Lisa Draxlmaier Gmbh

Audi Ag

Lisa Draexlmaier Gmbh

Audio Ohm Di Tonani Caterina E C. S.n.c.

Stefan Ecker

Stefan Wimmer

Michael Wortberg

Robert Saller

Peter Füssl

Jan Marquardt

Bruno Betti

Paulus Bayer

Matthias Stemplinger

Yves Müller

Klaus Wegscheider

A device for detecting faults in an electric line between a voltage source and a load is disclosed. The device includes a signal-generation unit a signal-receiving unit and an evaluation mechanism. The signal-generation unit is configured to produce a power-line signal and transmit the power-line signal via the electric line to an external mechanism. The signal-receiving unit is configured to receive a response signal from the external mechanism. The evaluation mechanism is configured to detect an occurrence of a fault, when the signal-receiving unit fails to receive a response signal.

Device for detecting fault in an electric line

A tolerance-compensating current distribution board, in particular for motor vehicles, is provided, which comprises a stamped laminate with a contact region with contact lugs and a fastening region, which rests on a side of the stamped laminate which is opposite the contact region, wherein the fastening region lies at one end of a tongue, which is substantially parallel to the contact region and whose other end is connected to the contact region.

Tolerance-compensating current distribution board

A fuse holder for use in motor vehicles. The fuse holder comprises an elongated box-shaped housing having flat-fuse type slots accessible from the upper side of the housing and contact chambers arranged beneath the slots within the housing. The chambers can receive the contact feet of single contacts and/or current bridges. Contact chambers of the current bridge and of the single contacts can be substantially identically configured, which may permit a more versatile use. Each contact chamber can be fitted with two mutually facing catch recesses for catch projections of the single contacts. Each contact chamber can also be fitted with at least one catch recess for the current bridge. Moreover, each contact chamber can be fitted with a receiving shaft for two contact feet where the feet are aligned parallel to one another and transverse to the extension direction of the elongated housing.

Fuse holder for flat fuses

A current bridge comprising an oblong support strip that has an end face, and a plurality of contact feet each having a first strip-shaped leg and a second strip-shaped leg. The contact feet extend from the end face of the support strip and are formed integrally with the support strip. The two legs each comprise a main face specified by their strip shape. The main faces of the two legs extend essentially parallel to one another.

Current bridge

The present invention relates to a fuse holder () having an oblong, box-shaped housing () comprising plug-in sites for blade-type fuses accessible from one top side of the housing, as well as contact chambers () for individual contacts arranged below the plug-in sites in the housing, and a contact channel () for a current bridge () arranged below the plug-in sites in the housing, wherein the chambers for the individual contacts, based on the axis of the longitudinal extension, are arranged in the housing offset relative to each other and on both sides of the longitudinal axis and wherein the contact channel for the current bridge extends substantially in the zigzag form along the longitudinal axis between the chambers for the individual contacts.

Fuse holder for blade-type fuses

Growing community of inventors

Vilsbiburg, Germany

Stefan Ecker