Apparatus For Force/Torque/Work Measurement TRIZ Cases

See how multi-sensor ingredient detection and machine learning enable automatic recipe retrieva

Rigid particles electrodeposited on a plated rear roller resist peeling under wheel friction, cutting brake test roller maintenance cost.

Protrusions on a pillar guide load direction and position, improving horizontal strain detection accuracy and simplifying sensor inspection.

A limited-range force sensor and mechanical stop enable accurate brake caliper clamping force detection while estimating higher loads at lower cost.

Motor torque and displacement data replace a force sensor to estimate EMB clamping force in real time with lower cost and complexity.

Relative speed and contact temperature are used to estimate brake friction coefficients accurately without normal force sensors or costly vehicle retrofits.

Parasitic loss estimation during brake engagement improves brake performance assessment by correcting deceleration for resistance, windage, slope, and mass.

Multiple force-sensing platforms track wheel loads during braking to reveal instability, yaw skid, and brake unbalance in multi-axle vehicles.

Sensors on axle and brake components infer each wheel's braking force in real time, reducing dynamometer checks and catching dragging brakes early.

Rotating rollers, balancing control, and robotic brake actuation improve precision and operator safety in motorcycle braking tests.

Synchronized sensor request timing lets dual microprocessors compare aligned steering data, reducing false abnormality judgments and calculation load.

A motorized jaw with force sensing maintains constant clamping pressure, improving alignment and preventing sudden release on delicate joints.

Force-displacement feedback adjusts the pressing path in real time to correct positioning errors in ring-on-shaft assembly.

Automatic power cutoff after prolonged die closure reduces battery drain in wireless press load detection during storage.

A SiC and SiCN Clapp-oscillator pressure sensor enables stable in-situ monitoring under high heat and vibration in engines.

An enlarged simulated eggshell enables accurate stress sensing to identify perforation conditions that reduce cracks and embryo contamination.

An adjustable stop keeps cure pressure constant as resin shrinks, improving composite part quality without complex hard-stop tooling.

A bumper, insulating elastomer, and bonding layer work together to absorb external force more accurately without overly complicating sensor structure.

Passive sensor contacts extend tactile coverage over robotic joints while avoiding added electronics, wiring, and data-processing load.

Axial loading through a rod and force sensor measures strut bearing unclipping force under real spring-force conditions more accurately.

Dynamic rise-sensitivity adjustment in an electronic pen suppresses unwanted hover ink rendering while preserving accurate pressure detection.

Real-time force indication helps operators keep handle-mounted tools within target force ranges, reducing rework in building surface tasks.

Lateral wire rope deflection with a clamp, spacer, and temperature compensation improves long-term tension accuracy while reducing drift and wear.

Two-force sensing with a constant wrap angle separates tensile and bending effects for accurate measurement of stiff long products.

Threshold-based node activity updates converge at a local minimum to identify entities faster, with less noise sensitivity and lower compute.

Force-sensing tracking in a corrugated pallet pad cuts cost and complexity while sending load events and geolocation for palletized cargo.

Housing-mounted strain sensors infer driveline torque from axial thrust loads, avoiding costly direct sensors and improving reliability.

Deflectable measuring arms and an elastic deformation section improve plug-force sensitivity, repeatability, and wear resistance.

Pre-cut fins and sequential thickness cutting quantify residual stress across thin plate width and thickness for better deformation control.

Bottom pressure sensors detect surface contact changes to speed hover recognition and enable intuitive mouse sensitivity adjustment.

Torque meters and release-angle sensing calculate stretch film force without overload-prone force sensors, improving test reliability.

A shear sensor detects tensile and compressive loads in web-tension devices, avoiding pre-tensioning elements and easing orientation constraints.

Continuous detection of two-hook loads calculates combined permissible limits and warns when crane lifting enters an impermissible range.