Angles/Taper Measurements TRIZ Cases

A folded pendulum sensor measures angular displacement by detecting natural resonance frequency variations.

Segmented centering sleeves bridge hub pilots and wheels to eliminate nut jamming while reducing assembly labor costs.

A length-measurement encoder uses a reference position track to simplify pattern alignment and enable minute incremental features.

A tilt switch housing features a frusto-conical inner wall surface paired with a tapered bottom to guide the rolling element between blocking and unblocking positions.

A measuring device uses inclined marking strips and detection sensors to determine relative body positions.

Track-based adjustor assembly uses actuator-driven slider to resolve manufacturing precision versus productivity trade-offs in aircraft assembly.

A coaxiality detecting tool uses a cone and detection sleeve to verify alignment.

Capacitive sensor detects pre-tightening displacement to eliminate lateral forces and torque in piezoelectric actuators.

An optical axis alignment mechanism segments adjustment into independent brackets, resolving the trade-off between precision and setup time.

A helical torsion spring assembly limits rotation between articulated arm segments by engaging stop pins to absorb torque.

A modular measurement device uses magnetic coupling to secure its indicator for one-handed operation.

A contactless angular position sensor detects twist grip orientation using electric fields to replace mechanical linkages.

Sensors detect tailgate position shifts after binding cycles, preventing unbound bale discharge and reducing manual residue clearing.

A sliding alignment tool with a picket level indicator and guide assembly for fence construction.

L-shaped vinyl siding tool with bubble level verifies panel alignment at corners, reducing time spent on manual measurements.

Annular surfaces align the diffuser and seal plate to eliminate pinning complexity while ensuring precise bearing positioning.

A free floating probe monitors pressurized air flow to detect plate edges and halt torch descent.

A verification tool with maximum and minimum surfaces checks tail rotor cross-head positioning.

Axle alignment measurement system establishes a reference line between the kingpin and trailer frame midpoint to measure thrust and scrub angles.

A guard member surrounds the angle sensor on a working machine connection pin, transmitting loads to restrain displacement and protect against interference.

A shaft alignment tool uses a rotating body to measure radial position without moving the shaft.

A rheometer sensing shaft uses flexural pivots and a microsyn transducer to detect rotational position with high precision.

Groove coupling compensates for eccentricity, preventing gear wear and maintaining tooth strength.

Calculates device radius of rotation via accelerometers and gyroscopes to determine misalignment angles.

A digital angle gauge features a pivotable display screen and top-mounted operating buttons for improved viewing angles and ergonomic control.

Simplified equations eliminate weight, speed, and diameter variables to resolve curvature errors in fishing line depth estimation.

A rotary scale measuring device uses fewer inner detection heads to calculate absolute angles from pattern readings.

A reference tool and check pin verify positioning pins in liquid environments.

Radial optical encoding in an articulating joint resolves the trade-off between measurement precision and device complexity in coordinate measuring machines.

A pipe fitter square uses rotatable protractors on an elongate arm to measure angles between two points of interest.

Segmenting the touch disk from the permanent housing resolves the trade-off between compact volume and angular measurement versatility.

An adjustable fence slide guide assembly maintains straight edge alignment with vertical side pieces, simplifying picket placement and ensuring uniform heights.

Integrating a gyro sensor into the handle eliminates separate cushioning, resolving complexity while maintaining measurement precision.

A sensor assembly extends through multiple structures to detect target positions in harsh environments.

Composite target structure replaces fragile glass layers to resist humidity and temperature distortion in wheel alignment systems.

A clinical instrument with movable bars adapts to stump walls for direct convergence angle measurement.

Axially flexible housing body with circumferential slots constrains detector assembly position.

A sheet length measuring device calculates corrected lengths using rotation angles at leading and trailing ends to compensate for roller eccentricity.

Accelerometers measure gravitational components to determine rigid object inclination, enabling precise curvature calculation without calibration.

Slotted positioning apparatus secures anchor bolts against formwork displacement, eliminating manual marking errors.

Staggered protrusion lengths enable automatic self-service alignment, eliminating human exposure to heavy moving parts.

A measuring gauge uses intersecting passages and adjustable legs to secure tool components for precise alignment.

A measuring device adjusts rotationally symmetrical workpieces using an adjustable carrier and mathematical fitting of surface points.

An expanded laser beam and parallel line sensors evaluate angular offsets to correct coupling play errors.

Lid and base accelerometers verify magnetic sensor triggers, preventing false closed-state detection from external interference.

A lightweight wheel clamp assembly uses cast magnesium parts and a lead screw mechanism to attach securely to vehicle wheels.

An optical flow tracking unit corrects for user hand movements and ground irregularities, enabling accurate depth estimation across varying target types.

Segmented laser and tape tools resolve accuracy versus complexity trade-offs, reducing tire wear.