Two-layer insulation resolves the trade-off between flame retardance and mechanical properties by segregating metal hydroxide in the inner layer.
Flexible shielding connectors attach to the outer circumferential surface of a metal tube in a wire harness assembly.
A fire-retarding cable conduit uses intumescent foam to shield electrical lines during aircraft fires.
Replacing uneven resin distribution with liquefied metal that alloys with wire strands creates a compact, reliable seal without bulky capping elements.
Varying conduit tube dimensions mitigate alien crosstalk while polymer blends reduce flame spread and smoke generation.
Standardizing holding portion diameters eliminates multiple metal molds, reducing device complexity while maintaining manufacturing precision.
A wire harness uses a segmented braided resin cover to transfer heat from internal conductors to the external environment.
A transmission cable uses a composite insulation layer of adhered polyimide and foamed PTFE wrap layers to maintain structural integrity.
Reinstated shield assembly uses a compressible member to maintain impedance continuity in high-frequency communications connectors.
Segmented resin protective member employs thinner fixing strips to prevent loosening at wire harness branching points while maintaining abrasion resistance.
A heat pipe transports heat from a power semiconductor to a motor cooling air flow, resolving insufficient dissipation in high-power electric tools.
Point-symmetric electrical wire arrangement within a rubber plug seal distributes pressure evenly, preventing liquid intrusion caused by uneven sealing forces.