181 |
Connector structure |
US09930264 |
2001-08-16 |
US20020031943A1 |
2002-03-14 |
Takayoshi
Kanda; Nobuyoshi
Matsuda |
A connector structure provided with a coaxial connector having an inner contact and an outer contact respectively connected to an inner conductor and an outer conductor of a coaxial cable having the inner conductor and the outer conductor respectively insulated, in which the inner contact has a tapping screw portion screwed into an inner peripheral face of the hollow inner conductor as to do self screw cutting, and the tapping screw portion has a guiding portion, formed parallel to an axis and having an outer diameter approximately same as an inner diameter of the inner conductor, on its forth end. |
182 |
Connector structure |
US09664742 |
2000-09-19 |
US06332808B1 |
2001-12-25 |
Takayoshi Kanda; Nobuyoshi Matsuda |
A connector structure provided with a coaxial connector having an inner contact and an outer contact respectively connected to an inner conductor and an outer conductor of a coaxial cable having the inner conductor and the outer conductor respectively insulated, in which the inner contact has a tapping screw portion screwed into an inner peripheral face of the hollow inner conductor as to do self screw cutting, and the tapping screw portion has a guiding portion, formed parallel to an axis and having an outer diameter approximately same as an inner diameter of the inner conductor, on its forth end. |
183 |
Interchangeable electrical connector |
US09405727 |
1999-09-24 |
US06176716B1 |
2001-01-23 |
Gregory A. Mercurio; Richard N. Marsh; Demian T. Martin |
An interchangeable electrical connector includes a connector body and an adapter body. The connector body includes electrical contact means, such as a banana plug tip, for engaging an electrical terminal. The connector body includes a conical portion and a threaded portion which is coaxial with the conical portion. The adapter body includes a conical portion which is shaped for co-operative engagement with the conical portion of the connector body, and a threaded portion which is coaxial to the conical portion of the adapter body. The threaded portion of the adapter body is for cooperative engagement with the threaded portion of the connector body, such that cooperative rotation of the connector body relative to the adapter body draws the conical portion of the connector body into engagement with the conical portion of the adapter body. The wedging action of the two conical portions frictionally engages the connector body to the adapter body. |
184 |
Electrical connector with replaceable pin contacts not requiring
accompanying re-termination |
US179259 |
1998-10-26 |
US6077132A |
2000-06-20 |
Greg Gligorijevic |
An electrical receptacle (32) mounted to an aircraft (10) includes a pin contact assembly (34) having a pin body (62) releasably threaded within a threaded insert (38). A collet (70) enhances mechanical securement and electrical contact between the insert (38) and pin body (62). The outer end of the pin body (62) is configured (76) to receive a wrench for assembly disassembly of the parts. |
185 |
Removable ultrasonic transducer with integral electrical disconnect |
US802622 |
1997-02-19 |
US5761955A |
1998-06-09 |
Frederick L. Lichtenfels, II; Ralph E. Burt |
An externally mounted transducer assembly for an ultrasonic liquid level measuring device that utilizes a piezoelectric crystal for generating ultrasonic pulses to be transmitted through a tank or the line containing a volume of liquid. Electrical conductors are formed integrally with the fuel tank for connecting the transducer to other components of the system. The wall of the tank is provided with an arrangement for removably attaching the transducer housing thereto. The tank is provided with electrical contacts that connect to the conductors that are integral with the tank. Also, electrical contacts in the transducer housing are connected to the transducer for providing current thereto. When the transducer housing is attached to the tank, the transducer is thereby connected to the measuring system circuit. |
186 |
Capacitor terminal cover assembly |
US531446 |
1995-09-21 |
US5679033A |
1997-10-21 |
Russell E. Eavey; Michael D. Ward |
A terminal capacitor cover assembly having a screw portion and a jacket portion for complementarily fitting a terminal for a capacitor. This assembly provides an easy retrofit for capacitor terminals to equip them with a aesthetically acceptable and functionally superior alternative material. The assembly can be constructed of material equivalent to the operatively connected electrical lead, thus reducing the anodization and cross metallic oxidation of the capacitor terminal. |
187 |
Battery connector assembly |
US265315 |
1994-06-24 |
US5496197A |
1996-03-05 |
Michael J. Grivet |
A battery connector assembly in accordance with the present invention has a cable end, terminal end, and sleeve. The cable end has a first connector detachably connected to an end of a cable and also has a pin having an outer surface extending out from the cable end. The terminal end has a second connector detachably connected to a battery terminal and has a post with a threaded exterior and a tubular pocket having an inner surface. The sleeve is rotatably seated on the pin and has a threaded interior. The threaded interior of the sleeve is engaged with the threaded exterior of the post so that when the sleeve is fully engaged on the post substantially the entire outer surface of the pin is engaged with substantially the entire inner surface of the tubular pocket in the post. |
188 |
Contact sleeve for a measurement movement |
US781754 |
1991-10-23 |
US5197905A |
1993-03-30 |
Bernard Troschel |
A contact sleeve (6) for installation of a measurement movement to a printed circuit board is produced from sheet metal by rolling. The sleeve has inwardly directed projections which can be produced, for instance, by a flanging (14), and which have the function of a thread so that an attachment screw, which at the same time accomplishes an electrical contacting to the circuit board, can be screwed into the contact sleeve (6). As twist-preventing means (15), a sheet-metal lug (17) is bent obliquely outward out of the outer surface of the contact sleeve (6). Other embodiments of twist-prevention means in the form of indentations are disclosed. |
189 |
Threaded terminal connector |
US795490 |
1991-11-21 |
US5131861A |
1992-07-21 |
William T. Auclair; Randolph L. Auclair |
A terminal connector for a ground wire employs a threaded sleeve. The sleeve is configured and dimensioned with a bore having threaded portions of different sizes so that the terminus of the ground wires of different sizes can be alternatively threaded to the sleeve. An extension connected to the sleeve includes an opening that is dimensioned for mounting the connector to a terminal post. |
190 |
Downhole self-aligning latch subassembly |
US565449 |
1983-12-27 |
US4588243A |
1986-05-13 |
Mark S. Ramsey; Joseph W. Stolle |
The invention relates to a self-cleaning, self-aligning, downhole make and break mechanical and electrical latch subassembly used in conjunction with logging vertical and deviated boreholes. The latch subassembly uses a pair of rings to self-align the male probe into the female receiver. A debris deflector surface and specially sized debris exit ports are provided to allow the mating of the parts without interference from extraneous downhole debris. |
191 |
Electrical connector and receptacle |
US482962 |
1983-04-08 |
US4518217A |
1985-05-21 |
John J. Corrigan, III |
An electrical connector and receptacle for use with battery packs and battery charging equipment are disclosed. The electrical connector includes a two terminal coaxial plug and a third contact coaxial with the two terminal plug. The third contact may carry a signal responsive to a selected battery condition, such as temperature, while the two terminals of the coaxial plug carry battery supply voltage. In normal use, the electrical connector supplies power from a battery pack to portable battery powered equipment via an input jack of the portable equipment. The third contact is not used. When charging the battery pack, the electrical connector is plugged into an electrical receptacle of the battery charging equipment and the third contact delivers a signal to the battery charging equipment which indicates battery condition. The battery charging equipment receptacle which mates with the connector is also disclosed. |
192 |
Tool for sealing and attaching a lead to a body implantable device |
US372634 |
1982-04-28 |
US4461194A |
1984-07-24 |
Gary L. Moore |
A tool both attaches and seals a lead to an body implantable device such as a heart pacemaker, an insulin pump, or the like. The tool includes a handle portion and a first wrench and preferably a second wrench, with each wrench being attached to the handle portion on opposite ends thereof. The first wrench extends first through a cap and then a sealing member, the sealing member preferably made of a silicone rubber. The cap is frictionally held on the first wrench preferably by a cylindrical member circumferentially engaging the cap and fixedly attached to the handle portion. A set screw is preferably detachably attached at the end of the first wrench adjacent the sealing member. To attach the lead to the device, the set screw is threadably inserted into a bore in the device positioned at a substantially right angle to a portion of the lead, and clamps the terminal pin against an inside surface of a terminal block in the device. While the set screw is being inserted within the bore, the cap which is frictionally held by the cylindrical tube is also turned into the bore. When the set screw is turned sufficiently far to attach the electrode to the device, the first wrench is withdrawn, leaving the set screw, the sealing member and the cap within the bore. The tool is then turned around and the second wrench is used to turn the cap a remaining distance into the bore, thus deforming the sealing member such that the sealing member forms a seal around the set screw, which prevents body fluids from seeping past the sealing member and coming into contact with the set screw, the lead or the terminal block. |
193 |
Electrical connector with replaceable contacts |
US851161 |
1977-11-14 |
US4170393A |
1979-10-09 |
Aloysius M. Mocek, Jr.; George A. Oak |
An electrical cable connector of the multi-contact type wherein pin contact members of a male plug component engage and make electrical connection with corresponding spring finger contact members of a female receptacle, the pin and spring finger members each being threadably secured in a wire lead connecting base portion mounted in an insulating matrix in the plug and sockets components, respectively. The base portion for both the pin and spring finger members can be identical, thus providing a common base in a three piece contact system wherein a common base will receive either the male pin or the female spring finger members and allow ready removal of the contact members for replacement without disconnection of lead wires in instances of damage such as might be caused by dropping or rough handling of the connector. |
194 |
Electrical connector |
US31429163 |
1963-10-07 |
US3231850A |
1966-01-25 |
KILBURG RONALD J |
|
195 |
Terminal connector |
US3158860 |
1960-05-25 |
US3065438A |
1962-11-20 |
ANDERSON NELSON E |
|
196 |
Connector means |
US82342859 |
1959-06-29 |
US2967289A |
1961-01-03 |
CASTLE DAY CHAUNCEY |
|
197 |
Terminal board connection |
US65639357 |
1957-05-01 |
US2959764A |
1960-11-08 |
BARR JAMES R |
|
198 |
Electrical connector |
US57783356 |
1956-04-12 |
US2931009A |
1960-03-29 |
DUTTON JOHN C; BARR JAMES R |
|
199 |
Protecting device for electrical terminals |
US66089446 |
1946-04-10 |
US2482129A |
1949-09-20 |
JOSEPH SCHNEIDERMAN |
|
200 |
Electrical cable connector |
US58296045 |
1945-03-15 |
US2446542A |
1948-08-10 |
DONALD MACINNES |
|