Measurement Apparatus Components TRIZ Cases

Controlled solvent solubility parameter matches non-porous substrate to resolve fixability and stickiness trade-offs during drying.

A wheel speed sensor uses an asymmetric mounting base to stabilize the sensor unit projection direction during resin molding.

A fluid sensor assembly uses a rotatable base to position the sensor without expanding the man-lid footprint.

A dial plate uses a projecting flat part to form distinct partition boundaries for design patterns on an irregular surface.

A wearable sensor system uses an energy harvesting module to power a computing center that calibrates measurement data using stored formulas.

A polymerizable ink composition uses acrylic acid ester and vinyl ether monomers to achieve low viscosity.

Butyl rubber ink passages prevent nozzle clogging by stabilizing thiazole accelerators within water-based fluids.

Segmented chambers in the housing isolate fluid paths for multiple sensors, resolving interference and sealing issues in tight automotive layouts.

A fastening adapter aligns a bar-shaped sensor using a flattened area within an oblong hole to define rotational orientation.

Integrated sensors monitor moisture levels to resolve information loss and verify device effectiveness.

A core-shell ink composition uses a glass transition temperature differential to prevent nozzle adhesion.

Regulating ejection timing gaps and dynamic viscosity changes suppresses aggregation unevenness while maintaining high recording speed.

Opposing protrusions bend flexible circuit boards to create reliable electrical contacts, eliminating rigid solder joints that fail during bending.

A press-in part deforms into a circular shape to fit the hole, ensuring secure attachment and uniform contact.

Translucent optical matrix layer with embedded lighting devices provides backlighting for indicator shapes.

Urea-terminated polyurethane dispersants stabilize aqueous pigment dispersions through ionic substitution and grafted substituents.

A sensor fitting cavity directs flushing fluid in a laminar flow to clean the sensor tip, resolving inadequate flushing caused by distant connections.

Acetylene glycol surfactant prevents carbon nanotube sedimentation while maintaining printability for stable discharge.

A deflector directs airflow tangentially to a sensor window while a nozzle ejects liquid into the stream for cleaning.

Hardened compound encasement body eliminates separate housing complexity while protecting angle sensor from moisture ingress and mechanical damage.

An asymmetric flat area on the carrier bushing prevents rotation during clamping, resolving undefined sensor alignment.

Dynamic surface tension control of radiation curable inks eliminates corona treatment requirements while maintaining gloss homogeneity at high printing speeds.

A sensor holder integrates a memory device to store and transmit alignment data between the support body and the sensor unit.

Light emitting members illuminate decorative elements to create virtual three-dimensional appearance without obstructing the liquid crystal display screen.

Articulating levers and rotatable wiring ports reduce operational space for cap attachment while enabling toolless installation of dual sensors.

Low glass transition temperature resin particles and buoyant wax suppress aggregate formation during air introduction, ensuring stable discharge.

Film spacers with through portions secure adhesive thickness between flexible boards and thin members, resolving manufacturing precision challenges.

Separating printing fluid from the printhead during transport prevents evaporation and nozzle clogging while maintaining immediate printing readiness.

Controlled protective cover surface area prevents ammonia decomposition, maintaining detection accuracy and extending sensor lifespan.

Ink set applies glycol ether with specific HLB value to prevent ink repulsion from non-absorbent recording media while maintaining storage stability.

Wafer level packaging with a recessed emitter resolves the contradiction between low profile design and measurement precision.

A modular sensor design separates the sensing element from receiving circuitry using a twist-attach mechanism with staggered connector coupling.

A recording ink uses silicone modified acrylic resin to form a strong film on the medium.

Adjusting ink conductivity between 3 mS/cm and 10 mS/cm suppresses precipitate formation from resin additives, preventing nozzle clogging.

A cyan magenta yellow ink set uses specific dye combinations to maintain optical density retention after ozone and xenon light exposure.

A light guide system directs display periphery light to a spaced-apart location, creating a three-dimensional visual effect.

A double layer helix heater cable concentrates thermal energy at the probe tip, eliminating stress-inducing 180-degree turns that limit single-layer designs.

Light transmissive plastic portions enable visual inspection of internal seal integrity within explosion-proof enclosures.

A one-component UV ink jet printing composition uses difunctional monomers and photoinitiators for rapid curing.

A sensor package structure with distinct regions enables differential deformation to protect the internal chip while maintaining mechanical sensitivity.

Segmented housing and latching cap eliminate tool requirements while maintaining reliable electrical connections.

Segmented housing modules join via a common potential rail to equalize electrical charge, preventing spark discharges in corrosive industrial environments.

Radiation-curable ink-jet black ink eliminates chromatic variations in bi-directional printing on non-absorbing receivers.

An encoder measures backup battery consumption current to detect abnormal power drain during rotational speed monitoring.

Polysiloxane-treated titanium oxide particles combined with polymeric dispersants prevent sedimentation, ensuring stable ejection after long-term storage.

A nonopaque disc dial plate receives light through a slit member to project images directly onto the display surface.

A fastening element uses light-curing adhesive to attach sensors securely.

A foldable sensor calibration target eliminates fixed infrastructure requirements, allowing autonomous vehicles to calibrate detection systems at any location.