Lighting And Heating Apparatus TRIZ Cases

See how externally accessible thermal storage accommodations allow ice pack management without

See how a heat-conductive sealing member transfers door heat to the partition wall, preventing

See how a volume damper insert replaces wing nuts with a set screw and mounting bracket to prev

See how a guide panel with suck-in flow path redirects discharged air to reduce perceptible win

See how electromagnetic coils form controlled magnetic fields to suppress ice crystal growth, r

See how a nested elevation structure inside a drawer-type refrigerator door hides connection co

See how buried pipes exchange heat with stable earth temperatures to pre-condition ventilation

See how a composite door frame combines metal outer surfaces for aesthetics with resin inner st

See how a segmented three-chamber cooler with sealed lids and dedicated user access minimizes h

See how interlocking foam seal modules and a pivoting mount frame simplify installation and enh

See how a cover component conceals the metal stopper and reduces door thickness to prevent forw

See how a locking assembly automatically returns a tucked storage drawer lid to shut position w

See how priority rotation between multifunctional and single-function heat source units balance

See how dual tray assemblies with localized heating and a pusher mechanism produce uniform tran

See how spring-based auto-closing and damping devices reduce impact and prevent micro-opening i

See how a safety rope system with buckle connectors secures outdoor units to fixed positions, r

See how phase-change materials in removable containers maintain beverage temperatures from -30°

See how a grounded connector discharges electromagnetic interference from a transparent door di

See how a refrigerator door integrates transparent panel and independent displays with wire gui

See how a common-axis hinge assembly uses separate stops to limit outer door rotation while all

See how secondary cryogenic reservoirs cool the pick-and-place head to reduce specimen containe

See how counterbalance and scissor lift mechanisms enable height-adjustable outdoor unit mounti

See how dynamic frost detection cycles use temperature-difference logic to minimize unnecessary

See how a track-mounted direct drive fan assembly eliminates intermediate couplings to reduce p

See how multiple prestressing elements maintain sealing contact and limit displacement during f

See how progressive duty cycle variation transitions a switchable current path between conducti

See how external heating cable placement prevents freezing in condensate drains while simplifyi

See how a lifting wall attachment with elongated slide and tilting beam enables manual ventilat

See how a tertiary amine catalyst and polyol blend stabilize HCFO blowing agents to prevent dec

See how curved flow guides positioned across an elongated discharge port distribute clean air e

See how routing the discharge pipe through a water reservoir uses refrigerant heat to evaporate

See how a motor-driven cover plate shields a handle groove when closed, maintaining door flatne

See how active electronic cooling with solenoid valves and real-time feedback replaces ice pack

See how weight detectors and communication modules replace visual estimation to accurately dete

See how an adjustable mounting element in a multi-joint hinge compensates for door lowering and

See how phase-change materials and vacuum insulation maintain food temperature during delivery

See how rotating an ice making tray in controlled directions distributes water uniformly across

See how a door-coupled pivoting camera adjusts orientation automatically to monitor both thresh

See how a hidden vent between the gasket and skirt allows air intake during pouring while preve

See how a robotic fan uses wireless GPS tracking and dynamic altitude-azimuth adjustment to dir

See how a motor-driven hinge opens refrigerator doors automatically to solve camera focus probl

See how real-time valve position and temperature data drive dynamic pump speed adjustment to re

See how a hook element engaging a cut-out on a holding element enables immediate damper reactiv

See how a nested heat transfer medium compartment thermally insulates combustion ducts while re

See how a motor-controllable latch integrates temperature and door sensors to lock coolers duri

See how vertical heat exchanger orientation eliminates knee walls and pressure drops in dedicat

See how a foldable stand with radial legs elevates portable stoves to prevent heat transfer to

Vacuum insulated panels and passive temperature-control members keep temperature-sensitive materials stable for up to 96 hours without active cooling.

A hygroscopic liquid loop uses a water-vapor-permeable heat exchanger to control indoor humidity and temperature without extra humidifiers or air exchange.

A drain pump with an inlet filter lets an external water tank empty without lifting, while reducing pump blockage from impurities.

Air gaps and layered inner and outer box insulation help keep perishable shipments refrigerated while limiting spoilage during transport.

An insulated sleeve with a tabbed lower cavity stacks two cans securely, keeping drinks cooler and easier to carry without spills.

Using a water curtain plus electrochemical decomposition, this case removes laser smoke faster without HEPA clogging or secondary pollution.

Multiple holographic optical elements expand the eye box in two dimensions while keeping HUD optics compact, bright, and easier to align.

Air is drawn from the void below storage columns and cooled into isolated zones, avoiding movable covers that slow container retrieval.

Embedding a heat-transfer coil inside the wooden wall improves temperature control without obstructing pomace stirring or creating cleaning blind spots.

A chamfered light guide and diffusing elements let one light source create distinct illumination zones and dynamic signal effects at lower cost.

Directional wall conductivity spreads cooling along the container surface while limiting outside heat entry to keep stored contents uniformly cold longer.

A flexible thermoelectric sleeve brings precise heating and cooling inside orthopedic immobilizers while reducing skin damage and device burden.

Segmented inner and outer voids with thermal buffering and insulation extend cryogenic hold time while cushioning sensitive payloads.

Magnetic closure and vacuum insulated panels help soft coolers seal one-handed while limiting air and water leakage and extending ice retention.

A lactone-ring acrylic polymer balances heat resistance, melt flow, and low discoloration for transparent optical components.

Annular spacer bands create insulating pockets in a double-wall container to keep cold drinks colder longer and prevent outer-surface condensation.

Two foaming coatings are dried separately below foaming temperature, then heated to form insulation, waterproofing, and a printable surface.

A water-separator chamber removes droplets before filtration, improving airflow and reducing condensation inside motor vehicle lighting devices.

Interconnected jacket sections attach around a container sidewall to resist slipping, support varied configurations, and preserve lid use.

A thermally insulated case and floor-mounted heating pad work together to keep stored garden hoses warm and usable in cold weather.

A telescoping handle, bail handle, and roller wheels enable one-person movement of heavily loaded insulated containers while supporting compact storage.

An internal partition separates sealed lamp units from an open measurement region, enabling outside-air cooling without sacrificing lamp waterproofing.

A reflective or absorbing portion between the inorganic emitting layer and lens limits external-light scattering for compact vehicle lamps.

Different-resistance heater members selectively warm lens-cover regions, improving moisture removal while limiting excess heat in non-critical areas.

Angled-cut insulator pads fit between folded box walls, providing food-delivery insulation while replacing polystyrene with recyclable, compostable construction.

Rigid coaxial ring sections, guided by tabs, grooves, and ridges, let the container collapse while preserving thermal insulation and adjustable height.

Plungers and guide grooves let the cap lid slide, lock, detach, and clean separately without elastic click portions.

Spurious light rays can create uneven taillight illumination; this case uses a light guide to spread LED output uniformly across the front half-shell.

Main and sub-blades redirect cooled or heated air at adjustable angles, improving occupant comfort without reducing air volume.

Grid cuts, mesh vents, and negative pressure dry saturated insulation while avoiding full roof membrane removal during leak remediation.

A paper base layer with a temperature-preserving liner helps protect meal kits, while a collapsible tray securely supports the bag.

A removable thermal spacer and cooling section convert a standard cooler into a jockey box without drilling or permanently altering the cooler.

Waste heat from electronic units warms inlet airflow, while a fan ventilates the closed space between wall and furniture to limit moisture and mold.

A rolled plate heat exchanger and frost collector limit cold-plate frosting while mixing and dispensing frozen slurry in a sealed package.

A rotatable vent plug relieves pressure in a sealed insulated container while the multi-part lid preserves temperature stability.

An outer cup and inner gap support create an air gap that insulates hot and cold liquids, limits condensation, and preserves volume.

Adjustable anchor lines hold floating audio devices in moving water while compartments protect phones and speakers from water exposure.

Embossments and an inward sleeve lip secure the insulating outer sleeve without adhesives, simplifying assembly and supporting recycling.

An outward-facing mounting box opening places the display assembly near the main board, shortening wiring and simplifying repair.

In-mold lamination integrates the insulation layer with the inner cup, avoiding wrinkles and assembly instability while improving cold preservation.

Silica particles and a reactive silane-sorbitan product help vehicle lamp lens films resist volatile adhesion while preserving water and moisture resistance.

An inner-and-outer container structure creates an airspace and preserves original beverage packaging while reducing heat transfer.

A movable lock secures PCM units to container walls or the opening, limiting transit movement and stabilizing temperatures.

An absorbent liner positioned beneath the lid ridge captures seam leakage, preventing drips while the sleeve insulates hot paper cups.

Flow-through vents manage airflow while one headlight integrates high and low beams, position lighting, and turn signals for rider comfort.

A hinged lid, segmented latch, gasket, and pressure vent help prevent lid failure, water ingress, and pressure buildup in insulating containers.

An aqueous lithium-bromide formulation uses crystal nucleation and defoaming to stabilize melting temperature during transport and storage.

A molded reflective facet redirects light through the lens, meeting the 80° lateral visibility angle without separate prisms.

A sharply tapered lower shell forms an insulating air gap, reducing material waste while improving cup stacking and grip comfort.

This case shows how rib spacing and an integrated sleeve improve insulation and handling while a hooked tab simplifies lid removal.