摘要:
A mechanical component (100) for a motor vehicle has a test region (102) and a deformation element (104) mechanically coupled to the test region (102). When the mechanical component (100) is in operation and is subject to a stress load, the test region (102) undergoes deformation. The deformation element (104) is configured to respond to the deformation of the test region (102) by undergoing deformation which is greater than that experienced by the test region (102) and which can be detected by a magnetic field sensor (120, 122).
摘要:
The invention relates to a component (1) of a device, which component (1) has a measuring apparatus (1a) for measuring forces and at least one metal magnetic sub-region (1b) and is characterized in that the measuring apparatus (1a) comprises at least one field-generating means (3; 3a, b) for generating an alternating electromagnetic field and at least one detecting means (5; 5a, b) for detecting changes in the generated magnetic field, which field-generating means (3; 3a, b) and which detecting means (5; 5a, b) are arranged on the metal magnetic sub-region (1b) of the component (1) in such a way and designed to interact with the metal magnetic sub-region of the component in such a way that forces acting on the component (1) and/or deformation of the component (1) can be detected by means of the measuring apparatus (1a) according to measurement signals of the detecting means (5; 5a, b).
摘要:
The invention relates to a mechanical component for a vehicle, comprising a measurement region having a surface, and a force sensor for detecting a force to which the component is exposed, said sensor being associated with the measurement region. The force sensor comprises a layer of carbon nano-tubes which is applied to the surface of the measurement region.