Eissmann Automotive Deutschland Gmbh

Other

Norman Eitel

Frank Wimbert

Jennifer Topp

Joachim Totzl

Hannes Böhm

A vehicle airbag cover assembly, comprises a cover element and an electronic module comprising a light emitting element. The module is embedded in an at least partially transparent plastic material thus forming an integrated electronic module. The integrated module is arranged at the cover element such that an illumination from the at least one light emitting element is visible for a passenger when the airbag cover assembly is installed in a vehicle.

Vehicle airbag cover assembly

The invention relates to a planar decorative material () comprising perforations (), for interior fittings, in particular for the automobile industry, which decorative material serves to be illuminated on the rearward face () thereof, by an illumination means (), and allows a portion of the light from the illumination means () to pass from the rear face () of the decorative material (), through the perforations (), to the visible side () of the decorative material (), wherein a film () is adhesively bonded to the rear face () of the decorative material () and the perforations () extend from the rear face () of the decorative material () as far as the visible side () thereof, but not through the film (). The present invention also relates to a production method.

Backlit decorative surface, particularly for the interior finishing of motor vehicles

A planar decorative material (), for interior furnishing, with perforations (), in particular for the automotive industry, which serves to be illuminated, on its rear side (), with a illumination device () and permits a part of the light of the illumination device () to pass from the rear side () of the decorative material () through the perforations () to the visible side () of the decorative material (), wherein a film () adheres onto the rear side () of the decorative material (), and the perforations () extend through the film () as far as to the visible side () of the decorative material (), and the film () is an adhesive film activatable by increase in temperature and/or pressure, which can be permanently adhesively-bonded onto the illumination device () under increase in temperature to a temperature Tand/or increase in pressure to a pressure p. The present invention also relates to a manufacturing method.

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Eningen, Germany

Norman Eitel