Power distribution unit having improved junction box

Claim 2

An electrical connector member for mounting in a panel cutout, the connector having at least two arms extending from a housing means, said arms being laterally aligned with each other and projecting towards each other, the arms having end surfaces spaced apart to locate the panel therebetween, when the connector is mounted in the panel, the connector being characterized in that: the arms which face each other are operatively connected one to the other, one of said arms having a tongue while the other of said arms having a groove, where the tongue of the one said arm extends into the groove of the other said arm, such that deflection of one of the said arms causes the movement of the other said arm to install or remove the connector from the panel.

Claim 3

The connector of claim 1 characterized in that the housing means comprises two bipartite housing parts having an upper and lower edge, where at least one latch arm extends from both the upper and lower edge of each housing part, to from upper and lower cooperating latches.

Claim 4

An electrical power distribution connector for mounting in a panel opening, the connector comprising: a junction box having front and rear faces, upper and lower faces, and said faces, said junction box having a plurality of electrical conductor means extending between said side faces, and electrical receptacles positioned on said front and rear faces and electrically connected on said front and rear faces and electrically connected to said conductor means, said junction box comprising two identical housing parts having cooperative latching means positioned on said upper and lower faces for latchable attachment within the opening of the panel, said latching means comprising at least one latch arm extending from each said identical housing part, where each latch arm has a shoulder proximate to a free end of said arm, said arms being laterally aligned with said shoulder being spaced apart to receive the panel between said shoulder, each said latching arm being cooperatively connected to an associated latching arm for movement therewith, said latching arms being resiliently deflectable towards said upper and lower faces of said junction box to release said latching arms from the opening.

Claim 5

An electrical power distribution connector for mounting in a panel opening, the connector comprising: a junction box having front and rear faces, upper and lower faces, and said faces, said junction box having a plurality of electrical conductor means extending between said side faces, and electrical receptacles positioned on said front and rear faces and electrically connected on said front and rear faces and electrically connected to said conductor means, said junction box comprising two identical housing parts having cooperative latching means positioned on said upper and lower faces for latchable attachment within the opening of the panel, said latching means comprising at least one latch arm extending from each said identical housing part, where each latch arm has a shoulder proximate to a free end of said arm, said arms being laterally aligned with said shoulder being spaced apart to receive the panel between said shoulder, each said latching arm being cooperatively connected to an associated latching arm for movement therewith, said latching arms being resiliently deflectable towards said upper and lower faces of said junction box to release said latching arms from the opening.

Claim 6

The connector of claim 3, wherein each said shoulder is beveled, thereby defining a flared opening with said associated latch arm.

Claim 7

The connector of claim 3, wherein one of said latch arms includes a tongue and said associated latch arm includes a groove adapted to receive said tongue.