Braided Wire Conductors TRIZ Cases
- Vacuum-Contact Wire Harness for Lower Thermal Resistance
Lowering tube pressure brings the harness sheath into close contact with wires, cutting air insulation and improving heat dissipation.
- Conductive Mesh Layout to Reduce Moiré in Display Antennas
Segmented dummy lines and tuned separation widths improve display antenna transmittance while reducing moiré and signal interference.
- Radiating Coaxial Cable With High-Silica Spacer for Fire Survivability
High-silica fiberglass yarn maintains conductor spacing and RF transmission in radiating coaxial cable during 1010°C fire exposure.
- Wire Harness Shielding Layout for Stable Electrical Contact
Varying insulating filament spacing lets a fixing member press conductive filaments firmly, improving wire harness shield connection stability.
- Synthetic Headline Sonar Cable for High-Tension Signal Integrity
A slack conductor inside a synthetic strength-member cable withstands surging tension while reducing weight, EMI, and handling damage.
- Spring-Expanded Wire Braid Connector for Battery Module Spacing
A spring-expanded wire braid connector absorbs battery module spacing changes while maintaining wire contact to reduce stress, overheating, and arcing.
- Hybrid Rigid-Flexible HV Harness Assembly for Easier Vehicle Mounting
A mixed rigid-flexible high-voltage harness cuts vehicle mounting difficulty while reducing vibration noise, joint damage, and cost.
- Internally Sprung Shunt Structure for Fatigue-Resistant Charging Contacts
A spring steel insert guides shunt bending in charging contacts, reducing fatigue wear and preserving electrical continuity.
- Branched Electrical Conductor Structure for Vibration and Heat Dissipation
Spatially separated conductor branches with rounded monolithic joints improve vibration damping, cooling, and thermal expansion tolerance.
- Hybrid Flex Microcoax Interconnect for Long-Distance Signal Integrity
Microcoax cables embedded in a hybrid flex board extend high-speed links inside devices while reducing EMI and easing assembly.
- Fused-Flexible Busbar Structure for Vibration-Tolerant Routing
Partially fused and unfused conductor sections let a busbar bend for installation while keeping stiff load paths for lower cost and better durability.
- Interdigitated Knit Seat Heaters for Uniform Zoned Heating
Interdigitated electrodes and co-knit active yarns spread current evenly across seat zones, enabling uniform custom heat shapes without higher voltage.
- 3D-Printed Core Wire Insulation for Stable High-Frequency Signals
A 3D-printed semi-insulating layer raises air content uniformly, enabling smaller cables with stable high-frequency signal transmission.
- Segmented Busbar Structure for Vibration-Tolerant Power Routing
Fused and unfused busbar segments combine bend retention with flexibility to absorb vibration, heat, and moisture stress.
- Fabric Force Sensor Layout for Wearable Accuracy and Flexibility
A mesh electrode layout on a compressible substrate improves wearable force sensing accuracy while preserving flexibility and comfort.
- Spring-Loaded Wire Mesh Battery Module Connector for Tolerance Gaps
Spring elements inside a wire mesh connector keep wires tight across battery module spacing changes, reducing stress, gaps, and overheating.
- Braided Wire Ground Structure Eliminating Shield Shell
Direct braid-to-case connection removes shield shell parts, eliminating assembly gaps and boosting electromagnetic shielding reliability.