Circuit breaker power distribution panel

Claim 2

A circuit breaker power distribution panel comprising: an electrically insulative base having a plurality of first socket sleeves and a plurality of second socket sleeves; an input busbar mounted in conjunction with said electrically insulative base, said input busbar electrically connecting with all of said first socket sleeves, said input busbar for supplying input power to said first socket sleeves; a plurality of circuit breakers mounted on said electrically insulative base, each said circuit breaker including a first plug terminal and a second plug terminal connector, each of said first plug terminals electrically connecting with a single said first socket sleeve, each of said second plug terminals electrically connecting with a single said second socket sleeve with there being a separate said second electrical connector for each said second plug terminal; a load terminal electrically connected to each said second socket sleeve with there being a separate said load terminal for each said second socket sleeve, said load terminals being electrically spaced apart; and a ground terminal associated with each said load terminal with there being a separate said ground terminal for each said load terminal, all said ground terminals being electrically connected to an output busbar, said output busbar being mounted in conjunction with said electrically insulative base, each said load terminal and its respective said ground terminal adapted to be electrically connected to a load with there being a separate load for each said load terminal and its respective said ground terminal.

Claim 3

The circuit breaker power distribution panel as defined in claim 1 wherein: at least one of said circuit breakers having a third plug electrical terminal and a fourth plug electrical terminal, said third plug electrical terminal electrically connecting with a said first socket sleeve, said fourth plug electrical terminal electrically connecting with a said second socket sleeve.

Claim 4

The circuit breaker power distribution panel as defined in claim 1 wherein: said input busbar an d said output busbar being imbedded within said electrically insulative base.

Claim 5

The circuit breaker power distribution panel as defined in claim 1 wherein: a plug-in type electrical connector mounted on said electrically insulative base, said plug-in type electrical connector electrically connecting with said input busbar, mounting clip means attached to said plug-in type electrical connector, said mounting clip means comprising at least one mounting clip, said mounting clip securing said plug-in type electrical connector to said electrically insulative base.

Claim 6

The circuit breaker power distribution panel as defined in claim 4 wherein: said mounting clip being removably mounted to said electrically insulative base thereby permitting disconnection of said plug-in type electrical connector from said base.

Claim 7

The circuit breaker power distribution panel as defined in claim 1 wherein: all said load terminals and said round terminals being electrically insulated to thereby prevent unauthorized electrical connection therewith.

Claim 8

The circuit breaker power distribution panel as defined in claim 1 including: an auxiliary circuit connected to said electrically insulative base, said auxiliary circuit being connected to an annunciator, each said circuit breaker electrically connecting by an auxiliary connector to said auxiliary circuit, upon a circuit breaker moving from a closed position to an open position said auxiliary circuit causes activation of said annunciator.

Claim 9

The circuit breaker power distribution panel as defined in claim 7 wherein: said auxiliary connectors being located between said first plug terminals and said second plug electrical terminals.

Claim 10

The circuit breaker power distribution panel as defined in claim 1 wherein: said electrically insulative base being molded.

Claim 11

A circuit breaker power distribution panel comprising: an electrically insulative base having a plurality of first socket sleeves and a plurality of second socket sleeves; an input busbar mounted in conjunction with said electrically insulative base, said input busbar electrically connecting with all of said first socket sleeves, said input busbar for supplying input power to said first socket sleeves; a plurality of circuit breakers mounted on said electrically insulative base, each said circuit breaker including a first plug terminal and a second plug terminal connector, each of said first plug terminals electrically connecting with a single said first socket sleeve, each of said second plug terminals electrically connecting with a single said second socket sleeve with there being a separate said second socket sleeve for each said second plug terminal; a load terminal electrically connected to each said second socket sleeve with there being a separate said load terminal for each said second socket sleeve, said load terminals being electrically spaced apart; a ground terminal associated with each said load terminal with there being a separate said ground terminal for each said load terminal, all said return terminals being electrically connected to an output busbar, said output busbar being mounted in conjunction with said electrically insulative base, each said load terminal and its respective said ground terminal adapted to be electrically connected to a load with there being a separate load for each said load terminal and its respective said ground terminal; and said electrically insulative base having a front surface and a rear surface with a side edge connecting said front surface and said rear surface, said first and second socket sleeves being open to said front surface, said load terminals and said return terminals being mounted on said rear surface; and said input busbar having an input terminal adapted to connect with an input electrical cable, said output busbar having an output terminal adapted to connect with a grounding cable, said input terminal and said output terminal extending from said side edge.

Claim 12

A circuit breaker power distribution panel comprising: an electrically insulative base having a plurality of first socket sleeves and a plurality of second socket sleeves; an input busbar mounted in conjunction with said electrically insulative base, said input busbar electrically connecting with all of said first socket sleeves, said input busbar for supplying input power to said first socket sleeves; a plurality of circuit breakers mounted on said electrically insulative base, each said circuit breaker including a first plug terminal and a second plug terminal connector, each of said first plug terminals electrically connecting with a single said first socket sleeve, each of said second plug terminals electrically connecting with a single said second socket sleeve with there being a separate said second socket sleeve for each said second plug terminal; a load terminal electrically connected to each said second socket sleeve with there being a separate said load terminal for each said second socket sleeve, said load terminals being electrically spaced apart; a ground terminal associated with each said load terminal with there being a separate said ground terminal for each said load terminal, all said return terminals being electrically connected to an output busbar, said output busbar being mounted in conjunction with said electrically insulative base, each said load terminal and its respective said ground terminal adapted to be electrically connected to a load with there being a separate load for each said load terminal and its respective said ground terminal; and said electrically insulative base having a front surface and a rear surface with a side edge connecting said front surface and said rear surface, said first and second socket sleeves being open to said front surface, said load terminals and said return terminals being mounted on said rear surface; and said input busbar having an input terminal adapted to connect with an input electrical cable, said output busbar having an output terminal adapted to connect with a grounding cable, said input terminal and said output terminal extending from said side edge.

Claim 13

A circuit breaker power distribution panel comprising: an electrically insulative base having a plurality of first socket sleeves and a plurality of second socket sleeves; an input busbar mounted in conjunction with said electrically insulative base, said input busbar electrically connecting with all of said first socket sleeves, said input busbar for supplying input power to said first socket sleeves; a plurality of circuit breakers mounted on said electrically insulative base, each said circuit breaker including a first plug terminal and a second plug terminal connector, each of said first plug terminals electrically connecting with a single said first socket sleeve, each of said second plug terminals electrically connecting with a single said second socket sleeve with there being a separate said second socket sleeve for each said second plug terminal; a load terminal electrically connected to each said second socket sleeve with there being a separate said load terminal for each said second socket sleeve, said load terminals being electrically spaced apart; a ground terminal associated with each said load terminal with there being a separate said ground terminal for each said load terminal, all said return terminals being electrically connected to an output busbar, said output busbar being mounted in conjunction with said electrically insulative base, each said load terminal and its respective said ground terminal adapted to be electrically connected to a load with there being a separate load for each said load terminal and its respective said ground terminal; and an auxiliary circuit connected to said electrically insulative base, said auxiliary circuit being connected to an annunciator, each said circuit breaker electrically connecting by an auxiliary connector to said auxiliary circuit, upon a circuit breaker moving from a closed position to an open position said auxiliary circuit causes activation of said annunciator; and said auxiliary circuit comprises a plurality of separate electrically conducting strips mounted on said electrically insulative base, at least one of said strips being electrically negative and at least another of said strips being electrically positive.

Claim 14

A circuit breaker power distribution panel comprising: an electrically insulative base having a plurality of first socket sleeves and a plurality of second socket sleeves; an input busbar mounted in conjunction with said electrically insulative base, said input busbar electrically connecting with all of said first socket sleeves, said input busbar for supplying input power to said first socket sleeves; a plurality of circuit breakers mounted on said electrically insulative base, each said circuit breaker including a first plug terminal and a second plug terminal connector, each of said first plug terminals electrically connecting with a single said first socket sleeve, each of said second plug terminals electrically connecting with a single said second socket sleeve with there being a separate said second socket sleeve for each said second plug terminal; a load terminal electrically connected to each said second socket sleeve with there being a separate said load terminal for each said second socket sleeve, said load terminals being electrically spaced apart; a ground terminal associated with each said load terminal with there being a separate said ground terminal for each said load terminal, all said return terminals being electrically connected to an output busbar, said output busbar being mounted in conjunction with said electrically insulative base, each said load terminal and its respective said ground terminal adapted to be electrically connected to a load with there being a separate load for each said load terminal and its respective said ground terminal; and an auxiliary circuit connected to said electrically insulative base, said auxiliary circuit being connected to an annunciator, each said circuit breaker electrically connecting by an auxiliary connector to said auxiliary circuit, upon a circuit breaker moving from a closed position to an open position said auxiliary circuit causes activation of said annunciator; and said auxiliary circuit comprises a plurality of separate electrically conducting strips mounted on said electrically insulative base, at least one of said strips being electrically negative and at least another of said strips being electrically positive.

Claim 15

The circuit breaker power distribution panel as defined in claim 11 wherein: said separate electrically conducting strips being mounted on a mounting base, said mounting base being imbedded within said electrically insulative base.

Claim 16

A circuit breaker power distribution panel comprising: an electrically insulative base having a plurality of first socket sleeves and a plurality of second socket sleeves; an input busbar mounted in conjunction with said electrically insulative base, said input busbar electrically connecting with all of said first socket sleeves, said input busbar for supplying input power to said first socket sleeves; a plurality of circuit breakers mounted on said electrically insulative base, each said circuit breaker including a first plug terminal and a second plug terminal connector, each of said first plug terminals electrically connecting with a single said first socket sleeve, each of said second plug terminals electrically connecting with a single said second socket sleeve with there being a separate said second socket sleeve for each said second plug terminal; a load terminal electrically connected to each said second socket sleeve with there being a separate said load terminal for each said second socket sleeve, said load terminals being electrically spaced apart; a ground terminal associated with each said load terminal with there being a separate said ground terminal for each said load terminal, all said return terminals being electrically connected to an output busbar, said output busbar being mounted in conjunction with said electrically insulative base, each said load terminal and its respective said ground terminal adapted to be electrically connected to a load with there being a separate load for each said load terminal and its respective said ground terminal; and a feed-through capacitor being mounted between said input busbar and said load terminals, whereby upon a surge of power being required by said load terminals said feed-through capacitor is to be utilized to satisfy the surge of power.

Claim 17

A circuit breaker power distribution panel comprising: an electrically insulative base having a plurality of first socket sleeves and a plurality of second socket sleeves; an input busbar mounted in conjunction with said electrically insulative base, said input busbar electrically connecting with all of said first socket sleeves, said input busbar for supplying input power to said first socket sleeves; a plurality of circuit breakers mounted on said electrically insulative base, each said circuit breaker including a first plug terminal and a second plug terminal connector, each of said first plug terminals electrically connecting with a single said first socket sleeve, each of said second plug terminals electrically connecting with a single said second socket sleeve with there being a separate said second socket sleeve for each said second plug terminal; a load terminal electrically connected to each said second socket sleeve with there being a separate said load terminal for each said second socket sleeve, said load terminals being electrically spaced apart; a ground terminal associated with each said load terminal with there being a separate said ground terminal for each said load terminal, all said return terminals being electrically connected to an output busbar, said output busbar being mounted in conjunction with said electrically insulative base, each said load terminal and its respective said ground terminal adapted to be electrically connected to a load with there being a separate load for each said load terminal and its respective said ground terminal; and a feed-through capacitor being mounted between said input busbar and said load terminals, whereby upon a surge of power being required by said load terminals said feed-through capacitor is to be utilized to satisfy the surge of power.