Source: https://patents.google.com/patent/AU728045B2/en
Timestamp: 2019-11-18 17:48:32
Document Index: 39285761

Matched Legal Cases: ['Application No. 08', 'Application No. 08', 'art 220', 'art 220', 'art 220', 'art 220', 'art 220', 'art 220', 'art 220', 'art 220']

AU728045B2 - Wire terminal block for communication connectors - Google Patents
Wire terminal block for communication connectors Download PDF
AU728045B2
AU728045B2 AU80822/98A AU8082298A AU728045B2 AU 728045 B2 AU728045 B2 AU 728045B2 AU 80822/98 A AU80822/98 A AU 80822/98A AU 8082298 A AU8082298 A AU 8082298A AU 728045 B2 AU728045 B2 AU 728045B2
AU80822/98A
AU8082298A (en
Ronald Herbert Guelden
1997-08-22 Priority to US08/916,486 priority Critical patent/US5947772A/en
1997-08-22 Priority to US08/916486 priority
1999-03-04 Publication of AU8082298A publication Critical patent/AU8082298A/en
2001-01-04 Publication of AU728045B2 publication Critical patent/AU728045B2/en
2001-04-26 Assigned to AVAYA TECHNOLOGY CORP. reassignment AVAYA TECHNOLOGY CORP. Alteration of Name(s) of Applicant(s) under S113 Assignors: LUCENT TECHNOLOGIES INC.
S F Ref: 429483
PATENTS ACT 1990 COMPLETE SPECIRCATION FOR A STANDARD PATENT
Name and Address of Applicant: Actual Inventor(s): Address for Service: Invention Title: Lucent Technologies Inc 600 Mountain Avenue Murray Hill New Jersey 07974-0636 UNITED STATES OF AMERICA Jaime Ray Arnett and Ronald Herbert.Guelden Spruson Ferguson, Patent Attorneys Level 33 St Martins Tower, 31 Market Street Sydney, New South Hales, 2000, Australia Wire Terminal Block for Conmunication Connectors
0* OS S
a 4 The following statement is a full description of this invention, including the best method of performing it known to me/us:- WIRE TERMINAL BLOCK FOR COMMUNICATION CONNECTORS Field of the. Invention The-present invention relates to connectors for communication wires and cables, and particularly to a spring wire terminal block for use in communication jacks.
Discussion of the Known Art A compact communications jack connector is disclosed in Patent 5,096,442 (Mar. 17, 1992). The known connector is formed from a unitary lead frame in which eight flat, elongated conductive elements connect spring jackwire terminals at one end of the frame with corresponding wire connection terminals at the other end of the frame. The wire connection terminals are insulation displacement connectors (IDCs) of the "slottedbeam" type. For example, see U.S. Patents 3,027,536 (Mar.
27, 1962); 3,798,587 (Mar. 19, 1974) and 4,826,449 (May 2, 1989) In the mentioned '442 patent, the lead frame is placed against a bottom surface of a dielectric spring block, the jackwire terminals are wrapped around a tonguelike protrusion on the block, and the elongated conductive elements are positioned flat and parallel to one another
S. on the block bottom surface. Individual IDC terminals of the lead frame are folded onto side surfaces of the block.
25 Slots in the IDC terminals align with corresponding wirereceiving slots formed in the block, and a cover is placed around the block including the wrapped IDC terminals. The tongue-like protrusion of the block is received in a jack frame, and the jackwire terminals are aligned so that when 30 a connecting plug is inserted the jack frame, the jackwire terminals connect electrically with corresponding wire S: leads in the plug.
A communication jack made by AMP Corporation (Part No.
557901-1) and intended for high data rate applications 35 includes a printed wire board, jackwires that emerge from S S -2a top surface of the board and bend sharply back over the board, and sets of wire connection terminals at the sides of the board. Two separate terminal covers are each held in place by pins which pass horizontally through openings in the terminal bases. The top surface of the wire board is left exposed between the separate terminal covers. A front end of the board slides into a jack frame, and tabs on the sides of the board snap in slots in rear side walls of the jack housing. The jack housing also has a rear bottom wall that extends over the bottom surface of the wire board.
Pending U.S. Patent Application No. 08/668,553 filed June 21, 1996, and lo assigned to the assignee of the present invention, relates to a device for reducing crosstalk exhibited by certain connectors. All relevant portions of the '553 application are incorporated by reference herein. The device comprises a printed wire board having several dielectric layers. Pairs of conductor paths are formed on selected layers, and a conductor path of one pair is vertically aligned and spaced from a conductor path of another pair on an adjacent layer. A given set of vertically aligned paths acts electrically as a capacitor plate that cooperates with a horizontally adjacent set of vertically aligned paths, to compensate for or reduce crosstalk exhibited by a given connector. As far as is known, the cross-talk reduction scheme of the '553 application has not been applied in a communication jack.
S U.S. Patent 5,186,467 (Feb. 16, 1993) shows a high frequency electrical connector similar to the mentioned U.S. Patent 5,096,442; but wherein certain pairs of the •o• parallel conductive elements cross over one another as a means for reducing cross talk.
All relevant portions of the '647 patent are incorporated by reference herein. Other 00000o 25 arrangements for reducing 'crosstalk are disclosed by U.S. Patents 5,432,484 (Jul. 11, 1995); 5,299,956 (April 5, 1994); and 5,580,270 (Dec. 3, 1996) all relevant portions of which are incorporated herein by reference.
00 [R:\LIBE]02852.doc:JCA It is also known to construct a terminal post with a retaining portion formed of two arcuate spring members which are separated by an opening, thus resembling a "needle eye". See, for example, U.S. Patent 4,206,964 (Jun. 10, 1980). See also U.S.
Patent Des. 345,268 (Jan. 10, 1995) showing a telecommunications terminal clip having a slotted retaining portion.
The desired jack should also be easy to manufacture in high volume, and be compliant. That is, the jack should maintain its high performance characteristics notwithstanding repeated connection with and disconnection from mating plugs, and use with plugs having different numbers of wire conductors. In particular, unused jackwire terminals should not be permanently deformed when deflected by plug bodies that carry fewer wire conductors than the number ofjackwire terminals in the jack. With respect to manufacturing steps, a communication jack that uses minimal horizontal or side-wise tool 20 movements during assembly, and relies primarily on vertical or straight up-and-down tool motion for its construction, is also desirable.
*0 Summary of the Invention 25 According to one aspect of the present invention, there is provided a wire terminal block for communication connectors, comprising: a mandrel; and a frame including a pair of legs extending from opposite ends of the mandrel; wherein said legs are constructed and arranged to be mounted on a printed wire 30 board and to support the mandrel substantially against a front edge of the board near a number of terminal wires that emerge from the board to contact a mating connector; and wherein a number of slots are formed along the mandrel, and an inner contour at a base of each slot is configured to form a desired bend radius in the terminal wires when \T the wires are seated in corresponding ones of the slots and are wrapped about the mandrel within said slots.
[R:\LIBE]02852.doc:JCA According to another aspect of the present invention, there is provided a wire terminal block for communication connectors, comprising: a mandrel; and a frame constructed and arranged to be mounted on a printed wire board and to support the mandrel substantially against a front edge of the board near a number of terminal wires that emerge from the board to contact a mating connector;.
••co o• S S S o S [R:\LIBE]2852.doc:JCA Brief Description of the Drawing In the drawing: Fig. 1 is an exploded view of a high frequency communication jack assembly and a mating jack frame, according to an embodiment of the invention; Fig. 2 is an enlarged perspective view of a spring jackwire block in the jack of Fig. 1; Fig. 3 is a side view, partly in section, of the jackwire block in Fig. 2 as taken along line 3-3 in Fig. 2; Fig. 4 is a plan view of the jackwire block as seen from the bottom in Fig. 2; Fig. 5 is an enlarged side view of a terminal housing of the jack as seen from the rear left side in Fig. 1; Fig. 6 is a bottom plan view of the housing in Fig. 5; and Fig. 7 is an enlarged side elevation view of a connector terminal in the jack of is Fig. 1 with the terminal housing in place.
Detailed Description of the Invention Fig. 1 is an exploded view of a high frequency communication jack 10 according 20 to an embodiment of the invention. The jack 10 includes a printed wire board 12 which preferably is multi-layered. Although two layers 14, 16 are shown in Fig. 1, the wire board 12 may comprise one layer with printed conductive paths on one or both sides, or 0 additional layers with conductive paths on each layer, depending on the desired crosstalk reduction scheme. In Fig. 1, wire board 12 has conductive paths (see Fig. 7) on the layers 25 14, 16 which paths extend between a jackwire terminal region 18 near a front edge 20 of voooo the board 12, and a wire connection terminal region 22 at a rear portion of the board.
A number, for example, eight spring jackwires 23a to 23h extend from the front of the board 12 through the [R:\LIBE]02852.doc:JCA
6 jackwire terminal region 18, at an acute angle relative to the top surface of the wire board 12 to connect with a communication plug (not shown) when the plug is placed in the jackwire terminal region 18. The jackwires 23a-23h connect at their bottom ends to corresponding conductive paths of the wire board 12, so that the conductive paths form a part of one or more communication signal paths when the communication plug is connected with the jackwires.
Typically, each communication signal path will be comprised of a different pair of conductive paths on the wire board 12. In the disclosed embodiment, up to four communication signal paths can be supported by the eight jackwires 23a-23h, with a corresponding number of .*.conductive paths on the board.
The bottom ends of the jackwires 23a-23h are inserted in plated openings in the bottom surface of the wire board to connect with the conductive paths, 'and the jackwires 25 wrap around a curvilinear forward end of a jackwire block 26. Details of the jackwire block 26 are given in connection with FIGS. 2 and 3. Preferably, the bottom ends of the jackwires 23a-23h have a "needle eye" construction that allows the ends to be pushed into the plated openings underneath the board 12. The openings have a diameter slightly less than that of the bottom ends of the jackwires. A reliable electrical connection is established between the jackwires and the conductive paths, and the jackwires are held mechanically in the plated openings, without a need for soldering. The "needle eye" configuration is described below in detail with respect to connector terminals 28a to 28h of the present jack Insulation displacement connector (IDC) terminals 28a to 28h are mounted at both rear sides of the wire board 12 as shown in FIG. Each of the terminals 28a-28h connects to a corresponding conductive path associated with a different one of the spring jackwires 23a-23h.
Details of the IDC terminals 28a-28h are given in connection with FIG. 7. A pair of terminal housing mounting holes are formed in the wire board 12, along a center line between the rear sides of the board.
A jack frame 40 (FIG. 1) for the present jack 10 may be similar to one disclosed in co-pending U.S. Patent Application No. 08/866,796 filed May 30, 1997, and 15 assigned to the assignee of the present invention. All relevant portions of the '796 application are incorporated by reference herein. Alternatively, a jack frame similar to the one disclosed in the mentioned U.S. Patent 5,096,442 may also be used for the jack frame 40 in FIG.
1. The jack frame 40 has a front opening 42 which faces toward the right rear in FIG. 1. The frame 40 also has a rear opening or cavity 44 that is dimensioned to receive the forward edge 20 of the wire board 12 including the :"jackwires 23a-23h. A rear portion 46 of the jack frame is 25 formed with a number 8) of vertical slots which receive corresponding ones of the jackwires 23a-23h and guide each jackwire to deflect when a plug (not shown) is placed through the frame front opening 42 into the jackwire terminal region 18 over the wire board 12. Wire conductors carried by the inserted plug thus establish electrical contact with corresponding ones of the jackwires 23a-23h.
An electrically insulative or dielectric terminal housing 50, also in FIG. 1, is formed to protect and to permit wire lead access to the wire connection terminal region 22 on top of the wire board 12. Details of the 8 housing 50 are set out below in connection with FIGS. 5 to 7. The housing 50 may be formed of a plastics material that meets all applicable standards with respect to electrical insulation and flammability. Such plastics materials include but are not limited to polycarbonate, ABS, and blends thereof. The housing 50 has a pair of fastening or mounting posts 52 that project from a bottom surface of the housing, as shown in FIGS. 5 and 6. When the housing 50 is aligned with the IDC terminals 28a-28h on the wire board 12 and lowered to surround the terminals, the fastening posts 52 align with the rear openings in the board 12 and pass through them to project from below the board.
A cover 60 is made from a material that may be the 15 same or similar to that of the housing 50 and the jack 0*er 0 frame 40. Cover 60 is formed to protect the bottom of the board 12 at the connection terminal region 22. The cover 60 has a pair of openings 62a, 62b formed along a center line between sides of the cover 60, to align with tips of the housing fastening posts 52 that project below the wire board 12. The wire board 12 is sandwiched or captured "".between the housing 50 and the cover 60, and the tips of the mounting posts 52 are preferably joined to the body of the cover 60 by, for example, an ultrasonic welding probe 25 inserted into the cover openings 62a, 62b from below the cover 60 in FIG. i. The tips of the mounting posts 52 and the surrounding cover body melt and fuse with one another to form solid joints when cooled. With the wire board 12 thus captured between the housing 50 and the cover substantially the entire wire connection terminal region 22 of the board 12 is protectively enclosed.
The jack frame 40 has a latch 70 protruding below the rear opening 44 in FIG. 1. The cover 60 has a pair of shoulders 80 adjacent the front and the back edges of the cover 60. Once the housing 50 is joined to the cover with the wire board 12 captured between them, the front edge 20 of the wire board 12 is inserted in the rear cavity 44 in the jack frame 40, until the frame latch 70 snaps over and onto an adjacent shoulder 80 on the bottom of cover Fig. 2 is a perspective, enlarged view of the jackwire block 26 in the jack 10 of Fig. 1. The jackwire block 26 is made of a material that may be the same or similar to that used to form the jack frame 40, housing 50 and cover 60 in Fig. 1. The block 26 has a front jackwire mandrel 100 and a frame support 102 for the mandrel 100. A post 108 projects upward from leg 104, and another post 110 projects upward from leg 106. The posts 108, 110 have vertical ribs to enable them to be press fit from beneath the wire 0o board 12 into corresponding openings in the front portion of the board (see Fig. 1.) Fig. 3 is a side view of the jackwire block 26 in Fig. 2, partly in section and taken along line 3-3 in Fig. 2. Fig. 4 is a view of the block 26 as seen from below in Fig.
Mandrel 100 defines a number 8) of vertical slots 112a to 112h in its front edge for seating and guiding corresponding ones of the jackwires 23a-23h in Fig. 1. The jackwires are wrapped around an inner contour of the mandrel 100 at the base of each •slot, as shown in Fig. 3. Specifically, first ends of the jackwires are inserted in plated 20 holes in the bottom of the wire board 12, which ends are visible protruding from the top of the board in Fig. 1. In the present embodiment, the jackwire holes in the board 12 are arrayed in two rows of four holes each, and the holes are staggered to allow the jackwires to run parallel to one another with a uniform gap between adjacent jackwires. A typical center-to-center slot spacing on the mandrel 100 is abut .040 inches.
2 As shown in Fig. 1, the jackwire block 26 is fixed on the bottom surface of the wire board 12 so that the back of the mandrel 100 is fitted against o [R:\LIBE]02852.doc:JCA the front edge of the board. The jackwires 23a-23h are routed parallel to one another underneath the board, guided through corresponding mandrel slots 112a-112h, and folded or wrapped about the front of the mandrel within the slots 112a-112h. As shown in Fig.
3, mandrel 100 provides a bend radius around the front edge 20 of the wire board of about .040 inches to the jackwires as they emerge from beneath the wire board 12, and second bend radius of about .050 inches where the jackwires begin to angle back over the wire board 12. Because the mandrel 100 ensures that the jackwires 23a-23h will not have less than a determined bend radius, any tendency of a jackwire to become permanently deformed if its free end is over-deflected inside the jack frame 40, is substantially 1o reduced.
Fig. 5 is a side view of the terminal housing 50 of the present jack 10. Housing is preferably molded as a single piece which defines two banks of IDC terminal wire guide posts 150, 152 at corresponding sides of the housing. The two banks of wire guide Is posts 150, 152 are joined by an integral base wall 154 shown in Figs. 1 and 6. The housing fastening posts 52 project from the bottom of the base wall 154, as shown in Fig.
6. The guide posts and the base wall together act to protect the top surface of the wire board 12 at the wire connection terminal region 22 (see Fig. 1).
20 The housing 50 also has a rear apron 156 that protects the rear edge of the wire S:1: board 12 when the board is captured between the housing 50 and the cover 60. Wire connecting portions of the IDC terminals 28a-28h in Fig. 1, are received in corresponding terminal slots 158a to 158h that open. in rows along the bases of a pair of channels 160, 162 grooved underneath the housing base wall 154. The channels 160, 162 accommodate 25 base portions of the IDC terminals just above the wire board 12, as illustrated in Fig. 7.
*59•
[R:ALIBE]G2852.doc:JCA FIG. 7 is an elevational view of an IDC terminal 200 for use in the present communications jack 10. The terminal 200 preferably has the following features detailed in connection with FIG. 7. Terminal 200 may be formed of a metallic material such as, for example, a copper alloy having a thickness of about .015 inches, and with a bright solder finish of between .1 and .3 mils thick. The height H of terminal 200 is preferably about .230 inches between a bottom edge 202 of a mounting base portion 204, and an upper inside sharp ledge 206 on both sides of an insulated wire receiving groove 208 in the "terminal 200. As is known generally in the art, when an
S" insulated wire conductor is held at the top of an IDC terminal and is pushed down within a terminal groove, 15 opposed ledges such as ledges 206 will cut through the insulation on the conductor and establish electrical contact via side surfaces 210, 212 between the conductor and the IDC terminal 200. A typical width of the groove 208 is about .012 inches.
S 20 The mounting base portion 204 has a bottom edge 214 portions of which align flush with a top surface 216 of the wire board 12 on which the IDC terminal 200 is mounted. A top part of the base portion 204 defines a shoulder 218 that protrudes a certain distance S from the wire receiving portion of the terminal 200. The shoulder 218 is at a determined height B above the bottom edge 214 of the base portion 204. Typical dimensions are S about .025 inches and B about .053 inches.
The IDC terminal 200 also has a wire board mounting part 220 with a generally "needle-eye" appearance. The board mounting part 220 comprises opposed arcuate sections 222, 224 joined to the bottom edge 214 of the terminal by a common Stem 226. The arcuate sections 222, 224 have an inner radius of typically about .083 inches and an outer radius of typically about .094 inches. The height of the "eye" opening defined between the sections 222, 224 is 3 12 typically about .056 inches and the width of the opening about .014 inches. The width of the metal strips forming the sections 222, 224 is typically about .011 inches. The entire IDC terminal 200 including its base portion 204 and board mounting part 220 are preferably stamped from a single sheet of metallic material.
An important feature of the IDC terminal 200 is that its wire board mounting part 220 can establish reliable electrical contact with a plated opening 228 in the wire board 12, if the diameter of the opening 228 is slightly less than the overall width .035 inches) of the "needle-eye" mounting part 220. That is, the mounting Sopart 220 can be urged in the direction of the axis of the opening 228 to mount the terminal on the board 12, and the •go 15 arcuate sections 222, 224 are urged resiliently toward one another to maintain positive electrical contact with the .p lated wall of the board opening 228. A conductive path 230 on the board 12 which connects with the plating of opening 228, is thus electrically connected to the terminal 200. It has been discovered that no further bonding such as solder is necessary to maintain electrical contact between the terminal 200 and the conductive plating of the wire board opening 228.
Another desirable feature of the IDC terminal 200 in FIG. 7, is that it is held securely in place on the wire board 12 via a part of the terminal housing body that abuts the shoulder 218 when the housing 50 is joined to the cover 60 through the wire board 12. That is, a wire conductor can be repeatedly inserted and withdrawn from the groove 208 in the terminal 200 without substantially dislocating the terminal, and without causing mounting part 220 to lose contact with a conductive path that leads to the terminal mounting hole. That is, the terminal 200 is captured between the wire board 12 and the body of the connector housing 50 once the terminal is inserted in a corresponding one of slots 158a-158h in the housing, and
13 the housing is joined to the cover 60 with the wire board 12 sandwiched between them.
Specifically, as shown in FIGS. 6 and 7, the terminal slots 158a-158h opening at the bases of the channels 160, 162 in the housing base wall 154 (see FIG. are separated by partitions 232 formed in the body of the terminal housing 50. Each partition 232 separates adjacent ones of the terminal wire guide posts 150, 152 on the housing 50. The terminal slots 158a-158h are only sufficiently wide to receive the IDC terminals 200 down to the top of the terminal base shoulders 218. Bottom corners 234 of the partitions 232 are positioned in confronting relation to the terminal shoulders 218 when the terminals are mounted on the wire board 12 as in FIG.
•go 15 7. Thus, once a wire is pushed down in the receiving groove 208 of the terminal 200, and the wire is later *.pulled upward in FIG. 7 to be disconnected from the terminal, vertical displacement of the terminal 200 is stopped by the bottom corners 234 of the partitions 232.
20 It will be appreciated that some limited vertical movement *of the terminal 200 can be tolerated since its board mounting part 220 is not soldered in the board opening 228 and sliding electrical contact with the plated wall of the opening 228 can be maintained.
Adjacent ones of the terminal wire guide posts 150, 152 on housing 50 form sharply pointed or pyramidal top ends 250, 252. See FIGS. 1 and 7. The purpose of the pointed ends 250, 252 on the guide posts is to assist in separating each lead of a tightly twisted, unshielded lead pair (not shown) when the lead pair is pressed against one of the ends 250, 252. Each lead of the pair can then be dragged down along a corresponding inclined surface at the top of the post, and between knife edges of an IDC terminal groove which edges are exposed inside a vertical slot formed in each of the guide posts. The present construction of the housing 50 is therefore well suited to ~Uy 14 high data rate applications where tightly twisted, unshielded lead pairs are often encountered.
The wire board 12, jackwire block 26, jackwires 23a- 23h and IDC terminals 200 define a spring block assembly.
The jackwires are electrically connected to the terminals e 200 by conductive paths or metallic traces on the wire board 12. The jackwire block 26 includes a mandrel 100 around which the jackwires 23a-23h are wrapped in the region of an edge of the wire board 12.
While the foregoing description represents preferred embodiments of the invention, it will be obvious to those skilled in the art that various changes and modifications eee 15 may be made, without departing from the true spirit and scope of the invention. Such modifications include, but are not limited to, the use of discrete components on the wire board 12 to reduce crosstalk, and'the use of metallic terminal strips "110" type connectors) preloaded 20 into a dielectric housing prior to installation on the *wire board.
Although the jackwire block 26 is shown in FIG. 1 as mounted on the bottom surface of the wire board 12 with its mandrel 100 flush with the board front edge equivalent configurations within the scope of the invention include; for-example, the formation of a wire board having an edge portion formed to establish a minimum bend radius for jackwires when folded about the edge portion.
Further, the fastening arrangement between the terminal housing 50 and cover 60 is shown in the drawing as comprising at least one fastening post projecting from beneath the housing, and an opening in the cover that surrounds the tip of the post. Equivalent arrangements are also within the scope of the invention; for example, an arrangement wherein at least one fastening post projects S S 16 from the cover, and a tip of the post is surrounded by an opening in the housing base wall to be fused to the wall.
1. A wire terminal block for communication connectors, said wire terminal block comprising: a mandrel; and a frame including a pair of legs extending from opposite ends of the mandrel; wherein said legs are constructed and arranged to be mounted on a printed wire board and to support the mandrel substantially against a front edge of the board near a number of terminal wires that emerge from the board to contact a mating connector; and wherein a number of slots are formed along the mandrel, and an inner contour at a base of each slot is configured to form a desired bend radius in the terminal wires when the wires are seated in corresponding ones of the slots and are wrapped about the mandrel within said slots. Is 2. A wire terminal block as claimed in claim 1, wherein the inner contour at the base of each slot is configured to form a first bend radius in the terminal wires at a side of the wire board from which the terminal wires emerge, and to form a second bend radius in the terminal wires with which the wires angle back over an opposite side of the wire board to contact the mating connector.
3. A wire terminal block as claimed in claim 1, including post members associated with the legs of said frame for engaging corresponding openings in the wire So board. •ooo 25 4. A wire terminal block as claimed in claim 3, wherein said post members project from said legs and have ribs configured to be press fit into the corresponding openings in the wire board. *go• A wire terminal block for communication connectors, said wire terminal 30 block comprising: a mandrel; and a frame constructed and arranged to be mounted on a printed wire board and to support the mandrel substantially against a front edge of the board near a number of terminal wires that emerge from the board to contact a mating connector; [R:ALIBEO2852doc:JCA I 4. -18 wherein a number of slots are formed along the mandrel, and an inner contour at a base of each slot is configured to form a first bend radius in the terminal wires at a side of the wire board from which the terminal wires emerge, and to form a second bend radius in the terminal wires with which the wires angle back over an opposite side of the wire board to contact the mating connector, when the wires are seated in corresponding ones of the slots and are wrapped about the mandrel within said slots.
6. A wire terminal block as claimed in claim 5, wherein the second bend radius is larger than the first bend radius. I0
7. A wire terminal block as claimed in claim 5, wherein said frame comprises a pair of legs at opposite ends of the mandrel, and said legs are constructed and arranged with respect to the mandrel to support the mandrel substantially against said front edge of the wire board when the frame is mounted on said one side of the wire board.
8. A wire terminal block as claimed in claim 7, including post members associated with the legs of said frame for engaging corresponding openings in the wire t board. S..
9. A wire terminal block as claimed in claim 8, wherein said post members project from said legs and have ribs configured to be press fit into the corresponding *.openings in the wire board. ooo
10. A wire terminal block substantially as described herein with reference to 0009 Figs. 1-7. a: DATED this Twenty Second Day of June, 2000 a 30 Lucent Technologies Inc. Patent Attorneys for the Applicant SPRUSON FERGUSON [R:\LIBE]02852doc:JCA
AU80822/98A 1997-08-22 1998-08-19 Wire terminal block for communication connectors Ceased AU728045B2 (en)
US08/916,486 US5947772A (en) 1997-08-22 1997-08-22 Wire terminal block for communication connectors
US08/916486 1997-08-22
AU8082298A AU8082298A (en) 1999-03-04
AU728045B2 true AU728045B2 (en) 2001-01-04
ID=25437353
AU80822/98A Ceased AU728045B2 (en) 1997-08-22 1998-08-19 Wire terminal block for communication connectors
US (1) US5947772A (en)
EP (1) EP0907226A3 (en)
JP (1) JP3216805B2 (en)
AU (1) AU728045B2 (en)
CA (1) CA2244301C (en)
DK174636B1 (en) 1999-12-30 2003-08-04 Lk As Termination device, for example. to a connector
DE602005027483D1 (en) 2004-12-07 2011-05-26 Commscope Inc Communication connector with compensation of differential-to-differential and differential-to-multiple-passing
DE102006019195A1 (en) * 2006-04-21 2007-10-25 Cobi Net Fernmelde- Und Datennetzkomponenten Gmbh connecting device
CA1080451A (en) * 1976-07-30 1980-07-01 Charles Mcgonigal Making insulation-piercing, slotted beam electrical connectors
1997-08-22 US US08/916,486 patent/US5947772A/en not_active Expired - Lifetime
1998-07-29 CA CA 2244301 patent/CA2244301C/en not_active Expired - Fee Related
1998-08-11 EP EP98306387A patent/EP0907226A3/en not_active Withdrawn
1998-08-11 JP JP22664198A patent/JP3216805B2/en not_active Expired - Fee Related
1998-08-19 AU AU80822/98A patent/AU728045B2/en not_active Ceased
CA2244301C (en) 2002-05-28
JP3216805B2 (en) 2001-10-09
EP0907226A3 (en) 2000-09-27
EP0907226A2 (en) 1999-04-07
CA2244301A1 (en) 1999-02-22
AU8082298A (en) 1999-03-04
JPH11111371A (en) 1999-04-23
US5947772A (en) 1999-09-07
CN1063585C (en) 2001-03-21 Electrical plug connector
US20020072275A1 (en) 2002-06-13 Connector socket, connector plug and connector assembly
JP2860474B2 (en) 1999-02-24 Telecommunications connector
2001-04-26 PC1 Assignment before grant (sect. 113)
Free format text: THE FORMER OWNER WAS: LUCENT TECHNOLOGIES INC