Electrically Conductive Connections TRIZ Cases

Compressed spring mediates bus bar contact to enable flexible electrode placement.

Positioning protrusions on coaxial cables fit into circuit board recesses to improve connection reliability and reduce endoscope diameter.

A connector design compresses the second housing width to prevent interference between adjacent electronic devices.

Elastic mating structures with interlocking protrusions resolve electrical connection instability by forming a positive holding state.

Segmented locking arms engage independently based on insertion direction, enabling flexible component placement while preventing accidental disengagement.

Pivoting the contact jack relative to the lamella comb compensates for manufacturing misalignment and vibration.

Segmenting the outer conductor into a cylindrical body, rear plate, and legs stabilizes impedance for high-frequency signals while preventing reflection.

A multi-interface connector uses passive terminal arrangements to adapt various plug types without active electronic components.

A line concentrator holds signal cable connectors in a body with holes to align pins.

A slide connector couples circuit boards using a conductive liner that reduces electromagnetic interference by creating a low impedance ground connection.

Switching mechanism controls capacitive crosstalk between wire pairs in telecommunications plugs.

Composite copper layers with distinct base angles prevent oxide formation during etching, reducing wire disconnection rates in large TFT-LCD panels.

Mechanical pressing replaces soldering in the signal distributing apparatus to suppress passive intermodulation distortion caused by unstable connections.

Passive identification chips embedded in patch cords transmit unique port identifiers to network controllers for automated physical layer mapping.

A connector uses a conductive spacer with outer and inner projections to increase electrical contact points between the pluggable portion and high-current terminal.

A fuse assembly uses force-fit posts within recesses to secure electrical terminals without integral molding.

HV connector shields merge into a continuous barrier that blocks electromagnetic interference between high and low voltage pathways in electric vehicles.

A coaxial connector assembly uses a floating structure to maintain characteristic impedance.

A plug connector arrangement uses a compensation sleeve to extend outer conductor shielding, preventing impedance deviations at the cable interface.

Extending an insulator inside a tubular center conductor reduces profile height while suppressing downward displacement during mating.

Conductive connecting piece bridges socket elastic sheets to plug bottom wall, ensuring effective grounding and improved EMC performance in wireless terminals.

A coaxial cable connector uses a quasi-annular leaf spring to maintain axial force between the fitting and body.

Integrated elastic ground ring absorbs board-to-board tolerances while rigid signal path minimizes inductance for microwave transmission.

A cable connector uses a nested metal cage and outer housing to prevent mis-mating with USB Type-C receptacles.

Hollow sheath projections position elastic contact pieces outside insertion paths for stable electrical connections.

A coaxial cable carries RF and power signals using a grounded outer conductor.

Intermediate connecting portions join the conductive shell to the wiring board, suppressing housing deformation and preventing contact pressure reduction.

Factory-assembled modular wall panels with integrated electrical raceways reduce construction time by enabling parallel installation of circuit branches.

Perpendicular metal teeth on a bonding washer penetrate anodized coatings to ensure reliable electrical conductivity while reducing installation complexity.

Segmented connector fittings use heat-resistant holding portions and non-heat-resistant outer walls to eliminate screws and reduce material costs.

A parallel electrical connection device for wiper blade heating systems uses flexible contact blades to establish power supply.

A connector assembly uses a flexible locking blade to enable reversible insertion and secure blocking from a single face.

Removing the outer iron shell reduces manufacturing time and cost while maintaining structural strength through an integrated insulated housing design.

Conductive bumps on a flexible printed circuit board replace wire bonding, eliminating short circuits caused by wire movement.

Capacitive couplings on the circuit board reduce near-end crosstalk and improve return loss across wide frequency ranges.

A segmented shielding member connects to first and second plates within an electrical connector terminal module.

Lead-free solder with indium and bismuth minimizes thermal stress on glazing panels while maintaining signal integrity.

An LNBF employs an elastic tenon system to secure the main body to a support arm via aligned locating holes.

Merging separate shields into one unit reduces device complexity while maintaining physical damage resistance.

Merging wafer and housing reduces manufacturing cost while maintaining assembly precision through elastic locking units.

A modular plug-in connector uses a fixed grid frame to latch contact carrier modules of varying widths.

A tapered floor design increases center thickness to reduce injection pressure in electrical connector housings.

Cover ribs abut the housing to prevent vibration-induced contact and separation noise while allowing easy closure with small pressing force.

Rear-mounted crimping portion enables coaxial connector rotation relative to the receptacle, resolving interference from side-engagement units.

An insulating support portion expands from the columnar conductor tip to reduce thermal stress and resin curing shrinkage, preventing disconnection.

A battery pack bus bar uses a variable cross-sectional area to conduct current between modules.

An integrated housing merges shielding and branching functions via an engaging member, reducing component count while maintaining interface reliability.

Activation contacts separate shorting contacts to form a gap, reducing component count and cost while maintaining closed loop circuit continuity.

Embankment seal coat on metallic outer ring eliminates separate gaskets, simplifying compressor assembly.

Merged detecting pins in the connector resolve complexity issues by identifying USB 2.0 and 3.0 plugs without consuming extra insertion port space.