Electrical connector module with multiple connector housings

Claim 2

Electrical connector apparatus for providing electrical connection for a plurality of insulated wires of a predetermined size comprising: a plurality of metal split cylinder means each for receiving and engaging an insulated wire to form an electrical connection; a non-conductive housing of unitary construction configured to provide a plurality of integrally formed, closely packed cylindrical subhousings each for concentrically supporting one of said split cylinder means, each of said subhousings including slots on diametrically opposed sides with one of said subhousing slots coaxially extending with a wire engaging slot in said split cylinder means; said subhousings aligned in two closely adjacent rows with said subhousing slots aligned transversely to said rows and with contiguous subhousings in opposing rows having common insulating wall portions, the subhousings in each row laterally spaced apart in close proximity to form a plurality of intersubhousing slots each sized to receive one of said wires therein; and the subhousings in different rows laterally offset so that said slots on diametrically opposed sides of each subhousing are aligned in communication with one of said intersubhousing slots to define a complete wire receiving slot for each subhousing with opposing surfaces of said wire receiving slot spaced apart a distance sized to receive one of said insulated wires; and each of said wire receiving slots including strain relief means for retaining one of said insulated wires inserted within said wire receiving slot whereby wires to be connected may be laid side by side in said wire receiving slots before being inserted in said split cylinder means.

Claim 3

Electrical connector apparatus according to claim 1 wherein said strain relief means comprises a pair of opposing lips protruding into said one of said subhousing slots coaxially extending with the wire engaging slot in said split cylinder means to pinch and grip the insulation of an inserted wire.

Claim 4

Electrical connector apparatus according to claim 1 wherein opposing surfaces of subhousings within a same row are generally parallel and transverse to said row with said opposing parallel surfaces defining said intersubhousing slots.

Claim 5

Electrical connector apparatus for providing electrical connection for a plurality of insulated wires of a predetermined size comprising: a plurality of metal split cylinder means each for receiving and engaging an insulated wire to form an electrical connection; a non-conductive housing of unitary construction configured to provide a plurality of integrally formed, closely packed cylindrical subhousings each for concentrically supporting one of said split cylinder means, each of said subhousings including slots on diametrically opposed sides with one of said subhousing slots coaxially extending with a wire engaging slot in said split cylinder means; said subhousingss aligned in two closely adjacent rows with said subhousing slots aligned transversely to said rows and with contiguous subhousings in opposing rows having common insulating wall portions, the subhousings in each row laterally spaced apart in close proximity to form a plurality of intersubhousing slots each sized to receive one of said wires therein; and the subhousings in different rows laterally offset so that said slots on diametrically opposed sides of each subhousing are aligned in communication with one of said intersubhousing slots to define a complete wire receiving slot for each subhousing with opposing surfaces of said wire receiving slots spaced apart a distance sized to receive one of said insulated wires; and each of said wire receiving slots including strain relief means for retaining one of said wires inserted within a wire receiving slot whereby wires to be connected may be laid side by side in said wire receiving slots before being inserted in said split cylinder means; panel means for supporting said housing with one end of said housing accessible on each side of said panel means; and bracket means for demountably supporting said panel means in a spaced relationship with a bracket supporting surface.

Claim 6

Electrical connector apparatus for providing electrical connection for a plurality of insulated wires of a predetermined size comprising: a plurality of metal split cylinder means each for receiving and engaging an insulated wire to form an electrical connection; a non-conductive housing of unitary construction configured to provide a plurality of integrally formed, closely packed cylindrical subhousings each for concentrically supporting one of said split cylinder means, each of said subhousings including slots on diametrically opposed sides with one of said subhousing slots coaxially extending with a wire engaging slot in said split cylinder means; said subhousingss aligned in two closely adjacent rows with said subhousing slots aligned transversely to said rows and with contiguous subhousings in opposing rows having common insulating wall portions, the subhousings in each row laterally spaced apart in close proximity to form a plurality of intersubhousing slots each sized to receive one of said wires therein; and the subhousings in different rows laterally offset so that said slots on diametrically opposed sides of each subhousing are aligned in communication with one of said intersubhousing slots to define a complete wire receiving slot for each subhousing with opposing surfaces of said wire receiving slots spaced apart a distance sized to receive one of said insulated wires; and each of said wire receiving slots including strain relief means for retaining one of said wires inserted within a wire receiving slot whereby wires to be connected may be laid side by side in said wire receiving slots before being inserted in said split cylinder means; panel means for supporting said housing with one end of said housing accessible on each side of said panel means; and bracket means for demountably supporting said panel means in a spaced relationship with a bracket supporting surface.

Claim 7

Electrical connector apparatus according to claim 4 wherein said strain relief means comprises a pair of opposing lips protruding into said one of said subhousing slots coaxially extending with the wire engaging slot in said split cylinder means to pinch and grip the insulation of an inserted wire.

Claim 8

Electrical connector apparatus according to claim 4 wherein opposing surfaces of subhousings within a same row are generally parallel and transverse to said row with said opposing parallel surfaces defining said intersubhousing slots.

Claim 9

Electrical connector apparatus for providing electrical connection for a plurality of insulated wires of a predetermined size comprising: a non-conductive housing of unitary construction having a plurality of integrally formed subhousings with said subhousings aligned in narrowly spaced apart offset honeycomb fashion in two rows with opposing surfaces of subhousings in a row defining a plurality of intersubhousing slots extending through said row and with opposing offset subhousings sharing a common wall portion; said subhousings having diametrically opposed slots with diametrically opposed slots of subhousings in one row aligned in communication with intersubhousing slots of the other rows; said aligned slots cooperating to define a complete wire receiving slot for each subhousing with opposing surfaces of said wire receiving slot spaced apart sufficient to receive said insulated wire; and said wire receiving slot including strain relief means for retaining one of said insulated wires inserted therein; a plurality of metal split cylinder means each for receiving and engaging an insulated wire to form an electrical connection, said cylinder means disposed within said subhousings with the wire engaging slot of said cylinder means aligned in communication with one of said diametrically opposed slots.

Claim 10

Electrical connector apparatus for providing electrical connection for a plurality of insulated wires of a predetermined size comprising: a non-conductive housing of unitary construction having a plurality of integrally formed subhousings with said subhousings aligned in narrowly spaced apart offset honeycomb fashion in two rows with opposing surfaces of subhousings in a row defining a plurality of intersubhousing slots extending through said row and with opposing offset subhousings sharing a common wall portion; said subhousings having diametrically opposed slots with diametrically opposed slots of subhousings in one row aligned in communication with intersubhousing slots of the other rows; said aligned slots cooperating to define a complete wire receiving slot for each subhousing with opposing surfaces of said wire receiving slot spaced apart sufficient to receive said insulated wire; and said wire receiving slot including strain relief means for retaining one of said insulated wires inserted therein; a plurality of metal split cylinder means each for receiving and engaging an insulated wire to form an electrical connection, said cylinder means disposed within said subhousings with the wire engaging slot of said cylinder means aligned in communication with one of said diametrically opposed slots.

Claim 11

Electrical connector apparatus according to claim 7 wherein said strain relief means comprises a pair of opposing protruding lips, one lip extending from each side of the one of said diametrically opposed slots aligned in communication with said wire engaging slot of said split cylinder means, said lips spaced apart so that said lips pinch and grip the insulation of an inserted wire.

Claim 12

Electrical connector apparatus according to claim 7 wherein said opposing surface of said subhousing defining said intersubhousing slots are generally flat parallel surfaces having a length approximately equal to a length of said split cylinder means wire engaging slot.

Claim 13

Electrical connector apparatus for providing electrical connection for a plurality of insulated wires of a predetermined size comprising: a plurality of metal split cylinder means each having a first end and an axially disposed second end with each of said first and second ends having means for receiving and engaging an insulated wire to form an electrical connection; a non-conductive housing configured to provide a plurality of inegrally formed, closely packed cylindrical subhousings each for concentrically supporting one of said split cylinder means; each of said subhousings having first ends and second ends with said first ends of said subhousings having slots on diametrically opposed sides with one of said slots coaxially extending with a wire receiving slot in said first ends of said split cylinder means; said second ends of said subhousings having slots on diametrically opposed sides with one of said slots coaxially extending with a wire receiving slot in said second ends of said split cylinder means; said subhousings aligned in two closely adjacent parallel rows with said subhousing slots aligned transversely to said rows, the subhousings in each row laterally spaced apart with opposing surfaces defining a plurality of intersubhousing slots each sized to receive said wire of predetermined size lying transverse to said rows and subhousings in different rows laterally offset so that said slots of each subhousing are aligned in communication with one of said intersubhousing slots to form a complete wire receiving slot for each subhousing; and each of said wire receiving slots for said subhousings including strain relief means for retaining one of said wires within said slots.

Claim 14

Electrical connector apparatus for providing electrical connection for a plurality of insulated wires of a predetermined size comprising: a plurality of metal split cylinder means each having a first end and an axially disposed second end with each of said first and second ends having means for receiving and engaging an insulated wire to form an electrical connection; a non-conductive housing configured to provide a plurality of inegrally formed, closely packed cylindrical subhousings each for concentrically supporting one of said split cylinder means; each of said subhousings having first ends and second ends with said first ends of said subhousings having slots on diametrically opposed sides with one of said slots coaxially extending with a wire receiving slot in said first ends of said split cylinder means; said second ends of said subhousings having slots on diametrically opposed sides with one of said slots coaxially extending with a wire receiving slot in said second ends of said split cylinder means; said subhousings aligned in two closely adjacent parallel rows with said subhousing slots aligned transversely to said rows, the subhousings in each row laterally spaced apart with opposing surfaces defining a plurality of intersubhousing slots each sized to receive said wire of predetermined size lying transverse to said rows and subhousings in different rows laterally offset so that said slots of each subhousing are aligned in communication with one of said intersubhousing slots to form a complete wire receiving slot for each subhousing; and each of said wire receiving slots for said subhousings including strain relief means for retaining one of said wires within said slots.

Claim 15

Electrical connector apparatus according to claim 10 comprising: a panel for supporting said housing with said first ends of said subhousings accessible on one side of said panel and with said second ends of said subhousings accessible on another side of said panel; said panel having an aperture sized to receive said housing with said subhousings generally normal to said aperture; said housing having a plurality of flexible bridge members supported on said housing and spaced therefrom and aligned to oppose a plurality of tabs protruding into said aperture and rigidly secured to said panel; said tabs sized to engage a surface of said bridge members as said housing is urged into said aperture with said tabs flexing said bridge members and said bridge members flexing back after said bridge members have passed said tabs.

Claim 16

Electrical connector apparatus according to claim 1 wherein said cylindrical subhousings are provided with frustoconical inside surface portions coaxially aligned with a cylindrical axis of said subhousings and with a base end of said frustoconical surface disposed at an end of said subhousings, whereby a funnel shaped guide is formed to facilitate the insertion and alignment of an insertion tool.

Claim 17

Electrical connector apparatus according to claim 4 wherein said cylindrical subhousings are provided with frustconical inside surface portions coaxially aligned with a cylindrical axis of said subhousings and with a base end of said frustconical surface disposed at an end of said subhousings, whereby a funnel shaped guide is formed to facilitate the insertion and alignment of an insertion tool.

Claim 18

Electrical connector apparatus according to claim 7 wherein the inside surfaces of the ends of said subhousings are funnel shaped so that the insertion and alignment of an insertion tool is facilitated.

Claim 19

Electrical connector apparatus according to claim 10 wherein said interior surface of cylindrical subhousings are funnel shaped for receiving a tool and directing said tool to be in alignment with said subhousings and said split cylinder means.