Transformers/Inductances Cooling TRIZ Cases

Relocating the sealing function to an external flexible gas bag eliminates internal diaphragms, simplifying maintenance and preventing moisture contamination.

Diaphragms direct series airflow through inner ducts to resolve inhomogeneous cooling distribution.

A breather device uses capacitive electric arrangements to measure equivalent capacitance of moisture-absorbing substances within tanks.

Strategic columnar spacer positioning at black matrix intersections suppresses light leakage and maintains uniform cell gap for enhanced display contrast.

Protruding pipes on a vehicle transformer intercept running wind to cool coolant, addressing low utilization efficiency of natural airflow for heat dissipation.

A rolled inductor uses a solid pottant substrate layer to conduct heat from windings to the casing.

Segmented laminated silicon steel shields absorb leaked flux, reducing eddy current loss while minimizing shield weight and material cost.

Segmented yoke structure dissipates heat from electromagnetic coils in nuclear reactor control rod mechanisms.

Segmented clamping pieces displace within insertion sections to compensate for assembly tolerances in high-voltage shielding tube connections.

Magnetic coupling transmits flow detection across a wall to isolate switches from oil, reducing manufacturing costs.

A water-resistant coating on an absorbent element dissolves in insulating fluid, preventing premature moisture uptake and extending equipment life.

A tether arm deployment system maneuvers an inspection vehicle within a liquid-filled housing.