Coupling Device Connections TRIZ Cases

A distance element with an intake opening guides a fixing element through a laminar cover for spaced printed circuit board connections.

A plug connection adapter uses a header shroud to guide contact pins during assembly.

Integrated socket regulation portions limit terminal clamp elastic deformation, removing separate spacers to reduce component count and device size.

A vertical guiding frame reduces board space usage while a heatsink element dissipates heat from the stacked components.

A power distribution bus bar integrates add-in card connectors and power supply connections directly onto a circuit board surface.

An upright M.2 connector eliminates external screws by integrating retention, reducing PCB footprint and manufacturing costs.

An insulating structure wraps connection terminals to increase creepage distance, resolving leakage risks in compact high-voltage power modules.

Elastic parallel cantilevers in the receptacle substrate enable rapid replacement of failed light units without soldering.

A sliding locking member secures an expansion module to a printed circuit board support.

A pliable spine anchors a cable assembly to maintain position stability and minimize mechanical stress on the probe-device under test interface.

Protruding shield member regions establish reliable grounding connections to suppress noise propagation from circuit elements.

Segmenting signal processing and power supply circuits onto separate boards reduces manufacturing costs while maintaining compact area through lateral coupling.

A cable fixing apparatus secures multiple cables on a printed circuit board using integrated clamping arms.

Variable insulation thickness on segmented cores reduces wire diameter while maintaining heat dissipation through direct contact with external covers.

Pressed-in hard solder body fills contact recess to ensure full-surface alignment, reducing electrical losses in electric vehicle battery connections.

A holding member positions branch line connectors orthogonally to maintain a specific three-dimensional configuration during assembly.

Modular pole sections integrate universal connection interfaces to accommodate diverse outdoor appliances without requiring custom structural designs.

A compliant pin uses independent resilient sections to generate combined retention forces upon insertion into a substrate hole.

A stepped bus bar assembly with an insulating holder reduces motor axial size.

An integrated ballast and filter assembly reduces electromagnetic interference while cylindrical shock-absorbing plugs protect the bulb from impact damage.

A medical device connector uses a slide pin to lift contact terminals away from sensors before ejection.

A universal adapter enables direct conduction charging of multiple devices on a flat surface.

A biasing cam mechanism locks the housing onto lug bolts, resolving cumbersome installation procedures while enabling flexible illumination patterns.

A relay connector unit transfers data between an electronic control unit and multiple devices using circuit identifying information.

Crossed plug-in bridges connect electrical terminals to different potentials, reducing space requirements and component variety.

Near-conductive layers electrically couple integrated circuit chips through laser vias to enable direct signal transmission.

A quick charging controller uses Type-C SBU pins for protocol communication.

A terminal conversion adaptor converts pin connection terminals to screw connections using a conductive member and insulating support.

A connector with a movable insulator accommodates positional deviations between substrates.

Segmented header terminals divide high voltage current into sub-currents, reducing wire weight and improving heat dissipation in electric vehicles.

Segmented interconnect assembly blade isolates electrical terminals while laser welding secures voltage sense member coupling.

Foldable sidewalls with protrusions crimp flat flexible cable conductors, preventing damage to fragile thin foil layers.

A backlight connector clips through frame and circuit board openings to establish electrical connections without manual welding.

Stranded copper alloy wire with optimized iron, phosphorus, and tin content delivers high conductivity alongside enhanced mechanical strength.

Swaging a narrow electrode into a looped cavity eliminates external bending, reducing exposed metal area and manufacturing complexity.

Vertical stacking of base units reduces line bendings and eliminates ducts, enabling control unit replacement without disconnecting electric lines.

Externally exposed connections on electrical equipment enable safe monitoring of internal power wiring through standardized communication ports.

Segmented adapter plate with flexible bridges reduces filament fractures and extends lamp life.

A universal terminal block uses a multi-threaded clamping screw to secure conductive brackets onto support rails while enabling direct electrical connections.

Mismatched ramp slopes prevent reverse installation and relative sliding under large pushing forces.

Complementary guide arrangements align a clamp connector with a printed circuit board land, securing the cable and preventing slippage during insertion.

A dual-leg connector device routes electrical signals in the same direction to enable downward cable extension.

A battery docking connector integrates a reserve power cell to maintain continuous electrical supply during main battery removal.

A board connector leg features a recessed displacement allowing space to facilitate resilient deformation during insertion.

A twistable lamp base connects parts via sliding contacts for automated assembly.

Standardized measurement interfaces reduce processing complexity in statistic managers handling diverse cellular radio-mobile network modules.

A dual controller architecture retrieves device parameters from non-volatile memory, eliminating external EEPROM storage requirements.

Shoulder recesses exclude vulnerable panel corners from direct support, distributing impact stress away from breakage-prone protruded portions.