Coupling Parts Mounting TRIZ Cases

A connection device uses a flexible impedance-matched transition to link commercial and certified connectors.

Angled bracket positions modular connectors inside outlet boxes to prevent cable crimping and maintain signal integrity during flush mounting.

An adjustable electrical connector uses a screw-driven stop plate to accommodate varying metal-clad cable sheath diameters.

A movable support structure uses a resiliently deformable retaining portion to secure components during insertion.

A suspended ceiling bracket clips to drop wires to secure connectors and surface mount boxes within plenum spaces.

External connector arms hook to the wall, allowing electrical boxes to mount between them and preserving internal volume for equipment.

A panel mount connector uses a secondary piece to secure the terminal module within the housing.

A mobile socket device uses a sliding buckle to connect the power unit to a fixed seat.

Continuous terminal conductors eliminate solder joints and impedance discontinuities, enhancing data transfer rates in SAS systems.

A connector device uses a partial locking mechanism to control separation timing.

Segmented mounting frame allows bidirectional module access while maintaining mechanical stability during plug-in forces.

A socket arrangement uses multiple detachable fastening interfaces to enable adaptable attachment to various peripheral components.

Front walls and sidewalls enclose the lock arm, blocking foreign object intrusion while enabling lateral mold drawing for secure panel attachment.

A connector housing with an inwardly curving concave surface aligns its outer wall to a cylindrical member.

A rotation prevention lock arm flexurally deforms to temporarily secure a connector housing.

A floating connector assembly with holding regions and elastic components enables precise mating insertion.

Elongate conductive members form a flexible EMI shield around connector modules to protect against interference.

Modular segmentation replaces unreliable spring biased connections in a powered wall plate, eliminating shorting risks and enhancing user safety.

A window-mounted power distribution unit connects exterior generator cords to interior outlets through a sealed housing.

Segmented locking arms disperse force across a panel interface, preventing stress concentration and wire entanglement during assembly.

A connector movable housing uses a deflectable locking part and flexible protection cover to restore position after fitting.

Mechanical self-centering and elastic springs guide connectors into precise alignment, eliminating complex elastic strands and reducing mounting time.

A rotating connecting sleeve positions a cylindrical cavity relative to a printed circuit board.

A connector design uses segmented shield shells to provide electromagnetic interference protection while maintaining a compact form factor.

A detachable retention clip system enables an in-floor electrical fitting to reconfigure angular positions while maintaining UL safety compliance.

Segmented release levers provide vibration-proof stability while maintaining easy plug removal.

Segmented holding and deformable sections resolve the trade-off between mechanical stability and ease of operation in modular frames.

A conduit connector uses a spring with engagement tangs to secure connections without tools.

Sliding coupling mechanisms compensate for manufacturing and assembly tolerances in movable electrical connectors while maintaining stable contact.

Elastic components in a floating connector enable main body movement along the insertion direction, absorbing deviations for precise mating.

Segmented penetrators transmit compression forces to the housing, enabling ceramic materials to withstand high pressure differences.

A plug connector holder frame integrates a locking element that engages a housing opening to secure the assembly.

Variable depth grooves in the busbar profile allow vertical conductor insertion, simplifying manufacturing and easing electrical connections.

A U-shaped protective plate shields electrical connectors on mounting rails.

A connector spacer locks first terminals and regulates second terminal lances within housing slots.

A connector housing integrates a U-shaped terminal position assurance member with a slide clip to constrain primary locking members.

A cable tray assembly with an adjustable telescopic mechanism adapts to varying connector positions.

Angled mounting plate tabs engage housing features to reduce installation time and simplify repair in recessed floor boxes.

Parallel moving holding arms lock connector modules in place, eliminating mechanical stress and preventing module tilt during insertion.

A fluid-tight electric motor connector uses a locking spring to attach the plug housing securely.

Relocating electrical contacts to the bottom housing prevents damage to external lines during assembly and avoids socket contamination from renovation debris.

A mounting sleeve uses tensioning elements to secure clamping elements against wall surfaces.

A plug-in module connects to a wall plate via an intermediary current transfer feature that engages with electrical contacts.

A receptacle frame with tapered sidewalls guides blind-mate connectors to accommodate high tolerance stack-ups without custom designs.

Angled tabs deflect inwardly to secure connectors against vibration, eliminating loose connections without adding separate retaining components.

Resilient arms bias the power distribution unit into a locked position, enabling blind installation without rear access.

A connector housing uses a sacrificial holding means to detach under force and spring back to its original position.

Non-chamfered ridge line projections on the connector housing engage the wound tape to prevent axial displacement without increasing outer shape or weight.

Interchangeable plugs on a detachable VR glasses cable accommodate diverse external devices while maintaining stable connections via fastening structures.

A connector shield uses a brass alloy housing and bronze spring clip to ensure reliable electrical contact with the device housing.