Branching Pipes TRIZ Cases

A dual-latch connecting element uses elastic deformation and axial preload to secure media pipelines against accidental release.

Distributed electrofusion windings remove cold zones in high-diameter pipe branch fittings, improving pressure sealing and enabling same-diameter T-branches.

A snap-in tongue and nib keep the fixing plate aligned and attached to the hose connector, reducing vehicle assembly time and slip risk.

Spring compression occurs only when the cutter contacts the pipe, simplifying drilling while limiting force on the bypass collar.

Radial teeth lock the fitting into a branch conduit without rotation, while a compressible gasket seals the liner to prevent delamination and exfiltration.

A pre-sealed stopper and embedded boring tap prevent gas leakage during live pipe branching, improving worker safety and boring efficiency.

A side blowing path creates wall-hugging swirl in a curved powder pipe, preventing buildup without disrupting continuous pneumatic transport.

A movable valve body and optional collar let one bag fitment seal reliably with both QCD and screw-on dispensing connectors.

Inner and outer collars compress a sealing ring against the corrugated wall while support guides limit deformation and twisting.

Locating features align tubing on a fitting before injection molding, while thermal bonding forms a secure overmold without internal supports.

Tapered flanges integrate connection and securing functions to reduce installation time for underground angled pipe networks.

Inverted oblique port structure with inclined surface eliminates climbing hazard while maintaining filtration flow.

A hollow elastomer insert with a conical screwing region and stop bead provides secure sealing within transverse openings of plastic pipelines.

A conduit connector assembly integrates a spring clip and latch mechanism to secure armored cable within the fitting body.

Rotatable connection elements adjust tube mounting direction before fixation, eliminating multiple flange types and complex pre-assembly processes.

A modular mechanical tee fitting uses interchangeable inserts to accommodate multiple pipe materials within a single universal housing design.

A fluid line connection holder uses a slotted sleeve to grip pipe ends securely without soldering.

A flow divider uses non-circular branch ports to increase total cross-sectional area.

Integrated deformable metal sheet eliminates saddle-flange discontinuity, preventing semi-rigid pipe ovalization.

Direct boring machine connection via a sealing case eliminates gate valves, reducing equipment size and error margins while maintaining fluid flow.

A tapping fitting integrates a ball valve within the socket to control fluid access during pipe drilling operations.

A connection assembly uses interlocking flanges to clamp cylindrical structures without tools.

A connector locking ring uses a flexible bar to snap into place during assembly.