Insulated Cables TRIZ Cases

A cable incorporating a water-insoluble indicating element that irreversibly discolours upon prolonged water contact to signal core infiltration.

Segmenting wiring routes into preliminary conductors reduces processing time while maintaining ease of wire arrangement.

Thin polymeric tape isolates cable conductor groups, reducing overall thickness compared to extruded insulation methods.

Vacuum compacts flowable stress grading material inside a tubular cover to control electrical stress on power cables.

Curved rib corners distribute stress to prevent damage while inclined sidewalls enhance regulating force against excessive bending.

Ceramic spacer layers and metallic shielding protect temperature sensor cables in aircraft wheel brakes.

Photo-stabilizers in silver nanowire optical stacks prevent photochemical oxidation, limiting sheet resistance drift under accelerated light exposure.

Titanium dioxide acts as a synergist with phosphorus compounds to maintain mechanical strength while improving flame retardancy in wire and cable materials.

A polyamide-imide insulating coating material uses surface-treated inorganic particles to impart pseudoplasticity.

Lozenge-shaped unit electrodes arranged in columns produce linear capacitance changes, resolving non-linear detection errors in touch position tracking.

A composite cable shield uses copper and iron wires to block electric and magnetic interference, resolving signal-to-power crosstalk.

Injection molding positions resin external parts on electric wires to eliminate manual adjustment and reduce wiring harness fabrication time.

Fluorescent cable sheath markings reveal unique patterns under ultraviolet light for rapid component location.

A wire harness seal uses a thin covering portion to maintain water-tight integrity against connector heat.