Heat sink assembly with height adjustable mounting clip

Claim 2

A heat sink assembly for removing heat from an electronic device package installed in a socket having protrusions emanating therefrom, comprising: a top planar member with a first end and a second end opposing said first end; a first leg removably connected to and downwardly depending from said first end of said top member; said first leg including a first elongated shaft member, with an upper and bottom end, having a plurality of spaced apart radial flanges along its length; first engagement element affixed to said bottom end of said first elongated shaft member for securing said first leg to one of said protrusions emanating from said socket; said first leg being removably connected to said first end of said top planar member via one of said radial flanges; a second leg removably connected to and downwardly depending from said second end of said top planar member; said second leg including a second elongated shaft member, with an upper and bottom end, having a plurality of spaced apart radial flanges along its length; second engagement element affixed to said bottom end of said second elongated shaft member for securing said second leg to one of said protrusions emanating from said socket; said second leg being removably connected to said second end of said top planar member via one of said radial flanges; a heat sink member disposed in communication with said electronic device package; said heat sink member having a flat bottom surface; heat sink member being adjustably connected to said top planar member for maintaining said heat sink member in flush thermal communication with said electronic device package installed in said socket; whereby connection of said first end of said top planar member to a selected one of said radial flanges on said first leg and connection of said second end of said top planar member to a selected one of said radial flanges on said second leg defines a distance between said top planar member and said electronic device package to accommodate said heat sink member.

Claim 3

The heat sink assembly of claim 1, wherein a portion of said first elongated shaft of said first leg above a radial flange removably connected to said first end of said top planar member is severable from said first elongated shaft.

Claim 4

The heat sink assembly of claim 1, wherein a portion of said second elongated shaft of said second leg above a radial flange removably connected to said second end of said top planar member is severable from said second elongated shaft.

Claim 5

The heat sink assembly of claim 1, wherein said heat sink member being adjustably connected to said top planar member for maintaining said heat sink member in flush thermal communication with said electronic device package, said top planar member having female threading disposed about a bore through and defined by said top planar member and said heat sink member with male threading about its circumference; said heat sink member being threadable through said bore, via engagement with said female threading, to provide said flat bottom surface of said heat sink member into communication with said electronic device package.

Claim 6

The heat sink member of claim 1, wherein said heat sink member being adjustably connected to said top planar member for maintaining said heat sink member in flush thermal communication with said electronic device package, said top planar member having female threading disposed about a bore through and defined by said top planar member, a cylindrical adjustment member, having male threading thereon and threadably received through said bore into communication with an upper surface of said heat sink member residing between said top planar member and said electronic device package; said adjustment member maintaining said heat sink member in thermal communication with said electronic device package.

Claim 7

The heat sink assembly of claim 1, further comprising: at least one first fork member connected to and emanating outwardly from said first end of said top planar member; each of said at least one first fork member being capable of removably engaging with one of said radial flanges of said first elongated shaft member; and at least one second fork member connected to and emanating outwardly from said second end of said top planar member; each of said at least one second fork member being capable of removably engaging with one of said radial flanges of said second elongated shaft member.

Claim 8

The heat sink assembly of claim 1, wherein said first and second engagement elements enclosed loops affixed to said bottom end of said first and second shaft member.

Claim 9

The heat sink assembly of claim 1, wherein said first leg and said second leg are manufactured of plastic.

Claim 10

A heat sink assembly for removing heat from an electronic device package installed in a socket having protrusions emanating therefrom, comprising: a top planar member with a first end and a second end opposing said first end; a first fork member connected to and emanating outwardly from said first end of said top planar member; a second fork member connected to and emanating outwardly from said second end of said top planar member; a first leg removably connected to said first fork member and downwardly depending from said first end of said top member; said first leg including a first elongated shaft member, with an upper and bottom end, having a plurality of spaced apart radial flanges along its length; a first enclosed loop affixed to said bottom end of said first elongated shaft member; said first enclosed loop being engageable with one of said protrusions emanating from said socket; said first leg being removably connected to said first end of said top planar member via engagement of a selected one of said radial flanges with said first fork member; a second leg removably connected to said second fork member and downwardly depending from said second end of said top planar member; said second leg including a second elongated shaft member, with an upper and bottom end, having a plurality of spaced apart radial flanges along its length; a second enclosed loop affixed to said bottom end of said second elongated shaft member; said second enclosed loop being engageable with one of said protrusions emanating from said socket; said second leg being removably connected to said second end of said top planar member via engagement of a selected one of said radial flanges with said second fork member; a heat sink member disposed in communication with said electronic device package; said heat sink member having a flat bottom surface; said heat sink being adjustably connected to said top planar member for maintaining said heat sink member in flush thermal communication with said electronic device package installed in said socket; whereby connection of said first end of said top planar member to a selected one of said radial flanges on said first leg and connection of said second end of said top member to a selected one of said radial flanges on said second leg defines a distance between said top planar member and said electronic device package to accommodate said heat sink member.

Claim 11

A heat sink assembly for removing heat from an electronic device package installed in a socket having protrusions emanating therefrom, comprising: a top planar member with a first end and a second end opposing said first end; a first fork member connected to and emanating outwardly from said first end of said top planar member; a second fork member connected to and emanating outwardly from said second end of said top planar member; a first leg removably connected to said first fork member and downwardly depending from said first end of said top member; said first leg including a first elongated shaft member, with an upper and bottom end, having a plurality of spaced apart radial flanges along its length; a first enclosed loop affixed to said bottom end of said first elongated shaft member; said first enclosed loop being engageable with one of said protrusions emanating from said socket; said first leg being removably connected to said first end of said top planar member via engagement of a selected one of said radial flanges with said first fork member; a second leg removably connected to said second fork member and downwardly depending from said second end of said top planar member; said second leg including a second elongated shaft member, with an upper and bottom end, having a plurality of spaced apart radial flanges along its length; a second enclosed loop affixed to said bottom end of said second elongated shaft member; said second enclosed loop being engageable with one of said protrusions emanating from said socket; said second leg being removably connected to said second end of said top planar member via engagement of a selected one of said radial flanges with said second fork member; a heat sink member disposed in communication with said electronic device package; said heat sink member having a flat bottom surface; said heat sink being adjustably connected to said top planar member for maintaining said heat sink member in flush thermal communication with said electronic device package installed in said socket; whereby connection of said first end of said top planar member to a selected one of said radial flanges on said first leg and connection of said second end of said top member to a selected one of said radial flanges on said second leg defines a distance between said top planar member and said electronic device package to accommodate said heat sink member.

Claim 12

The heat sink assembly of claim 9, wherein a portion of said first elongated shaft of said first leg above a radial flange removably connected to said first end of said top planar member is severable from said first elongated shaft.

Claim 13

The heat sink assembly of claim 9, wherein a portion of said second elongated shaft of said second leg above a radial flange removably connected to said second end of said top planar member is severable from said second elongated shaft.

Claim 14

The heat sink assembly of claim 9, wherein said heat sink member being adjustably connected to said top planar member for maintaining said heat sink member in flush thermal communication with said electronic device package, said top planar member having female threading disposed about a bore through and defined by said top planar member and said heat sink member with male threading about its circumference; said heat sink member being threadable through said bore, via engagement with said female threading, to provide said flat bottom surface of said heat sink member into communication with said electronic device package.

Claim 15

The heat sink member of claim 9, wherein said heat sink member being adjustably connected to said top planar member for maintaining said heat sink member in flush thermal communication with said electronic device package, said top planar member having female threading disposed about a bore through and defined by said top planar member, a cylindrical adjustment member, having male threading thereon and threadably received through said bore into communication with an upper surface of said heat sink member residing between said top planar member and said electronic device package; said adjustment member maintaining said heat sink member in thermal communication with said electronic device package.

Claim 16

The heat sink assembly of claim 1, wherein said first leg and said second leg are manufactured of plastic.

Claim 17

A heat sink assembly for removing heat, comprising: an electronic device socket having a first end, an opposing second end; a plurality of first protrusions laterally emanating from said first end of said electronic device socket; a plurality of second protrusions laterally emanating from said second end of said electronic device socket; an electronic device package installed in said electronic device socket; said electronic device package having a top surface; a top planar member with a first end and a second end opposing said first end; a first fork member connected to and emanating outwardly from said first end of said top planar member; a second fork member connected to and emanating outwardly from said second end of said top planar member; a first leg removably connected to said first fork member and downwardly depending from said first end of said top planar member; said first leg including a first elongated shaft member, with an upper and bottom end, having a plurality of spaced apart radial flanges along its length; a first enclosed loop affixed to said bottom end of said first elongated shaft member; said first enclosed loop being engageable with one of said plurality of first protrusions laterally emanating from first end of said electronic device socket; said first leg being removably connected to said first end of said top planar member via engagement of a selected one of said radial flanges with said first fork member; a second leg removably connected to said second fork member and downwardly depending from said second end of said top planar member; said second leg including a second elongated shaft member, with an upper and bottom end, having a plurality of spaced apart radial flanges along its length; a second enclosed loop affixed to said bottom end of said second elongated shaft member; said second enclosed loop being engageable with one of said plurality of second protrusions laterally emanating from said second end of said electronic device socket; said second leg being removably connected to said second end of said top planar member via engagement of a selected one of said radial flanges with said second fork member; a heat sink member disposed in communication with said electronic device package; said heat sink member having a flat bottom surface engageable with said top surface of said electronic device package; said top planar member being positioned above said heat sink member; a knob member adjustably connected to top planar member for maintaining said heat sink member in flush thermal communication with said electronic device package installed in said socket; whereby connection of said first end of said top member to a selected one of said radial flanges on said first leg via said first fork member and connection of said second end of said top planar member to a selected one of said radial flanges on said second leg via said second fork member defines a distance between said top planar member and said electronic device package to accommodate said heat sink member.

Claim 18

A heat sink assembly for removing heat, comprising: an electronic device socket having a first end, an opposing second end; a plurality of first protrusions laterally emanating from said first end of said electronic device socket; a plurality of second protrusions laterally emanating from said second end of said electronic device socket; an electronic device package installed in said electronic device socket; said electronic device package having a top surface; a top planar member with a first end and a second end opposing said first end; a first fork member connected to and emanating outwardly from said first end of said top planar member; a second fork member connected to and emanating outwardly from said second end of said top planar member; a first leg removably connected to said first fork member and downwardly depending from said first end of said top planar member; said first leg including a first elongated shaft member, with an upper and bottom end, having a plurality of spaced apart radial flanges along its length; a first enclosed loop affixed to said bottom end of said first elongated shaft member; said first enclosed loop being engageable with one of said plurality of first protrusions laterally emanating from first end of said electronic device socket; said first leg being removably connected to said first end of said top planar member via engagement of a selected one of said radial flanges with said first fork member; a second leg removably connected to said second fork member and downwardly depending from said second end of said top planar member; said second leg including a second elongated shaft member, with an upper and bottom end, having a plurality of spaced apart radial flanges along its length; a second enclosed loop affixed to said bottom end of said second elongated shaft member; said second enclosed loop being engageable with one of said plurality of second protrusions laterally emanating from said second end of said electronic device socket; said second leg being removably connected to said second end of said top planar member via engagement of a selected one of said radial flanges with said second fork member; a heat sink member disposed in communication with said electronic device package; said heat sink member having a flat bottom surface engageable with said top surface of said electronic device package; said top planar member being positioned above said heat sink member; a knob member adjustably connected to top planar member for maintaining said heat sink member in flush thermal communication with said electronic device package installed in said socket; whereby connection of said first end of said top member to a selected one of said radial flanges on said first leg via said first fork member and connection of said second end of said top planar member to a selected one of said radial flanges on said second leg via said second fork member defines a distance between said top planar member and said electronic device package to accommodate said heat sink member.