Angles/Taper Measurements TRIZ Cases

A calibration kit uses movable parts to form a three-dimensional surface configuration.

Inflatable bellows press a floating gland seal against a control surface, ensuring parallelism with the rotor to prevent hydrogen leakage and wear.

A velvet-covered roll board detects ball friction to determine launch angle, replacing complex video setups with portable instant feedback.

Patsnap Eureka TRIZ case analyzes preliminary action alignment to prevent radar misalignment from bumper rail tolerances.

A scissor frame pivots to convert vertical seat movement into rotational motion detected by an angle sensor unit.

Segmented test mandrels measure hole diameter and counter sink depth simultaneously, resolving precision-speed trade-offs in automated aerospace riveting.

Aligns pivot switch axis with measurement unit to capture torque profiles, resolving arc motion errors.

Integrated digital signal processing compensates for MEMS temperature sensitivity and stray capacitance, improving measurement accuracy.

A flexible rod with a V-shaped groove establishes precise reference lines on vehicle panels.

A jamb installation device with guide and spacer portions adjusts the assembly position relative to a rough opening.

Electromagnetic probes detect hidden fasteners under aircraft coatings, replacing imprecise manual methods to prevent structural damage.

Staggering detection portion reading timings reduces peak current consumption in rotary encoders while maintaining measurement accuracy.

Elongated alignment tool with a slot cavity positions on a cassette sprocket to assess parallelism against the rear derailleur cage.

A shaft with a compression member and pin measures snowmobile track tension by depressing into the hollow cross section.

Visual indicators on an alignment tool orient the spray gun air cap, eliminating trial-and-error adjustments and material waste.

A bevel device uses a magnet on the aligner to attach directly to a saw blade, establishing precise angular positioning without complex mechanical linkages.

A measurement system determines virtual hole diameters to guide cleanup drilling operations for misaligned fastener connections.

Pivoting arms grip tire treads while a curved base distributes clamping force, preventing wheel damage during alignment.

Symmetric dual displacement sensors calculate conical workpiece length via averaging, eliminating tilt errors and reducing data processing complexity.

A femur measurement tool uses a guide ring gear and clamp assembly to position crash dummy parts.

A bearing contact angle determination method using relative speed detection between measuring stations.

Annular mounting housing constrains radial motion to prevent axial misalignment damage during torque transmission.

Segmented irregular elements spaced at specific intervals provide position reference while maintaining continuous speed information without data loss.

Cooperative optical measurement of blade geometry enables predictive whirl analysis during early manufacturing.

Segmented base and sliding components measure radial stacking angles to correct misalignments that increase centrifugal stresses.

Rotary encoders and measurement wires capture exact post coordinates, enabling custom panel fabrication that eliminates material waste.

Moving a simple mirror across various poses determines rotation axis errors, replacing expensive calibrated polygons and reducing operational costs.