Insulated Cables TRIZ Cases

A slidable engaging member attaches to wire routing materials via binding members, allowing longitudinal movement during assembly.

Hydrogenated resin adhesives maintain insulation integrity during high-temperature exposure.

A gas-permeable outer casing dissipates fire gases while maintaining insulation integrity, simplifying assembly compared to complex multilayer coatings.

A vehicle floor restrictor positions wire harness crossover portions below connectors, preventing water ingress from reaching the connector interface.

Intermediate support bodies in a gas insulated bushing hold the conductor to limit static deflection caused by gravity and mass.

A cable connecting structure uses a low-melting heat dissipation material between rubber tubes and a steel pipe to manage thermal loads.

Segmenting the harness into foldable and rigid portions preserves routing path precision while reducing transportation volume.

Conductive threads in fabric cover detect touch input through capacitance changes to prevent false positives from accidental contact.

Adjustable couplers on a shared riser cable modify coupling factors to reduce interference between remote antenna nodes without adding physical infrastructure.

Integral vertical ducting enclosures route cables through shared equipment racks, resolving disorganization and complexity in cable management.

A slotted core uses a polymeric matrix with inorganic fillers to delay flame propagation.

Holes and groove lines in the insulation layer disperse bonding stress to prevent pad cracks during anisotropic conductive film assembly.

Polypropylene and thermoplastic elastomer blend with intumescent hybrid polyphosphate flame retardant system resolves heat deformation resistance trade-offs.

Segmented protective tubes isolate individual wires to maximize surface area for thermal emission.

Oxidative copolymerization of monohydric phenol and hydroxyaryl-terminated polysiloxane creates a block copolymer that balances stiffness and flame retardancy.

Segmented insertion groove allows orthogonal fastener alignment, resolving installation direction restrictions while maintaining structural simplicity.

Segmented foam insulation and shielding isolate conductors from water swellable tape, preventing dielectric changes that degrade data transmission quality.

Polar-modified terpolymers combined with metal carbonate fillers improve flame retardancy without harmful gas emissions.

Aluminum or carbon fiber conductors replace copper to increase umbilical strength while reducing weight.

A communication cable separator uses shaped terminal ends to create enclosed air pockets between twisted wire pairs.

An ethylene-acrylate-maleic anhydride terpolymer couples flame retardant additives to the polymer matrix, preserving stress at break under high humidity.

A scored longitudinal tape separator reduces crosstalk by providing spacing between twisted pairs, resolving inflexibility and bulk issues.

Sprayable fiber suspension replaces manual taping to automate cable harness production, eliminating complex molds and reducing labor costs.

Cut and raised partitioning portions restrict wire positions on a supporting plate, preventing central bulging during flat arrangement.

A cable separator uses longitudinally spaced projections to isolate twisted pairs and minimize material consumption.

A hinged cable cuff uses flex retention sections to grip conductors, eliminating the need for multiple specialized sizes.

Ethylene-based polymer crosslinking with polyalkylene glycol and stabilizers resolves antagonism between heat aging resistance and water-tree reliability.

Thermal stretching fuses synthetic fiber ropes with conductors, absorbing compression forces to prevent tearing during tensile loads.

An indication material within a cable sheath reacts with oxygen upon breach, swelling or escaping to reveal hidden damage and improve safety.

Continuous laminated shielding reduces cable weight and manufacturing complexity while maintaining electromagnetic protection for Category 8 standards.