Angles/Taper Measurements TRIZ Cases

A goniometer uses a resilient bias mechanism to maintain positive engagement between the rotor plate and base during rotation.

Rotating goniometer structure features segmented display zones activated by angular position criteria to provide continuous user guidance.

Trolley-mounted angle sensor corrects acceleration-induced errors to ensure accurate rope angle feedback.

Prime gear ratios expand detection range without increasing device complexity or memory requirements for accurate angle measurement.

Pulsed laser illumination and FPGA synchronization reduce thermal buildup while maintaining high scanning efficiency.

Asymmetric driven gears enable the arithmetic circuit to detect rotation angle abnormalities by comparing measured relationships against computed values.

A tubular hardware locator uses pre-existing hardware as a reference point to position new components accurately on machine structures.

A control unit estimates actuator position, travel direction, and speed to detect motor rotor blocking during angular movement.

A folding box divides its main compartment using a partition wall, separating user leaflets from medical documents to eliminate search time.

A magnetic measurement tool rolls along a rotatable drum to mark the bottom dead center point on the ground.