Pipe Heating/Cooling TRIZ Cases

See how winding a high-conductivity heat transfer foil with an electric heating element onto a

See how a heat transfer film with high thermal conductivity and integrated heating medium preve

See how a self-regulating heating element uses resistance-based temperature control to eliminat

See how a helical passage design improves fluid heating efficiency and reduces heater size in s

See how a continuous heating wire wraps both the media line and connectors, eliminating connect

See how proximity portions at pipe ends and segmented heat transfer blocks reduce heat dissipat

See how a flexible heating and cooling device deforms to fit container walls, maintaining tempe

See how a carbon fiber heating layer with conductive circuit zones and insulating zones enables

See how pressure compensation balances internal and external pressure in subsea switchgear, red

See how a flexible heating and cooling device deforms to fit container walls, enabling precise

A regeneration heat exchanger reuses exhaust-air heat in a closed-loop condenser dryer to cut energy use while shortening drying cycles.

Embossed protrusions and cutouts guide airflow, hold defined gaps, and improve counter-flow heat exchange for stronger dehumidification.

Segmented carbon nanotube heaters on refrigerant pipes spread heat evenly, reducing localized boiling, size, and manufacturing cost.

Balances three-phase transformer loading for subsea pipeline heating using on-load tap changers, capacitors, and an inductor.

A continuous heating wire wraps both pipe and connector to cut joints, lower production effort, and improve vibration-resistant heating reliability.

Crimped heating conductors are routed through the hose junction to heat branch connections continuously and prevent urea freezing.

A semiconductive hose wall provides resistive heating to keep urea or hydraulic fluids flowing in cold conditions without separate heating wires.

Crimp-routed hose heating conductors warm the junction piece and plug connections to prevent urea-solution freezing without extra wiring.

A heated steam conduit and non-heating diffusion chamber prevent condensate spitting while keeping outlet steam suitable for fabric humidification.

Plural conductors are embedded at two radial levels in smooth-bore tubing to disperse heating, improve signal clarity, and keep a crevice-free surface.