专利检索_ 两个或两个以上导电部件之间直接接触的导电连接;用于实现或维持该连接的装置;专利检索_ 两个或两个以上导电部件之间直接接触的导电连接;用于实现或维持该连接的装置;专利检索查询_ 两个或两个以上导电部件之间直接接触的导电连接;用于实现或维持该连接的装置;专利检索查询分析平台

子分类：

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
321	Anode connection	US59348	1979-07-20	US4265725A	1981-05-05	Joe F. Tatum
An apparatus for and method of making a connection between an electrical conductor and an anode so that the conductor is attached to the anode to supply electrical energy thereto for use in cathodic protection systems. The apparatus includes male and female members of electrical conducting material having cooperating frusto-conical surfaces and such members are received within a bore in an anode. Normally the male member is connected to the electrical conductor and is positioned at the bottom of the bore after which the female member is forced over the male member which causes the female member to expand into intimate engagement with the side walls of the bore. The method includes the steps of placing a male member having a frusto-conical outer surface into a bore of an anode and then forcing a female member having a cooperating frusto-conical inner surface onto the male member to cause the female member to expand into intimate engagement with the walls of the bore.
322	Method of fabricating a laminated bus bar	US540030	1975-01-09	US4133101A	1979-01-09	Douglas W. Glover
A bus bar of laminar construction useful for power distribution systems and the like is disclosed with a method of fabricating the bus bar and installing suitably provided contact pins or posts. The method comprises stacking conductive plates and dielectric plates alternatively, encapsulating the conductive and dielectric plates in a solidifiable dielectric medium, drilling apertures through the medium and specified conductive plates, driving the pins and an amount of solidifiable material provided therewith into the apertures and into contact with the conductive plates, and solidifying the solidifiable material to secure the pins in the apertures.
323	Stab connector for enclosed electric bus apparatus	US669794	1976-03-22	US4082933A	1978-04-04	Roy Nakata; Arthur Leo Bohlinger
A stab type isolating connector for offset joints in enclosed high voltage electric bus apparatus comprises a removable contact rod for connecting laterally offset terminal ends of linear bus conductors within an enclosing sheath. The contact rod is slidable through a transverse passage in one terminal end into and out of engagement with a contact socket in the other terminal end, making contact with both terminal ends in its fully engaged position. Preferably the contact rod is tubular and slides over a guide rod secured within the contact socket. The guide rod may be sectional so that after seating of the contact rod a section of the guide rod may be used to secure the contact rod in engaging position.
324	Plug-in electric contact with improved contact finger support and shielding	US564695	1975-04-03	US3982806A	1976-09-28	Walter M. Wilson; John W. Katzbeck, Jr.
Inner conductors of isolated phase bus sections arranged end to end are joined by a multiplicity of longitudinally extending, annularly arrayed contact fingers which are biased radially inwardly against the conductors being joined with one end of each finger riding in a groove provided therefor on the exterior of one conductor and the other end of the finger being biased against the end of the next adjacent conductor to make slidable contact engagement therewith; a single dielectric shield surrounds both ends of the conductors and the contact fingers and is non-rigidly fastened at its longitudinal ends to the respective shells around each of the endwise adjacent conductors; springs extend between the shield and the fingers to bias the fingers against the conductors; the shield and finger arrangements permit the maximum width for the inner conductors enabling maximum quantities of contact fingers to be used and this arrangement also permits great misalignment between conductors, or tilting of one conductor with respect to the other and enables compensating for ambient condition caused contraction and expansion of the conductors themselves.
325	Corona-free high voltage connector	US564937	1975-04-03	US3941928A	1976-03-02	Jagjit R. Gaind
A pair of television receiver high voltage connectors, connecting the receiver high voltage rectifier to the cathode ray tube anode lead and the high voltage transformer, each include a resilient sleeve in which a cup-shaped contact and insulated wire together with an axially compressible spring are supported within a receptacle, formed by a portion of the sleeve inner surface and the cup-shaped connector. The receptacle expands to accommodate the insertion of the end portion of the high voltage rectifier forming an air-tight enclosure for the connection which is completed by the compression of the spring between the contact and rectifier.
326	Electrical connection of conductor leads and method of making same	US51331974	1974-10-09	US3922480A	1975-11-25	WOOFTER ROBERT C; PEARCE JR WARREN
In a preferred form, this disclosure relates to an electrical connection of conductor leads and to a method of making the connection. The electrical connection comprises an elongated planar metal carrier strip having a plurality of crimping flanges integrally connected by webs to one side thereof and with the crimping flanges being crimped to one end of an electrical lead and with the webs being bent so that the plane of the carrier strip extends transversely of the axes of the one ends of the leads, an insulator means made from an elastic insulating material including first and second insulator bodies disposed side-by-side and molded around different ones of the ends of the leads and the adjacent carrier strip portion and having an integral hinge means molded about an intermediate portion of the carrier strip, the first and second insulator bodies being relatively movable by bending the hinge means and the intermediate portion of the carrier strip of the hinge means from the side-by-side position to a second position in which adjacent surfaces are juxtaposed whereby the leads are oriented in desired directions, and a cooperable latching means on the first and second insulator bodies to latch the insulator bodies in their second position when moved thereto.
327	Current take-off unit	US46428074	1974-04-25	US3909098A	1975-09-30	REED RONALD H; DRILLING JOSEPH C; JONES LARY D
A current take-off unit is provided which may be readily connected to or disconnected from an external current-carrying element. The unit includes a housing having an opening formed in a wall thereof. The housing is positioned so that the wall opening is disposed adjacent the external element. A conductor means is disposed within the housing and has a portion thereof terminating at the wall opening. Adjustably mounted on the terminating portion of the conductor means is a connector assembly which is adapted to be moved between extended or retracted positions relative to the wall opening. The assembly includes a pair of conductive jaw members which are adapted to project through the wall opening and grippingly engage the external current-carrying element. The assembly also includes an elongated member which extends transversely through the jaw members and conductor means portion and retains same in an assembled relation. The elongated member carries a manually adjustable means which when adjusted in one direction causes the jaw members to move towards one another into gripping engagement with the external element. When the adjustable means is manually adjusted in a second direction, the jaw members can be moved out of gripping relation, whereby the jaw members can assume either an extended or retracted position.
328	Bus-bar connection apparatus for an electrical machinery of metal clad type	US38978973	1973-08-20	US3845458A	1974-10-29	HIMI H
Respective bare end portions of two or more bus bars are joined mechanically and electrically by a connector of conductive material. A casing spacedly encloses the connector, the bare end portions of the bus bars, and adjacent portions of the bus bars which are enveloped by tubular members of insulating material. The tubular members are fastened to the casing whose interior is hermetically sealed and filled with insulating fluid injected into the casing through longitudinal passageways in the bus bars.
329	Hollow contact pin with wire wrap terminal and method of making same	US3748634D	1971-09-09	US3748634A	1973-07-24	BARNES R; SECOR N
There is disclosed a hollow contact pin comprising a tubular section which is open at one end to receive one or more wires and having extending from its closed end and integral therewith a solid elongate conductor polyhedron in cross-section forming a wire wrap terminal. The tubular part may have an inwardly extending finger to grip any wire placed therein. The method disclosed herein includes the steps of drawing a flat strip of wire into tubular form, then swaging the tube to a diameter determined for the socket portion, at the same time swaging a further advanced portion of the tube to reduce the diameter to form a solid circular rod, at the same time at an advanced portion of the workpiece swaging the circular portion to form a wire wrap terminal which is substantially square in crosssection, and at the same time piercing the forward end of the most advanced tubular socket portion to open and flare the same, and finally separating the completed socket pin-wire wrap terminal from that following it. If the socket portion is to be provided with a wire-engaging finger, the flat strip is first lanced at determinate distances before being drawn into tubular form.
330	Connecting apparatus	US3707421D	1970-10-12	US3707421A	1972-12-26	KENDALL JOHN GEORGE LEONARD; LADKIN DEREK
ELECTICAL CONNECTING APPARATUS IN THE FORM OF A READILY TRANSPORTABLE DEVICE WHICH INCLUDES CONNECTOR JAWS ARRANGED TO BE OPERATED IN A SCISSOR-LIKE FASHION TO ESTABLISH ELECTRICAL CONNECTION BETWEEN A SOURCE OF ELECTRICITY AND A RESISTIVE CONDUCTOR WIRE EMBEDDED IN A SEALING STRIP OF HEAT CURABLE COMPOSITION.
331	Electrical connector	US3636501D	1969-11-04	US3636501A	1972-01-18	WALSH DONALD K
An electrical connector comprising a generally cylindrical electrally conductive rod having an axial bore therein forming a tube open at at least one end and having walls at least a portion of which are shaped in the form of a bellows. The bore is adapted to receive at least one electrical conductor and in its preferred form the hollow portion of the rod is filled with an electrically conductive liquid which is relatively incompressible as, for example, mercury.
332	Battery post terminal clamp	US3588790D	1969-02-04	US3588790A	1971-06-28	SHANNON JOHN K
THE DISCLOSURE IS OF A BATTERY TERMINAL POST CLAMP HAVING A PAIR OF OPPOSED CLAMPING JAWS WITH STUD MEANS AT THE END FOR SECURING THE TERMINAL TO THE BATTERY POST. THE SHANK PORTION WHICH RECEIVES THE CABLE HAS A TIE BOLT, THREADED AT ONE END, WITH A CABLE RECEIVING HOLE IN THE CENTRAL PORTION ALIGNED WITH A HOLE IN THE SHANK TO RECEIVE THE CABLE. THE BOTTOM PORTION OF THE TIE BOLT IS THREADED FOR ENGAGEMENT WITH A NUT WHICH, WHEN THE END OF THE CABLE IS INSERTED IN THE TIE BOLT HOLE, CAN BE TURNED TO THEREBY JAM MINGLY ENGAGE THE CABLE END FORMING A PHYSICAL AND ELECTRICAL BOND WITH THE BATTERY TERMINAL. THE METHOD OF MANUFACTURE CONTEMPLATES A DIE CASTING IN WHICH THE TIE BOLT ITSELF SERVES AS A CORE MEMBER, AND AN ADDITIONAL CORE IS INSERTED THROUGH THE HOLE IN THE TIE BOLT TO THE END THAT THE TIE BOLT IS PERFECTLY ALIGNED IN THE PRECAST BATTERY TERMINAL, AND IN A SENSE IS PRESS-FITTINGLY ENGAGED THEREIN, SUBJECT TO DISLODGMENT ONLY BY TURNING THE FASTENING NUT TO ENGAGE THE CABLE END.
333	High-current switch with secondary contact pin coupled in offset relationship to principal contact	US3542987D	1968-03-18	US3542987A	1970-11-24	LEVY SIDNEY

334	Tool and equipment to connect a line onto a high voltage line	US3516050D	1967-05-24	US3516050A	1970-06-02	MIXON JAMES LENHART JR; WAHL FREDERICK WILLIAM

335	Tool and equipment to connect a line onto a high voltage line	US3458996D	1967-02-23	US3458996A	1969-08-05	MIXON JAMES LENHART JR; WAHL FREDERICK WILLIAM

336	Method of making high density electrical connections	US3421961D	1966-01-10	US3421961A	1969-01-14	JOYCE RICHARD D

337	Welding method, composition and article	US44214465	1965-03-23	US3410722A	1968-11-12	FLANDERS ANDREW E; PACKER PARLEY R; PATRICK JAMES A; PRATT WILSON N

338	Wedge type electrical connector	US40751064	1964-10-29	US3349167A	1967-10-24	MIXON JR JAMES LENHART; WILLIAM WAHL FREDERICK

339	Sintered powdered metal connectors	US34782964	1964-02-27	US3345452A	1967-10-03	LOGAN MAURUS C; GIBSON HOWARD B

340	Electrical connector strap	US43555965	1965-02-26	US3324234A	1967-06-06	HERVIG HAROLD C

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