초록 ▼

A heat sink core assembly includes a base plate fabricated from a first material. The base plate comprises an opening therein, and the opening defines an insert engagement surface. An insert is fabricated from a second material different from the first material. The insert includes a base plate enga

A heat sink core assembly includes a base plate fabricated from a first material. The base plate comprises an opening therein, and the opening defines an insert engagement surface. An insert is fabricated from a second material different from the first material. The insert includes a base plate engagement surface and the insert is inserted into the opening. At least one of the insert engagement surface and the base plate engagement surface includes a curved portion. The curved portions oppose one another when the insert is engaged to the opening to produce a predetermined contact force in directions parallel and perpendicular to the opening in the base plate. When the opposed surfaces are crimped together, gaps or voids between the surfaces are avoided.

대표청구항 ▼

1. A heat sink core assembly comprising:a base plate fabricated from a first material and comprising an opening therein, said opening defining an insert engagement surface; andan insert fabricated from a second material different from said first material, said insert including a base plate engagemen

1. A heat sink core assembly comprising:a base plate fabricated from a first material and comprising an opening therein, said opening defining an insert engagement surface; andan insert fabricated from a second material different from said first material, said insert including a base plate engagement surface, said insert being inserted into said opening, wherein at least one of said insert engagement surface and said base plate engagement surface includes a convex surface.2. A heat sink core assembly in accordance with claim 1 further comprising at least one fin crimped to said base plate.3. A heat sink core assembly in accordance with claim 1 wherein said insert has inclined side walls that are configured to engage said base plate and maintain said insert in position relative to said base plate.4. A heat sink core assembly in accordance with claim 1, wherein each of said insert engagement surface and said base plate engagement surface includes a respective said convex surface.5. A heat sink core assembly in accordance with claim 4, wherein said convex surfaces are opposed to one another.6. A heat sink core assembly in accordance with claim 1 wherein said insert engagement surface and said base plate engagement surface are adapted to produce substantially a zero void interface when engaged to one another.7. A heat sink core assembly in accordance with claim 1, wherein said opening defines a dovetaile slot having inclined side walls that are configured to load said insert against said insert engagement surface.8. A heat sink core assembly in accordance with claim 1, wherein said opening defines a dovetail slot, and said insert comprises a body having a dovetail shape that is complementary to said dovetail slot.9. A heat sink core assembly for cooling an electronic component, said core assembly comprising:a base plate fabricated from a first material and comprising a dovetail slot therein, said dovetail slot surrounding an insert engagement surface; andan insert fabricated from a second material different from said first material, said insert being inserted into said dovetail slot and including a base plate engagement surface, wherein at least one of said insert engagement surface and said base plate engagement surface includes a convex surface.10. A heat sink core assembly in accordance with claim 9 wherein said insert comprises a body comprising at least one sloped side configured to engage said dovetail slot.11. A heat sink core assembly in accordance with claim 9, wherein each of said insert engagement surface and said base plate engagement surface includes a respective said convex surface.12. A heat sink core assembly in accordance with claim 9, wherein each of said insert engagement surface and said base plate engagement surface comprises a respective said convex surface, said convex surfaces opposed to one another when said insert is engaged to said opening.13. A heat sink core assembly in accordance with claim 9 wherein said insert engagement surface and said base plate engagement surface are adapted to produce substantially a zero void interface when engaged to one another.14. A heat sink core assembly in accordance with claim 9, each of said insert engagement surface and said base plate engagement surface comprising a respective said convex surface, said convex surfaces opposed to one another when said insert is received in said slot.15. A heat sink core assembly for cooling a component, said core assembly comprising:a base plate fabricated from a first material and comprising an insert engagement surface and a dovetail slot;an insert fabricated from a second material different from said first material, said insert including a base plate engagement surface and inclined sides, said insert configured for an interference fit in said dovetail slot, wherein said insert engagement surface is urged against said base plate engagement surface to create a normal contact force therebetween.16. A heat sink core assembly in accordance with claim 15, wherein said insert engagement surface and said base plate engagement surface include respective convex surfaces that are opposed to one another.17. A heat sink core assembly in accordance with claim 15 further comprising at least one fin crimped to said base plate.18. A heat sink core assembly in accordance with claim 15 further comprising a plurality of fins extending from a surface of said base plate opposite said insert, said insert being outwardly flared in a direction toward said fins to facilitate heat flow to said fins.