Flat/Ribbon Cables TRIZ Cases

A plate-like fixing member keeps flat wiring spread when mounted, preventing bundling that can disrupt power and signal transmission.

Integrated annular signal conductors and a shielding jacket cut cable complexity while preserving high-speed data transfer in vehicles.

A two-zone sheet fixes the wire covering and a different-material cover separately, enabling secure attachment with less added fixation.

An elastic pressing portion lets one attachment structure secure flat harnesses of different widths while maintaining stable panel fixing.

Parallel conductor layout with a binder cord removes cabling, cutting cable manufacturing cost while keeping a uniform shape and easier installation.

Partially fixed protection sheets let flat wiring move against burrs, improving damage resistance without full-surface fixing.

Uniform wire thickness with width-varying cross sections cuts dead space in roof and floor harness routing while keeping the bundle compact.

Persistent magnetic attraction keeps a cable aligned and coiled for storage while preserving the flexibility needed for easy manual uncoiling.

A dual stress-line strain relief protects flexible optical probe interconnections from bending cracks, extending lifetime in scattering-media sensing.

Structured air voids and parallel grooves stabilize ribbon cable impedance, cut skew and delay, and improve crush resistance and conductor density.

Contrast patterns on the wiring body make base-material positions easy to detect, enabling smoother automated vehicle wiring assembly.

Surface-modified PP insulation bonds FFC layers without secondary adhesives, cutting insertion loss and stabilizing impedance.

Different fixing intervals for stiff and flexible wire members reduce fluttering while cutting the number of base-member fixing positions.

Differential damping in a clamping arm restrains elevator traveling cable swing while allowing controlled entry and forced release.

Multiple reels, guide members, and applicators layer conductive and dielectric tapes onto panels to replace bulky vehicle wiring paths.

A shallow wall box taps power from ribbon cables behind plasterboard, avoiding ducts that weaken insulation and fire protection.

A rigid stopper section on the FFC blocks excessive pull during print head removal, keeping the connector attached and maintenance simpler.

Inclined multi-turn wrapping creates double-sided adhesive fixing that keeps ribbon cable groups stable and shields hot melt adhesive from air.

By shifting wire intersections behind the connector, this case cuts harness thickness and arrangement space while preserving routing flexibility.

Layered planar cables with dielectric insulation and embedded shields combine power, signal, and data paths while limiting EMI, crosstalk, and shorts.

Integrated grounding wires and a single-sided insulating film simplify flat cable assembly while improving EMI resistance and signal transmission.

Capacitor-coupled ground and reference lines in an image reader FFC suppress noise and crosstalk while reducing wire count and cable size.

Separated metallic shields on both sides of a plastic-wrapped wire set block interference, cut crosstalk, and keep cable production efficient.

A conductive coating on insulated wires reduces cross-talk, allowing more conductors in a fixed cable diameter without sacrificing flexibility.

Single-layer multi-phase cable conductors minimize skin effect and proximity effects, enhancing current capacity while reducing ohmic losses.

A multilayer stacked flat cable uses localized separation sections and conductive vias to join signal lines across bonded layers.

Segmented signal groups separated by spaced sections improve flat cable flexibility while maintaining noise resistance against electromagnetic interference.

A door wiring module fixes wires to a planar member between the panel and trim.

A line length difference housing case absorbs variations among superposed flat cables to maintain alignment with a moving body.

A flat cable winding device uses a movable guide member and elastic biasing to absorb slack during the winding process.

A wire harness cover and sheet material groove design prevents separation during bending.

A flat exterior wiring harness routes through narrow gaps between electrical members using a fibrous synthetic resin sheet.

Ground connection position inversion aligns induction current with signal flow, reducing noise interference on flat shielded cables.

Double-sided covering films bond to cable groups with segmented spacing portions, protecting exposed hot melt adhesive from environmental failure.

Spring steel strands integrated into a curly-Q cord provide cut resistance and physical security without compromising electrical power delivery.

Variable stiffness sections in the flexible electrical connection prevent mechanical damage and reduce assembly time for sensor modules.

Segmented reinforcement plate on flat cable conductors prevents gold plating liquid ingress at the interface while maintaining sufficient terminal strength.

Segmented via-hole conductors disperse countercurrents in flat cables to maintain low resistance across signal paths.

A flat cable design places fire resistant insulating material between parallel high power current strands to maintain electrical isolation.

Air-containing non-woven fabric insulates conductors in flexible flat cables to control characteristic impedance.