Flanged Joints TRIZ Cases

A thermoelectric element within a remote seal assembly manages heat transfer for industrial pressure transmitters.

Dual-seal rotary joint assembly uses vented interstitial space to detect primary seal leakage and activate backup sealing elements.

Sandwiched elastomeric gasket manages axial pipe contraction and thermal expansion, reducing assembly labor while maintaining secure sealing reliability.

A dismantling joint uses pitch circle forcing means to engage flanges and socket spigots for secure pipeline assembly.

An integrated single-piece inner ring clamps and seals a flexible container, eliminating complex multi-element assemblies.

A joining device uses a withdrawal-prevention insert and ring nut to create a secure flanged connection for fluid conveyance components.

A turbocharger housing assembly uses interlocking flanges and a projection to secure connecting pieces with minimal hardware.

Segmented annular collars compensate for manufacturing tolerances to eliminate asymmetric loads and prevent seal leaks.

Cotton variety 98M-2983 applies preliminary selection and cytoplasmic male sterility to accelerate breeding cycles while maintaining disease resistance.

A flexible flange connection resolves sealing challenges in tight spaces by allowing angular pipe adjustment while maintaining a tight seal against AdBlue.

A pipe alignment tool uses a circumferential clamp and rotatable engaging members to position abutted pipe sections.

A fluid pipe coupling uses a form-fitting retaining plate to secure the connection piece against rotation and axial displacement.

Bonding wires bridge insulating O-rings in a clamshell design, dissipating electrostatic charge across fluid lines.

Segmented locking members pivot into the pipe interior and retract under cap pressure to secure the assembly without external access.

Composite spherical seal with solid lubricant prevents abnormal frictional noise under oscillating exhaust loads.

Segmented arcuate spacer components adjust combined cylinder length without disturbing alignment, resolving insertion trade-offs.

Circumferential grooves enable removable clamping of retaining components around a fluid meter sensor assembly.

Segmented interrupted threads enable rapid axial engagement of blowout preventer bonnets, eliminating manual rotation of heavy circumferential nuts.

A data copy method uses a temporary memory device to store packages while transferring them via direct memory access.

Remote translation of semi-annular wedges secures mandrel coupling, eliminating manual alignment risks.

Hybrid duct structure reduces weight and manufacturing complexity while maintaining structural strength.

Elongated spray guards and stoppers reduce cross-sections to slow liquid exit, preventing caustic splashing during CIP operations.