Apparatus For Force/Torque/Work Measurement TRIZ Cases

A pressure measurement device calculates contact periods to extract useful data from rotating object signals.

Actuation structure redirects off-center force to sensor array, resolving measurement precision versus adaptability trade-offs on non-flat surfaces.

Straight probes eliminate bending moments from bent pins, improving force measurement accuracy during semiconductor bond tests.

A press machine braking performance verifying apparatus detects slide speed and stopping instructions to measure actual stopping times.

A wireless peening calibration transducer converts impact energy into digital signals for direct intensity measurement.

Force measuring elements detect clamping force through elastic deformation in a vehicle trailer coupling device.

A motor applies electromagnetic torque against an engaged brake to verify holding capacity using existing drive components.

A pressing member maintains constant contact between force sensor contact blocks and device inner walls.

A passive reed switch sensor uses a deformable resistance element to maintain a triggered state without automatic resetting.

A rotary blade sharpness tester positions an annular blade over load cells to measure cutting force on a test material.

A transducer system uses a sensing beam and strain gauge array to measure normal force exerted by compliant pins.

A position indicator outputs pressure information with polarity to detect tip contact.

A haulage vehicle hoist cylinder load detection unit measures hydraulic pressure to determine vessel empty state.

Internal stress actuated micro-nanomachines measure mechanical properties of thin films using thermal expansion differences.

Michael addition chemistry yields high shape fixity and 1.5 MJ/m3 density for biomedical work.

Automated optical detection replaces manual marking by generating trunk identification codes from natural features, eliminating code wear.

A modular testing system interfaces cell cultures to shock tubes and drop towers for helmet material evaluation.

An electronic verification tool replaces time-consuming Almen strip methods by measuring impact force directly with a multi-face sensor frame.

Elliptical arc beam geometry reduces stress concentration while maintaining elastic deformability for accurate torque detection.

A torsion adjustment mechanism calibrates spring tension for overhead doors using a one-way bearing.

Piezoelectric sensors embedded in protective gear measure impact force and location, replacing subjective visual judging with objective electronic scoring data.

Multi-platform detection plates measure horizontal and vertical stress components from vehicle wheels during braking maneuvers.

Segmenting the guide system protects press load cells from transverse forces and moments that exceed measurement thresholds.

Inductive coupling transmits power and signals between stationary and rotating components, eliminating cable winding issues during injection molding.

Calibrated components break or bend under threshold force to provide visual indication, eliminating complex electronics and reducing cost.

Interchangeable pin sets within a universal clevis adapter eliminate calibration errors caused by mismatched instrument dimensions.

Strain gauge sensing unit measures bush component forces directly, eliminating calculation errors from spring characteristics.

Orthogonal planar arrangement of strain sensitive elements reduces casing thickness while maintaining three-axis force detection accuracy.

An electric cylinder system uses an output unit to determine gain and offset values for strain detector calibration.

A press load measuring apparatus uses column strain gauges and a bending moment calculator to eliminate interference, ensuring accurate partial load detection.

A capacitive operating device uses a spring element to return the control knob to its zero position while providing tactile resistance.

A reusable drive module employs a sloped skirt to divert impacts, preventing damage to internal components and lowering testing costs.

A segmented measuring roll with dedicated load cells detects individual web tension fractions across longitudinal strips.

Asymmetric strain resistance element layout on a force sensor chip base member enables precise axial force detection.

A piezoelectric actuator mitigates impact forces during mobile body collisions by extracting high-frequency signal components from detection outputs.

Dynamic drive torque application evaluates manipulator brake functionality while reducing mechanical load on the motor and brake assembly.