Climate Change Adaptation TRIZ Cases

See how waste-heat-powered absorption chillers replace vapor compression systems to reduce ener

See how heat dissipation grooves and an intermediary plate protect a top-down burner from conve

See how a hybrid cooling panel merges evaporative and radiative layers to achieve high cooling

See how one-step ultrasonic cutting melts weft yarns to seal net edges, eliminating double inse

See how LED waste heat from vertical farms is captured via heatsinks and heat pumps, then trans

See how one-step ultrasonic cutting and welding produces insect net strips with closed edges, i

See how a rotatable charcoal box cover enables dynamic switching between direct high-speed heat

See how a reflective structure redirects rising heat to both upper and lower cooking surfaces,

See how vertical suspension transport and integrated coating-curing prevent paint droplets from

See how variable-width supporting rods slow hydrogen combustion gas flow through a grill grid,

See how integrated absorption cooling and adsorption dehumidification modules reduce energy and

See how sliding mounting assemblies with auxiliary members increase window frame contact area t

See how a spring counterweight and lifting frame enable smooth height adjustment and stable pos

See how heat pumps and water circulation manage greenhouse temperature and humidity across seas

See how underground liquid storage and ground thermal gradients maintain cultivation temperatur

See how hollow rungs with internal fluid channels improve grill thermal response speed, enhance

See how a removable insert system with segmented openings enables gas, charcoal, and electric c

See how pretreating aramid fibers with a wetting agent enables uniform dispersion in low-temper

See how a tape-shaped coupling body with C-shaped engagement bodies nests inside the curtain ra

See how matte PVC-coated polyester threads woven with sub-1% apertures enable light-colored bli

See how a telescopic lead-screw assembly integrates water feeding, draining, and rice stirring

See how electric heat generators replace steam and direct-fired systems in lithium bromide abso

See how electric heating replaces steam and direct-fired systems in lithium bromide absorption

See how an integrated thermal system uses the absorber and condenser of an absorption machine a

See how open-cell ceramic foam bodies enable compact rectifier design for absorption generators

See how cascaded adsorption stages reuse condensation heat to drive desorption, cutting energy

See how independent cooling fluid control for absorber and condenser enables compact cold stora

See how a removable charcoal tray enables a single oven to switch between wood and charcoal bur

See how repositioning air intake openings from bottom to side wall enables horizontal air flow,

See how a rotating assembly with circumferential ingredient bins enables staged feeding through

See how cone-shaped perforations integrate evaporator-absorber and generator-condenser sections

See how integrated evaporator-absorber and generator-condenser sections with perforated plates

See how merging evaporator-absorber and generator-condenser sections with perforated plates red

See how integrated drainage channels, height-adjustable grates, and secondary cooking accessori

See how cooled collector walls replace fluid coolants to prevent leaks, cut energy use, and ena

See how a selective adsorbent and bypass flow path adjust non-azeotropic refrigerant compositio

See how controlled breadcrumb particle size distribution and bulk density enable single-step sh

Jet spraying creates turbulent sorbent flow on heat exchanger surfaces, boosting absorption heat and mass transfer for sub-zero operation.

See how a modular shower pan with accommodation space and adjustable drain assembly connects to

See how preliminary refrigerant removal from the evaporator before stop enables freezing preven

See how independent cooling fluid control to absorber and condenser eliminates separate cold st

See how a thermal link between cooled plate and sorption pump enables independent temperature c

See how metal-organic framework substrates with microchannels enable multi-refrigerant adsorpti

See how vacuum-driven evaporation from wetted material cools beverages on demand, with solar-re

See how a multilayer polymer-inorganic structure achieves daytime radiative cooling by emitting

See how jet injection creates turbulent sorbent flows to overcome ionic liquid viscosity, enabl

See how a flammable base tray, biomass fuel, and heat-insulating insert with optimized wall thi

See how merging generator and absorber heat exchangers into one unit reduces footprint and comp

An internal sprinkler and steam connection let one channel group evaporate or absorb refrigerant more efficiently in compact plate heat exchangers.

Rotating fire-resistant pizza supports move pies through hotter and cooler oven zones to improve cooking uniformity with less manual shifting.

Measures nonazeotrope refrigerant concentration in real time from saturated pressure and temperature, avoiding extraction errors, leakage, and handling risks.

A front-mounted V-scraper and reversible blower vac collect semi-liquid manure without compaction while preserving tank flushing and capacity.

Dynamic circuit switching recovers heat between adsorber phases while keeping external flows continuous and avoiding extra valves and pumps.

Thin walls plus beads, ribs, or struts let a cuboid vacuum container resist collapse, improve volume use, and avoid loading internal components.

Outlet temperature feedback adjusts sorption phase timing to avoid fixed-cycle losses and maintain cooling capacity with better efficiency.

Recovered cooling-water heat drives absorption refrigeration to cool turbomachine intake air while reducing heat loss and extra cooling work.

A layered metal-foil and semiconducting polymer barrier cuts cable weight while resisting buckling, fatigue, and seawater-driven failure.

Compressed stranded conductors form watertight partitions that limit water ingress and simplify repair of damaged submarine cable sections.

A spaced-surface plug guides wires through a housing opening while limiting voids that let waterproofing material leak into unwanted areas.

A metal-foil and semiconducting polymer laminate replaces lead to block water, conduct capacitive currents, and withstand dynamic cable fatigue.

Elastic contacts and movable blocking covers let branch boxes be added where needed while protecting busbar ports from wear, exposure, and debris.

A metal radiating column and airflow structure remove heat from a multilayer reel cable while blocking moisture to extend service life.

Convex outer-jacket structures cut pipe friction in photoelectric composite cables, improving dense terminal installation and laying efficiency.

Intermittent thermoset filling plugs voids between stranded metal wires to stop high-pressure water flow while remaining removable for cable jointing.

A helically wrapped reinforcing layer strengthens a lead-free metal sheath, preserving subsea cable water barrier integrity under bending and stress.

A car-wash spray linkage removes vertical bearing seats to cut vibration, wear, and maintenance while keeping nozzle swing stable.

Detachable casings and waterproof sleeves seal cable entry slots in an outdoor power box while allowing drainage and flexible cable routing.

Dual internal and external compression secures high-tension cable conductors without increasing joint diameter, preserving bending and tensile strength.

Tin or tin-alloy joint barriers replace lead in high-voltage cable joints, preserving weldable water sealing and electrical integrity.

By combining shield connection and crimping in one metal pipe, this wire harness cuts parts while maintaining EMI shielding and water sealing.

UV-blocking additives in the cable boot adhesive prevent hardening, cracking, and peeling during sterilization while preserving bond integrity.

Flexible multilayer triboelectric nanogenerators detect axial and radial bridge vibrations in real time for wireless early warning.

A low-Sb tin sheath replaces toxic lead in power cables while resisting tin pest and preserving extrusion strength and processibility.

Thermal-sprayed metal coatings replace lead sheaths in subsea cables, cutting weight, waste, and repair time while maintaining water-tightness.

An integrated hard-soft resin grommet structure limits positional gaps at the through hole to maintain wire harness waterproofness under pressure.

A nested spring and fixing structure simplifies the retractable cable reel, saving space while keeping smooth extension and retraction.

A low-antimony tin sheath replaces toxic lead in power cables while preventing tin pest and preserving water barrier strength.

Using a stainless steel water-blocking sheath cuts induced and eddy current losses in AC submarine cables while supporting higher current ratings.

An elastic supporting sleeve adds two-stage radial and axial floating to fit varying plug sizes, reducing assembly failures and fiber stress.

Built-in microcapillaries create a controlled peel path in cable coatings, enabling tool-free access while preserving mechanical protection.

Molded attachment features on a fiberglass fence post secure wire placement, simplify installation, and improve ground stability.

A nested sleeve and core rod joint compresses HVDC conductor strands to keep cable diameter, bending, and tensile strength during splicing.

A bellows section between wire connections improves bendability inside shield pipes, reducing mechanical stress while maintaining shielding.

A hard cover crimps the sheath and rubber stopper to stop bending-induced slip and preserve long-term cable sealing.

A conductor-applied water-blocking compound stops longitudinal water migration in 320 kV+ HVDC cables while avoiding insulation contamination.

A continuous water-stopping layer fills strand gaps and extends onto insulation to resist bending stress and preserve sealing.

Molded attachment features on a fiberglass fence post speed electric fence installation, stabilize wire position, and reduce post movement and damage.

Surface-coated phosphors use amphiphilic agents to disperse evenly in polymers, reducing haze while preserving luminescence and light transmittance.

Compressed partitions in stranded submarine power cable limit water ingress to short sections, simplifying repair and avoiding filler materials.

Combined rotary and telescopic motion improves sperm collection efficiency and patient comfort while enabling precise container alignment.

A thermoplastic olefinic elastomer resin sheet cuts dielectric loss while preserving flexibility and dimensional stability in high-frequency flat cables.

A longitudinally split elastic waterproofing member simplifies wire installation while maintaining a joined seal that blocks water ingress.

A compressed soft-rubber seal and groove protrusion stop motor lead leakage in swimming pool robots while accommodating cable movement.

A staged moisture-curable resin seal fills strand gaps inside the sheath to block water ingress under temperature-driven negative pressure.

Panel-level DMPPT modules isolate shading and mismatch in solar strings, boosting voltage, reducing heat loss, and improving power harvest.

A magnetic powder-plastic wrapping layer lets adjacent cable coils attract continuously, enabling smaller, lighter, and easier storage.

A low-contact-angle seal around the evacuation member cuts thermal-contraction shear, reducing cracks and improving VIG durability.

Segmented barrier pieces and intermediate fixings improve pollination control while reducing deformation, abrasion, and plant damage.

A single corn insertion event links rootworm resistance and glyphosate tolerance while simplifying event detection and breeding selection.

Multi-stage recirculating treatment keeps stacked shrimp trays low in ammonia and bacteria while reducing water use in high-density aquaculture.

A mapped recessive Sihec3 gene and SSR1 marker help breed sesame with stronger seed retention, lower harvest loss, and mechanized harvest compatibility.

Chemically strengthened ceramic spacers replace metal supports in vacuum insulated panels to cut heat transfer, reduce glass cracking, and improve u-factor.

Targeted KRN2 inhibition with linked markers and CRISPR editing speeds maize breeding and raises kernel row number for higher yield.

Amine-loaded zeolites gradually release antistripping agents in bitumen, preserving aggregate adhesion under heat and moisture.

A hermetically sealed vacuum glazing with discrete pillars improves thermal insulation while reducing weight, thickness, and moisture damage.

Underwater imaging and ML replace manual fish weighing to forecast biomass distribution for feed control and harvest planning.

Adjustable buoyancy and ballast let a closed spherical fish cage submerge in storms while reducing escape, lice exposure, and pollution.

An air curtain isolates test-plot temperature in open fields while preserving sunlight, rain, wind, and pest exposure for valid crop comparisons.

Direct embryo transformation with WUS/WOX or AP2 factors skips callus and cytokinin, speeding transgenic plant regeneration.

CapsViT and CapsGLOM combine uncertainty, sample diversity, and labeling cost to improve hyperspectral image classification with few labels.

A sloped base, divider, and tapered ends create laminar flow that improves molt recovery and waste removal while lowering disease risk.