Apparatus For Force/Torque/Work Measurement TRIZ Cases

Segmented force sensing isolates finger pressure from external forces to improve glucose measurement precision in non-invasive devices.

A tactile sensor signal processing method uses cellular neural networks to classify three-dimensional force events from elementary sensor data.

A brake wear sensor uses a planetary gear to transmit rotational movement from the central drive element to a sensor unit.

A data processing unit corrects strain sensor measurements using rotational angle history.

Spring bars integrate load cells to measure tongue weight, resolving the trade-off between measurement accuracy and hitch system complexity.

A vise integrates a sensor and digital display to measure clamping force in real time.

Porous elastomer dielectric enables accurate 3D force decoupling, resolving crosstalk and instability in arbitrary direction detection.

A cable-type load sensor uses a hollow conductive rubber linear member to detect mechanical deformation through electrical resistance changes.

A resistance band monitor uses a single transceiver to process force data from dual sensors via a conductive strap.

A server-based system analyzes sensor data to determine wheel fastening state accuracy.

An electromagnet lifts the rotor to unload upper bearings, extending lifetime by eliminating raceway fatigue from heavy axial loads.

Prismatic light shield channels infrared beams between emitter and detector, reducing extraneous light interference while maintaining compact device volume.

A wireless measuring device uses a transducer to convert force into electrical signals and a mechanical interface to apply pressure.

An active stylus uses a rigid abutting element and elastic member to drive the pen core module against a force sensing element for direct pressure transfer.

A brake inspection device measures load torque during actuation and release to determine state.

Self-diagnosis mechanism detects torque malfunctions via position sensor analysis, preventing brake damage during industrial screwdriver validation.

A vehicle suspension system uses Kalman filtering to estimate spring forces from handling characteristics for real-time degradation diagnosis.

Modular calibration apparatus with a force sensor detects counterforce via a torque arm, resolving transport complexity and measurement errors.

Dynamic roller positioning accommodates different tire sizes and ground clearances while maintaining precise braking force measurements.

Segmenting the detector element into a rigid central beam and peripheral region prevents twisting, reducing thermal shorts and enhancing reliability.

Segmenting head and body forms measures neck forces and moments, resolving the trade-off between testing simplicity and measurement accuracy.

A tire testing apparatus fixes ground-contact-force sensors to an embedded plate, eliminating complex synchronization and improving measurement accuracy.

A suction nozzle load measurement method uses a rigid body to apply a predetermined load before sensor activation.

A load cell with a movable contact portion measures pipe force while a gap sensor detects displacement.

Segmented rod elements and extracted measuring units reduce assembly complexity while enabling remote operation for accurate ceiling anchor testing.

A pressure sensing panel uses sealed gas cells and internal sensors to detect touch force levels through physical deformation.

Independent drive motors decouple wheels on the test stand, eliminating inter-axle force transmission and ensuring accurate braking force measurement.

A substrate cutting device adjusts pressing force via sensors to maintain consistent pressure during shear operations.

Parallel cantilever springs bend under load to enable friction-free force sensing, resolving backlash issues in rehabilitation devices.

Applying test current to the drive motor detects brake unit slip, preventing uncontrolled falling of the heavy pickup unit during power disruptions.

A force input resolver uses a mechanical model to calibrate sensor outputs based on measured electrical properties.

External sensor detects bolt deformation to measure braking force without altering the transmission path or increasing certification complexity.

A C-shaped body with two-point contact uses strain sensors to detect axial tension in lines without severing them.

A portable device measures racket string bed stiffness using a spring-based deflection mechanism and force sensor.

Relocating the tensile force application mechanism below the traveling surface reduces the horizontal footprint while maintaining protection sheet integrity.

Hydrostatic pads guide the movable unit along an arc shape, eliminating frictional interference that degrades cogging and ripple measurement accuracy.

A load measuring device uses a start command section to trigger data acquisition only during pressing operations.

A press load measuring apparatus calculates slide inertial force to correct strain gauge signals.

Replacing mechanical thresholds with radar or laser sensors eliminates complex installations and reduces measurement time.

Merged side cover and main body eliminate snap attachments to prevent bulging under high tension loads.

A DIC system captures phosphor speckles on concrete beams to generate time history diagrams of stress.

A pressure sensor arrangement for trailer nose load measurement uses a non-rotating press element to transfer axial force.

A tension meter uses a hollow jack, rotation device, and lifter to measure anchor rod forces.

Elastic projections transmit force to strain gauges while maintaining space, preventing deformation errors.

Variable density foam absorbs hoof pressure to support balance training, preventing pad damage from sharp hooves.

A force detection device uses two oppositely inclined columnar members to measure Z-axis displacements via capacitance changes for multi-directional sensing.

Electromagnetic actuator and displacement sensor correlate force with wedge movement to resolve inaccurate manual tapping measurements.

A radial force variation machine measures harmonic amplitudes and angular locations to calculate remaining force metrics for assembly alignment.

A pneumatic foot force acquisition apparatus transmits pressure signals via air tubes to eliminate electrical cable fatigue in rotating joints.