Fluid Heaters TRIZ Cases

Applying pressure during microchip sample heating suppresses solvent vaporization, preserves enzyme activity, and keeps discharge stable.

Directly joining the heat exchanger and fluid reservoir cuts piping, leakage risk, assembly time, and indoor installation size.

By estimating a user's return time from mobile location and transport data, the controller cuts unnecessary heating or cooling while keeping rooms comfortable.

A CHP plant boosts heating in cold weather by bypassing or compressing the working medium, avoiding a separate peak load boiler.

Valve-controlled heating and cooling fluid paths speed device temperature cycling while avoiding wasteful simultaneous heating and cooling.

A side-mounted thermoconvector uses slotted adjustable fixing and a two-part housing to heat the room without blocking airflow or spoiling radiator aesthetics.

A mechanical relay plus PWM-driven solid-state relay increases heating levels while keeping heating element control compact and cost-effective.

Light relay optics pass through small membrane penetrations between steam tubes, enabling precise boiler combustion monitoring without tube reconfiguration.

Integrated blowoff paths and guide vanes direct conditioned air into corners, improving temperature uniformity with fewer parts.

Three fast-coupled sub-assemblies reorganize boiler hydraulics to cut size, connections, and cost while improving installation reliability.

A desuperheater and buffer tank raise heat transfer medium temperature while cutting compressor power use and increasing stored thermal energy.

A thermally actuated bypass valve and heat dissipater prevent solar collector overheating without grid power while preserving heat collection.

EDM pilot holes and wire shaping create long, closely spaced cooling passages with precise geometry for repairable aero heat exchanger structures.

A supercritical working-fluid loop with vessel-based mass control recovers low-temperature waste heat and expands usable thermal sources.

Hydroxyapatite-coated photocatalyst layers help radiant heating panels purify indoor air under visible light while resisting support degradation.

Variable blower capacity and flow valves recover cooling heat for water heating while preventing refrigerant stagnation.

A two-region fin layout cuts frost at the air inlet of a microchannel evaporator, reducing defrost cycles while maintaining airflow and cooling.

A pressurized siphon uses fluid kinetic energy and a mixing chamber to lift and flush sludge from water heaters without electrical power.

A multilayer high-emissivity coating helps sauna heating elements radiate heat efficiently while maintaining safe, non-toxic surface performance.

A heat pump links cooling and heating treatment zones to reuse process heat, cut energy demand, and improve temperature control.

A fan-controlled air-water heat exchanger captures stove heat for sealed central heating while avoiding complex gravity-fed back boiler circuits.

A vibrating toner catching member intercepts drops near the developing roller to suppress deposition and image failures at high processing speeds.

A single elastic baffle element seals radiator overflow openings, prevents hydraulic short circuits, and enables flexible flow and return connections.

A switchable refrigerant circuit dehumidifies sealed-home air and heats potable water to cut energy use and manage moisture.

A single-block mixer-diverter valve fits inside the gas boiler casing, simplifying solar hot-water installation while reducing bulk and visual clutter.

Top and bottom conduit openings recirculate tank water to reduce thermal stratification, improve first-hour delivery, and limit sediment buildup.

A wax-actuated valve restricts initial hot-water flow until target temperature is reached, cutting warm-up time and reducing water and energy waste.

Automatic thermoregulation switching lets shared hot-water and air-conditioning loads run correctly without manual four-way valve changes.

A mass control tank and heat exchanger regulate working fluid pressure and circulation, improving low-temperature heat-to-power efficiency.

A partition wall blocks inlet water spray from reaching the outlet, so the laundry drum receives steam instead of hot water.

Hot-melt resin in a reinforcing sleeve fills gaps around a fusion splice, improving optical connector reliability without dedicated equipment.

A contactor, thermostats, and a thermal fuse let photovoltaic DC heat boiler water safely alongside AC backup power.

Multiple adjacent tubing tracks with shaped partitions and fins improve radiant heat transfer, fit different tube sizes, and support counter-flow layouts.

Integrating filter, bypass, shut-off, balancing, and temperature sensing into one valve cuts hydraulic assembly complexity and size.

An insulating film on exposed PTC rod terminals prevents grounding-related short circuits and keeps vehicle preheaters stable at high voltage.

A top-to-bottom gas cooler wrapped around the tank uses water stratification to improve COP in transcritical CO2 water heaters.

A reinforced bracket extending between the cover and tank supports compressor weight and resists shipping impact in heat pump water heaters.

Wire EDM shapes pilot holes into small, long cooling passages near heated surfaces, enabling compact aero heat exchangers with better heat transfer.

A CO2 working-fluid cycle with recuperation and mass control turns low-temperature, small-flow waste heat into mechanical power.

Multiple recess and bore pairs let one wall bracket fit different water heater suspension layouts for easier, lower-cost replacement.

A dual-use dispensing valve opens at excess pressure to vent boiling water safely, avoid lime-scale jamming, and keep steam out of the sink cupboard.

Closely spaced wall-through contacts detect liquid or frozen reducing agent in vehicle tanks, improving reserve level accuracy at low temperatures.

A snap-in underside plug lets heater mains and controller cables be connected from the front, cutting installation time in tight spaces.

Ultrasonic welding joins radiator parts with localized vibration, cutting energy use and thermal distortion while preserving weld strength.

A porous conductive cathode draws in oxygen from air to suppress hydrogen generation while preventing scale buildup on water-heater heat paths.

An integrated seal on the electrode holding strip prevents bulging, maintains even contact pressure, and stops gas leaks in boilers.

A separate radiator condenses heat carrier vapor to prevent solar circuit overheating while the covered station maintains burn protection.

By switching evaporator and condenser returns with ambient conditions, this heat pump cuts power use while maintaining cooling and heat transfer.