Electrically Conductive Connections TRIZ Cases

Segmented ceiling fitting uses locking hooks to replace worn lighting modules without discarding the entire canopy assembly.

Elastic projection portions sandwich the shield member between inner and outer sleeves, preventing fastening ring detachment without increasing connector size.

A terminal-free connector uses edge supports and a hinged clamp to secure flexible interconnect circuits directly to male pins.

A modular voltage protection relay uses a hot-swappable active part to replace units without tripping the circuit breaker.

Segmented connecting modules join bases with contacting subassemblies to prevent contact rubbing during daughter board insertion.

A current flow indicator uses an LED to provide visible feedback on electrical device operation.

A support blade engages a contact blade transversely to increase electrical connection force within a compact female connector housing.

A stamped conductor with a leaf spring receptacle provides secure coaxial cable connections inside HFC network devices.

A relay connector fixing structure uses a cam lever to clamp a guide block against lock plates for secure mounting.

A semiconductor package integrates metal plates with a sealing resin groove to expose connection portions.

Curved stress dispersion parts at beam member roots reduce cracking risk by dispersing concentrated insertion stress over larger outer surfaces.

A reactor shock prevention cover features a movable cable guide portion that adapts to varying cable thicknesses for secure terminal access.

Varied contact spacing on the circuit board allows higher voltage operation while phosphor bronze reduces material costs compared to beryllium copper.

A repairable waterproof connector assembly uses an internal access port to remove and manage electrical inserts without detaching the housing from its cable.

Segmented tabs cover inactive terminals to prevent miswiring during multi-config electrical device installation.

A package assembly adjusts its natural resonant frequency by combining leads with distinct geometrical shapes and positions.

A contact housing uses a flexible spring to push the contact body into position.

Integrally molded latch members reduce connector height while maintaining secure engagement with contact pins.

An integrated connector collar surrounds the multicontact connector to form a hermetic seal within the can housing.

A coaxial cable shield contact fixture compresses the exposed braided shield between a disk-shaped section and a contact element.

A feedthrough connector uses a spring-loaded cam to snap securely into panel apertures without tools.

A resin block groove secures a second bus bar via a first bus bar protrusion, preventing rattling without adding complex locking components.

Segmenting the terminal into a conductive contact and high-strength hood preserves seal integrity during service.

Integrating the step up pin into a sidewall bore prevents loss and damage while facilitating alignment with the center conductor.

Segmented seal elements within a protective housing isolate the shield connection from environmental influences, enabling reliable operation up to 180 °C.

Polycrystalline diamond tool layers block aluminum alloying during ultrasonic welding, maintaining weld quality without intermediate foils.

A connector body with a wire opening and insulator featuring a terminal guide enables easy insertion and seating of the terminal assembly.

Bus bars in the outlet box accept a sliding outlet, removing bulky wire nuts and simplifying installation.

A terminal inserting device uses an air cylinder to adjust biasing force on electric wire chucks for precise pulling control.

Thickened curve portions shunt current to reduce density and prevent thermal deformation in electronic packages.

Elastic ring bridges gap between coupling sleeve and metal clamping sleeve, preventing signal leakage from unstable conduction.

Segmented comb webs with latching formations allow removable guide structures, resolving the trade-off between structural stability and ease of disassembly.

Washers in a dual-body connector guide aluminum shields during coax ejection, maintaining electrical ground while preventing cable damage.

A bent metallic thin film containing nickel and tin plating covers an aluminum lead body to enhance solder wettability.

Staggered arc isolating ribs and insulated baffles create height differences to prevent electric arcs, resolving harmful clearances near plug bushes.

Light emitting and receiving units detect bent pins before insertion, preventing incorrect connections without guide pins.

Integrally formed terminal holding member constrains internal components, preventing loosening or shifting during repeated plugging operations.

Interconnected shields in a phase-shifted plug connector route interference currents back to the source, reducing power loss and heat generation.

Housing stops on the contact apparatus divert mechanical loads away from fragile SMT solder joints, preventing damage while maintaining electrical connectivity.

A connector assembly integrates a strain relief member with a metal braiding layer to establish electrical continuity for signal contacts.

A semiconductor package uses a penetrated opening unit in the second substrate to electrically connect devices while maintaining compact dimensions.

Channel-shaped shift members transmit unlatching forces without bending, preventing deformation of latch components during module removal.

An insulating coating on exposed contact sections prevents unintended electrical contact with conductive foreign bodies while preserving assembly flexibility.

Rotating the holder slides the braid circumferentially to remove oxidation coating and lower contact resistance without increasing device length.

A modified terminal block supplies power to both lamps and individual controllers through a single intrinsically safe unit.

An inclined conductive structure bridges terminal height differences to improve impedance matching and signal quality on printed circuit boards.

Resilient holding arms position a terminal cover to protect operators from live components while accommodating conductors up to 50 mm in diameter.

A communication connector uses printed circuit board circuitry with mutually inductive and capacitive couplings between conductor pairs.