High voltage connector

Claim 2

A disconnect plug for coupling a high voltage conductor to a high voltage receptacle having a bore for receiving the plug and a high voltage contact therein, comprising: a lock nut having a central aperture for receiving the conductor and a mechanism for locking the nut to the high voltage receptacle; a deformable annular ring adapted to slip over the conductor in a position adjacent the lock nut; a generally cylindrical, hollow sleeve adapted to slide over the conductor for pressing the ring against the lock nut; an electrical contact on an end of the conductor which extends through the sleeve; an electrically conductive spring carried within the sleeve for engaging the conductor's contact such that, when the plug is inserted into the bore in the high voltage receptacle, the spring engages the high voltage contact therein and is compressed between the latter contact and the conductor's contact, and when the lock nut is locked to the high voltage receptacle, the sleeve deforms the ring into a tight fit with an inner surface of the bore.

Claim 3

A plug as set forth in claim 1 including a generally cylindrical, hollow spacer adapted to fit over the conductor between the ring and the conductor's contact, and dimensioned to fit within the sleeve.

Claim 4

A high voltage disconnect assembly for use in a television system, comprising: a high voltage receptacle having an inner surface which defines a bore for receiving a disconnect plug therein, and having a high voltage contact seated in the bore; and a disconnect plug including; a lock nut having a central aperture for receiving the conductor and a mechanism for locking the nut to the high voltage receptacle; a deformable annular ring adapted to slip over the conductor in a position adjacent the lock nut; a hollow spacer adapted to fit over the conductor adjacent the ring; a hollow sleeve adapted to slide over the conductor and the spacer for pressing the ring against the lock nut; a crimp contact on an end of the conductor which extends through the sleeve; and an electrically conductive spring carried within the sleeve for engaging the crimp contact such that, when the plug is inserted into the bore and locked to the high voltage receptacle by means of the lock nut, the spring engages the high voltage contact therein and is compressed between the crimp contact and the high voltage contact, and the sleeve deforms the ring to a tight fit with the inner surface of the bore.

Claim 5

A high voltage disconnect assembly for use in a television system, comprising: a high voltage receptacle having an inner surface which defines a bore for receiving a disconnect plug therein, and having a high voltage contact seated in the bore; and a disconnect plug including; a lock nut having a central aperture for receiving the conductor and a mechanism for locking the nut to the high voltage receptacle; a deformable annular ring adapted to slip over the conductor in a position adjacent the lock nut; a hollow spacer adapted to fit over the conductor adjacent the ring; a hollow sleeve adapted to slide over the conductor and the spacer for pressing the ring against the lock nut; a crimp contact on an end of the conductor which extends through the sleeve; and an electrically conductive spring carried within the sleeve for engaging the crimp contact such that, when the plug is inserted into the bore and locked to the high voltage receptacle by means of the lock nut, the spring engages the high voltage contact therein and is compressed between the crimp contact and the high voltage contact, and the sleeve deforms the ring to a tight fit with the inner surface of the bore.