Angle Measurement TRIZ Cases

Segmented processing paths use dedicated sensors to align and center optical axes, resolving the trade-off between targeting accuracy and system complexity.

A tool using optical means to determine propeller blade pitch angles with high precision.

Combining multi-axis sensor estimates through Kalman filtering reduces measurement noise and improves relative angle accuracy.

A gravity-suspended gimbal assembly provides immediate fore-aft and sideways gradient indications to construction vehicle operators.

A tilt sensor uses a rolling member to shield light paths between optical elements on a single plane.

Integrated aperture and photodiodes measure angular position by quantifying light, eliminating bulky external lenses that increase device volume.

Feedback control compensates for light source drift to resolve the trade-off between high resolution and wide measuring range in precision optics.

A coaxial cable antenna generates a controlled electrostatic field to detect human presence through capacitance changes.

Calculating pointing angle from trajectory curvature and distance metrics corrects centroid alignment errors in radar tracking systems.

Stationary Kalman filters fuse noisy LIDAR point clouds with tractor kinematics to resolve measurement precision versus reliability trade-offs.

Optical measurement replaces consumable pressure-sensitive paper, providing digitalized results that enhance precision and reduce costs.

A convex reflective surface and transparent sighting tube enable precise elevation angle determination for satellite terminals.

Segmenting laser beams via tilted microlenses reduces scintillation intensity while maintaining field coverage without adding complex diffuser optics.

A framer's square integrates a retractable tape measure, bubble level, and slidably coupled laser level for multi-axis measurement.

Independent level sensors measure X and Y axis tilt angles, reducing calibration errors in rotating construction lasers.

Relocating data interfaces to upward-pointing support sections protects connections from contamination while enabling modular peripheral attachment.

An autonomous mobile platform navigates passengers to gates using integrated flight information and location data.

A magnetic encoder system detects relative rotation between motor and reducer shafts using integrated detection units on a single control board.

Optical motion capture technology pre-aims devices to a universal reference plane for precise angular orientation.

Iterative error function minimization reduces measurement errors to 0.2-1 mm without reference marks.

A machine vision system projects optical patterns onto vehicle wheels to determine alignment angles in three-dimensional space.

An integrated circuit image sensor merges signal processing and control logic onto a single chip to reduce component count.

A triangular measuring tool with a pivotal arm and locking mechanism marks angles and levels.

A sample alignment system uses astigmatism to monitor reflected beam geometry for precise positioning.

A processor determines detector alignment using signals from multiple cells and a collimated radiation beam.

Segmented light beams enable precise angle error calculation for corrected slewing angles, resolving measurement precision versus device complexity trade-offs.

An aircraft master indicator activates on trigger events to display relevant checklist and synoptic information via user input.

Electronic angular and ranging devices calculate barge complex corners to enable accurate navigation in inclement weather without visual observation.

Two circumferentially spaced sensors scan irregular reference marks to eliminate detection delays caused by crankshaft rotation irregularities.

Wireless transmission of construction data enables a robotic total station to direct a laser beam, resolving manual measurement errors and time loss.

A door sensor integrates a 3D image sensor with a rotary angle encoder on a common carrier to detect rotation angles.

Fiducial marks on a movable table resolve misalignment contradictions, enabling rapid and accurate spot beam position measurement for maskless exposure.

Fixed-orientation fanned laser beams measure payload platform orientation via displacement sensors, reducing structural vibration errors and system complexity.

Optical measurement system detects rubbing angle on liquid crystal display substrates using polarized light and image processing.

Metal sensor housing with integral eyelets and sized openings resists bolting forces on uneven surfaces, maintaining measurement accuracy.

A model eye method detects corneal reflex position to calculate misalignment angles for optical measurement instruments.

A distance-measuring device uses a temperature sensor and compensation circuit to calculate calibrated imaging locations for accurate measurements.

A multimode optical waveguide redistributes light power among modes to maintain a stable evanescent field interaction with the cladding.

A surveying instrument communicates with a photodetection sensor via radio links to calculate horizontal angles.

A magnetically damped pendulum and displaced Sagnac interferometer measure tilt changes induced by gravitational fields.

Rounding floor symbols under the horizon line reduce pilot concentration by defining adaptable flare slopes, resolving precision versus ease of operation.

Direction angle sensors calculate angular differences to estimate target position for rapid surveying instrument reacquisition.

Direct linear transform calculates arbitrary angle intersection from time-strike tags, resolving complexity trade-offs in 3D positioning.

An automated monitoring apparatus replaces visual checks with optical detection to resolve alignment precision trade-offs.

Camera system captures landmark images to determine watercraft position, eliminating manual transmission errors and safety risks in heavy seas.

A position sensor uses a frequency converter and Goertzel filter bank to demodulate induced signals from secondary coils.

Integrated sensors track article motion inside rotating shells, identifying damage causes without halting production lines.

Segmenting the distance measurement into multiple laser beams allows accurate tilt calculation while managing device complexity.