141 |
Spring clip member |
US38814764 |
1964-08-07 |
US3279016A |
1966-10-18 |
WILLIAM WAHL FREDERICK |
|
142 |
Tool for making electrical connections |
US42784965 |
1965-01-25 |
US3254397A |
1966-06-07 |
FRANKLIN COBAUGH ROBERT; RODERICK OVER WILLIAM |
|
143 |
Electrical connector clip |
US30344063 |
1963-08-19 |
US3251022A |
1966-05-10 |
HAMMELL KEMPER M |
|
144 |
Electrical connections |
US33866364 |
1964-01-20 |
US3243757A |
1966-03-29 |
COBAUGH ROBERT F |
|
145 |
Wiring apparatus having improved wire-feeding means |
US36263964 |
1964-04-27 |
US3231967A |
1966-02-01 |
RAYMOND KREINBERG EARL; THOMAS NOLAN WILLIAM; ROY VICKERY JOHN |
|
146 |
Apparatus for making electrical connections |
US35914364 |
1964-04-13 |
US3186075A |
1965-06-01 |
VICKERY JR JOHN ROY |
|
147 |
Machine for making solderless electrical connections |
US67855746 |
1946-06-22 |
US2526717A |
1950-10-24 |
WEISBERG SIDNEY M |
|
148 |
WEDGE CONNECTOR INSTALLATION TOOL |
PCT/US2009033868 |
2009-02-12 |
WO2009111144A2 |
2009-09-11 |
CHADBOURNE CHRISTOPHER; CRUTCHER BERNARD C; MONTMINY ARMAND T |
An electrical connector installation tool including a frame and a screw ram. The frame includes a front end having an anvil section adapted to contact a front end of an electrical wedge connector shell, and a rear end having a threaded aperture. The screw ram has a front end, a rear end and a middle section. The front end is adapted to contact a rear end of an electrical wedge connector wedge. The middle section includes a threaded section which is connected to the threaded aperture of the frame to allow the screw ram to be screwed into the frame and thereby move the front end of the screw ram towards the anvil section. |
149 |
ELECTRIC CONNECTOR FOR FLAT CONDUCTOR AND ASSEMBLY METHOD FOR ELECTRIC CONNECTOR AND FLAT CONDUCTOR |
PCT/CN2012077439 |
2012-06-25 |
WO2013159446A8 |
2014-01-03 |
QIAN JIGAO; WAN JUN; CAI SHANGSHENG; HU GUANGCAI; ZHOU YA |
Disclosed are an electric connector for a flat conductor and an assembly method for the electric connector and the flat conductor, comprising an insulating body and a shielding housing. A guiding slot for insertion of the flat conductor is provided inside the insulating body. Two insert slots are provided on the insulating body at positions corresponding to two notches of the flat conductor. The insert slots are connected between the guiding slot and an external side of the insulating body along a thickness direction of the flat conductor. An elastic buckling piece connected integrally to the insulating body is disposed inside the insert slot. In the natural state, a buckling part of the elastic buckling piece extends into the guiding slot. During assembly, the flat conductor is inserted to push the elastic buckling piece open, and after the flat conductor is inserted completely, the elastic buckling piece is automatically reset to buckle the flat conductor. Alternatively, during assembly, a jig is used to prop the buckling part first; after the flat conductor is inserted completely, the jig is removed, and the elastic buckling piece is automatically reset to buckle the flat conductor. The structure is simple and easy to produce, and the assembly is convenient, thereby effectively improving the production efficiency and production quality. |
150 |
METHODS AND APPARATUS FOR CONNECTING CONDUCTORS USING A WEDGE CONNECTOR |
PCT/US2007009384 |
2007-04-17 |
WO2007123912A3 |
2007-12-27 |
JOHNSON BARRY; LADIN DMITRY; COLE RANDY |
A method for connecting first and second elongate conductors using a wedge connector includes: providing a wedge connector including a sleeve member, a wedge member, and a lubricant coating disposed on at least one of the sleeve member and the wedge member, the sleeve member defining a sleeve cavity; mounting the sleeve member on the first and second conductors; and driving the wedge member into the sleeve cavity using a hydraulic power drive tool assembly to secure the wedge connector to each of the first and second conductors. |