Thermal Insulation TRIZ Cases

See how an elliptical port accommodates oblique conduit angles for gravity-fed insulation filli

See how protruding outer body portions with contact and separated zones thermally insulate side

See how a trim breaker conduit allows wiring and piping to pass through a refrigerator cabinet

See how a rotating drum process fills interstitial spaces between glass spheres with binder and

See how a multi-chamber vacuumizing device uses laser welding and metal balls to replace glass

See how edge-located channels with filter media enable parallel air removal from insulation spa

See how pre-foamed edge coverage prevents gas permeation into vacuum thermal insulators during

See how surface charge coating on filler particles enables electrostatic attraction for homogen

See how nested casing tubes with annular heat insulation enable cost-efficient geothermal conve

See how a porous-substance package with resin film maintains stable vacuum state and prevents c

See how a trim breaker with grooves, barrier layer, and glass coating minimizes gas permeation

See how a variable-volume pressure relief chamber absorbs thermal expansion pressure in circula

See how glass sphere structural layers resist vacuum compressive force to prevent cabinet defle

See how porous tubing and distributed clips improve air removal efficiency in vacuum-sealed ref

See how looped channels with multiple vacuum ports reduce evacuation time in vacuum-insulated a

Heat and vacuum dry and degas filler insulation before loading, cutting vacuum pumping time and improving refrigeration efficiency.

See how pre-deformed cover members collapse inwardly under vacuum pressure to maintain planar c

See how a plastic isolator with drainage gaps separates dissimilar metals in HVAC condensers to

See how a sealing member and homogeneous welding reduce penetrated portions in vacuum adiabatic

See how vacuum-space insulation with corrugated metal connection pipes reduces refrigerator siz

See how a vacuum adiabatic body uses bars with support protrusions to hold radiation resistance

See how a porous substance package maintains vacuum stability and reduces heat transfer in refr

A two-part annular passage clamps the wall and elastically locks the conduit to improve sealing, rigidity, and foam-safe positioning.

See how a vacuum adiabatic mullion routes cool air to a door-mounted ice maker, reducing heat l

See how a cover assembly with inner and outer resin layers protects thin conductive resistance

See how a concave-groove sealing frame with conductive resistance sheet maintains vacuum state

See how segmented support plates with conductive resistance sheets maintain vacuum stability an

See how pre-insulated liquid and gas pipes are brazed and fixed in the factory to reduce air co

See how sheet protrusions and low-outgassing support materials maintain vacuum intervals withou

Stepped reinforcing regions guide air evacuation and limit panel deformation in vacuum insulated refrigerator cavities for stable thermal performance.

See how a vacuum space between inner and outer cases with a corrugated bellows connection pipe

See how segmented thin-walled connection pipes split supercritical refrigerant flow to reduce d

An evacuated corrugated sleeve insulates a heat gun outlet while keeping attachment features outside the sealed space to reduce user burn risk.

See how a structured cardboard or plastic core evacuated in flexible film replaces porous fille

Overmolding joins the wrapper and liner through a thermal break that preserves a hermetic vacuum cavity while limiting heat transfer.

See how segmented vacuum chambers with intermediate case support maintain stable vacuum state a

See how merging AC, DC, and signal lines into a single bundled cable reduces vacuum-body penetr

See how a vacuum adiabatic body with conductive resistance sheets reduces heat transfer while i

See how supplementary energy storage elements maintain target temperature during extended trans

See how a reinforced vacuum adiabatic body integrates a drain pipe through a non-reinforced zon

See how porous tubing and integrated stiffeners reduce vacuum evacuation time from 24 hours to

See how pre-deformed cover members with controlled geometry maintain planar configuration under

See how a modular vacuum panel with conductive resistance sheets at contact portions reduces he

A super absorbent polymer layer between aerogel blankets captures moisture, swells into a barrier, and preserves low thermal conductivity.

A thermally expanding sleeve boosts clamping force at leak conditions, improving hydrogen pipe sealing while cutting line length, mass, and upkeep.

An indirect-path vacuum insulation structure cuts heat loss in IR-heated smokeable material chambers, improving battery efficiency.

An axial-annular-axial fiber layout boosts hoop and axial load capacity in hollow insulating tubes while shortening resin curing and pultrusion cycles.

A graphene sleeve heats oilfield gathering pipelines with far infrared radiation while preserving temperature and cutting energy waste.

Flexible fibrous liners paired with hydrophobic barrier layers preserve cold-chain insulation, prevent leaks, and cut storage space.

Removable seam-defined strips let one foam pipe insulator fit multiple pipe diameters, cutting shelf space, inventory complexity, and shipping needs.

A concentric liquid-gas pipe layout captures evaporated LNG through a buffer member, limiting boil-off losses and pressure rise.

Hydrated inorganic PCM in open-cell foam absorbs heat while preserving strength, enabling fire-resistant insulation for battery containers and vehicles.

Combining internal and external heaters speeds frozen-fluid liquefaction while cutting energy use, heating time, and wire count.

Cyclic hot air in an airbag wrap heats pipelines without surface electric boards, improving safety, maintenance, and insulation efficiency.

Porous plates and thicker supports keep a vacuum insulation panel flat under pressure while lowering thermal conductivity and wall load.

Controlled-volatility auxiliaries and hydrated silica let this water-based coating dry at high temperature without pinholes, blisters, or adhesion loss.

A dual-binder aerogel coating uses solubility contrast to build stronger, more adhesive insulating films directly on complex surfaces.

Standardized insulation blocks match fitting profiles to cut custom conduit heater insulation cost while maintaining heat retention.

Preformed fibrous mats are spiral wound and heat-fixed to make pipe insulation with variable through-thickness properties while avoiding on-site glass melting.

A coaxial inner-outer connector with a flexible bellows preserves vacuum insulation in cryogenic lines while absorbing vibration and torsion.

A compression-formed monolithic organic aerogel balances flexibility, compressive strength, and very low thermal conductivity for durable insulation sheets.

A convex conical sealing frustum creates line contact that improves high-pressure fluid sealing while lowering seating torque.

Temporary casing-mounted spacers keep inner and outer pipes concentric during foaming, then are removed to avoid thermal bridges and easier fitting.

Bundled reinforcing and insulating elements fill the PiP annulus to cut heat loss, resist radial compression, and enable continuous winding.

A tapered continuous opening lets the hollow profile snap onto pipes with low force, simplifying installation while preserving insulation and protection.

Discrete fiberglass sheets are spiral wound on a mandrel to form pipe insulation faster while improving flexibility and appearance.

A plasma-cleaned adhesive and polyamide coating blocks formicary corrosion in copper AC conduits while supporting continuous production.

A hydrogel barrier with reinforcing filler absorbs heat and stays dimensionally stable to block thermal runaway propagation between battery cells.

Integrated housing and insulating half shells speed pipeline coupling insulation while maintaining temperature control and avoiding lost parts.

Integrated electric heaters replace gas torches to uniformly heat a field joint mold, improving curing control and eliminating fire hazards.

A plasma-cleaned adhesive and polyamide coating shields copper air-conditioning conduits from formicary corrosion and coolant loss.

An inorganic-bonded nano-silica insulation board preserves core porosity to maintain thermal insulation and extend service life.

Convolutely wound sheet metal tubes combine layered materials and integrated couplings to cut pipe weight while maintaining strength and dimensional control.

Welded polyamide fabric and elastic strips let a long aircraft air hose store compactly, stay airtight, and resist kinking in use.

A laminate inner hose, glass wool insulation, and foam socket strip keep heat pump air connections dry, vapor-tight, and quieter.

Crimped cellulose acetate staple fibers bonded into nonwoven batting deliver down-like warmth with soft feel, biodegradability, and no animal input.

Elastic collapse and welded thermoplastic seams let this aircraft air hose store compactly while preserving airtight delivery and durability.

Bimodal pores in a fiber-reinforced polymer aerogel enable simple air drying while preserving strength, flexibility, and low thermal conductivity.

Liquefied gas expands into an outer chamber and vaporizes to passively cool the inner pipe, cutting external cooling energy and cost.

A three-layer polyamide tube resists transmission oil and glycol coolant while lowering material cost and maintaining barrier performance.

APAO adhesive seals joints between cellular glass insulation segments at cryogenic temperatures without the flammability and health issues of asphalt.

A low-thermal-conductive layer blocks metal-pattern heat and separates adjacent organic films to prevent leakage and color mixing.

A low thermal conductive layer blocks Joule heat from the metal pattern, isolating organic films without damaging light-emitting layers.

A layered unbonded composite riser cuts weight and corrosion while maintaining wear, pressure, and fatigue resistance for deep-sea mining.

A gas-barrier resin edge seal replaces vacuum-chamber welding, improving panel manufacturability while preserving insulation and limiting plate deformation.

A shrouded outer pipe with an access hatch exposes the inner joint for inspection and repair while preserving containment and support.

A gas-barrier resin joins metal panel edges at lower temperature than vacuum-chamber welding, reducing cost while preserving insulation and durability.

Slow silica-sol injection into rotating aluminum silicate fiber felt improves impregnation uniformity, strength, and continuous production.

Two pivoting face plates and a sleeve membrane seal HVAC line sets at odd angles, reducing air leakage while keeping service access.

A catalyst composition with a hydrophobizing agent removes separate wet aging and surface modification steps in silica aerogel blanket production.

A norbornene composite with water-insoluble fillers improves subsea insulation strength, adhesion, and resistance to water uptake.

A bypass fluid creates thermal contrast for infrared detection of hidden moisture under pipe insulation, speeding CUI inspection.

Spaced depressions in foam duct board enable curved duct forming without tearing facing layers, improving insulation continuity and reducing thermal loss.