Measurement Apparatus Components TRIZ Cases

A composite molded component uses overlapping through holes and annular ribs to shorten the secondary portion.

An N-hydroxy cyclic imide mediator enables high pigment concentration in ink-jet recording, resolving the trade-off between optical density and ink stability.

Ink containing polyvalent carboxylic acid suppresses protective layer dissolution, preventing image deterioration from abnormal foaming.

A photopolymerizable ink composition uses alkoxy-modified acrylic esters to maintain low viscosity for reliable inkjet discharging.

Liquid cooled 3D printed inline transducer housing stabilizes sensor alignment to prevent integrity degradation during long term fluid flow measurement.

A line image forming method uses controlled droplet ejection to merge liquid components into continuous patterns on non-permeable media.

A temperature control system adjusts white inkjet ink viscosity to enable reliable jetting through printhead nozzles.

A non-aqueous ink composition uses specific polyamide and alkylacrylate dispersants to maintain pigment dispersion.

A shim adjusts the stopper clearance in a cylindrical force sensor, preventing excessive deformation of the strain body during high external loads.

Segmented metal cases with tapered abutting units guide positional alignment to resolve thermal deformation and assembly complexity trade-offs.

Variable stiffness springs and a drive motor rotate the sensor cover to remove debris, resolving contamination risks.

Inkjet printing applies ceramic inks to glass surfaces, preventing color running through preliminary drying and enabling high precision.

Incorporating a phosphate surfactant reduces polymer buildup and nozzle clogging, maintaining drop weight retention after 400 million drops.

Yellow ink composition employs specific pigments to balance chromaticity with light fastness, reducing image degradation from environmental factors.

A vehicle instrument panel LED backlighting device uses an elliptical reflector to redirect light toward a graphic area.

A biodegradable sensor element changes shape to detect environmental parameters and transmits data via electromagnetic waves to a flying drone.

A sensor fastening device uses a one-piece threaded sleeve embedded in a housing to secure components without complex clamping jaws.

A magnet assembly uses a form-fitting connection between a sleeve and magnetic element to secure rotational positioning.

A printing apparatus adjusts substrate temperature to control UV-curable gel ink spread and achieve target spot sizes.

A displacement extensometer uses a vibration motor to cancel frictional forces from center rod sagging.

Patterned MEMS surfaces absorb or reflect infrared light to block non-invasive spectroscopic investigations.

Segmented housing design with a flexible gasket resolves the contradiction between structural stability and maintenance access while ensuring waterproofing.

Controlling the phase angle above 45 degrees stabilizes ink ejection, resolving instability issues in line-type recording heads.

Specific azaphthalocyanine dye and organic compound suppress feathering during humidification.

A dual-sided semiconductor module uses preliminary wire bonding to protect electrical connections before mounting elements on both surfaces.

A dual ink set uses titanium oxide particles and controlled resin to form opaque white images on light-transmissive media.

Stop webs divide pole passage openings into partial openings, improving convergence accuracy between metrology and production illumination conditions.

A drawer-style ink loader moves laterally from the housing to allow stick insertion.

Fluidly isolated chambers with independent blowers selectively pressurize sensor windows, reducing energy consumption and noise from simultaneous cleaning.

A rotary encoder plug-in shaft uses a conical interface to center and transmit torque without slippage.

Graphite plastic pin rotates within a sleeve to reduce friction, maintaining measurement precision under engine vibrations.

Acid additives suppress aldehyde migration in UV-curable ink compositions, enabling safer food packaging applications.

A magnetic rotation angle sensor shifts the Hall IC radially from the center to detect flux density variations across a wider angular range.

A transparent carrier defines a light-mixing zone underlying an LED array, reducing mixing distance without complex optical lenses.

Elastic positioning element centers waveguide through lateral insertion slit, preventing kinking and vibration damage.

A boosting DC-DC circuit amplifies voltage from a microbial fuel cell to power sensor elements.

A sensor position control apparatus adjusts sensor placement and orientation along a guide rail to optimize inspection accuracy.

Precise control of pigment hydrophilicity and water-soluble organic solvent content prevents deposit formation in the ink flow path during thermal ejection.

A sensor arrangement positions the measuring channel outlet downstream of the main channel outlet on a cover end face to separate flow paths.

A sensor module uses reversible mechanical connections to separate electronic and fastening submodules for independent handling.

Diagonal connector terminals on a quadrangular sensor allow reorientation without changing molding dies, reducing manufacturing costs.

A flexible conductive lattice structure connects multiple sensors to enable simultaneous power and data transmission across the network.

A light guide assembly uses a prismatic Y-shaped reflective structure to redirect light from transmissive legs into the main body for uniform illumination.

Cationic polymer pretreatment controls ink permeability to reduce feathering and bleeding while maintaining image density.

A low adhesion coating applied to an ink jet printhead front face reduces sliding angle of ultra-violet gel or solid ink droplets.

Segmented U-shaped flexures restrain off-axis contamination while maintaining linearity, expanding servo bandwidth.

A spring clip locks a spreadable retention post to vehicle sheet metal, replacing expensive integrated metal bushings with a simpler plastic assembly.

Resin cushions magnetic elements, preventing thermal stress damage and maintaining detection accuracy.

A working arm uses a magnet and magnetic detector to measure rotation angles between links.