Patent ID: 9255743
Filing Date: 2016-02-09
CPC Classification: F21V,F21Y,F28D,F28F

Claim Text:
1. A heat dissipation module for cooling an electronic component, comprising: a vapor chamber having: a heat sink having a central hole portion, a plurality of fins arranged around said central hole portion, each fin extending radially outward from said central hole portion, and a plurality of air channel portions disposed around said central hole portion, wherein said central hole portion comprises a receiving chamber, the transitional sections and the inserting sections of said vapor chamber engaging said receiving chamber, wherein each air channel portion is comprised of a set of said plurality of fins extending radially outward from said central hole portion to an outer wall, said at least one air channel being defined by two adjacent fins of said set of said plurality of fins and said outer wall, wherein each outer wall of each air channel portion is separate from an outer wall of an adjacent air channel portion, wherein said receiving chamber is comprised of a pair of jacks cooperative with the two inserting sections, each inserting section engaging a corresponding jack, wherein each jack has an arc shaped surface in contact with corresponding fins and a corresponding inserting section, each corresponding fin extending radially outward from said arc shaped surface, each arc shaped surface having said corresponding fins radially extending outward from the arc shaped surface on both sides of a center of the arc shaped surface, wherein at least one arc shaped surface has said plurality of air channels radially extending outward from the arc shaped surface, wherein each inserting section has a complementary arc shaped support for flush engagement to the arc shaped surface of the corresponding jack, the two inserting sections forming a hollow tube configuration with two symmetrical gaps, wherein said flat section has flat edges, wherein the inserting sections have curved edges corresponding to said hollow tube configuration, wherein each transitional section forms an orthogonal connection at a respective flat edge of said flat section and has rounded connection at a respective curved edge of a corresponding inserting section, said corresponding inserting section being orthogonal to said flat section, and wherein heat generated by the electronic component conducted to each complementary arc shaped support of each inserting section dissipates equally through the corresponding fins extending radially from said arc shaped surface of the corresponding jack and through said plurality of air channels.