Electrically Conductive Connections TRIZ Cases

A slotted interconnector links adjacent rail-mounted electrical modules to prevent disengagement while maintaining stable power and data flow.

Through holes in the connector substrate lower equivalent dielectric constant, raise impedance, and reduce reflection loss in high-speed links.

A conductive shield attachment bridges gaps between adjacent shell rings, preserving EMI shielding in higher-current connector layouts.

USB-powered side-locking attachment replaces bulky breadboard supplies and batteries while simplifying cable handling across breadboard types.

An integrated terminal base adds multiple pole and earthing connection points, cutting extra wiring terminals while keeping modular surge protection compact.

Bent studs and positioning surfaces hold motor lead wires in place before soldering, reducing warping and improving connection stability.

An elastic insert with deformable gaps lets one fliptop module hold different connector heads and cable shapes, cutting separate tooling needs.

Expanded neutral line terminals redirect leakage current on both breaker sides, reducing electric shock risk even in flooded conditions.

Aligned edge-to-pad PCB mounting and shielded signal pairs preserve high-speed signal integrity while enabling dense vertical routing.

Metal elastic support arms replace weak plastic support to prevent terminal deflection, reduce friction, and keep wiring operation stable over time.

A housed adapter links female spade and push-in wire terminals to create a secure, adaptable interface between mismatched electrical connections.

Guide webs stabilize row-mounted connection terminals, while automatic clamping-leg release enables tool-free wire insertion and removal.

A hinged plug with strain relief and positive locking simplifies lighting driver power connection while keeping assembly secure and tool-free.

Integrated housing-shell retainers lock the cable connector in place, saving space, lowering assembly cost, and reducing load on contacts.

Guided sliding coupling elements stabilize PCB clamping in a coaxial connector, reducing misalignment, signal loss, and production cost.

Standardized adapter plates connect different-sized conductor terminals in aligned, space-saving blocks with simpler modular assembly.

Copper foil wrapped on the UV lamp braid spreads heat and contact pressure, preventing arcing and connection failure at high temperatures.

An integrated cooling-channel busbar clamps multiple battery cell arresters while cutting coolant connections, space use, and heat buildup.

A retention plate and comb lock cylindrical RF contacts against axial and rotational movement while enabling quick replacement and stable signals.

A low-melting coating and passivation-film breaking enable airtight terminal-to-metal housing joining in air without flux or inert atmospheres.

Machine-learning socket monitoring identifies true standby waste and cuts outlet power while preserving device readiness and group energy control.

A pretensioned pressure spring and release element simplify automatic wire insertion into a cutting gap for compact, strip-free conductor connection.

A modular base element adds overvoltage protection to control and signaling systems through plug-in connectors, avoiding cable rewiring.

A one-armed lever and compact busbar structure make large-cross-section conductor insertion easier without sacrificing terminal block stability.

A nested multi-cable connector assembly packs more test connections into limited terminal area while enabling faster simultaneous cable mating.

Arc-shaped elastic shielding enables direct cable insertion, faster grounding, stronger shielding, and better sealing without cutting the cable shield.

Press-fit pins and IDC contacts replace soldering in an SPE wire-to-board connector, cutting scrap and simplifying PCB repair.

Sensors compare patch panel port occupancy patterns with stored layouts to flag mismatches, speeding audits and reducing connection errors.

Direct cable connection removes the cable-end connector, saving internal space while maintaining stable electrical assembly in compact electronics.

Rotatable upper and lower connector pairs let one battery module support series or parallel pack assembly with modular cooling and less redesign.

Pinching elements secure the cable to the PCB without soldering, avoiding bridging, heat damage, and assembly variability.

A tapered, elastically supported guide ring lets base station antenna connectors blind-mate despite angular, radial, and axial deviation.

A multi-position terminal block enables standard connectors and multi-directional wire entry to cut PSU connector cost and ease installation.

Cold welding joins a cable inner conductor to a PCB metal pad without solder, reducing thermal stress and impedance mismatch.

Inclined contact surfaces, bundling protrusions, and a pressing wall raise wire contact points for more stable high-current terminal connections.

A removable fastener pierces lead insulation to secure the lead and create electrical contact for faster stimulation system assembly.

Guided receptacles, spacers, and cover projections control ribbon-cable piercing to avoid insulation damage and ensure stable contact.

A guide portion and contact bump split insertion and contact functions, cutting plating wear and stabilizing connector insertion force.

A core grip with compression and collet assemblies secures hybrid conductors without severing the core, preserving optical continuity under high tension.

A projection inserted into a terminal through hole prevents inclination and positional deviation, improving assembly workability and joining reliability.

Dual conductive leash halves and insulating spacers maintain power to locking mechanisms even when shocks or damage interrupt contact.

An elastic sheet and contact side plates keep plug and socket terminals securely engaged under vibration while supporting low-height connector assembly.

A modular routing support guides cables into insulation displacement contacts, replacing laborious PCB or manual assembly in magnetic bearing modules.

Convex blade portions pierce flat enameled wire insulation to lower contact resistance and keep terminal connections stable across wire sizes.

A movable cover locks the wire against a terminal limiting portion, removing manual stripping and crimping to speed automated connector assembly.

A bent wire and paired insulators create multiple aligned conductor contacts in one assembly step, reducing garment wiring connection effort.

Elastic arms and sidewalls increase pin contact area and stability, improving electrical coupling in compact terminals at lower manufacturing cost.

Perimeter pin contact and a biased push-pull clip keep coaxial connectors electrically engaged despite pin tilting, improving signal continuity.

Integrated side-to-side passthrough contacts keep power and communication busses continuous across DIN rail BMS devices while reducing wiring.

An annular water-stop layout around the terminal and fasteners suppresses housing tilt, helping terminal blocks fasten evenly without gaps or excess stress.

A dual-layer insertion and wiring structure uses boss-hole alignment to prevent plate shift during ultrasonic welding and improve current carrying.

Integrated busbars, plug connectors, and insulation automate EV battery contactor assembly while reducing wiring, tolerances, and safety risks.

A limiting groove, wire box, and waterproof film align conductors precisely for fast wire joining without misalignment or water intrusion.

Adjustable contact sections on stepped metal strips let one test plug handle multiple switching functions while reducing parts and connection errors.

Asymmetric wedge-radius keys prevent mismatched insertions by creating seven interference positions across eight angular orientations.

Conductive cover with non-conductive interior surface shields adjacent connectors, resolving alien crosstalk in high-density configurations.