Sleeve/Socket Joints TRIZ Cases

Segmented collet chuck coupling prevents instrument rotation and simplifies cleaning by eliminating free play in spring-loaded catch elements.

A pipe attachment device uses a compressive seal to secure flexible elements without complex assembly.

A segmented adhesive layer with high filler content and low viscosity gel eliminates voids and stabilizes surface temperature uniformity.

Hard discrete ratchet teeth prevent wear from steel springs, ensuring durability and maintenance.

A segmented clamping ring uses a universal locking element with inclined teeth to create a secure mechanical interlock on pipe spigot ends.

A hydraulic surface connector secures blowout preventers using dual locking segments and metal ring gaskets.

Hardened inserts break through elastomer sealing material to penetrate surrounding tubular, maintaining grip under high differential pressures.

A floating magnet sleeve moves axially to engage tool bits, replacing complex detent systems that cause misalignment.

Composite conductive pathways in grounded chucks eliminate static buildup while maintaining chemical resistance.

Sliding pivot connection in external locking ring reduces auxiliary line mass and buckling under deep-sea tension loads.

Dynamic chuck actuation aligns fixing elements precisely, enabling friction welding without drive unit movement.

Centrifugal pump accessory regulates cutting fluid volume during CNC tapping, resolving the contradiction between automatic delivery and device complexity.

A pipe joint design with a locking ring segment and traverse region allows axial displacement without separation.

Removable annular insert enables undamaged tube detachment without heating or splitting.

A slotted O-ring seal allows fluid flow through its flange before crimping.

An externally engaging test barrier uses a peripheral lip to secure against plumbing components during pressure testing.

Varying guide angles resolve the trade-off between high tilting moment reliability and excessive opening pressure in rapid clamping systems.

Perpendicular tabs on a face seal gasket engage complementary grooves to resolve alignment difficulties within confined meter pit spaces.

An axial overlapping section creates a radial seal between metallic coupling elements, preventing fuel leakage under transverse forces.

A sliding sleeve compresses asymmetrical spring arms to extend a pin for secure tool shaft attachment.

A split clamp ring with V-shaped recesses and lever arms secures tapered pipe ends within a socket assembly.

A modular tool holder uses rigid support and mating surface sections to achieve precise centering without elastic deformation.

Variable radius pipe design maintains flow velocity while increasing capacity for population growth.

Dynamic pendulum jaw adjusts clamping radius to accommodate broad workpiece diameters without exchanging multiple fixed jaws.

A tool attachment uses a spring-loaded locking sleeve and anti-rotation unit for twist-proof mounting on hand-held machine tools.

Collar-actuated detents secure bits in rotary hammers, resolving the trade-off between retention security and exchange speed.

Segmenting the clamp band from the flexible gasket resolves complexity in manufacturing while maintaining secure fluid connection.

A fluidic plug unit forms a sealed annular space to hold the sealing element against the bushing unit wall.

Varied chuck topography reduces fluid flow requirements, minimizing wafer deformation and particle contamination during high-speed rotation.