Couplings Bases/Cases TRIZ Cases

Segmented locking tabs extend through finished drywall to anchor the box, eliminating the need for extensive hole cutting during installation.

Segmented screw channel strips increase friction to secure stranded conductors, resolving the trade-off between retention reliability and assembly ease.

Segmented arc sealing elements redirect asymmetric pressure to specific perimeter sections, preventing uneven compression and maintaining watertight integrity.

Stepped metal cage walls create vertical airflow paths that reduce operating temperatures while maintaining electromagnetic interference shielding.

A sliding intermediate housing extends and retracts a USB connector assembly within an outer shell.

Teeth obstruct sheath movement while a bolt displaces silicone to form a watertight compartment, reducing stress on copper conductors.

A hermetically sealed manual disconnect uses magnetic feed-throughs to enable external state changes without compromising the housing seal.

Compressed silicon rubber seals copper contacts in a watertight junction box, preventing water ingress and oxidation.

An intermediary tray with guardrails and a riser member protects M.2 modules from oscillation damage in autonomous driving vehicles.

A board connector housing features tapered holding grooves that guide anchor hardware upper lugs away from side surfaces to create structural clearance.

Seal member integrated into the interposer prevents gas leakage through the interface, reducing load losses in hermetically sealed hard disk drives.

A battery fuse terminal cover uses a hinged movable portion to rotate between concealed and exposed positions.

Insulating resin isolates dissimilar metals in a shielded connector, preventing electrolytic corrosion and enhancing durability.

A high voltage current clamp uses adjustable screw openings and a tiltable mechanism to secure parallel power line cables.

Axial mounting projections on a seal body engage housing compartments to secure the connector assembly.

Segmented elastic handle portions allow rear-side detachment, resolving panel space constraints between upper and lower connectors.

Flexible seal segments conform to helical outer conductors via axial compression, eliminating manufacturer-specific connector requirements.

A dry-type cable termination uses a composite insulator and elastomeric stress cone for reliable high-voltage connections.

Flexible webs in the receiving area secure conductors without additional parts, reducing inventory costs and assembly complexity.

An asymmetric card edge connector retainer distributes attachment force to prevent housing damage during repeated memory card insertion.

A connector contact member flexes elastically to maintain electrical continuity despite cable deformation.

Mechanical protector stabilizes connector connections under bending and twisting to suppress passive intermodulation interference.

A submersible audio connector assembly uses a segmented gasket member to seal the aperture between the connector body and device housing.

A connector element uses a securing member to retain locking members in position.

A modular plug connector integrates a shape memory alloy locking device to secure mating modules.

A connector-side waterproof seal portion includes a barrier segment that blocks flux adhesion to the sealing interface.

Concentrating the restriction on one half simplifies the opposing piece shape while preventing displacement during assembly.

A connector sealing member uses a band portion connected to an annular sealing section to stabilize the component during fitting.

Metallic U-shaped reinforcing pieces assemble upon insulative end towers to support daughter card side edges, preventing structural breakage during insertion.

Segmented elastomeric seals prevent displacement from internal overpressure in harsh environment cable terminations.

Assigns unique optical codes to radio socket devices via LED displays, resolving user confusion during multi-device coupling.

An adapter integrates a compressed sealing ring between connector protrusions and socket walls to establish a robust physical barrier.

Segmented housing steps isolate the sealing point from internal components, enabling external verification of the seal integrity.

Gel-filled housings shield insulation piercing connectors from moisture ingress while maintaining reliable electrical continuity.

Relocating locking means between contact sockets prevents detachment while preserving peripheral seal integrity.

Rear extending part with terminal guide surface prevents wire entanglement while dispersing stress to stop rear holder breakage.

Segmented seal structures with linking portions maintain sealing performance while reducing housing thickness, improving mountability in engine rooms.

A connector uses a rubber plug and holder to seal wires within the receptacle.

Curved shrouds eliminate sharp edges at crimped connections, preventing ozone-generating partial discharge that damages insulation in kilovolt systems.

Varying inner lip heights reduce insertion force while maintaining water-tightness in connector assemblies.

Opposed lock portions resist obliquely upward forces to prevent accidental disengagement.

Segmented rotating nut mechanism prevents epoxy coating damage during torque application.

Segmented housing with a spring-loaded lever resolves the trade-off between IP 67 sealing reliability and ease of operation in cramped spaces.

A sliding connection adapter enables external electrical contact for lamp terminals without opening the housing.

Rotating shutters with spring return mechanisms seal connector ends, preventing mud accumulation and eliminating cap misplacement risks.

Segmenting the power supply adapter from the server chassis enables hot-swappable maintenance without system downtime.

Integral shell design disperses stress to protect insulation portions from damage while preventing water permeation.

A male blade stabilizer moves between connector walls to retain a resilient seal during mating cycles.

Elastic deformation of the protruding part prevents water intrusion at the vehicle generator rectifier terminal.