Line/Current Collector Details TRIZ Cases

Integral rib-based guide rods constrain die halves for precise alignment, resolving trade-offs between assembly complexity and mechanical strength.

Varying cable lengths between protectors allows rigid high-voltage wires to bend along complex vehicle frames, reducing bulkiness during storage and transfer.

Circular wire arrangement maintains equal spacing to reduce skin effect and distortion, improving signal fidelity in high-fidelity audio systems.

A branching circuit body joins shield tubes to branch electric wires without power distribution modules.

Welding adjacent protrusions fixes the protection member angle, reducing component count and wire length.

Segmented electrode arrays improve reliability by reducing lead breakage and unwanted neural tissue stimulation.

Row-column decoders test TFT arrays while severable fuses isolate defects, reducing wiring complexity.

A wire overmold device uses a carrier body and wire cap to securely enclose and position wires during the molding process.

Vertical electrode branches boost capacitance density while preventing unintended conductivity during PCB lamination.

A portable clinching tool with rotating jaws applies radial punches to connection sleeves.

Segmented filler materials balance seal integrity and flexibility, resolving chemical resistance trade-offs in harsh environments.

A ground member uses conductive filler particles containing low-melting-point metal to connect to a shielding layer.

Spacing devices isolate grommet sections to enable automated cutting without damaging cables.

Integral top and rear walls restrain soldering legs from splaying, ensuring accurate alignment on the printed circuit board.

Material bonding of plastically deformed connection device faces improves stability against temperature changes and salt spray corrosion.

A multi-channel electrical connector uses rigid pins engaging flexible conductive pads on a compressible substrate to maintain reliable signal transmission.

A conductive adhesive joint maintains electrical continuity across bonded composite structures using a specialized mesh composition.

Segmented HDMI connectors resolve size versus interference trade-offs by using tapered terminals and local shielding to maintain 48 Gbps bandwidth.

Time-domain reflectometry replaces indirect force monitoring to detect wear and prevent defective crimps from reaching assembly.

Segmented rotating heads transfer multiple LEDs in parallel, resolving low productivity and long manufacturing time bottlenecks.

Etched lead frames with hollow structures reduce package volume while encapsulating materials enhance waterproofing for miniaturized electronics.

A compression snap electrical connector uses a ridged cap to compress stranded wire strands between beveled surfaces.

Thin aluminum foil on a paper backing enables cost-effective stamping while eliminating chemical etching waste.

A capacitively coupled blind mate connector interface uses dielectric spacers and conical mating surfaces to establish electrical continuity without direct metal contact.

Protruding portions on the metal shell stabilize connection stability while preventing wear during insertion.

A crimping tool uses a U-shaped leaf spring to generate closing and opening forces during the working stroke.

Embedding conductive wires within drill pipe joints enables high-speed data transmission, overcoming mud-pulse limitations and foamed fluid interference.

A male connector for sensor guide wires uses conductive members and areas on a planar sheet to form the assembly.

A waterproof connector uses a glue layer on the gluing plane to seal cracks between the metal casing and isolation base.

A plastic base plate with electrical contacts uses press-fit technology to connect directly to a circuit board without soldering.

Pneumatic wire separation replaces manual labor with automated gas flow, boosting productivity while maintaining precision.

Integrating an on-site molding machine into the wire harness assembly line eliminates extensive external part storage, reducing factory footprint and labor.

A robot tool integrates a holding mechanism and centering device to transport electrical conductors, resolving positioning errors from limited gripping devices.

Symmetrical shielding layer connections offset magnetic fields to reduce electromagnetic radiation from single-point junction currents.

A jaw tool transmission mechanism converts rotary input into pivoting motion using a worm screw and toothed wheel assembly.

Differential compression ratios in the crimping tool break the aluminum oxide layer for better conductivity while preserving cable strength.

Stepwise radial deformation of the tubular conductor holding portion mitigates stress on the flexible conductor during crimping.

Injection molded housing integrates discharge and magnetic field elimination devices within the power connection assembly.

Segmenting the holding and clamping units allows accurate pull-out force measurement on medium cables without increasing gripper mass.

A wire processing device uses rotating grippers to mechanically untwist wires during automated handling.

Curved protrusions on a circular foot reduce stress concentration to prevent glass breakage during thermal cycling.

A multi-wire shielded cable uses a jacket folded over to create layered shielding with crimped sleeves.

An adjustable solid-state lamp replaces complex wiring with an infrared receiver that validates security instructions for remote dimming control.

Pivotally arranged circular segment dies form a consistent ellipsoidal shape, accommodating varying connector sizes without requiring multiple fixed positions.

Conforming pressing surfaces ensure uniform Joule heat distribution, preventing shrinkage defects and adhesion issues in molded terminals.

Tapered connection terminals with nickel-tin plating reduce stress concentrations and prevent cracking in the fusing portion during power cycles.

Segmented conductive probes detect conductor position via electrical connection, resolving measurement precision versus device complexity trade-offs.

A resilient pivot connector engages rotatable tool shafts to maintain electrical contact while accommodating varying diameters.

An under-mounted leaf spring connector reduces working height by extending through a support structure opening.

Hinged printed circuit boards connect solar cells in series to form deployable arrays.