Measurement Apparatus Components TRIZ Cases

See how a floor-projected image and sensing assembly enable hands-free refrigerator door openin

See how a multi-axis holder integrates concealed power cabling, E-stop buttons, and corner grip

See how a fixed-frame device with elevating adjustment maintains constant measuring-instrument

See how a modular sensing device with mounting adapter automates dispenser stock monitoring, re

See how a modular sensor with inverted mounting feet enables automatic product-level monitoring

See how a snap-connection adjusting spindle eliminates the leveling wheel in scale feet, reduci

See how a floor-projected image and integrated detection device enable automatic refrigerator d

See how a multi-functional holder provides 6 degrees of freedom, corner gripping, concealed cab

See how indexing plates with slots and self-engaging locks enable secure, organized storage of

A polymer-based fabric pretreatment improves inkjet color development and washing fastness while reducing fading and peeling after heat fixing.

Polymer and wax particles help water-based inkjet inks adhere to low-absorptive fibers, improving rub fastness and image texture.

A metal-salt resin pretreatment improves inkjet textile whiteness, sharpness, drape, and wash fastness while minimizing fabric marks.

A spacer and bracket sandwich the rotation sensor to keep positioning accurate despite bolt clearance and bracket deformation.

An illuminated switch surface helps passengers close high overhead bins and shows loaded, locked, or overweight status through local and remote control.

A patterned transparent display layer redirects edge-fed light to show dispenser mode clearly with fewer LEDs and more uniform illumination.

A balanced-HLB solvent keeps disperse dye solubilized, preventing sedimentation, lowering steaming temperature, and improving storage stability.

A formaldehyde-free crosslinking inkjet process delivers durable, high-resolution textile images while meeting strict chemical safety standards.

Balanced pigment, resin, wetting agent, and surfactant ratios improve plain-paper image density, drying speed, and nozzle ejection stability.

Heat-activated crosslinking fixes pigment on fibers while maintaining jetting stability, soft fabric texture, and washing fastness.

Controlling pigment droplet size, speed, and nozzle distance helps ink reach the cloth base, avoiding fluff adhesion, bleeding, and slow drying.

A crosslinked polyurethane dispersoid binder improves pigment fixation, durability, and waterfastness in inkjet printing on paper.

A lower-pH textile pretreatment coagulates dispersing agents before printing, improving washing properties while minimizing sludge.

A dedicated diluent helps light and dark textile prints penetrate evenly through fabric, enabling consistent two-face color visibility.

A high-elongation anionic resin helps pigment ink stay on dark fabrics, improving hiding power plus wash and friction durability.

Crosslinked polyurethane dispersoid binders improve pigmented textile inkjet inks by resisting abrasion, boosting washfastness, and maintaining storage stability.

Balanced polyethylene glycol and diethylene glycol levels help pigment ink resist freezing while preserving cloth fixability and wash fastness.

Heated airflow from a blower, air nozzle, and piezoelectric pump clears dust, frost, and ice to keep exposed vehicle sensors accurate.

A tapered cap with ring protrusions and slit grooves drains water, seals the cover, and enables secure jig-assisted coupling.

A stainless steel base, column, and three-footing layout suppress vibration and resonance to keep mounted sensor measurements accurate.

An insulated cap-die sidewall isolates sensor terminals in a protected chamber, cutting short-circuit risk without TSV cost or added package height.

Adjustable screws and ball studs give lidar mounts precise two-axis alignment, improving sensor fusion accuracy in autonomous vehicles.

A movable Hall sensor and stationary magnet enable precise position sensing outside the electromagnet housing while saving space and easing assembly.

A ring-shaped rotor integrated with the pointer enables fast, low-friction indication of sudden vehicle value changes through the display.

A keyed mounting adapter lets elevated electronic devices be mounted and removed from ground level, avoiding lift equipment, cost, and disruption.

A keyed mounting adapter lets crews attach or remove elevated electronic devices from ground level while preventing accidental rotation and release.

Modular supports, clamps, and gauge jigs inspect cooling plate spacing and base plate flatness to cut defect rates and protect battery performance.

Adjustable clamps and dual-axis orienters let vibration sensors align on tight, irregular components while preserving rigid signal transmission.

Cut-in fastening joins a sheet metal sensor element to a carrier without welding, soldering, or adhesive, simplifying assembly while keeping a secure fit.

A locking feature in the sensor adapter blocks radially oriented connectors, preventing wrong assembly on vehicle exterior parts.

A keyed locking feature blocks sensors with axial connectors and accepts radial ones, preventing vehicle assembly errors at the mounting stage.

Beveled sidewalls create a friction-fit IMU connector that self-aligns, cuts assembly labor, and improves shock and vibration isolation.

Removable multi-sensor pods expand vehicle coverage with overlapping views while cutting replacement time and reducing impact damage.

A hermetic seal and threaded nut connect flexible probes across hazardous-area protection levels while preventing wire twisting and spark-prone installation.

A base-column connector with concentric cylinders and footings rigidly mounts sensor PCBs to suppress resonance and improve high-frequency data accuracy.

Vacuum chuck cold forming shapes curved interior glass with controlled bond lines, reducing optical distortion and improving throughput.

Segmented hook-and-plug carrier sections cut sensor installation time on road machines while improving attachment security and measurement reliability.

A sealed two-housing magnetic sensor layout protects against water and oil while keeping magnet-to-sensor spacing short for accurate angle detection.

Integrated holder, cover, and prevention plate simplify pressure airbag sensor installation while locking rotation, sealing securely, and protecting the connector housing.

A signal-transmissive cover hides lidar, radar, or camera sensors in a vehicle component while preserving aerodynamics and reducing calibration effort.

A holding portion stabilizes wire position in a tight sensor workspace, enabling automated soldering and reducing manual assembly labor.

A pivoting base and latch secure removable glove sensors at target locations, preserving positioning accuracy on flexible moving articles.

A rotatable flap and deflector create pulsed airflow across the sensor window to clear water droplets with less continuous air use.

A plastic hook-and-snap fastener and sealing gasket secure the pressure sensor without tools, cutting parts, cost, and packaging space.

A flexible flap seals the fixed gap in a rotating sensor assembly to limit cooling airflow escape and help drain water away from the field of view.

Spring features and cut slots create a solder-free PCB terminal connection that improves safety while maintaining strength and conductivity.

Spring features engaging cut slots create a strong PCB-to-PCB connection without soldering, improving reliability while avoiding safety issues.

A continuous wall and lamination film seal the sensor cavity after fabrication to block contamination and preserve sensor reliability.

Pivoting brackets and elastic pre-tension let vehicle sensors retract during low-speed impacts, reducing damage while preserving overhang and airflow.

A two-part wall mount places the antenna outside a metal container, preserving wireless communication without cable feedthroughs or extra seals.

A duct, deflector, and blower redirect airflow around the sensor window to clear fluid dead zones and remove heat during sensing.

A three-module lift and rotation layout deploys sensor vehicles quickly from transport while preserving compact storage, rigidity, and safety.

A two-member magnetic mount secures laser levels with stronger support than adhesives or hidden magnets while avoiding wall damage.

A coupling member isolates rotation while transmitting axial motion, reducing sensor load and preserving vehicle height detection accuracy.

Pressurized fluid drives an impeller and magnet-coil generator inside the fitting to power sensors without adding bulky external hardware.

A two-part wall-penetrating fastener keeps the sensor inside a metal container while placing the antenna outside for reliable wireless links.

A notched seal lets trapped rain or washer fluid drain from a sensor housing while keeping dirt and debris out of the enclosed space.

Spring-loaded slide locking replaces screw fastening, enabling quick tool-free main line connection with secure housing attachment.

A quarter-turn sensor cover uses interference fit and an integrated seal to enable tool-free lamp assembly service with stable sensor positioning.

A fluid-driven impeller and magnetically coupled coil ring generate power inside a compact insulated fitting for sensors and wireless data transmission.

A 3D virtual map displays each moving body's position and state in real time, improving multi-robot coordination in hard-to-access spaces.

Verification sensors compare locked joint geometry with calibration data to detect misalignment and preserve repeatable metrology positioning.

Adds processing and interface functions between a digital sensor and host device, preserving portability while reducing operational complexity.

Cone-shaped edges and hydrophobic coatings prevent water expansion damage in aircraft fuel tank pressure sensors.

A liquid container design manages internal gas pressure through a specialized valve and permeable barrier structure.