초록 ▼

An apparatus to transfer heat from a heat source to a heat absorber, the apparatus consisting of a thermally conductive rotor, a thermal transfer fluid, and a composite substrate with an internal cavity containing the thermally conductive rotor and the thermal transfer fluid. The surface of the comp

An apparatus to transfer heat from a heat source to a heat absorber, the apparatus consisting of a thermally conductive rotor, a thermal transfer fluid, and a composite substrate with an internal cavity containing the thermally conductive rotor and the thermal transfer fluid. The surface of the composite substrate receives the heat source and the heat absorber. An external means impels the rotor to rotate within the internal cavity. Heat from the heat source is conducted through the surface of the composite substrate and through the thermal transfer fluid into the rotor. Heat is conducted from the rotating rotor through the thermal transfer fluid and through the surface of the composite substrate to the heat absorber. In the most preferred embodiment the thermal transfer fluid is a low melt metallic alloy, the rotor is a copper disk, and the rotor is motivated to rotate in the internal cavity of the composite substrate due to eddy currents generated by an external moving magnetic fields.

대표청구항 ▼

[ The invention claimed is:] [1.] An apparatus for transferring heat from a heat producing component to a heat absorbing component, comprising:a) a thermal transfer fluid;b) a composite substrate containing an interior cavity, the composite substrate having a surface, a first portion of the interior

[ The invention claimed is:] [1.] An apparatus for transferring heat from a heat producing component to a heat absorbing component, comprising:a) a thermal transfer fluid;b) a composite substrate containing an interior cavity, the composite substrate having a surface, a first portion of the interior cavity containing the thermal transfer fluid, a first portion of the surface of the composite substrate receiving the heat producing component, a second portion of the surface of the composite substrate receiving the heat absorbing component;c) a thermally conductive rotor contained in a second portion of the interior cavity of the composite substrate; andd) an external means for rotating the thermally conductive rotor, whereby the majority of the heat produced by the heat producing component is transferred through the first portion of the surface of the composite substrate and through the thermal transfer fluid into the thermally conductive rotor, the external means rotates the thermally conductive rotor, and the heat in the thermally conductive rotor is transferred through the thermal transfer fluid and through the second portion of the surface of the composite substrate to the heat absorbing component.