Current interchange for a gas actuated bushing

Claim 2

An electrical connection comprising: a housing, an electrically conductive member extending through said housing, means for supporting said member in a fixed position in said housing, a bore contact mounted in said housing for reciprocal movement relative to said conductive member, and current interchange means electrically connected to and mounted on said conductive member in a position to encircle said bore contact and having an inside diameter smaller than the diameter of said bore contact for maintaining electrical communication between the outside surface of said bore contact and said conductive member.

Claim 3

The connector according to claim 1 wherein said supporting means comprises a bushing housing, said conductive member comprises a cylinder conductor and said contact comprises a gas actuated bore contact mounted within said cylindrical conductor.

Claim 4

The connector according to claim 2 wherein said current interchange means comprises a compression spring.

Claim 5

The connector according to claim 2 wherein said current interchange means comprises an annular compression spring.

Claim 6

The connector according to claim 2 wherein said cylindrical conductor includes means for limiting the movement of said contact.

Claim 7

In a gas actuated high voltage bushing having an electrically conductive member mounted therein and a bore contact-arc-snuffer assembly mounted in the bushing for movement relative to the conductive member into engagement with a probe in a terminator in response to the expansion of arc generated gases within the bushing, means for maintaining electrical communication with the bore contact comprising a current interchange element mounted on the conductive member in the bushing in a fixed position and having an inside diameter smaller than the outside diameter of the bore contact to maintain electrical communication with the outside surface of the bore contact on movement of the bore contact relative to the conductive member in the bushing.

Claim 8

In a gas actuated high voltage bushing having an electrically conductive member mounted therein and a bore contact-arc-snuffer assembly mounted in the bushing for movement relative to the conductive member into engagement with a probe in a terminator in response to the expansion of arc generated gases within the bushing, means for maintaining electrical communication with the bore contact comprising a current interchange element mounted on the conductive member in the bushing in a fixed position and having an inside diameter smaller than the outside diameter of the bore contact to maintain electrical communication with the outside surface of the bore contact on movement of the bore contact relative to the conductive member in the bushing.

Claim 9

The bushing according to claim 6 wherein said member is a compression spring.

Claim 10

The bushing according to claim 6 wherein said member is an annular spring.

Claim 11

The bushing according to claim 8 wherein means are provided for protecting the annular spring from impact from the bore contact.

Claim 12

In a high voltage bushing which is adapted to be mounted on an electrical device to provide electrical communication between operative components within said device and a probe in a high voltage cable terminator, the bushing comprising; a housing, an electrical conductor extending through said housing, a gas actuated bore contact slidably disposed in said housing, and means on said conductor for maintaining a positive electrical connection between said conductor and the outside surface of said bore contact on movement of said contact with respect to said conductor.

Claim 13

In a high voltage bushing which is adapted to be mounted on an electrical device to provide electrical communication between operative components within said device and a probe in a high voltage cable terminator, the bushing comprising; a housing, an electrical conductor extending through said housing, a gas actuated bore contact slidably disposed in said housing, and means on said conductor for maintaining a positive electrical connection between said conductor and the outside surface of said bore contact on movement of said contact with respect to said conductor.

Claim 14

The bushing according to claim 10 wherein said electrically connecting means comprises a spring.

Claim 15

The bushing according to claim 10 wherein said electrical connecting means comprises an annular compression spring having an inside diameter smaller than the diameter of said bore contact.

Claim 16

A high voltage bushing comprising; a housing having an axially extending bore, an electrically conductive cylinder positioned in a fixed position in said bore and closing one end of said bore, an arc snuffer bore contact assembly slidably mounted in said bore and extending partially into said cylinder, said snuffer-contact assembly being movable in response to arc-generated gases in said housing, and spring means fixedly mounted in said cylinder for maintaining electrical engagement with the outside surface of said bore contact on movement of said bore contact relative to said cylinder.

Claim 17

A high voltage bushing comprising; a housing having an axially extending bore, an electrically conductive cylinder positioned in a fixed position in said bore and closing one end of said bore, an arc snuffer bore contact assembly slidably mounted in said bore and extending partially into said cylinder, said snuffer-contact assembly being movable in response to arc-generated gases in said housing, and spring means fixedly mounted in said cylinder for maintaining electrical engagement with the outside surface of said bore contact on movement of said bore contact relative to said cylinder.

Claim 18

The bushing according to claim 13 wherein said spring means comprises a compression spring.

Claim 19

An electrical connection comprising: a cylindrical conductor, a bushing housing for supporting said conductor in a fixed position, a gas actuated bore contact mounted for reciprocal movement within said conductor and an annular compression spring mounted in said conductor and having an inside diameter smaller than the outside diameter of said bore contact for maintaining electrical communication between said contact and said conductor.

Claim 20

An electrical connection comprising: a cylindrical conductor, a bushing housing for supporting said conductor in a fixed position, a gas actuated bore contact mounted for reciprocal movement within said conductor and an annular compression spring mounted in said conductor and having an inside diameter smaller than the outside diameter of said bore contact for maintaining electrical communication between said contact and said conductor.

Claim 21

A high voltage bushing comprising: a housing having an axially extending bore, an electrically conductive cylinder positioned in a fixed position in said bore and closing one end of said bore, an arc snuffer bore contact assembly slidably mounted in said bore and extending partially into said cylinder, said snuffer contact assembly being movable in response to arc generated gases in said housing, and a compression spring fixedly mounted in said cylinder for electrically engaging said bore contact, said spring being formed into a ring having an inside diameter smaller than the outside diameter of the bore contact.

Claim 22

A high voltage bushing comprising: a housing having an axially extending bore, an electrically conductive cylinder positioned in a fixed position in said bore and closing one end of said bore, an arc snuffer bore contact assembly slidably mounted in said bore and extending partially into said cylinder, said snuffer contact assembly being movable in response to arc generated gases in said housing, and a compression spring fixedly mounted in said cylinder for electrically engaging said bore contact, said spring being formed into a ring having an inside diameter smaller than the outside diameter of the bore contact.