Sleeve/Socket Joints TRIZ Cases

A mounting plate adapter interfaces with machine tool chucks to attach workpiece holding devices without removing the chuck.

Truncated elliptic paraboloid inner surface guides spigot insertion, reducing assembly forces while maintaining seal integrity under high pressure.

Universal bit retention uses a spring-loaded clamp to accommodate various anchor sizes, replacing multiple specialized manual tools.

A soft elastomeric bladder drives a steel collet to grip workpieces using minimal fluid pressure.

An integral plastic wedge band embedded in a rubber body resists extrusion and displacement, resolving sealing integrity issues under pressure.

A double-wall pipe uses a spacer to center pipes and create an air gap that reduces structure-borne sound transmission.

An intermediary bracket with slots and resilient flanges stabilizes the connection between aerosol containers and automated actuation systems.

A slip conduit coupler uses a protruding stop clip and sight slots to secure electrical conduits.

Tangential rollers replace point contacts to reduce surface pressure, enabling secure clamping under high tensile loads.

Collapsible collar grips pipe and pulls it through gasket, resolving high installation force requirements.

Extruded profiled tubes feature angular grooves that provide stable fixation for fluid channeling connections.

Thermal break regions in the wafer support apparatus prevent reactant condensation on the chuck, enabling void-free filling of high aspect ratio gaps.

A flexible tube uses a variable diameter interlock to join joint pipes without expanding the external profile.

Elastic deformation of a blocking member counters vibration forces, preventing automatic detachment and ensuring reliable connection stability.

An intermediate coupling ring slides and deforms on a tubular member to lock a connection sleeve, simplifying assembly of long pipes.

An annular seal combines metal sleeves with plastic filler to prevent delamination during compression in harsh oil and gas environments.

A gas container adapter uses segmented O-rings to seal various nozzle shapes securely.

Rotatable detented adapter allows angular adjustment of screwdriver attachments without dismounting, eliminating time lost to manual latch actuation.

A compact electric motor uses a skewed stator lamination stack to minimize airgap reluctance.

A plastic pipe socket integrates a screw thread and rotating ring to compress an elastic seal.

Clamping jaws with radial play and spring detents attach to reference surfaces, allowing rapid exchange without regrinding to reduce setup time.

Segmented electrostatic chucks prevent photoelectric force loss by combining light-shielding and transmitting zones to maintain substrate position.

Decoupling the sealing member from pressure member forces prevents overstress on large diameter pipes, ensuring long-term reliability.

A hinged coupling fastener pivots between aligned and skewed configurations to secure pipe segments.

Integrates a discharge containment shroud to capture water spray during decoupling, preventing damage while allowing remote operation of flushing devices.

Differentiated axial portions concentrate anchoring force on resistant material while protecting amorphous plastic from excessive stress.

Expandable clamping ring and wedge assembly adjust to various pipe diameters, eliminating diverse inventory requirements for universal sealing reliability.

Expanding intumescent compound fills cavities around plastic pipe connectors to prevent thermal bridges during fires without complex insulation.

A segmented adaptor routes cooling fluid through a hollow fastener to bypass obstructions and manage heat at the cutting zone.

Coupling segments with angularly oriented concavities rotate to increase joint rigidity while keeping the sealing member stationary.

Welded sleeves with hook-forming ends engage couplings to preserve fluid supply continuity without adding redundant pipe weight.

An energized lock ring secures tubular connections against high loads, resolving the trade-off between connection strength and structural complexity.

An anti-rotation element engages a longitudinal groove on the connector outer side to prevent rotation and ensure precise angular positioning.

A copper coating on steel flange couplings prevents galvanic corrosion between dissimilar metals, eliminating gasket complexity and leakage risks.

A locking chuck uses a camming pawl to engage teeth and exert closing force on the nut.

A chuck retainer ring engages bit shank grooves to secure the tool without magnets or end rings.

A chuck device locks a rotating jig using rolling bodies and a retainer to prevent unintended release caused by resonance or inertial forces.

Convex curved sealing surfaces distribute compressive loads to prevent wear and fatigue in high pressure fluid containment systems up to 130,000 psi.

Recessed bonding layer end faces reduce adhesive damage and particle scattering during plasma processing.

Segmented retention and clamping elements engage piping grooves, resolving complexity trade-offs while ensuring leak-proof sealing.

A ball-and-socket joint coupling connects a manual spray head to a flexible hose line, enabling independent rotation and enhanced mobility.

A composite outflow valve assembly manages cabin pressure through a dual-wall metallic sleeve design.

Nested adapter members in a flexible downspout connector accommodate different pipe sizes, resolving the trade-off between installation ease and durability.

A quick connector assembly uses a spring-loaded retainer to lock fluid conduits without tools.

A push-fit piping joint assembly uses a release pusher to deform a fastening ring, enabling tool-free pipe insertion and removal.

Male and female flanges made of dissimilar materials expand at different rates to maintain seal integrity under temperature variations.

A multilayer hydraulic seal assembly uses nested inner and outer rings with fluid communication spaces to apply tightening pressure.

Multi-zone electrostatic chuck uses segmented fluid conduits and a thermal break to manage heat transfer across the workpiece surface.