Mechanical Measuring Arrangements TRIZ Cases

Interchangeable camera and laser modules mounted on an elongated body resolve confined space entry risks while delivering accurate spatial data.

A calculation system derives radial displacement from multiple rotor disk measurement points to determine misalignment data for axial deformation.

An air bearing absorbs height and inclination variations in a cantilever probe, reducing bending errors without complex bridge structures.

A pushrod measurement tool with a cradle and indicia determines the correct cutback length for air brake slack adjuster installation.

Controllable drive means orient gripping devices to adjust wheel alignment parameters, replacing wear-prone eccentric screws and specialized positioning tools.

A tapered probe and dial indicator assembly measure hole normality in aircraft components.

Low-density coupling elements shift natural frequencies higher, resolving measurement accuracy issues caused by traditional mass-spring systems.

Mechanically coupled radial arms adjust length automatically, simplifying single-handed mounting.

Adjustable fixing means simulate series hinges on a control device to enable precise three-dimensional geometry measurement of automotive body elements.

Arranging a steel guide rail in the neutral axis of a granite main body minimizes thermal-induced bending and preserves measurement accuracy.

A pivoting boom measuring head uses a compensation drive to correct orientation, resolving device complexity while maintaining thickness profiling accuracy.

A measurement point determination method estimates uncertainty using constrained Monte-Carlo simulation to optimize the number of points.