Device for short-circuiting for use with connector

Claim 2

A shorting block for use with an electrical connector which is originally designed for receiving a VRM in a space of said connector, comprising: an elongated insulative housing having a plurality of cavities corresponding to contacts of said connector; and a conductive bar including a plurality of arms extending into the corresponding cavities of the housing so that when there is no VRM required and received within the space of said connector, said shorting block can be inserted into the space of said connector to replace said VRM wherein the contacts of the connector can be received within the cavities of the shorting block and some of the contacts of the connector substantially engage the arms of the conductive bar which are already positioned within the corresponding cavities, such that the contacts of the connector engaging the corresponding arms of the conductive bar, may be short-circuited together for forming a closed circuitry for an operative system in a computer; and wherein said shorting block further includes a board integrally extending beside said housing, and said board comprises a pair of locking walls at two opposite ends for cooperation with ejectors of the connectors to latch or release the shorting block within or from the connector.

Claim 3

The shorting block as described in claim 1, wherein said conductive bar is substantially retainably attached to housing so that said shorting block itself can be pre-assembled as one piece before said shorting block is inserted into the corresponding connector.

Claim 4

The shorting block as described in claim 1, wherein said shorting block further includes a cover for cooperation with the housing to sandwich the conductive bar therebetween for protection and shielding said conductive bar in the shorting block.

Claim 5

The shorting block as described in claim 1, wherein said housing further includes a pair of semi-circular funnels for receiving a pair of corresponding semi-circular posts of the connector therein.

Claim 6

The shorting block as described in claim 2, wherein said conductive bar comprises an elongated strap section from which said arms downward extend.

Claim 7

The shorting block as described in claim 5, wherein each of said arms of the conductive bar has a retention section for retainable receipt within a slot of the corresponding cavity of the housing and a curved section for partially occupying the corresponding cavity of the housing for engagement with the corresponding contact of the header connector.

Claim 8

The shorting block as described in claim 3, wherein said cover further includes a pair of alignment pegs and a pair of latching tabs.

Claim 9

A shorting block as described in claim 7, wherein said housing further includes a pair of apertures for receiving said pair of alignment pegs, and the board includes a pair of channels for receiving said pair of latching tabs and further includes a pair of embossments in said channels for locking said pair of latching tabs of the cover.

Claim 10

The shorting block as described in claim 5, wherein said shorting block further includes a cover having an undersurface recess for receiving the strap section of the conductive bar.

Claim 11

The shorting block as described in claim 5, wherein a plurality of holes are formed along said strap section for cooperation with protrusions extending downward from an undersurface of the cover to hold said conductive bar in position.

Claim 12

An electrical assembly for use with a VRM design, comprising: a header connector including an insulative body having a plurality of contacts therein, said connector further including a main space for electrically and mechanically receiving a VRM therein for engagement with said corresponding VRM, and a pair of openings positioned at two opposite ends for receiving a pair of latching ejectors therein so that said VRM can be locked with or ejected from said connector through said pair of ejectors; and a shorting device adapted to be received within the main space of the connector, said shorting device including a housing and at least further including a conductive bar integrally having a plurality of engagement means for respective electrical and mechanical engagement with some of the contacts of the connector for designedly short-circuiting said some contacts when no VRM is loaded within said connector; wherein said shorting block further includes a board integrally extending from and beside said housing, and said board comprises at least a locking wall at one end for cooperation with ejectors of the connector to lock or release said shorting block with regard to the connector.

Claim 13

An electrical assembly for use with a VRM design, comprising: a header connector including an insulative body having a plurality of contacts therein, said connector further including a main space for electrically and mechanically receiving a VRM therein for engagement with said corresponding VRM, and a pair of openings positioned at two opposite ends for receiving a pair of latching ejectors therein so that said VRM can be locked with or ejected from said connector through said pair of ejectors; and a shorting device adapted to be received within the main space of the connector, said shorting device including a housing and at least further including a conductive bar integrally having a plurality of engagement means for respective electrical and mechanical engagement with some of the contacts of the connector for designedly short-circuiting said some contacts when no VRM is loaded within said connector; wherein said shorting block further includes a board integrally extending from and beside said housing, and said board comprises at least a locking wall at one end for cooperation with ejectors of the connector to lock or release said shorting block with regard to the connector.

Claim 14

The assembly as described in claim 11, wherein said housing retainably holds said conductive bar therein.

Claim 15

The assembly as described in claim 12, wherein said housing further includes a plurality of cavities for respectively receiving the contacts of the connector, correspondingly.

Claim 16

A shorting block (10) for use with a header connector (51) which includes an insulative body (52) having a plurality of contacts (64) therein, said connector (51) further including a main space (56) for electrically and mechanically receiving a VRM (53) therein for engagement with said corresponding VRM (53), and a pair of openings (57) positioned at two opposite ends for receiving a pair of latching ejectors (58) therein so that said VRM (53) can be locked with or ejected from said connector (51) through said pair of ejector (58); said shorting block (10) being adapted to be received within the main space (56) of the connector (51), and comprising: at least a conductive bar (40) having a plurality of arms (44) extending downward into the main space (56) of the connector (51) for mechanical and electrical engagement with some selected contacts (64) of the connector (51); and a board (22) including at least an integrally extending locking wall (24) to be positioned adjacent one of the openings (57) in the connector (51) for cooperation with said corresponding ejector (58) of the connector (51) to lock or release said shorting block (10) with regard to the connector (51) wherein the board (22) further includes a handle (50) extending from edge of the board (22) so that the whole assembled shorting block (10) can be easily manually held for insertion into the header connector (51).

Claim 17

A shorting block (10) for use with a header connector (51) which includes an insulative body (52) having a plurality of contacts (64) therein, said connector (51) further including a main space (56) for electrically and mechanically receiving a VRM (53) therein for engagement with said corresponding VRM (53), and a pair of openings (57) positioned at two opposite ends for receiving a pair of latching ejectors (58) therein so that said VRM (53) can be locked with or ejected from said connector (51) through said pair of ejector (58); said shorting block (10) being adapted to be received within the main space (56) of the connector (51), and comprising: at least a conductive bar (40) having a plurality of arms (44) extending downward into the main space (56) of the connector (51) for mechanical and electrical engagement with some selected contacts (64) of the connector (51); and a board (22) including at least an integrally extending locking wall (24) to be positioned adjacent one of the openings (57) in the connector (51) for cooperation with said corresponding ejector (58) of the connector (51) to lock or release said shorting block (10) with regard to the connector (51) wherein the board (22) further includes a handle (50) extending from edge of the board (22) so that the whole assembled shorting block (10) can be easily manually held for insertion into the header connector (51).