Heat dissipating assembly

Claim 2

A spring clip element for use in a heat dissipating assembly which includes a heat conductive body including a heat receiving surface adapted to be mounted in heat receiving relationship with a heat emitting surface of an electronic component and a heat discharging surface generally opposed to said heat receiving surface, said spring clip element being adapted to removably hold the heat conductive body in assembled configuration with the electronic component, said spring clip element comprising: a generally elongated leaf spring segment normally having spring tension therein and having a first end, a second end, a fulcrum location between said first and second ends, a first leaf spring segment normally having a first spring tension therein, a second leaf spring segment normally having a second spring tension therein, said second end including generally a pivot location and normally having anti-rotation spring tension therein, and a first leg element depending generally from said first end, a second leg element depending generally from said second end, said first leaf spring segment extending generally between said fulcrum location and said first leg element, and said second leaf spring segment extending generally between said fulcrum location and said second leg element, said second leg element forming a post of a lever member, a bar member forming a cross piece of said lever member, said bar member including a release arm and an engagement arm, said bar member being adapted to cause said second leg element to rotate generally around said pivot location against the anti-rotation spring tension responsive to force applied to said bar member.

Claim 3

A spring clip element of claim 1 wherein said release and engagement arms are of different lengths and said release arm is separate from said second leaf spring segment.

Claim 4

A spring clip element of claim 1 wherein said bar member includes a release arm extending generally from said second end towards said fulcrum location.

Claim 5

A spring clip element for use in a heat dissipating assembly which includes a heat conductive body including a heat receiving surface adapted to be mounted in heat receiving relationship with a heat emitting surface of an electronic component and a heat discharging surface generally opposed to said heat receiving surface, said spring clip element being adapted to removably hold the heat conductive body in assembled configuration with the electronic component, said spring clip element comprising: a generally elongated leaf spring segment normally having spring tension therein and having a first end, a second end, a fulcrum location between said first and second ends, a first leaf spring segment normally having a first spring tension therein, a second leaf spring segment normally having a second spring tension therein, said second end including generally a pivot location and normally having anti-rotation spring tension therein, and a first leg element depending generally from said first end, a second leg element depending generally from said second end, said first leaf spring segment extending generally between said fulcrum location and said first leg element, and said second leaf spring segment extending generally between said fulcrum location and said second leg element, said second leg element forming a post of a lever member, a bar member forming a cross piece of said lever member, said bar member including a release arm extending generally from said second end away from said fulcrum location, said bar member being adapted to cause said second leg element to rotate generally around said pivot location against the anti-rotation spring tension responsive to force applied to said bar member.

Claim 6

A spring clip element for use in a heat dissipating assembly which includes a heat conductive body including a heat receiving surface adapted to be mounted in heat receiving relationship with a heat emitting surface of an electronic component and a heat discharging surface generally opposed to said heat receiving surface, said spring clip element being adapted to removably hold the heat conductive body in assembled configuration with the electronic component, said spring clip element comprising: a generally elongated leaf spring segment normally having spring tension therein and having a first end, a second end, a fulcrum location between said first and second ends, a first leaf spring segment normally having a first spring tension therein, a second leaf spring segment normally having a second spring tension therein, said second end including generally a pivot location and normally having anti-rotation spring tension therein, and a first leg element depending generally from said first end, a second leg element depending generally from said second end, said first leaf spring segment extending generally between said fulcrum location and said first leg element, and said second leaf spring segment extending generally between said fulcrum location and said second leg element, said second leg element forming a post of a lever member, a bar member forming a cross piece of said lever member, said bar member including a release arm extending generally from said second end away from said fulcrum location, said bar member being adapted to cause said second leg element to rotate generally around said pivot location against the anti-rotation spring tension responsive to force applied to said bar member.

Claim 7

A spring clip element of claim 4 wherein said second end of said leaf spring segment is formed into said lever member.

Claim 8

A spring clip element of claim 4 wherein said bar member includes a release arm and an engagement arm and the anti-rotation spring tension is less than the second spring tension.

Claim 9

A spring clip element of claim 4 wherein said lever member comprises a generally T-shaped member and said bar member includes a release arm and an engagement arm.

Claim 10

A spring clip element of claim 4 wherein said fulcrum location is adapted to bear against said heat discharging surface, and said second leaf spring segment includes a knee location spaced from said fulcrum location, said knee location being adapted to stabilize said heat conductive body.

Claim 11

A spring clip element of claim 4 including an indexing element adapted to index the spring clip element to the heat conductive body.

Claim 12

A spring clip element for use in a heat dissipating assembly which includes an electronic socket member having generally opposed edges and opposed faces, said electronic socket member being adapted to mount an electronic component on one of said faces, a heat conductive body including a heat receiving surface adapted to be mounted in heat receiving relationship with a heat emitting surface of said electronic component and a heat discharging surface generally opposed to said heat receiving surface, said spring clip element adapted to removably hold the heat conductive body in assembled configuration with the electronic socket member and the electronic component, said spring clip element comprising: a generally elongated leaf spring segment having first and second ends and a fulcrum location between said first and second ends, a first leg element depending generally from said first end, a second leg element depending generally from said second end, a first leaf spring segment extending generally between said fulcrum location and said first leg element, a second leaf spring segment extending generally between said fulcrum location and said second leg element, said second end including generally a pivot location, a rocker arm member having a release arm and an engagement arm, said rocker arm member being operatively associated with said second leg element and adapted to cause said second leg element to rotate generally around said pivot location against anti-rotation spring tension in said clip element responsive to force applied to said rocker arm member, said first and second leg elements including first and second releasable socket member engagement parts, respectively, said first leaf spring element adapted to apply a first latching spring tension to bias said first releasable socket member engagement part into latching engagement with said socket member, said second leaf spring segment adapted to apply a second latching spring tension to bias said second releasable socket member engagement part into latching engagement with said socket member, whereby the application of force on said engagement arm moves said second releasable socket engagement part into latching engagement with said socket member and the application of force on said release arm moves said second releasable socket engagement part out of latching engagement with said socket member.

Claim 13

A spring clip element for use in a heat dissipating assembly which includes an electronic socket member having generally opposed edges and opposed faces, said electronic socket member being adapted to mount an electronic component on one of said faces, a heat conductive body including a heat receiving surface adapted to be mounted in heat receiving relationship with a heat emitting surface of said electronic component and a heat discharging surface generally opposed to said heat receiving surface, said spring clip element adapted to removably hold the heat conductive body in assembled configuration with the electronic socket member and the electronic component, said spring clip element comprising: a generally elongated leaf spring segment having first and second ends and a fulcrum location between said first and second ends, a first leg element depending generally from said first end, a second leg element depending generally from said second end, a first leaf spring segment extending generally between said fulcrum location and said first leg element, a second leaf spring segment extending generally between said fulcrum location and said second leg element, said second end including generally a pivot location, a rocker arm member having a release arm and an engagement arm, said rocker arm member being operatively associated with said second leg element and adapted to cause said second leg element to rotate generally around said pivot location against anti-rotation spring tension in said clip element responsive to force applied to said rocker arm member, said first and second leg elements including first and second releasable socket member engagement parts, respectively, said first leaf spring element adapted to apply a first latching spring tension to bias said first releasable socket member engagement part into latching engagement with said socket member, said second leaf spring segment adapted to apply a second latching spring tension to bias said second releasable socket member engagement part into latching engagement with said socket member, whereby the application of force on said engagement arm moves said second releasable socket engagement part into latching engagement with said socket member and the application of force on said release arm moves said second releasable socket engagement part out of latching engagement with said socket member.

Claim 14

A spring clip of claim 10 wherein said second end of said generally elongated leaf spring segment is formed into said rocker arm member.

Claim 15

A spring clip element for use in a heat dissipating assembly which includes an electronic socket member adapted to mount an electronic component thereon, a heat conductive body including a heat receiving surface adapted to be mounted in heat receiving relationship with a heat emitting surface of said electronic component and a heat discharging surface generally opposed to said heat receiving surface, said spring clip element adapted to removably hold the heat conductive body in assembled configuration with the electronic socket member and the electronic component, said spring clip comprising: a generally elongated leaf spring segment normally having spring tension therein and having a first end, a first leg element depending generally from said first end, a second end, a second leg element depending generally from said second end, and a fulcrum location between said first and second ends, a first leaf spring segment extending generally between said fulcrum location and said first leg element and normally having a first spring tension therein, a second leaf spring segment extending generally between said fulcrum location and said second leg element and normally having a second spring tension therein, said second end including generally a pivot location and normally having anti-rotation spring force therein, a rocker arm member generally integral with said second leaf spring segment and having a release arm and an engagement arm, said release arm being separate from said second leaf spring segment, said rocker arm member being operatively associated with said second leg element and adapted to cause said second leg element to rotate generally around said pivot location against the anti-rotation spring tension in said clip element responsive to force applied to said rocker arm member.

Claim 16

A spring clip element for use in a heat dissipating assembly which includes an electronic socket member adapted to mount an electronic component thereon, a heat conductive body including a heat receiving surface adapted to be mounted in heat receiving relationship with a heat emitting surface of said electronic component and a heat discharging surface generally opposed to said heat receiving surface, said spring clip element adapted to removably hold the heat conductive body in assembled configuration with the electronic socket member and the electronic component, said spring clip comprising: a generally elongated leaf spring segment normally having spring tension therein and having a first end, a first leg element depending generally from said first end, a second end, a second leg element depending generally from said second end, and a fulcrum location between said first and second ends, a first leaf spring segment extending generally between said fulcrum location and said first leg element and normally having a first spring tension therein, a second leaf spring segment extending generally between said fulcrum location and said second leg element and normally having a second spring tension therein, said second end including generally a pivot location and normally having anti-rotation spring force therein, a rocker arm member generally integral with said second leaf spring segment and having a release arm and an engagement arm, said release arm being separate from said second leaf spring segment, said rocker arm member being operatively associated with said second leg element and adapted to cause said second leg element to rotate generally around said pivot location against the anti-rotation spring tension in said clip element responsive to force applied to said rocker arm member.

Claim 17

The spring clip element of claim 12 wherein the second spring tension is greater than the anti-rotation spring tension.

Claim 18

The spring clip element of claim 12 wherein said engagement arm extends generally from said second end towards said fulcrum location generally along said second leaf spring segment.

Claim 19

The spring clip element of claim 12 wherein said release and engagement arms are of different lengths.