Sleeve/Socket Joints TRIZ Cases

A ball lock collar fixture secures V-flange toolholders for safe assembly operations.

An intermediary support ring maintains concentricity by guiding the clamping sleeve, preventing vibrations from protruding jaws.

An inverted sealing zone design isolates the guide area from process fluids, reducing stagnation risks while maintaining secure pipe end connections.

Concentric indentations on a metal-coated contact surface increase surface pressure, maintaining reliable sealing efficacy under 500-2000 bar loads.

Radial wedge deformation braces an elastic sleeve to secure cylindrical components, enabling rapid assembly without damaging pipe ends.

Rear locking mechanism with movable tightening element resolves gripper groove interference during tool magazine loading and unloading operations.

Clamped elastomer ring maintains coaxial alignment during J-laying, preventing inner tube slipping and dislodged components.

A tool holder uses a rotatably mounted locking element to secure the drill bit in place.

Flexible locking ring with inverse curvature arches prevents inadvertent uncoupling while maintaining radial and axial compactness.

Segmented PEEK seal and titanium collet prevent tubing ejection at 30,000 psi while enabling reuse across fittings.

Hard metal sleeve joins holder and cutting head to increase rigidity while eliminating central bores that weaken cutting elements.

Segmented cavity allows free pipe insertion without seal interference, enabling maintenance without cutting.

Porous adsorption plates in vacuum chucks prevent wafer warpage by maintaining uniform pressure distribution during semiconductor manufacturing.

Controller detects chuck tilt and tunes support point positions to eliminate residual errors, reducing leveling time.

Segmenting the outer cap and sealing portions prevents scraping wear on the pliable seal during connection, ensuring durable closure for fire hydrant outlets.

Bidirectional hooks on an integrated buckle engage socket openings to prevent displacement under fluid pressure while eliminating complex mold structures.

Stationary receiver processes digital radio signals from a rotating power chuck, reducing electrical energy consumption and extending maintenance intervals.

Rotating lugs compress a flexible seal between adapter parts, preventing accidental disengagement and leakage of noxious waste.

A handled tool clamping structure uses a planet gear mechanism to amplify rotational force into linear clamping pressure via grippers.

Segmented shanks separate alignment from drive functions in a quick change chuck, reducing run-out and improving drilling accuracy.

An invertible sealing sleeve uses a turn-over section to accommodate varying pipe diameters without irreversible modifications.

A robotic tool changer uses a detent mechanism to maintain the decoupled state without redundant interlock circuits.

A cutting tool clamping mechanism uses a coupling tooth and drive surface to secure the stem without external fasteners.

A pipe coupling tensioning system uses pivoting members to tighten a tubular casing around a pipe.

A hydraulic chuck reduction sleeve with connector and adjustment elements secures tool positioning.

A rotary cutting tool shank features a partial circumferential groove to receive pull-out prevention elements.

Segmented collet design resolves the trade-off between wide clamping range and high concentricity by applying local quality variations.

Exterior snap feature provides visual feedback for secure fluid line engagement, eliminating electronic sensors in noisy environments.

Angled carrier and lock ring profiles apply radial force to set dual seals with one load, reducing component stress and space requirements.

A clamping apparatus cam control mechanism rotates a handle plate independently, mitigating spring kickback hazards during lever transitions.

A rotary transmitter links a spindle bus to a frame field bus, reducing wiring effort while maintaining reliable data transmission at high speeds.

Removable duct body enables inner device access without removing the fixed front portion, resolving maintenance accessibility issues.

An orbiting arbor displaces pipe material radially inward to form precise engagement features without cutting.

Triangular dispersing surfaces transmit cam forces to the female member body, reducing displacement moments and enabling compact tool changer designs.

Angled coolant grooves in the lock nut enable fluid flow through the collet interface, resolving adaptability issues across varying bore diameters.

Periodic seal engagement delivers pressurized fluid to rotating components, eliminating heat buildup and leakage from continuous contact.

A bayonet fastening system uses a clamping ring with latching teeth to lock pipeline components via rotational alignment.

A drill chuck uses a locking sleeve to secure an undivided threaded ring for precise centering and radial stability.

Segmented housing portions supported by split rings allow pipe insertion without manual seal manipulation, reducing installation labor and alignment time.

A pipe coupling uses a stainless steel sleeve with plastic body parts to create a secure frictional lock.

Segmented collar elements engage precast pipe connection profiles to reduce turbulence during elevation changes and corner transitions.

Segmented retaining elements block outward migration of the annular seal element in pipe coupling assemblies.

A non-slip device grips the external surface of a flexible coupling tubular element to resist longitudinal forces.

A tool receiving device uses a movable holding mechanism and spring-loaded clamping to secure handheld machine tools.

A single-piece clamp ring uses breakaway connectors to unite a strap, lever, and clip into one adjustable fastening unit.

Curved lug cover plate guides the locking plate to reduce closing force and prevent catching in small diameter pipe repairs.

A pipe connection ring seal uses a movable supporting lip that tilts to contact the insertion pipe outer surface for reliable sealing.

A connecting device uses a sleeve with an annular seating section to accommodate a resilient decoupling element between components.

Engineered fibers in mineral oil matrix resolve batch inconsistency and leakage by maintaining tight seals under pressure.

Segmented N-female ports with varying diameters create multiple annular seals that block moisture ingress while maintaining MIL-SPEC signal integrity.