Cover for chip carrier sockets

Claim 2

A cover for chip carrier sockets having downwardly facing shoulders on two opposing side walls, said cover comprising: a. spaced apart front and rear rails connected by parallel and spaced apart side rails extending therebetween; b. means on the rear rail for pivotally mounting the cover on the socket for movement between an open position and a closed position; c. said front rail having the ends thereon bent downwardly to form depending sections and with the free ends of the depending sections bent inwardly to form lips, said lips being received under the downwardly facing shoulders when the cover is in a closed position on the socket; and d. release means integral with the depending sections for withdrawing the lips from beneath the downwardly facing shoulders, said release means including lever arms attached to each depending section and bent at right angles thereto so that with a downward force applied to the lever arms, the lips on the depending sections swing away from the downwardly facing shoulders on the socket on which the cover may be mounted.

Claim 3

The cover of claim 1 wherein the lever arms extend parallel to and along the front rail with free ends of the lever arms facing each other.

Claim 4

The cover of claim 1 further including tabs on the free ends of the lever arms, said tabs being bent at right angles to the arms to project away therefrom.

Claim 5

A cover member for a chip carrier socket to maintain a chip carrier therein and to be released therefrom, comprising: front and rear rail members interconnected with spaced apart side rail members; means provided by said rear rail members for pivotally connecting the cover member onto the chip carrier socket; means provided by said cover member for engaging the chip carrier to maintain the chip carrier in position in the socket when the cover member is in a closed position; latching means attached to said front rail member and having sections thereon extending downwardly along the sides of said chip carrier socket for latchably engaging latching members on the socket to maintain the cover member in the closed position; and release means attached to said sections and extending parallel to said front rail member therefrom and having outwardly-bent free ends against which a force may be applied to unlatch said latching means from the latching members by translating said force to said sections causing said latch means to become unlatched from the latching members.

Claim 6

A cover member for a chip carrier socket to maintain a chip carrier therein and to be released therefrom, comprising: front and rear rail members interconnected with spaced apart side rail members; means provided by said rear rail members for pivotally connecting the cover member onto the chip carrier socket; means provided by said cover member for engaging the chip carrier to maintain the chip carrier in position in the socket when the cover member is in a closed position; latching means attached to said front rail member and having sections thereon extending downwardly along the sides of said chip carrier socket for latchably engaging latching members on the socket to maintain the cover member in the closed position; and release means attached to said sections and extending parallel to said front rail member therefrom and having outwardly-bent free ends against which a force may be applied to unlatch said latching means from the latching members by translating said force to said sections causing said latch means to become unlatched from the latching members.

Claim 7

A cover member as claimed in claim 4, wherein said engaging means comprise downwardly-directed sections on said side rail members.

Claim 8

A cover member as claimed in 4, wherein said sections on said latching means comprise downwardly-directed extensions of said front rail member having inwardly-directed free ends.

Claim 9

A cover member as claimed in claim 6, wherein said release means comprise arm members extending outwardly from front edges of said extensions and extending parallel to said front rail member.

Claim 10

A cover member as claimed in claim 7, wherein free ends of said arm members include segments extending substantially parallel to said extensions and having thereon said outwardly-bent free ends.

Claim 11

A cover member for a socket to releasably maintain an electronic package therein, comprising: a frame defined by rail members; means provided on one rail member for pivotally connecting said frame to said socket to permit said frame to move between an open and closed position on said socket; means provided by said frame for engaging and maintaining said electronic package in said socket when said frame is in a closed position; latching means as part of another rail member and having pivotal, depending sections for latchably engaging latching members on said socket to maintain said frame in a closed position; and release means comprising elongated arm members attached to and extending from said depending sections at right angles thereto, said arm members having outwardly-bent free ends against which a force may be applied causing said depending sections to pivot and become unlatched from said latching members.

Claim 12

A cover member for a socket to releasably maintain an electronic package therein, comprising: a frame defined by rail members; means provided on one rail member for pivotally connecting said frame to said socket to permit said frame to move between an open and closed position on said socket; means provided by said frame for engaging and maintaining said electronic package in said socket when said frame is in a closed position; latching means as part of another rail member and having pivotal, depending sections for latchably engaging latching members on said socket to maintain said frame in a closed position; and release means comprising elongated arm members attached to and extending from said depending sections at right angles thereto, said arm members having outwardly-bent free ends against which a force may be applied causing said depending sections to pivot and become unlatched from said latching members.