Measurement Apparatus Components TRIZ Cases

A supply circuit provides correlated currents to sensor elements.

A maintenance liquid uses acidic and basic compounds to stabilize pH levels within a specific range.

Liquid metal transitions from solid state to fill the cavity, eliminating cold spots caused by complex brazing processes.

Segmentation of the backlight and liquid crystal cell into separate units reduces dash panel installation space while maintaining display visibility.

Mounting cap bridges moonroof openings to support 45-70 kg sensors without custom roof panels.

Segmented supports and tensioned flexible rails replace rigid beams to lower shipping costs and lead times while maintaining alignment precision.

Organic pigment ink maintains dispersion through controlled dielectric constant, preventing aggregation to improve ozone resistance and color developability.

Host-guest complexation controls surfactant release, resolving surface tension trade-offs between droplet stability and spreading.

pH adjustment triggers resin aggregation in aqueous inkjet ink, increasing viscosity to prevent spotting on nonabsorbable media.

Segmenting the housing allows engineers to adjust capacitance for external noise levels without altering the core sensor structure, reducing costs.

Crown ether traps dissolved rubber components to prevent precipitation and nozzle clogging.

Prefabricated sensor assembly uses datum features to align sensors with vehicle roof mounts, reducing installation time and manufacturing complexity.

Alternating upstream and downstream nozzle usage forms five-layered ink structures while reducing positional deviations between layers.

Yellow ink jet ink uses a dual colorant system with pH buffering to stabilize concentration and prevent fading.

A vehicle display panel uses a planar part and projecting surface parts to transmit image light sharply while diffusing external reflections.

A double head motor drives a photon counter and shutter through a mechanical linkage for synchronized positioning.

Folded tabs in the sensor housing prevent tilting caused by substrate gaps.

Vertical stepped solder pads reduce triaxial sensor footprint while maintaining reliable cable connectivity.

A gas sensor uses a dedicated flow channel to direct measured gas while maintaining element temperature.

Segmented zones and resilient mounts protect silica fibers from thermal damage, ensuring stable pressure readings in gas turbines.

A pointing device uses a light blocking member to cover the shaft outer surface and prevent illuminating light leakage.

A nonaqueous ink composition uses a General Formula (1) compound and heterocyclic lactones to dissolve vinyl chloride resin on low absorption media.

A non-aqueous ink composition uses polyvinyl chloride and a specific solvent to stabilize pigment interaction.

Elastic projections hold the light guide plate to prevent rattling noise without adhesive bonding.

Inkjet recording ink with controlled dynamic and static surface tension ensures stable droplet ejection.

A deflector channels airflow into a sensor enclosure vent, reducing overheating risks and extending sensor lifespan in harsh environments.

A calibration jig fixes relative positions between a magnet and magnetic field detecting element during installation.

Alkoxy aromatic diol polyurethane additives enhance water fastness without compromising thermal or piezo inkjet nozzle longevity.

Water-based ink formulation uses specific penetrating agents to enhance penetrability and maintain image density.

Layered white ink composition resolves the contradiction between thin color coating and high luminance to reproduce pastel colors with L*≧60.

A dial surrounded by radially arranged transparent light guide portions illuminated by a dedicated second source to enhance decorative performance.

A universal process connection uses a clamped measuring cell housing to enable assembly across various installation situations.

A cationic polymer treatment liquid interacts with the resin-coated pigment to prevent ejection head adhesion while maintaining high-resolution image quality.

Stacks magnetic sensors in plate thickness direction to achieve uniform output while reducing sensor unit volume.

A sterile filter membrane blocks contaminants while allowing gas permeation, resolving contamination risks in reversible sensor installations.

Engineered copolymer resins with controlled acid value and glass transition temperature prevent color bleeding and ink mixing while ensuring strong adhesion.

A sensor assembly uses a microcontroller to multiplex transducer signals on shared channels, optimizing data throughput.

Segmenting the meter and indicator allows independent luminance control, resolving visibility trade-offs when reducing glare.

Butyl rubber vulcanized with organic peroxide prevents additive precipitation in water-based ink, ensuring ejection stability.

A phased array ultrasonic testing system adapts focal laws dynamically to inspect specimens with complex geometries.

A treatment liquid containing a coagulating agent precipitates on the recording medium to form a barrier layer before colorant deposition.

A water-based ink formulation uses specific surfactants and acrylic resins to control surface tension and improve wetting.

Neutralizing quaternary alkylammonium hydroxide with dicarboxylic acids improves optical density without increasing viscosity or corroding metal components.

A dark translucent light-guiding body illuminates three-dimensional graduations via a grained surface.

Curable ink transitions to a gel state upon cooling to lock magnetic particles, preventing nozzle clogging while maintaining MICR readability.

Segmented receptacles and a positioning jig resolve the trade-off between protecting standards from damage and enabling quick replacement.

A movable monitoring system adjusts sensor positions to track bridge deck wind profiles and structural temperatures in real time.

A sensor housing channels cabin air through ducting to a heat sink for convective cooling.

Ultrasonic welding bonds embedded sensors within multi-layer metallic walls, resolving structural integrity compromises caused by traditional sensor placement.

An optical waveguide transports radiation from a source to a light-guiding body, enabling efficient spatial separation of components.