Connector for plural conductors

Claim 2

An index strip (100) for receiving axially elongated conductors or wires including a base (102) of electrically insulative material on which are mounted a plurality of spaced upright members (110) defining a plurality of wire-retaining slots (112), each wire-retaining slot having a first end substantially defined by two flexible inwardly curved flanges (130) attached to sidewalls (126) of corresponding upright members (110), and having free ends opposite their sidewall attachments, the flanges being deflectable to vary the dimension of the first end for a conductor (20) inserted and to deflect inwardly during wire indexing to draw said free ends further inwardly along the axial direction of the inserted conductor to securely grip the inserted conductor, the deflected flanges tending to bias toward each other to create a tighter holding grip on the conductor when conductor pull out opposite the inward deflection is attempted.

Claim 3

The apparatus (100) pursuant to claim 1 where each flange (130) includes a flange section (132) with a roughened surface (133) for gripping an inserted conductor (20).

Claim 4

The apparatus (100) pursuant to claim 1 further comprising: means for vertically retaining (134) each conductor (20) in its associated wire-retaining slot (112) at the first end.

Claim 5

The apparatus (100) pursuant to claim 3 where the flanges (130) form the vertical retaining means (134) with upper flange sections (134) which define lips (136) protruding over gripping surfaces (133) of lower flange sections (132).

Claim 6

The apparatus (100) pursuant to claim 1 where the flanges (130) have tapered surfaces (135) for defining funnel-like entrances to the first end of the slots (112).

Claim 7

The apparatus (100) pursuant to claim 1 further comprising: vertically yielding wire confining means (143).

Claim 8

The apparatus (100) pursuant to claim 6 where the vertically yielding wire confining means (143) comprises: a pair of flexible membranes (142) extending substantially horizontally from adjacent members (110) with their extended ends substantially adjacent each other.

Claim 9

The apparatus (100) pursuant to claim 7 where the base (102) includes a floor (105) between each pair of adjacent members (110), the floor tilting upward to the interior of the strip.

Claim 10

The apparatus (100) pursuant to claim 8 where each flexible membrane (142) fixedly attaches to the associated floor (105) substantially at an interior edge (107) of the floor.

Claim 11

The apparatus (100) pursuant to claim 1 where the flanges (130) associated with each slot (112) are substantially identical in configuration and are capable of deflecting substantially the same amount to center the associated conductor (20) in the slot (112) at the first end.

Claim 12

The apparatus (100) pursuant to claim 10 further comprising: means for centering (150) an associated conductor (20) at a second end of each slot (112), each centering means (150) cooperating with the associated flanges (130) at the first end to substantially center each conductor (20) along the entire length of the slot (112).

Claim 13

The apparatus (100) pursuant to claim 11 where the centering means (150) comprises: horizontally yielding wire-retaining slot means defined by adjacent flexible arms (152).

Claim 14

The apparatus (100) pursuant to claim 12 where each arm (152) comprises a top section (163), a thinned middle section (164), and a bottom section (165) which gradually thins out in a region of the junction adjoining the base (102).

Claim 15

The apparatus (100) pursuant to claim 13 where the arms (152) are in a rear end of the slot (112) and where outer sidewalls (166) of their bottom sections (165) taper downward and rearward.

Claim 16

The apparatus (183) pursuant to claim 1 where the base (184) extends outward from the first end of the wire-retaining slots (187) to define a shelf (185) with a plurality of wire-receiving grooves (186), each groove (186) being in longitudinal alignment with its associated wire-retaining slot.

Claim 17

The apparatus (183) pursuant to claim 15 where the bottom (186) of each groove (186) is vertically offset with respect the associated wire-retaining slot (187).

Claim 18

The apparatus (183) pursuant to claim 16 where each groove (186) includes sidewalls (190), each sidewall including a plurality of vertically-spaced horizontal ribs (191).

Claim 19

In combination with the apparatus (183) in accordance with claim 17, a retainer strap (500) comprising an elongate strip (501) with a plurality of spaced-apart legs (502) for interlocking with the grooves (186).

Claim 20

The combination pursuant to claim 18, where each leg (502) in the retainer strap (500) includes a plurality of vertically spaced horizontal ribs (512) on either sidewall (510) for interlocking with the ribs (191) in the associated groove (186) of the apparatus (183).

Claim 21

A modular connector (10) for electrically terminating a plurality of conductors (20), the connector comprising: a terminal strip (100) including a base (102) of electrically insulative material on which are mounted a plurality of spaced upright members (110) defining a plurality of wire-retaining slots (112), the conductors being inserted downward into each slot from the top of the strip, each upright member comprising a vertical notched means (156, 116) along a rear side of the strip; means for electrically terminating (40) the conductors (20); a covering structure (200) for matingly engaging and interlocking with the terminal strip, the covering structure having one wall (204) for engaging the rear side of the strip, the wall comprising vertical ribs (246) which seat into the notched means of the members (110).

Claim 22

A modular connector (10) for electrically terminating a plurality of conductors (20), the connector comprising: a terminal strip (100) including a base (102) of electrically insulative material on which are mounted a plurality of spaced upright members (110) defining a plurality of wire-retaining slots (112), the conductors being inserted downward into each slot from the top of the strip, each upright member comprising a vertical notched means (156, 116) along a rear side of the strip; means for electrically terminating (40) the conductors (20); a covering structure (200) for matingly engaging and interlocking with the terminal strip, the covering structure having one wall (204) for engaging the rear side of the strip, the wall comprising vertical ribs (246) which seat into the notched means of the members (110).

Claim 23

The connector (10) pursuant to claim 20 where the members (110) in the terminal strip (100) include aligning tabs (128) along the top of each member (110) and where the covering structure (200) includes grooves (275) associated with the aligning tabs.

Claim 24

The connector (10) pursuant to claim 21 where the aligning tabs (128) are parallel to the slots (112) in the strip (100).

Claim 25

The connector (10) pursuant to claim 22 where alternate tabs (128) interface with rear chamfered roof surfaces (127).

Claim 26

The connector (10) pursuant to claim 23 where the covering structure includes latching surfaces (276) for engaging the chamfered roof surfaces (127) of the terminal strip (100).

Claim 27

Apparatus for connecting a first group of conductors (20) to a second group of conductors (30) of the type comprising: an index strip (100) for receiving axially elongated conductors or wires comprising an elongate base (102) of electrically insulative material on which are mounted a plurality of upright members (110) and having free ends opposite their sidewall attachments defining a plurality of first wire-retaining slots (112), each with a first and second end; a connector module (200) comprising an elongate structure made of electrically insulative material including: an index strip portion (203) with an elongate base (206) on which are mounted a plurality of upright members (210) defining a plurality of second wire-retaining slots (212), each with a first and second end; a plurality of double-ended conductive means (40) having first and second ends (43,42), each mounted with its second end (42) disposed across the associated second wire-retaining slot; a cap (300) for mounting onto the index-strip portion (203) of the connector module (200): a pair of first flexible inwardly curved flanges (230) defining substantially the first end of each second wire-retaining slot (212); a pair of second flexible inwardly curved flanges (230) defining substantially the first end of each second wire-retaining slot (112); and where each pair of flanges are capable of deflecting to vary the dimension of the first end for the conductor (20, 30) inserted and deflect inwardly during wire indexing to draw said free ends further inwardly along the axial direction of the inserted conductor to securely grip the inserted conductor, the deflected flanges tending to bias toward each other to create a tighter holding grip on the inserted conductor when conductor pull out opposite the inward deflection is attempted.

Claim 28

Apparatus for connecting a first group of conductors (20) to a second group of conductors (30) of the type comprising: an index strip (100) for receiving axially elongated conductors or wires comprising an elongate base (102) of electrically insulative material on which are mounted a plurality of upright members (110) and having free ends opposite their sidewall attachments defining a plurality of first wire-retaining slots (112), each with a first and second end; a connector module (200) comprising an elongate structure made of electrically insulative material including: an index strip portion (203) with an elongate base (206) on which are mounted a plurality of upright members (210) defining a plurality of second wire-retaining slots (212), each with a first and second end; a plurality of double-ended conductive means (40) having first and second ends (43,42), each mounted with its second end (42) disposed across the associated second wire-retaining slot; a cap (300) for mounting onto the index-strip portion (203) of the connector module (200): a pair of first flexible inwardly curved flanges (230) defining substantially the first end of each second wire-retaining slot (212); a pair of second flexible inwardly curved flanges (230) defining substantially the first end of each second wire-retaining slot (112); and where each pair of flanges are capable of deflecting to vary the dimension of the first end for the conductor (20, 30) inserted and deflect inwardly during wire indexing to draw said free ends further inwardly along the axial direction of the inserted conductor to securely grip the inserted conductor, the deflected flanges tending to bias toward each other to create a tighter holding grip on the inserted conductor when conductor pull out opposite the inward deflection is attempted.

Claim 29

The apparatus (10) pursuant to claim 25 where the flanges (130, 230) associated with each wire-retaining slot (112, 212) are capable of deflecting substantially the same amount to center the associated conductor (20, 30) in the first end of the wire-retaining slot.

Claim 30

The apparatus (10) pursuant to claim 26 further comprising: means for centering (150, 250) an associated conductor (20, 30) at the second end of each wire-retaining slot (112, 212), each centering means cooperating with the associated flanges (130, 230) at the first end to substantially center each conductor along the entire length of the wire-retaining slot.

Claim 31

The apparatus (10) pursuant to claim 27 where each centering means (150, 250) comprises: horizontally yielding wire-retaining slot means (150, 250) defined by adjacent flexible upright arms (152, 252).

Claim 32

The apparatus (10) pursuant to claim 28 where each upright member (110, 210) includes a post (120, 220) with the flanges (130, 230) in the first end and a riser (150, 250) with a pair of the upright arms (152, 252) in the second end, each riser including a dome-shaped shoulder (153, 253) connected to one end of the arms while the other end of the arms integrally attach to a ledge (114, 213).

Claim 33

The apparatus (10) pursuant to claim 29 where each shoulder (153, 253) and ledge (114, 213) include notched portions (154, 254), (116, 215) respectively; where the connector module (200) includes a skirt (204) for substantially enclosing the second end of the slots (112) in the index strip, the skirt including a plurality of vertical reinforcement ribs (246) each rib associated with and for interlocking with the associated notch portions (156, 116) in the index strip (100); and where the cap (300) includes a wall (307) for substantially enclosing the second end of the slots (212) in the index-strip portion (203) of the connector module (200), the wall including a plurality of vertical reinforcement ribs (310), each rib associated with and for interlocking with the associated notch portions (254, 215) in the index-strip portion of the connector module.

Claim 34

The apparatus (10) pursuant to claim 25 comprising: means for vertically retaining (134, 234) each conductor (20, 30) in its associated wire-retaining slot (112, 212) at the first end.

Claim 35

The apparatus (10) pursuant to claim 25 where each flange (130, 230) is defined by an upper flange section (134, 234) and a lower flange section (132, 232), the upper flange section forming a lip (136, 236) protruding over the lower flange section to cooperate with the lip of an adjacent flange to retain an associated conductor (20, 30) in the wire-retaining slot (112, 212).

Claim 36

The apparatus pursuant to claim 25 where the connector module (200) is formed by assembling a front component (201) and a rear component (202) containing the index-strip portion (203), the front component being molded to include a plurality of recesses (280) with surfaces (286) for interlocking with the flanges (130) in the index strip (100).