Te Connectivity Germany Gmbh

Luk Fahrzeug-hydraulik Gmbh & Co. Kg

Tyco Electronics Amp Gmbh

Other

Te Connectivity India Private Limited

Tyco Electronics Amp Italia S.r.l.

Volker Seipel

Jan Hinrichs

Helge Schmidt

Peter Kuhn

Georg Weber

Uwe Bluemmel

Soenke Sachs

Van Doan Nguyen

Dirk Duenkel

Michael Schall

Wolfgang Mueller

Gregor Panitz

Hans-J&uuml;rgen Lauth

Waldemar Stabroth

Peter Barth

Felix Greiner

Jens Nickel

Christof Lausser

Christian Schellhaas

Dieter Miksche

Randolf K&ouml;rtge

Martin Jordan

Frank Obrist

Christoph Walter

Karl-Heinz Staffa

Hans-Joachim Krauss

Hagen Mittelstrass

Ulrich Demuth

Peter Breuer

Hartmut Ripper

Willi Parsch

Harald Ulrich

Antonio Lehner

Ruediger Meier

Harald Kraenzlein

Christian Gregor

Gabriel Hotea

Erik Glombitza

Michael Spielvogel

Uwe Blümmel

Raoul Zannini

Nguyen Van Doan

Marcus Schulte

Guido Van De Burgt

Henry Wittkopf

Alexandre Auble

Xavier Rouillard

Jerome Drouhot

Jean-Claude Gnaly

Sowmya Shivananda

Sönke Sachs

Viktor Holzmann

Ing Bernd Dienhart

Christian Walter Gregor

Dirk DÜNKEL

Rüdiger Meier

Allessandro Genta

Ayad Koperly

Heinrich Schmidt

A high-current contact device includes a contact element and a cooling device. The cooling device has a coolant container thermally connected to the contact element, an absorber container arranged at a distance from the coolant container and the contact element, a fluid line extending between the coolant container and the absorber container, and a valve arranged in the fluid line. The coolant container has a coolant and the absorber container has an absorber material. The coolant container is fluidly connected to the absorber container in a valve open position and is fluidly separated from the absorber container in a valve closed position. The coolant changes to a gaseous phase in the coolant container to cool the contact element. The fluid line conveys the coolant in the gaseous phase from the coolant container to the absorber container, and the absorber material absorbs the coolant in the gaseous phase.

High-current contact means and method for operating the high-current contact means

An electrical contact for mating with a mating contact includes an aluminum body extending along a longitudinal axis and formed of an aluminum or an aluminum alloy, a contact zone disposed on a surface of the aluminum body and adapted to be electrically connected to a mating contact, and a contact spring connected to the aluminum body and having a contact region contacting the mating contact. The aluminum body has a connecting portion adapted to be connected to an aluminum conductor. The contact zone is formed from a material that is more creep-resistant than the aluminum body. The contact spring at least partially rests on the contact zone and is formed from a material that is harder than the aluminum body.

Electrical contact for mating with a mating contact

An electrical contact comprises an electrically conductive contact material and a plurality of particles adhered to an area of the contact material. At least some of the particles have a portion penetrating into the contact material.

Electrical contact element and method for altering mechanical and/or electrical properties of at least one area of such

An electrical connector unit and having an electrical connector and a connection tab connected to the electrical connector or connecting the electrical connector to a carrier-strip when a carrier strip is included in the electrical connector unit. The connector tab has a weakened shear resistance zone, so when the connection tab is sheared to separate it from the electrical connector or to separate the electrical connector and the carrier-strip, a reduced shearing force is required to shear the connection tab.

Sheet metal part with improved connection tab geometry

A crimp contact is disclosed. The crimp contact has a receptacle extending in a longitudinal direction up to a receptacle end, a crimp section extending along the receptacle and beyond the receptacle end to a front end, and a wing extending from the crimp section between the receptacle end and the front end transversely to the longitudinal direction, the wing having a conductor displacing member overlapping the receptacle in the longitudinal direction. The receptacle receives a conductor in the longitudinal direction. The crimp section encloses the conductor subsequent to crimping.

Crimp contact with improved contacting and crimp connection

An electrical contact element is disclosed. The electrical contact element includes a contact surface of an electrically conductive contact body having a plurality of coated regions with a first coating and a plurality of uncoated regions without the first coating, the coated regions and uncoated regions arranged in an alternating manner in a variation direction along the contact surface.

Electrical contact element with a finely structured contact surface

A pin contact for an electrical connector is disclosed having a contact body and a pin. The contact body is formed from a metal sheet and has a mating end, a pin receiving space and an offset wall. The pin receiving space extends inward from the mating end. The offset wall has at least one welding region, and an outer surface facing away from the welding region and accessible from the outside. The pin is positioned in the pin receiving space and projects out of the mating end. The pin is welded to the welding region.

Pin contact comprising a contact body produced as a stamped bent part and a solid contact pin

The invention relates to a contact element, made of an electrically conductive contact material. In order to provide a contact element which can be passed repeatedly and non-destructively through a housing or a seal of a plug connector in and/or opposite to a direction of insertion (E), a contact element is provided comprising a body extending in the direction of insertion (E) and a position securing element disposed on an upper side of the body, projecting upwards out of an opening in the body transversely to the direction of insertion (E), and that can be deflected elastically, the position securing element having a slope surface that is inclined against the direction of insertion (E), adjoining which, without any kinks or edges, are a curved section and an end section, and the end section ending with a free end within the cubature of the body.

Seal-preserving contact element with a position securing element

An electrical crimp contact that crimps onto an electrical cable has a conductor crimp region for an electrical connection of a conductor of the cable, the conductor crimp region having a fixing device for fixing the conductor. In a blank of the contact, the fixing device of the conductor crimp region extends at an oblique angle with respect to a longitudinal axis of the contact.

Electrical crimp contact

A contact element for a plug type connector is provided a contact body having a pair of guiding faces and a catch opening. The contact body is prepared from electrically conductive contact material. The pair of guiding faces provide a reinforced region with each guiding face having a plurality of layers overlapping each other transversely with respect to a length of contact body. The catch opening is disposed between the pair of guiding faces.

Contact element for a plug type connector and arrangement comprising a contact element

The invention relates to an electric contact spring having a resilient section, an assembly portion, and a transition portion. The resilient section includes a first resilient portion, a second resilient portion extending from the first resilient portion, and a third resilient portion extending from the second resilient portion. The assembly portion extends from the first resilient portion and includes a catch device. The transition portion extends downward from the assembly portion.

Electric contact spring, electric spring contact device as well as electric contact zone

The invention relates to an electrical contact device and, in particular, a crimp contact device for a cable. The crimp contact device includes a cable conductor connection region and a cable insulation crimp region. The cable insulation crimp region includes a fixing device disposed along an inner surface thereof.

Electrical crimp contact device

The invention relates to an axial piston machine, in particular, an air-conditioning compressor for motor vehicles, with at least one piston, an essentially cylindrical piston shaft and an enclosure, which encloses a tilt ring or a tilt disc and a piston slipper sliding on said tilt ring or said tilt disc, whereby the enclosure has spherical recesses for housing the piston slipper.

Axial piston machine

The invention relates to a lockable plug-type connector, such as for producing an electrical and mechanical connection between an igniter and an electrical control device of an occupant restraining system in motor vehicles. The lockable plug-type connector comprises a connector and a socket for lockably receiving a connecting device located on the connector. The connector substantially comprises a housing with a connecting device and a locking device, a housing cover and a partial covering with locking device. The locking devices provide mechanical locking of the connector in the socket. The locking device of the partial covering are formed by at least one locking tongue which is arranged on the edge of at least one recess on the partial covering.

Lockable plug-type connector

The invention relates to an electrical connector for contacting at least one electrical lead and for connection with a complementary connector, to an electrical plug-in connection for connecting at least one electrical lead to an electronic component and to an assembly method for assembling such an electrical connector. In order to provide an electrical connector of the above type and an associated assembly method which ensures simple, inexpensive producibility on the one hand and robust and reliable contactability on the other hand, and which additionally enables the greatest possible miniaturization, the connector () comprises a housing (), in which the contact element () is at least partially accommodated and on which there is arranged a terminal cover () for covering the terminal area (), which cover comprises a first lid part () and a second lid part (), which are so constructed that they may both be moved to expose the terminal area () during fitting of the electrical lead ().

Miniaturized electrical connector with improved crimpability

Growing community of inventors

Bensheim, Germany

Volker Seipel