Sleeve/Socket Joints TRIZ Cases

Angular lobe surfaces deform inwardly within the channel to accommodate manufacturing tolerances without warping.

An arc-shaped clamp with a protruding pressing part connects stainless steel pipes, eliminating skilled labor requirements.

A hydraulic piston actuates a spring-loaded clamping mechanism to secure milling tools, eliminating manual loosening of screws during tool changes.

A clamping device converts axial spring force into radial pressure to secure surgical elements without play.

A vacuum transfer chuck adheres to a top plate via a vacuum ring, isolating the measurement head from mechanical vibrations and thermal drift.

Differential annealing creates a strength gradient in seamless OCTG pipes, reducing outer diameter and production costs.

A tapered adapter joins fluid conduits using a curvilinear inner wall transition.

Non-uniform wall thickness reinforces jumper tube connectors, reducing deformation under high fluid pressure to maintain o-ring sealing integrity.

A tool receptacle sleeve features an elongated hole and longitudinal groove to secure a locking body.

A pipe joint packing ring features a cutout groove that allows the seal section to bend inward during compression.

Larger actuating balls prevent radial outward movement during recoil, resolving engagement reliability issues caused by low radial overruns.

A split ring joint restraint secures pipe fittings using a shell and clamp ring assembly.

A motor-driven eccentric drives an articulating arm that pivots the tool head, resolving access limits in tight spaces without requiring alternative tools.

A turbulence-free ring compresses within pipe couplers to align inner surfaces and maintain laminar flow.

A worm gear chuck converts rotational input into axial sleeve movement to clamp ball race milling cutters securely.

Composite material sections reduce thermal expansion from spindle heat, maintaining measurement accuracy during high-speed machining.

Segmented diffusion regions with adjusted supply pressure cool protruding wafer edges, resolving insufficient thermal conduction at circumferential boundaries.

Segmented metal anti-slip components in a compressible gasket prevent pipe separation and fracturing under high axial thrust forces.

A flexible substrate bonded to piping components distributes axial forces across a broad surface area.

A streamline chucking pin prevents solution reflow contamination by directing airflow smoothly around the eccentric pin.

Modular repair enclosures attach to pressurized pipes using clamping devices and angled grooves, sealing leaks without pipeline shutdown.

A pipe joint sleeve uses sprung detents to prevent rotation of connected cylindrical pipe ends.

Segmented filling port bodies enable radial seal access, resolving assembly bottlenecks in hydrogen refueling connections.

Intermediary ceramic shield prevents surface erosion on electrostatic chucks, extending operational lifespan to 5000 RFHrs.

An embossed gasket engages a slot in the outside pipe to create a fluid-tight seal while accommodating axial play and preventing separation.

A fitting assembly uses a 90/10 copper nickel swage ring with higher thermal expansion than the coupling body to restore compressive stress.

Segmented cam formations reduce drawbar cross-section, enabling forward insertion through the housing bore while maintaining clamping force.

Work-hardened material and a one-piece bottomed frame resist torsional forces to prevent housing deformation during rod screw operation.

Anchoring members engage shank depressions to prevent disengagement during power tool operation.

A U-shaped pipe clamp overlaps tongue and section to create a labyrinth seal on combustion air pipes.

Tapered housing compresses a gasket to form a fluid-tight seal, accommodating varying pipe dimensions and material properties.

An ALBEMET and INVAR supporting structure increases natural frequency to prevent resonance-induced disruptions during wafer inspection operations.

Rotating locking tabs engage ramps to prevent axial movement in pressurized fluid connections, eliminating leaks at the aerator interface.

A vacuum chuck uses an annular suction surface to hold structured wafers securely without damaging sensitive circuits.

A multi-coupling device uses a bayonet mechanism to connect hydraulic lines without levers.

A permanently attached spray deflector structure redirects pressurized fluid sprays laterally, preventing injury from improperly sealed joints.

A process kit ring features symmetric protrusions to improve RF energy coupling at the substrate edge.

Radially expanding chuck arms automatically grip bone fixation pins of varying diameters, eliminating manual manipulation and reducing surgical time.

A grooving machine uses a self-aligning router head to cut precise pipe bell grooves.

An electric coil moves a tool along a handle axis via electromagnetic interaction, replacing manual mechanisms to improve machining precision.

A pipe clamp bridge spans the band gap to maintain a continuous gasket channel, preventing axial separation and leakage in high-temperature exhaust systems.

A collet chuck system with a coupling shaft and lock nut provides quick changing capabilities for flexible attachment of various sized shafts.

Independent first and second cylinders adjust pressure based on sensor feedback to prevent positional shifting during machining.

A resilient seal member with an adjustable loading mechanism applies compressive loads to elongate objects.

Centrifugal force counterweights in cavities push outward during rotation, bending the base inward to maintain reliable clamping at high speeds.

A termination box uses a flexible sealing part with protrusions to grip conduit grooves.

A pipe tester connector uses a flexible sleeve and rigid insert to seal pipes without permanent fixtures.

Concentric torque fittings prevent ferrule degradation and fluid leakage by limiting rotational force during installation.