Pipe Supports TRIZ Cases

An ABS pipe connector prevents electrolysis and corrosion by eliminating metal-to-metal contact while securing conduits via a snap-fit design.

A side-locking clamp assembly uses symmetrical arcuate members joined by a hinge to secure elongate items.

Hydraulic sliding shoes displace support structures along deck rails to position monopiles within lifting reach, resolving space constraints.

Tapered pipe ends and centering devices guide installation into tight ports, reducing manual alignment time during reactor assembly.

An external screw auger removes soil via a carrier tube, preventing interior contact and enabling concrete pipe installation.

Curbed anti-rotation lugs secure conduit mounts, preventing rotation and ensuring alignment while reducing heat transfer damage.

Nested resin couplings create a triple wall structure that prevents deformation at the coupling site without additional locking mechanisms.

A fluid swivel uses perpendicular tube planes to transfer fluids across rotating hinges.

Segmenting the inner panel opening allows grommet attachment without full penetration, improving assembling workability while maintaining waterproofing.

Link plates feature a wave-shaped central rod that prevents warpage while doubling cable capacity and shielding signals.

An integrated elastic element in a drag chain side part absorbs impact energy, reducing noise emission while maintaining manufacturing simplicity.

Intermediary holding fixture transfers optical cables between switches to reduce datacenter downtime.

A cable support assembly with parallel arms and slots holds multiple fiber-optic cables at one pole attachment point.

A quick-detachable mounting assembly uses a spring-supported locking bar to secure flat-panel displays.

Rotatable sleeves with resilient shoes let tubing twist and flex, preventing abrasion from vibration and kinking during installation.

A breakaway wrist strap enables the sleeve to expand along the rope, resolving the trade-off between abrasion protection and rope functionality.

Additive manufacturing builds aircraft fixtures directly on fuselage structures, eliminating separate inventory and complex fastening processes.

A fuel tank fill assembly uses a dual-coat flow gap to deposit zinc-rich primer and anti-corrosion paint on pipe surfaces.

A cable holder uses a bending side-part section to create working space for fastening tools.

Intermediary clip prevents leg twisting and barb disengagement under stacked cable loads.

Segmented cable assembly with stoppers and support members prevents damage from frequent bending and chafing in telescoping assemblies.

Multi-step engagement prongs adapt to varying hole positions across vehicle models, suppressing rattling without dedicated fixing structures.

Segmented guiding bodies connected by swivel joints reduce torsional loads and prevent wire attrition during long-distance feeding.

A controller monitors service line span, elevation, skew, and twist within interconnected trays to predict dislodgement risks.

An adjustable cable tie mount accommodates varying carrier thicknesses by shifting an inner sleeve relative to an outer sleeve.

Slotted conduit support block with apertures holds vertical risers, preventing roof damage during installation.

Segmented resin blocks connect via snap-fittings to guide cables, resolving unstable flexion radius and fatigue issues.

Connects multi-channel air ducts using integrally formed snap elements to eliminate installation errors and reduce attachment point complexity.

A fluid intake assembly uses a valve mechanism to maintain continuous paint flow within the inlet path.

Intermediary bracket assembly mates with ceiling grid elements to secure sprinkler heads without complex tooling or structural modifications.

Segmented locking parts restrict positional deviation in the circumferential and axial directions, ensuring stable connection without complex structures.

A partially cylindrical support member with locking projections secures flat wire harnesses to bar-shaped members.

A clamping device uses a segmented frame that moves between open and closed configurations to hold longitudinal elements securely.

Cables with oversized heads secure tools in a bicycle service kit, preventing loss and tampering while maintaining easy access.

Asymmetric reinforcing ribs on a corrugated tube prevent wiring harness slack during slide door operation by increasing stiffness along the long diameter.

An adjustable loop element fixes internal bicycle frame lines to silence clattering noises without adding weight or mounting complexity.

A spacer between the rigid rod and utility pipe limits torque application, preventing plastic deformation of non-structural components during seismic events.

Extendable universal joint and rod-end bearing support high-pressure feed lines during rapid cutting carriage motion.

Rotatable coupling structures secure elongated components at varying angles, preventing vibration and chafing in fuel dispenser systems.

Flexible shell limits conductor fatigue by distributing environmental bending stresses.

Clamp-based connections distribute vibration stress across unitary tubular braces, preventing joint cracking and enabling longer boom sections.

A clamp assembly structurally replaces P4a and P4b welds in boiling water reactor core spray lines.

Stackable plastic mount assembly with rotatable clamp unit reduces custom bracket complexity and manufacturing costs.

A longitudinal support device secures rigid underwater pipes via link members to initiate lateral buckling during seabed deployment.

A metal cable tie uses a roller mechanism to engage a geometric dent on the strap for secure fastening.

Polymeric angle adapters and cable hanger assemblies eliminate metal-to-metal contacts in cellular base station installations.

A reusable member provides a soundproof seal for hearing aid sound tubes using flexible adhesive materials.

Cold spray deposition creates nodes with 30,000 psi adhesion strength, resolving adhesive bonding failures on curved aircraft surfaces.