Insulated Cables TRIZ Cases

Protrusions and grooves align housing with support member, eliminating screw hole misalignment during assembly.

Amide bond additives stabilize phenolic antioxidants against discoloration during high-temperature processing of magnesium hydroxide-filled resins.

A carbon nanotube cable uses a non-conductive mesh to protect conductors while allowing simple insulation removal.

A multicore cable sealing structure uses a rubber stopper and holder to maintain consistent pressure on the sheath.

Longitudinal split portions in a tubular pipe allow the wire harness to bend for specific routing, reducing tooling costs from custom molds.

Separating sensor electrodes and lines onto distinct layers reduces electromagnetic interference and dead zones for higher detection accuracy.

A photoelectric composite cable uses a framework with seven radial side bulges to organize power wires, wire pairs, and an optical unit within a single cavity.

Soft polyolefin composition with controlled molecular weight and high inorganic filler loading.

A rotatable cable holder decouples connector mounting torque from the cable body to prevent mechanical damage at the attachment point.

Sheath dielectric loss tangent of 0.001 to 0.1 suppresses mode conversion while preventing signal attenuation.

Alternating conductive strand layers in capacitive cables neutralize inductive reactance and eliminate complex loop formation requirements.

A pulse generator injects signals into branching underground cables to detect water trees via lead-lag analysis.

Holes in the insulating coating shape the electric field between electrodes, concentrating energy in target areas without requiring high voltage.

Irregular conductor stranding eliminates periodic geometry changes that disrupt high frequency transmission properties in automotive cables.

Embedding a flat metal bracket base in a resin molded body prevents stress concentration on core wires during bending while maintaining fixing strength.

Outer coating with controlled storage modulus resolves bending resistance versus flexibility trade-off in vehicle cables.

Stranded metal cables between fiber layers resolve the contradiction between mechanical strength and electrical functionality for automotive safety components.

Integrated coaxial ignition lead eliminates braided sleeves to resolve cooling air flow obstruction and installation complexity while maintaining EMI shielding.

Non-crosslinked polymeric layer with controlled capillary viscosity maintains mechanical integrity at elevated temperatures.

A sheet-shaped nonwoven protective member wraps an electric wire with uniform distribution of heated and softer portions.

Resin sheaths and finishing tape reinforce bare cells, eliminating ultrasonic welding margins to increase core pack capacitance.

Integrated ribs on an inclined annular wall prevent deformation during mounting, reducing pulling force for elliptical vehicle panel holes.

A flexible silicone ring with a rigid metal rod reorients multi-wire electric cables without mechanical stress.

Segmented grommet ribs guide injected material into interstices, creating a sealed volume that prevents movement and contaminant passage.

A cooling body with a large outer surface area dissipates heat from high-voltage electrical conductors.

A high voltage cable integrates a metallic heat conducting layer between the core and cooling pipe to transfer thermal energy efficiently.

Physical indicia on separators enable conductor identification in twisted pair cables, eliminating colorant costs and environmental impact.

Identical modular cable trays link via adjustable connectors to accommodate curves and elevations without cutting or welding.

Overlapping shield windings and asymmetric drain wires eliminate gaps to minimize time skew and power losses.

Modified ethylene polymer enables low-temperature processing of silicon elastomer masterbatch, preventing porosity while reducing installation force.

Phosphorus compound and amide grease formulation anchors to metal surfaces, preventing leakage during heating-cooling cycles.

An insulating protective layer prevents short circuits between folded metal layers, maintaining electromagnetic compatibility.

Curing material with polyether chain transfer agent prevents plasticizer migration from PVC resin while ensuring complete waterproofing in UV-shaded areas.

Nested braided shield conductors restrain horizontal shaking of signal lines in electric brake cables, preventing disconnection during vertical vibration.

Dividing continuous ribs into discrete segments maintains adhesion while suppressing backlash across longer installation surfaces.

High-tensile conductors enable thinner insulation to reduce cable diameter while maintaining 100±10Ω impedance.

A silane crosslinkable polymer composition with controlled melt flow rate enables rapid cable insulation formation.

Flat placement faces and side protrusions stabilize wire harnesses, reducing fastener base size while preventing displacement.

Silicon-phosphorus-nitrogen polymer flame retardant prevents migration and maintains matrix integrity at lower loadings.

Segmented fill yarn bundles in a woven thermal sleeve prevent end fray and kinking while routing cables around corners.

Metal heat conductive member radiates thermal energy from power supply connectors to protect fuse elements.

Pre-bent metallic shield pipes maintain their shape to reduce routing time and minimize fixing members in vehicle wiring.

A vehicle wire holding part uses a bridging element to separate electrical wires into distinct bundles within a receiving space formed by shell elements.

Segmenting audio signals into dedicated low and high frequency cables minimizes propagation velocity differentials that cause temporal distortion.

A terminal-equipped covered electric wire uses a dual-layer resin cover to protect electrical connections.

A metal foil shield member with strategic slits wraps around high-voltage conducting paths to provide flexible electromagnetic protection.

A portable reciprocating compressor uses resilient band valves to resolve mobility constraints while maintaining sufficient airflow for pneumatic tools.

Intermediary protective rings compress onto cable jackets to prevent abrasion from paved surfaces while maintaining high power delivery capability.

An elastic holder prevents longitudinal housing displacement during vibration, maintaining water tightness in vehicle wiring.

Self-adhesive sheet winding bundles cables efficiently, eliminating cutting and manual application steps.