Abstract: A device for measuring lithography masks is provided, comprising a reticle carrier for the lithography mask to be measured, a measurement objective for reproducing on a detector a section of said lithography mask held by said reticle carrier, a measurement module for measuring the position of said reticle carrier relative to said measurement objective, and a correction module by means of which said reticle carrier can be moved in order to bring it into a predetermined position relative to said measurement objective, wherein said measurement objective and said measurement module are fastened directly to an instrument carrier in a locally fixed manner.

Abstract: A device for measuring lithography masks is provided, comprising a reticle carrier for the lithography mask to be measured, a measurement objective for reproducing on a detector a section of said lithography mask held by said reticle carrier, a measurement module for measuring the position of said reticle carrier relative to said measurement objective, and a correction module by means of which said reticle carrier can be moved in order to bring it into a predetermined position relative to said measurement objective, wherein said measurement objective and said measurement module are fastened directly to an instrument carrier in a locally fixed manner.

Abstract: An electrical line (L) with at least one electrical conductor (1) surrounded by an insulation (2) in which a braid (4) of metallic wires serving for electrical shielding is disposed over the insulation (2), and a jacket (6) of an insulating material is applied over the braid (4). To produce a shield that is effective even at very high frequencies, the insulation (2), which is made of a heat-resistant material, is first covered all around with a closed metallic sheath (3) produced by vapor deposition. The braid (4) is then applied to the sheath (3) in direct contact therewith and, in addition, the braid (4) is covered all around with a metallic coating (5) produced in a coating process.

Abstract: A device for controlling and monitoring a vehicle having a first system having radio/driver information for example for positioning and/or navigational aids and a second system for evaluating data for vehicle technical operating statuses, in which the two systems are linked together in such a way that the data supplied by a single sensor are evaluated in both systems for different purposes.

Abstract: An electrical line (L) with at least one electrical conductor (1) surrounded by an insulation (2) in which a braid (4) of metallic wires serving for electrical shielding is disposed over the insulation (2), and a jacket (6) of an insulating material is applied over the braid (4). To produce a shield that is effective even at very high frequencies, the insulation (2), which is made of a heat-resistant material, is first covered all around with a closed metallic sheath (3) produced by vapor deposition. The braid (4) is then applied to the sheath (3) in direct contact therewith and, in addition, the braid (4) is covered all around with a metallic coating (5) produced in a coating process.

Abstract: A motion simulator comprises a cabin (10) which is supported on the ground (14) by at least three feet (12). Each of the feet can swivel about an essentially horizontal axis, the cabin (10) having a swivel drive (26) for each foot. Each foot (12) bears a wheel (30) by which it rolls along the floor (14).