Abstract:
The invention discloses a connection device for the electric connection between the poles of accumulators which comprises: a connecting electric cable (2) ending at each of its extremities with a conductor ring (3), the hole (4) of which lodges a connecting screw having a fillister head (5) connecting said cable to an electric pole (6) of the accumulator; an insulation coating made of plastic material (1) belonging to the insulating element (10) which coats said connection device, said insulation coating presenting the external shape of a truncated cone, wherein the part having a smaller diameter is sealed with a lid and the part having a larger diameter rests on the surface (9) of the lid of the accumulator; a lid (90) for sealing each insulation coating. Said insulation coating (1) presents a first annular wall (11) having the shape of a cylinder of the same diameter as the head of the connecting screw having its base on the surface of the conductor ring in contact with said head (52) of the connecting screw (5) and extending itself for a certain section along the cylindrical wall of said head (52) of said screw (5), said annular wall co-operating with said screw head in order to ensure a watertight seal preventing the leakage of electrolyte.
Abstract:
Eine Anschlussanordnung (1) umfassend ein sich entlang einer ersten Achse (AI) erstreckenden Anschlussstift (2), und ein Anschlusselement (7) mit einem elektrisch isolierendes Gehäuseelement (8) mit einer einen Innenraum (9) begrenzenden Gehäusewand (10), wobei das Kontaktelement (13) im Innenraum (9) des Gehäuseelementes (8) angeordnet ist, wobei das Kontaktelement (13) entlang der besagten ersten Achse (AI) mit dem Anschlussstift (2) verbindbar ist, wobei das Anschlusselement (7) ein relativ zum Kontaktelement (13) von einer Sicherungslage in eine Freigabelage bewegbares Sicherungselement (8, 22) aufweist, und wenn sich das Kontaktelement (13) mit dem Anschlussstift (2) im kontaktierten Zustand befindet, das Sicherungselement (8, 22) in der Sicherungslage liegt, in welcher es über einen Formschluss mit dem Sicherungsbereich (4) des Anschlussstiftes (2) in Verbindung steht, wodurch die Verbindung zwischen Anschlusselement (7) und Anschlussstift (2) formschlüssig gesichert ist, und das Sicherungselement (8, 22) aus der Sicherungslage in die Freigabelage bewegbar ist, wobei in der Freigabelage der Formschluss zwischen Sicherungselement (8, 22) und dem Anschlussstift (2) aufgehoben ist und somit eine Bewegung zwischen Kontaktelement (13) und Anschlussstift (2) ermöglicht wird.
Abstract:
The invention relates to an electrical connector device (3) adapted to being fitted in a vehicle and to facilitating the connection of at least one external electrical conductor (5) to the vehicle, which connector device (3) comprises at least one electrically conducting connecting element (7) housed in a chamber (9), which connecting element (7) comprises a connecting portion (1 1 ) suitable for electrical connection of the external electrical conductor to the connecting portion. The connector device (3) comprises an aperture (15) to the chamber, and the electrical connecting element (7) is movable between a first state in which the connecting element (7) is protected within the chamber (9) and a second state in which the connecting element (7) is brought out from the chamber (9) through the aperture (15).
Abstract:
Disclosed is a device for connecting at least one conducting wire to a battery pole. Said device comprises at least one connecting member that is provided with a battery terminal and a power supply terminal. The battery terminal can be electrically connected to the battery pole while at least two contact elements that are configured as receptacles are disposed on the power supply terminal. A plurality of helically extending, flexible braces are arranged along an inner surface area of each receptacle in such a way that the inner free cross-section of each receptacle features a constriction by means of the braces.
Abstract:
Die Erfindung betrifft zunächst eine Kunststoff-Dichtungshülle (13) für eine Leiterverbindung zwischen einem ersten Leiter (1) und einem zweiten Leiter (11), wobei im Verbindungszustand der erste Leiter (1) mit dem zweiten Leiter (11) mittels eines eine leitende Verbindung ergebenden Dorns (12) verbunden ist, wobei der Dorn (12) einen Durchsteckbereich (8) des ersten Leiters (1) durchsetzt. Um eine solche Dichtungshülle weiter zu verbessern, wird vorgeschlagen, dass die über den ersten Leiter (1) überstreifbare Dichtungshülle (13) an ihrem dem Durchsteckbereich (8) des ersten Leiters (1) zugeordneten Ende einen quer zu einer Durchsetzungsrichtung (r) vollständig umschlossenen Aufnahmebereich (15) für den ersten Leiter (1) aufweist und eine Durchgangsöffnung (17) in Durchsetzungsrichtung (r), wobei die Durchgangsöffnung (17) in der Durchsetzungsrichtung (r) einen ersten und einen zweiten Öffnungsrand aufweist und jedenfalls an dem zweiten Öffnungsrand eine geschlossen umlaufende Dichtlippe (18) besitzt und dass die Dichtungshülle (13) an ihrem dem Verbindungsbereich abgewandten Ende zur dichtenden Zusammenwirkung mit dem ersten Leiter (1) ausgebildet ist. Auch betrifft die Erfindung ein Verbindungsteil zum elektrischen Anschluss zwischen zwei elektrischen Leitern. Zudem betrifft die Erfindung ein Gehäuse zur Abdichtung eines elektrischen Anschlusses zwischen zwei elektrischen Leitern.
Abstract:
The invention relates to a current tap element (1) for an energy storage module, comprising a contact element (2) made from a first metal for directly connecting to a pol of the energy storage module, a conductor element (3) which is made from a second metal which is different from the first metal and which is joined directly to the contact element (2), an extruded plastic covering (4) which completely surrounds the conductor element (3), and a connection (5) in the plastic covering (4) for contacting the conductor element (3).
Abstract:
An anti-corrosive battery terminal (10) including a terminal block (20) provided on its undersurface with a socket (30) adapted to receive a battery post (5); a grease fitting (40), with check valve (45), mounted on the top (21) of the terminal block and communicating with the socket (30) for injection of grease therein; and one or more screw clamps (50) for attaching the terminal block to the post. The screw clamps also double as terminal contact posts (55) for attachment of electrical wiring.
Abstract:
The invention relates to a current tap element (1) for an energy storage module, comprising a contact element (2) made from a first metal for directly connecting to a pol of the energy storage module, a conductor element (3) which is made from a second metal which is different from the first metal and which is joined directly to the contact element (2), an extruded plastic covering (4) which completely surrounds the conductor element (3), and a connection (5) in the plastic covering (4) for contacting the conductor element (3).
Abstract:
A battery clamp includes a split ring adapted to co-operate with a battery terminal post, the ring having two outwardly directed opposed flanges at free ends thereof; urging means co-operable with the flanges on the split ring and operable to selectively urge the flanges towards each other; and an electrically insulating cover adapted to insulate at least a portion of the split ring and/or urging means.
Abstract:
A battery terminal shield comprises a base (24) including a lower wall having an orifice for receiving a battery terminal and a cover (22) including an upper wall and a peripheral wall extending downwardly from the periphery of the upper wall. Preferably, the cover includes an integral generally cylindrical hinge pin (60) having opposite axial ends. The base preferably includes a pair of hinge sockets (44) into which the hinge in snap fits to hingedly connect the cover to the base. Each of the hinge sockets comprises a locking finger flexing axially outwardly of the hinge pin upon insertion of the hinge pin.