Mechanical Apparatus TRIZ Cases

See how preliminary heating and cooling operations converge both indoor air and partition surfa

See how a sealed plenum and collimated downflow reduce turbulence, control humidity and oxygen

See how automated sensor arrays and continuous TPH monitoring replace manual inspections to mai

Water mist in a clean room sampling pipeline dissolves residual contaminants, shortening purge time and improving monitoring accuracy.

See how a swirl airflow design with inclined guiding plates absorbs impurities in liquid, elimi

See how dynamic EER calculation normalizes air conditioning performance using real-time field m

See how automated solvent monitoring and controlled venting prevent vessel opening until safe r

See how merging carbon capture with direct air capture units reduces greenhouse gas emissions f

See how an emergency circulation duct and compressor group, powered by UPS, manage R744 refrige

By extending the steering grill beyond the door surface, the indoor unit cuts flow resistance and directs conditioned air toward remote areas.

See how a composite coating layer with fluoropolymer, wax particles, and graphene nanotubes red

See how flexible conduits with braided reinforcement dampen vibrations and pressure pulsations

See how dynamic outdoor fan speed adjustment based on sensible and latent heat loads maximizes

See how grouping information enables an air conditioning system to isolate a leaking indoor uni

See how wireless radio wave intensity detection enables mobile terminals to identify and contro

PCM cold storage and valve switching let a CO2 refrigeration circuit shift cooling to peak demand while avoiding warm-climate efficiency loss.

An adjustable expansion valve and thermal storage handle directed energy weapon heat bursts while cutting cooling system weight and idle losses.

See how a CO2 refrigeration heat exchange unit integrates phase-change thermal storage to maint

See how controlled delta-ferrite microstructure enables stainless steel refrigerant pipes to ma

See how austenite-matrix ductile stainless steel pipe resolves the strength-ductility contradic

See how a chamber-based airflow generator and sensor system measures pillow breathability to he

See how independent damper control enables smooth switching between upper and lower blow-out po

See how image recognition analyzes HVAC system screenshots to calculate energy savings automati

See how preliminary sequencing of circulator door opening and module movement prevents collisio

See how ultrasonic sensors enable continuous pipe wall thickness and incrustation monitoring to

See how segmented PCB mounting and a detachable second cabinet enable easy maintenance and filt

See how a porous resin plate with montmorillonite clay mineral controls air charge to stabilize

See how a water-retaining dust collector upstream of the heat exchanger captures pathogens and

A mixed HFO/HFC coolant in a disposable canister replaces liquid nitrogen, cutting evaporation and equipment burden while enabling precise cryosurgery.

See how dynamic subcooler valve control and temperature-based refrigerant routing solve insuffi

See how dynamic valve control routes cooling fluid between free cooling and vapor compression p

An ice pack and washable filter structure give evaporative cooling faster startup, lower water refill frequency, and easier filter reuse.

See how multiple gas sensors and filtration devices create zoned detection and intelligent airf

See how injection expansion device control prevents liquid accumulation in the accumulator, pro

See how helical capillary shaping with progressive coil addition equalizes flow resistance acro

See how skin temperature measurement and thermal sensation feedback replace static room tempera

See how subcooling-based flash tank control replaces superheating feedback to enable stable ref

See how an inclined base and conductive plates detect and collect acid-base leaks before they c

See how independent heating and cooling fluid loops eliminate glycol mixing, allowing water-onl

See how dual decomposition and consensus networks enable scalable, privacy-preserving demand re

See how a decoupler enables bidirectional flow between primary and dual secondary loops to supp

See how an HVAC controller detects shorted, open, or half-wave relay failures and switches betw

See how segmented cooling coils with variable row configurations reduce airside pressure drop a

See how temperature-based opening/closing valves manage refrigerant flow between storage and ci

See how a semiconductor refrigeration assembly dissipates heat into an internal water tank to r

See how a detachable scent module integrates with a lamp socket, using lighting heat to atomize

See how position-drift calibration in electronic expansion valves prevents superheat faults and

A modular LED fixture uses adjustable optical elements to create flexible light patterns.

A slicker brush integrates a halo light mechanism to provide 360-degree illumination around pet fur during grooming sessions.

A waveguide illumination system routes light via diffractive couplers to a reflective display.

Offset rotation axes eliminate uncontrolled rebound of envelope weights, ensuring consistent vibration amplitude.

Varying light emitting location density along the guide compensates for attenuation to achieve even illumination across the surface.

Stripe microstructures on a light guide plate scatter incident light to blur leakage, resolving uneven brightness in backlight modules.

Overlapping reflection patterns in the light guide body enable mixed-color emission, eliminating separate diffusers and reducing device complexity.

Reflection points on a spaced quantum dot layer redirect high-intensity irradiation to prevent thermal failure while ensuring uniform light distribution.

Edge-mounted light sources illuminate device indicia using thin optical guides, reducing battery drain while maintaining a compact form factor.

A light guide plate with L-shaped input and output surfaces guides light through reflection surfaces to reduce display thickness.

Wing-set lifts tightness adjustment away from head, reducing pressure pain.

A flexible mobile display uses a pico projector and micro-reflector arrays to generate high contrast images, resolving OLED water vapor tolerance issues.

A window cover uses layered color and light-blocking apertures to define icon visibility on a display panel.

Integrated steering wheel touchpads enable direct command input through haptic feedback and coordinated multi-touch gestures.

Folded edge back plate with corner notches snaps optical film assembly into place, eliminating light leakage and bezel requirements.

An L-shaped frame element guides vertical insertion of the light bar and guiding plate, reducing assembly time and human error.

Optical layers on waveguide surfaces reduce critical angles to increase light interactions with grating elements, expanding the field of view.

Magnetic attraction between embedded members clamps the light guide plate flat, eliminating glue-induced warpage and hotspot defects.

Integrated clutch mechanism disconnects the motor from the extensible member, enabling manual operation while preventing uncontrolled swinging on inclines.

A luminaire uses independently controllable light sources and a displaced optical system to direct beams into distinct spatial directions.

Segmenting a linear light guide into regions with different extraction ratios resolves the trade-off between extended lighting area and emission uniformity.

A liquid crystal display container case features a gap between sidewalls and backlight components to allow relative displacement.

A lamp body with a first fastening part rotates to fit a bracket's second part, enabling quick assembly without bolts.

Hot melt resin secures the liquid crystal display panel while oil-based black ink prevents light leakage at corners, resolving narrow frame design constraints.

A gyroscope filter unit adjusts its bandwidth dynamically using accelerometer signals to reduce noise.

An optoelectronic module uses a universal mounting flange to integrate functional units for flexible device installation.

Programmable robot nests articles into voids using clamping guides, reducing space and power needs.

An integration chamber in a light diffuser redistributes source light through egress openings to eliminate hot spots on visual indicators.

An expandable support device transitions between collapsed and expanded configurations to enable flexible circuit delivery through narrow working channels.

Segmented luminaire modules with adjustable mounts resolve adaptability versus complexity trade-offs.

A light emitting device lens uses a reflecting face to redirect inwardly reflected light laterally.

A light source package sits in a circuit board recess to position the device close to the light guide plate while preventing heat-induced deformation.

An optical member redirects light toward a display hole, reducing visibility and improving image uniformity across the panel.

Dynamic gearing stages adjust gear ratios to adapt spinning machine compaction drives to different fiber materials without structural redesign.

Segmenting the duct network into zones with local fans eliminates main line pressure losses from closed dampers, reducing energy consumption and noise.

Embedding film layers divides the waveguide body into multiple segments, increasing reflection paths to improve brightness uniformity across the field of view.

Alternating tapered stripe structures on a light guide plate surface direct extracted light to improve illumination uniformity across the display area.

Concave arc-shaped reflection regions on a back cover replace high-cost light guide plates to eliminate defects and improve brightness uniformity.

Thermally conductive fasteners and finned support structures dissipate heat from sealed LED assemblies.

Segmented light sources resolve the contradiction between illumination intensity and visibility in fog by directing lower-angle light to reduce diffusion.

Nitrogen-containing cyclic compound replaces hazardous quantum dots to improve color gamut and brightness while reducing production costs.

A landscape lighting junction device integrates a terminal block and viscous sealant for secure electrical connections.

A backlight unit uses a parabolic mirror and holographic optical element to direct coherent light.

Perpendicular light emission on the circuit board illuminates the dosing area, eliminating bulky light pipes and reducing device complexity.

Records multiple optical functions in a single planar layer using temporary erasure, resolving planarity and alignment bottlenecks.

Angled reflective diaphragms in the front-light guiding module redirect illumination toward the backplate, improving brightness without adding complexity.

A backlight module integrating a fixing frame with a first opening and a sealing piece to engage the opening for optical unit insertion.

A polydisperse liquid crystal film with transparent flat electrodes dynamically shapes light beams via electric field control.