Cable Terminations TRIZ Cases

A preset-to-set actuating ring lets clamping claws position a cable connector first, then lock it securely without loose parts.

Lamellar graphite dispersed in a polymer matrix delivers non-linear field grading at lower filler loading, improving strength and avoiding overheating.

Opposing flat surfaces at the cable wire termination improve impedance control and joint strength for reliable signal connections.

A cap plus internal and external non-curing sealants seals cut-off subsea cable ends quickly while maintaining a robust watertight barrier.

Axial compression in a conical feedthrough contacts the cable shield around its full circumference without torsion, reducing wire breakage risk.

Helical tabs, a centering leading portion, and a bulging contact area help ground cones install easily and maintain strong conduit grounding.

A flexible helical grounding ring clamps exposed armor without bending or cutting wires, speeding installation while maintaining continuity.

A tapered clamping edge lets one cap grip and guide single or multiple cables through conduits without tools while reducing friction.

A serpentine flexible grip with V-shaped teeth and cable ties secures cable jackets across varying diameters to resist pulling and slippage.

Injection-molded body and cap nut create a pre-assembled cable gland that cuts manual assembly while preserving clamping and strain relief.

Nested longitudinal air ducts and interchangeable filters maintain standard mounting hole sizes while ensuring hydroscopic sealing.

Segmented elastic bristles ensure stable shield connection during movement, resolving trade-offs between contact reliability and assembly complexity.

Twist-on wire connector uses layered sealing and conductive compounds to maintain functional separation without physical barriers.

Sealed compartments mix fast-curing liquid to fill cable glands, eliminating air entrapment and hazardous manual handling.