Pipe Supports TRIZ Cases

An angled coupling links the pipe anchor and band clamp to keep insulation tight and reduce thermal-expansion gaps and vibration dislocation.

Preformed strap flanges and an insulation block secure cryogenic pipes quickly while limiting thermal conduction and avoiding drilling.

A two-body tubular connector uses rotating circular interfaces and half-shell assembly to keep tubes secure while minimizing center distance.

Asymmetrical rack teeth and biased pawl fingers give this clamp adjustable sealing force, tactile feedback, and tamper-evident sterile closure.

A nested sleeve retainer with barbs or O-rings holds the polymer liner in place, protects pipe ends, and preserves a tight seal at joints.

Interchangeable frames route air, nutrient, and CO2 lines together to save grow space and simplify indoor facility reconfiguration.

Built-in tension, heat, and ID indicators help pipe repair clamp chains prevent over-tensioning, overheating, and chain misuse.

An A-frame clamp with flanges and a recess grips cylindrical shafts while creating a flush mounting surface and saving space.

Steel-making slag and polyurethane resin form a pipe fixing structure that avoids long concrete curing while improving support stability and cost.

A recessed drum outlet lets the hose wind without obstruction, reducing deformation and preserving smoother fluid flow.

A pressure-controlled flexible tubing line removes accumulated liquid from gas risers to curb surge waves and prevent separator overfilling.

Protuberance-based sleeve retainers keep polymer liners secure despite thermal expansion and protect pipe-end sealing surfaces during transport.

Sensor feedback automates hose winding and unwinding during pipeline cleaning or inspection, reducing manual handling hazards and length errors.

A foot shell coupling adds an end hose attachment at boom joints, enabling longer hose reach without overloading the boom or blocking compact folding.

Vertical pressing of the connector neck aligns the central axis for secure chemical coupling, reducing misfastening and misinjection risks.

A sliding collar inside a larger guide absorbs pipe thermal expansion and contraction while reducing joint damage, cost, and installation complexity.

Removable in-wall tracks and clips route replacement plumbing with less demolition, while leak detection enables early warning and shut-off.

An angled snap-on bracket secures sprinkler supports to T-bar ceiling grids faster, without special tools, while resisting side and torsional loads.

An over-moulded thermoplastic coating on the U-bolt prevents metal-to-pipe contact, improving insulation, grip, and corrosion resistance.

Split ring connection rings radially compress the gasket, simplifying pipe coupling assembly while improving sealing and separation resistance.

Nested hinged panels support a hose at a stable downward angle for drainage while simplifying setup and reducing storage bulk.

Fragile fixed flanges absorb collision loads before delivery pipes deform, helping prevent injector joint damage and fuel leakage.

A sliding jacket compresses a resilient plug seal to isolate different atmospheres around cables or tubes with even force and tool-free assembly.

Inward bends tightened by a circumferential screw let this pipe clamp grip varying pipe diameters securely while avoiding outward flanges.

A concave spring base and single self-boring screw deliver fast installation, 360-degree rotation, and strong substrate holding.

A two-body connector with rotating half-shells keeps tubular elements close together while allowing orientation changes and simple tool-light assembly.

A rotating plate and lever lock a sprinkler bracket to T-bar beams quickly while resisting side, rotational, and torsional loads.

A threaded fastener lets the fitting assembly change length to match pipe-to-structure spacing while maintaining secure bracing under dynamic loads.

A spring-supported tubing arm keeps the solvent line elevated and returns drips to a waste sink during bottle changes, reducing contamination and spills.

An inverted P-clamp yields at a preset load to release and protect aircraft fuel lines in crash events while resisting normal flight loads.

A rotatable plate and lever assembly speed sprinkler support installation on T-bar beams while maintaining secure anchoring under side and torsional loads.

A bendable line holder opens fastening space during installation, then closes with a latch to secure lines on support structures.

Two adjustable plates snap onto T-bar beams, then tighten to resist side, rotational, and torsional loads from pressurized sprinklers.

An overmoulded buckle on a fibre-reinforced band improves fastening strength while reducing snagging and enabling custom fastener lengths.

Non-threaded quick-connect regions and 360° rotation let irrigation hoses and sprinkler heads be repositioned as crops grow while reducing trip hazards.

Movement-restricting members use fluid pressure to hold sludge laterals near the floor, preventing breakage without drilling anchors.

A pivoting clamp and toothed resilient arms secure to stud threads yet release cleanly for fast wire or fluid line repositioning.

Interlocking elastomeric ridges create a watertight pipe-hanger seal without caulk, cutting maintenance and contamination risk.

A two-plate bracket with an adjustable fastener anchors sprinkler heads to T-bar beams quickly while resisting side, rotational, and torsional forces.

Cut plate bond parts support heat transfer tubes with less welding and assembly effort while maintaining stability under high pressure and heat.

Independent modular towers with biaxial moment collars support varied pipe sizes while easing assembly and resisting wind, temperature, and seismic loads.

Cut-out slots and threaded ends hold cylindrical tubing without compression, preserving sensor spacing and avoiding thread jamming in clean rooms.

Acoustic sensing tracks buffer roller wear so fluid pipes stay elevated, reducing friction, leaks, and downtime in semiconductor facilities.

Annular pockets formed by elastic clamp branches secure analyzer pipes quickly, reducing assembly strain, leakage risk, and fit issues.

A belt-and-ribbon tube organizer secures multiple conduits in less space, simplifying aseptic fluid transfer assembly while maintaining reliability.