Abstract: The present invention relates to a method for producing an instrument panel support comprising a receiver for an attachment, in particular a head-up display, wherein the instrument panel support is configured as an elongated component extending in the motor vehicle transverse direction, characterized by the following method steps: producing an instrument panel support as a welded component with fastening points at the ends for coupling to a motor vehicle body and at least two protruding arms for receiving the head-up display, inserting the welded component with the fastening points in a calibration tool, moving a die toward the arms, moving one respective stamp die toward the opposing side of the arms and pressing the stamp die against the die, wherein receiving surfaces are stamped in the arms for receiving the head-up display, removing the instrument panel support.

Abstract: The present invention relates to a method for producing an instrument panel support comprising a receiver for an attachment, in particular a head-up display, wherein the instrument panel support is configured as an elongated component extending in the motor vehicle transverse direction, characterized by the following method steps: producing an instrument panel support as a welded component with fastening points at the ends for coupling to a motor vehicle body and at least two protruding arms for receiving the head-up display, inserting the welded component with the fastening points in a calibration tool, moving a die toward the arms, moving one respective stamp die toward the opposing side of the arms and pressing the stamp die against the die, wherein receiving surfaces are stamped in the arms for receiving the head-up display, removing the instrument panel support.

Abstract: Apparatus for optically surveying and/or examining a welding componentry, in particular a vehicle axle or instrument panel, includes a measuring space for accommodating a plurality of cameras for taking images of the welding componentry. The images are combined and evaluated in an evaluation unit. Disposed in the measuring space is a support unit for support of the welding componentry. The support unit includes a base plate and at least two vertically adjustable support columns on the base plate. Provided on the free end of each support column is a clamping unit which includes two clamping elements constructed for movement relative to one another for clamping the welding componentry. In addition, the support columns have each a pin which is movable in relation to the clamping unit.

Abstract: Apparatus for optical measurement and/or examination of a welding assembly includes a measuring space in which a welding assembly is located. Further disposed in the measuring space is a stationary reference object which is made of a material having a coefficient of thermal expansion ??2.0*10?6/K at 20° C. A plurality of cameras in the measuring space take images of the welding assembly and the reference object, with the image information transmitted to an evaluation device for evaluation.

Abstract: Apparatus for optical measurement and/or examination of a welding assembly includes a measuring space in which a welding assembly is located. Further disposed in the measuring space is a stationary reference object which is made of a material having a coefficient of thermal expansion ??2.0*10?6/K at 20° C. A plurality of cameras in the measuring space take images of the welding assembly and the reference object, with the image information transmitted to an evaluation device for evaluation.

Abstract: Apparatus for optically surveying and/or examining a welding componentry, in particular a vehicle axle or instrument panel, includes a measuring space for accommodating a plurality of cameras for taking images of the welding componentry. The images are combined and evaluated in an evaluation unit. Disposed in the measuring space is a support unit for support of the welding componentry. The support unit includes a base plate and at least two vertically adjustable support columns on the base plate. Provided on the free end of each support column is a clamping unit which includes two clamping elements constructed for movement relative to one another for clamping the welding componentry. In addition, the support columns have each a pin which is movable in relation to the clamping unit.

Abstract: An arrangement for simulating force effects of a vehicle wheel has a multi-part housing and a frame-shaped wheel adapter mounted on the housing and arranged in a vertical plane. The wheel adapter defines a wheel center and a ground contact point of the wheel in the vertical plane. A first push rod is articulated on the wheel adapter and extends in a horizontal plane intercepting the vertical plane at the wheel center. It simulates a first longitudinal force. The wheel adapter has a U-shaped cutout near the ground contact point which is penetrated by a vertical bolt extending in the vertical plane through the wheel center and the ground contact point and connected by a first joint to the housing. A second push rod is connected to the housing transversely to the vertical plane. The axis of the second push rod intercepts the ground contact point and simulates a lateral force.