Structural/Machines Measurement TRIZ Cases

A commercial vehicle bogie calculates track twist using wheel load and primary spring displacement data.

Electronic apparatus compares error frequency distributions across time intervals to identify occurrence levels.

Neat olefin block copolymer composition resolves the trade-off between polymer flexibility and stain resistance in food contact applications.

A laser arrangement projects light planes onto structural surfaces for precise 3D cartography.

Planar blades detect excess drivers in surgical cartridges by measuring vertical displacement against slot floors.

Two-stage state estimation method for combined heat and power systems using Lagrangian multipliers to integrate dynamic pipe characteristics.

A translucent first housing part allows uniform light exposure during protective clothing material testing.

An integrated diagnostic assembly merges tone generation and audio output modules within an ophthalmic device housing.

A resilient targeting fixture centers an imaging head in a lateral pipe, resolving focus capability at long range while maintaining inspection convenience.

A machine learning system estimates future utility outage effects using weather data.

A road surface state determination system classifies pavement conditions by extracting excitation values from wheel axle distance signals.

The system prevents communication channel congestion by transmitting segmented abnormal sound characteristics without repeating identical types within a preset period.

A modular test device kit uses pivotally connected anthropometric members to simulate human-like load distribution on seating structures.

A centrifuge-based system applies controlled gravitational forces to measure stiction in MEMS devices.

Stepped chutes separate bunched products via gravity to improve inspection accuracy and capacity.

A circulation system recovers tested fire suppression fluid into a holding tank for reuse in the supply conduit.

A handheld tool data acquisition unit monitors trigger actuations and device accelerations to detect ignition faults.

A channel circuit joins reference and target pump liquids to visualize their interface, detecting pulsations in small pressure flows without complex sensors.

A training data selection device identifies sensor data misclassified as normal to exclude it from retraining a learning model.

Localizing stress via a probe identifies specific flaws in brittle ceramics, avoiding inaccurate global bending tests.

Management software restarts terminated modules while persistent storage preserves sensor data.

A prosthetic limb fitting apparatus mimics human stride using a test fixture to evaluate proposed prosthesis alignment and minimize stress on able joints.

Counterweights balance centrifugal forces while sensors monitor soil deformation, ensuring stable vertical penetration.

Dual-medium pneumatic shifts characterize parallel passage conductivity, quantifying obstructions where optical methods fail.

A base-mounted device with reversible pressure and fixation units measures joint strength via position detection.

A disc brake rotor evaluation method converts time-based sensor data into equiangular samples for precise dimensional analysis.

Direct optical flow detection at the outlet nozzle eliminates errors from supply line leaks and tool movement that degrade indirect measurement precision.

A hardware safety diagnostics engine identifies active signal chains and runs tests on idle modules.

Segmented carriers with magnetic contact enable sensor placement in gaps as small as 4 mm, eliminating the need for machine dismantling.

Segmented tensile force sensors cross-validate measurements to prevent premature power supply switching caused by single-sensor false alarms.

An automated testing system reduces manual errors by using a control board to configure and execute sub-system tests based on stored parameters.

External reference device compares stimulation responses against desired states to identify malfunctions before critical failure.

A Device Health Index analyzes sensor event data to predict manufacturing equipment failures before they occur.

A detachable transport frame connects an offshore wind turbine crane to a foundation, enabling stable load testing before site installation.

Dynamic body element speed variation captures detailed brake force data, resolving the trade-off between operational realism and measurement precision.

A test apparatus connects to painting devices to capture process parameters and evaluate functionality through automated control.

Machined polyurethane foam underbody replicates vehicle weight distribution to validate manufacturing equipment months before concept vehicle production.

A translucent layer on a vehicle windshield enables image capture of external light patterns for liquid detection.

Machine learning algorithms generate optimal test sequences that minimize pressure exposure and equipment wear while ensuring reliable component monitoring.

A nestable ballast device uses a pivoting key to stack plates quickly.

A hydraulic test frame applies a predefined load to composite insulators while a hammer imparts mechanical excitations for frequency response measurement.

Optical detection of marked test containers calibrates camera alignment, preventing label placement errors and reducing machine downtime.

A server intermediary simplifies sensor registration by managing identifiers and authentication tokens, resolving cumbersome physical setup constraints.

A modular analytical testing system monitors vapor flow state parameters to determine vaping device stability.

Segmented reference targets provide stable positional data for portable scanners, reducing setup time and complexity in challenging field environments.

A cleaning system detects workpiece contamination levels to determine optimal fluid parameters for consistent processing.

Diagnoses drive mechanism wear by comparing torque commands with actual current, preventing pressurizing force degradation.

Ellipsoid fitting replaces slow mechanical scanning with mathematical modeling to improve detection speed and accuracy.