Couplings Bases/Cases TRIZ Cases

Integrated sealing portions in a rubber plug waterproof wire-to-wire connector assembly while reducing extra parts and insertion force.

An aluminum L-type outlet housing uses Omega brackets and universal apertures to resist corrosion, cut rejects, and simplify outlet mounting.

A dual-sensor pod processes optical signals locally to improve tissue oxygenation monitoring during motion, low perfusion, and interference.

A continuous seal combines wire sealing and housing interface sealing to block moisture paths while cutting connector part count and cost.

An integrated water-stop and vibration-resistant rubber plug uses a turn-up suppressing portion to prevent rearward flipping during connector mating.

A frame spanning the cutaway locking tab reinforces plug connector housing walls, limiting deflection and preventing collapse during insertion.

An interlock cover keeps conductive members disconnected until the housing is closed, reducing electric shock risk and assembly checks.

Nested shielders improve noise blocking in compact plug-receptacle connectors while preserving solder inspection and stable low-force coupling.

An injection-molded housing combines inner and outer shells with an elastic buckle to cut connector assembly complexity, cost, and sealing issues.

A rotatable interface and movable port holders improve latch access in compact fiber patch panels while staying compatible with existing chassis.

Multiple rubber plug members limit each section to one lip, easing mold removal while maintaining wire sealing and watertightness.

Injection-molded magnetic sleeves create uniform attraction, making cable heads easier to align while reducing connector size and weight.

A socket with an integrated optical receptacle aligns connectorized fibers to photonic ICs, improving CPO serviceability and scalability.

Integrated breakable plugs seal unused enclosure ports, then open irreversibly when needed to cut dummy plug cost and handling.

Integrated grounding fingers in the metallic shell simplify connector assembly and improve grounding engagement reliability.

A non-circular cable opening and locking cap retain the cable, prevent rotation, maintain contact, and block moisture ingress.

A segmented monitoring interface combines regional and arterial oxygen trends with differential analysis to improve data access and early detection.

By capping PBT with aromatic carbodiimide and limiting carboxyl end groups, this case enables stable β-crystal formation with stronger resin.

Independent GFCI outlets isolate overloaded scaffold workstations so other phases keep running and workers can reset breakers locally.

A split seating layout places coils and inverters to keep dual induction zones independently controlled while reducing cooktop height and wiring complexity.

Stable pre-locking blocks accidental full engagement during delivery, while hook arms and blocks enable tool-free final locking and easier maintenance.

A rigid-core, flexible-layer connector uses three mating seals to block liquid and gas ingress while staying easy to connect.

A pluggable terminator integrates terminals and an internal connection component to simplify CAN bus termination and reduce signal reflection.

A rotatable coupler locks switch wiring quickly while resisting vibration and blocking dust and water ingress.

A hinged lid with a contact-limited stop blocks the connector insertion hole against dust and water while allowing stable plug access.

A varying chamfer along the connector housing edge cuts mating force, reduces friction, and lets trapped air escape during seal engagement.

A one-piece polymer cover seals industrial electrical connectors from sulfur and chlorine gases while allowing secure fit and easy removal.

Sensors placed inside a retrofit connector enclosure detect arcing and overheating early, enabling shutdowns, alarms, and fire containment.

Sensors and control built into a retrofit connector enclosure detect arcing and overheating near the joint, then trigger alarms, shutdown, or fire suppression.

A blocking bar shields the exposed elastic latch pushing end from impact while preserving connector release through protected latch actuation.