Pipe Supports TRIZ Cases

A dual-purpose hanger fastener features an integral head with both axial and cross-thread openings for flexible fixture attachment.

Integrally forming brackets during blow molding eliminates separate fabrication steps and reduces production cycle times.

Segmented receptacles with flexible retention sections accommodate varying cable diameters to prevent slippage on antenna tower hangers.

Segmented locking geometry prevents lateral grip piece removal while simplifying manufacturing by eliminating complex recesses in the clamp body.

Rotating the cam disc compensates for prestress deviations, maintaining constant carrying force without component replacement.

Integrated clamp secures hydraulic hoses to lift masts, reducing component count and leakage points while maintaining stability under high pressure.

A support bracket with an anti-rotation tab secures a hydraulic brake hose to a suspension component using a single fastener.

A collar with restraining arms contacts the tank wall to secure the riser tube during maintenance operations.

Interchangeable cylinder segments adapt to various pipe diameters, resolving retrofitting complexity while maintaining load-dependent locking reliability.

Segmented rubber O-rings bonded by compressible adhesive reduce manufacturing time while preventing casing scarring during expansion.

Integrated slides and rails enable secure stacking of cable support hooks without additional fasteners, reducing separation risks.

Composite material lining prevents rotation and buckling in steel riser clamps under high pressure.

Spring elements in a conduit-mounted resistor absorb thermal expansion forces, reducing pipeline displacement and eliminating expensive anchoring costs.

Shielding plate with air gaps insulates fluid line clamp blocks from radiating heat, preventing cracking under compression.

Exterior shell supports with non-metallic fillers dampen vibration and prevent damage to softer metal piping during shipment.

A slotted holder design absorbs constraining forces through an interrupted annular contact surface to enable micro-movements.

Rotatable support components allow subsea pipelines to move vertically via buoyancy, eliminating large mud mats and preventing buckling.

Segmented bracing and insertion modules maintain clearance to prevent duct contact during sintering of long curved pipes.

Segmented holding members with thinned articulation sections reduce device footprint while maintaining secure attachment reliability.

Tapered tabs and slots interlock conduit spacers, eliminating tight tooling tolerances during duct bank assembly.

Segmented body and brace portion engage tray wires via apertures, resolving sagging risks while maintaining routing functionality.

Flexible extensions adapt to different cable diameters while a plastic layer covers sharp edges to reduce injury risk.

Integrated posts and ports join segmented grommet halves around pipes, eliminating manual alignment errors.

Resilient retaining clip deforms to secure wire harness connectors, reducing installation time and manpower for aircraft wiring.

A retaining device with a channel guides electrical wires to wall studs during construction.

A pipe holder uses a primary ring and secondary rings connected by arms to stabilize multiple conduits in one plane.

A triangular cable clamp uses paired clamping jaws to secure high-voltage cables in a compact design.

A module frame integrates sealing elements with flange elements to secure cable bushings onto components.

A vertical clamp arrangement secures cooling tubes to aircraft jet engine casings using modified attachment plates with openings and tabs.

A clevis hanger uses a snap-open lower strap and upper strap to secure conduits without threaded fasteners.

A tubular joining system uses a cup-shaped end and radial groove to retain an elastomeric gasket within a junction block for secure assembly.

Segmented firesleeves, cuffs, and boots withstand 2000°F while allowing tool-free inspection without damaging the system.

Nested locking mechanism eliminates protruding plungers in cable management arm rails, resolving space-reliability trade-off.

A pipe clamp uses elongate slots in segmented ears to open wide for installation.

An elastic clasp arm engages blocking walls in a positioning hole to resolve the contradiction between easy detachment and reliable mounting.

Shifting the pivot axis off-center eliminates gaps that cause uneven running and noise, enabling low-noise rolling motion.

An elastomeric body with cantilevered springs accommodates multi-axis shifts between aircraft components.

Guide laterally clamps undersea pipe while allowing longitudinal movement, reducing stress on equipment and foundation during installation.

Segmented fixing device with C-shaped holder and wedges reduces weld zone stress from fluid vibrations in boiling water reactors.

Segmented spacer wheel captures rebar via dynamic legs, solving retention issues that cause suboptimal placement in concrete molds.

A frusto-conical elastomeric sleeve with a split ring clamp secures underwater risers to rigid structures.

A vehicle pipe fixing apparatus uses rubber members to absorb vibration and secure the pipe.

A conductive plastic tether connects vehicle fuel pipes to the frame, establishing a reliable electrical grounding path.

Hinged legs deploy dynamically to elevate pipelines, eliminating costly seabed preparation and reducing laying complexity.

A flexible filling hose adapts its shape to vehicle contours, reducing system weight and manufacturing costs.

Nested holding means inside a cover eliminate aerodynamic disturbances while shock-absorbing means damp vibrations.

Spring-loaded teeth in a separate thrust piece adjust to varying pipe diameters while maintaining constant external dimensions.

A dual-joint link-lever assembly with parallel pressing panels reduces annular hole diameters to lock shafts simultaneously.