Sleeve/Socket Joints TRIZ Cases

Multidirectional latch fingers secure filters regardless of insertion orientation, while segmented studs anchor sensors to the housing exterior.

Segmented clamp members with arched hubs withstand water hammer pressure surges while eliminating sharp edges that injure installers.

A valve coupling device uses fluid displacement to generate clamping forces for secure attachment.

Segmented walls allow flexible insertion while maintaining pull-out strength against sealing rings.

A threaded coupling connects drop pipes with a lead-in section that resists lateral forces.

Segmented wedge-lock couplings enable rapid jaw swapping on machining chucks while maintaining rigid attachment stability.

A conduit joint fitting uses a protruding O-ring seal to create a water-tight barrier at the connection point.

Centrifugal force engages the movable grip member against the substrate, eliminating vacuum systems and reducing mechanical complexity.

A pivoting gripping element engages pipe surfaces via a fixed fulcrum to secure connections.

Cylindrical operating member secures tool bits via cam surfaces, eliminating ring springs to reduce part count and structural complexity.

Angularly oriented surface portions on coupling segments guide pipe insertion without disassembly, accommodating diameter variations and flare.

Gear-driven collet assembly secures bits via one-handed operation, eliminating two-hand requirements and inconsistent clamping forces.

Molded elastomeric flange eliminates wrinkles and leak paths in drum containment systems.

Mirrored curved pathways maintain perpendicular clamp orientation, preventing binding and chatter in rotating chucks.

A clamp-type connector joins tubular members using cam surfaces and bolts to secure flanges.

Spring-loaded ceramic balls replace elastomeric O-rings on a blow moulding mandrel to maintain consistent clamping force during high-speed transport.

Segmented encircling devices connected by spanning elements reinforce pipe joints against ground movement and pressure variations.

A fluid fitting integrates a sensor device to measure elastic deformation during installation.

Tightening trapezoidal thread gap below 0.015 millimeter eliminates eccentricity and vibration during rapid spinning.

Segmented elastomeric gasket beads bridge spanner gaps to seal fluid conduits, resolving leakage issues in large-diameter pipe repairs.

A segmented engagement pawl prevents tube severing by limiting piercing depth while maintaining retention strength.

A flexible sleeve with a peripheral groove mates with a rigid pipe bead to create a sealed connection without clamping rings.

A positioning error prevention hoop secures pipes using a limiting member and clamping notch.

A rotatable gas spring fitting transitions between axial displacement and restraint positions to enable secure tool-free installation on end members.

Laminated vapor barriers seal open-cell foam channels, preventing liquid damage and airborne contamination in duct systems.

Radial extensions on a sealing gasket engage surface recesses to prevent dislodgement under fluid pressure.

A drill chuck uses a magnetic holder to enable bi-directional rotation of the drilling needle.

An inclined surface and set screw create a self-tightening lock that prevents the polishing disk from separating during operation.

Centrifugal force reinforces elastic clamping to resolve high-speed imbalance and noise.

A turntable with a Venturi gap uses compressed air to hold substrates securely during rotation.