Robert Boschgmbh

Frank Westphal

Joachim Frangen

Gerhard Schneider

Boris Buesing

Peter Schlaich

Stefan Pfeiffer

Margret Schuele

Paul Skljarow

Wolfram Baier

Karl Hinderer

Karl-Heinz Jaeger

Frank Benkert

Ka-Jin Teoh

Karl-Heinz JÄGER

Boris BÜSING

A processing station for a processing line, having a module platform () and a plurality of withdrawable modules () that can be introduced into it has a transporting device () for transporting workpieces () to be processed at the processing station (). According to the invention, the transporting device () includes a plurality of part-transporting devices (), and one part-transporting device () is associated with each withdrawable module () and is solidly connected to the withdrawable module (). Moreover, at least some of the part-transporting devicesinclude a first transportation path (), which is embodied for transporting a workpiece () essentially over the width of the withdrawable module () in a first transporting direction (T).

Processing station for a processing line having a module platform and withdrawable modules that can be introduced into the module platform

The invention is based on a planar sensor element for determining the oxygen content of gas mixtures, particularly in internal combustion engines such as those found in automobiles. The sensor element comprises a measuring cell and an integrated heat conductor embedded in electric insulation all of which rest on a solid electrolyte substrate. At least one hollow chamber separates one or several parts of the insulation from the solid electrolyte substrate in order to effect an improved decoupling of the sensor's heat conductor from its measuring cell.

Planar sensor element having a solid electrolyte substrate

Growing community of inventors

Vaihingen-Enz, Germany

Frank Westphal