Insulated Cables TRIZ Cases

An azine-based diamine blend improves polyimide wire-coating adhesion while preserving heat resistance, insulation, and mechanical strength.

A grounded drain wire and conductive ETFE sheath provide flexible EMI shielding, lower crosstalk, and reduce whiskering in cord reel cables.

Identifier tags on harness sections and chassis receptacles guide unfolding and placement, cutting vehicle wire harness installation time.

Thermally deformed resin fills the connector cavity to block water ingress without a rubber plug while reducing stress on the wire.

Texture patterns on cable surfaces let technicians identify cable use by touch when color coding is inaccessible or visually obstructed.

Synchronized horizontal motion of the twisting unit and holder compensates wire shortening, improves force balance, and stabilizes twisting.

Controlled fluoropolymer flow and composition enable thick-wall pipe joints with smooth core extraction, low defects, and high-pressure heat resistance.

Modular harness housings, universal connectors, and adapters speed aftermarket rewiring while reducing custom wiring labor and skill needs.

A bent sheet waterproof member seals connector housing edges and wires while reducing cover size and improving water drainage.

A close-contact sheath stabilizes target and detection wire positions, enabling uniform impedance-based break precursor detection along the cable.

Ultrasonic welding joins bushing conductive elements without flux or bulk heating, lowering impedance and helping prevent partial discharge.

Solid-state diffusion bonds subsea cable water barrier layers into consistent, water-tight joints while reducing lead waste, labor, and safety risks.

A built-in tape cutting wire lets the harness covering be opened by pulling an end, avoiding heating devices and speeding recycling disassembly.

A lock member and band fix the wire to a curved protector through a simple locking step, improving harness assembly and automation.

Heat-released metal ions enable rapid polymer crosslinking with strong storage stability, improving adhesion and corrosion resistance on metal parts.

A coolant tube inside the covered wire improves conductor heat dissipation, enabling higher allowable current without losing flexibility.

A magnetic attraction layer lets the cable self-bundle for neater storage while the protective layer helps reduce wear, pulling, and damage.

A braided shield arranged in opposite and aligned sections lets a wire harness connector be assembled with one fold while avoiding galvanic corrosion.

Surface unevenness on the protective member concentrates welding heat, strengthening wire harness attachment to vehicle fixing points.

An arc-shaped exterior member and filling insert secure a wire harness without tape winding, cutting skill-dependent work and material use.

A pliable band wraps the route regulator to stop attachment-site rattling, reduce vibration damage, and keep wire harness routing stable.

Ribs and a fixing member stiffen the path restrictor, keeping the wire harness on route and reducing deviation during use.

A detachable second holder lets one wire harness fixture adapt to optional vehicle wiring changes without a fully fixed layout.

A dual lock with resilient fingers and a movable locking member secures the cable end in a measurement sensor and prevents inadvertent withdrawal.

A dual lock with resilient fingers and a movable locking member secures the cable end in a measurement sensor while allowing easy insertion.

Controlled ceiling discharge targets fixed sprinkler arrays to quench fires in high-piled exposed plastics without in-rack sprinklers.

An integrated resin shell and impact-damping portion cuts wire harness parts count, simplifies assembly, and lowers manufacturing cost.

A multilayer signal line structure in the bending area delays corrosion and disconnection, helping flexible displays resist micro cracks.

A compatibilized polyolefin HFFR composition maintains flexibility and mechanical strength at high filler loading for crack-resistant cable jackets.

Spiral conductive tape winding with a separated adhesive layer keeps contact under bending and preserves magnetic field cancellation.

Insertion guide marks and a restricting wall help a wire harness path restrictor reach proper depth, improving attachment reliability and assembly.

An asymmetric clamp engagement stops path regulator rotation, preventing tube exposure and improving wire harness durability.

An elastically deformable anchor lets a molded wire harness snap into a fixing recess for easier vehicle routing and secure positioning.

A phosphonium-salt-accelerated curable composition enables low-temperature curing in oxygen while improving solvent solubility and workability.

Controlled sleeve slopes and thermal-expansion-matched insulation shrink cable joint size while preventing cracking in mixed cable connections.

A mesh-pattern conductor and composite sheath improve cable harness bend resistance while maintaining electrical conduction and fire resistance.

An elliptic grading ring lowers electric stress in high-voltage wall bushings, enabling compact layouts and stable seismic performance.

An integrated dual-tube routing member guides low-voltage wires under the vehicle floor to save space, cut electromagnetic noise, and protect the harness.

An outer ground conductor aligned with the cable axis maintains continuous armor contact, improving backup grounding reliability.

Alternating bellows regions enable three-point joining of wire harness exterior materials, cutting fixing steps, parts, and deformation.

Split sleeve hemispheres, gaskets, clamps, and drain holes block cable-borne water from entering ground-level equipment cabinets.

A shear-thinning grease with oxygen scavengers shields zinc-armored wireline cable from borehole fluids, extending cable life and flexibility.

Successive ring-shaped bindings along the harness speed automated bundling while connected adjacent rings resist shifting and binding force loss.

By moving the tape set by tape spacing plus lapping width, this wire harness winding approach keeps overlap consistent while improving throughput.

Pre-sizing the cable inclusion before tensioned twisting preserves roundness, improves sheath thickness uniformity, and prevents wrinkles.

Oblique tape winding increases movement per turn while meeting wire harness pitch requirements and reducing wrinkles.

A movable protector adjusts exposed wire sections side by side, improving connector fitting when bus bar and connector positions vary.

A synchronized forming cycle shapes integral parts on extruded casing while controlling pressure, mold separation, and precision at high speed.