracket is provided with a cable management groove.

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