Pipe Supports TRIZ Cases

Segmented rigid and flexible structures isolate fuel line vibrations while asymmetric poka-yoke features prevent improper assembly orientation.

A rail car air hose hanger uses a rotating arm to maintain AAR-standard distance and prevent hose separation on varying coupler geometries.

Segmented vacuum and reflective barriers in a screwed pipe junction maintain thermal integrity while minimizing heat loss.

Inclined flat cables with protective coverings control deformation trajectories to prevent passenger injury from exposed wiring.

Snap-fit mounting brackets engage coupling portions on link modules to enable precise length adjustment of cable protection devices.

Consolidating multiple fasteners into one assembly reduces pylon mass by half while maintaining secure harness positioning.

Oriented holes in a support device prevent ceramic insulation flaking by enforcing minimum bend radius during high-temperature winding.

A U-shaped cable guide constrains lateral movement of cables along building edges using a smooth internal channel.

An arcuate cable tray distributes weight across modular tiers, preventing kinking and data loss in air handling spaces.

A flexible tube connects fire extinguishing pipes supported by separate skeletal members to absorb relative displacement.

A retaining element uses a continuous arch of varying curvature surfaces to securely engage elongate members.

Breakaway alignment fins center the planar base on mullion edges, eliminating precise field alignment and two-person installation.

A ferrule pressing part uses an urging member to compress a connector against a receiving part via a pin-guided bayonet coupling.

Integrated bent wire anchorage eliminates separate accessories for secure assembly, resolving the trade-off between connection strength and device complexity.

Hard coatings on conical fuel valve surfaces distribute pressure to prevent deformation and leakage.

A buoyant cable tie composition uses metal particles to enable detection while maintaining structural integrity.

A telescoping spring support uses a sliding housing to enable resilient movement of heavy pipeline loads.

Sliding modular bar adjusts length to support electrical harnesses, reducing storage space and management complexity for multiple fixed-length ramp models.

A segmented pipeline support apparatus uses a removable pin mechanism to lower conduit sections into trenches.

Bottom-mounted brackets on a serpentine beam eliminate tangential water loads that cause deflection and rotation in splash fill towers.

A hose clamp support tool secures the fastener using a biasing hood and drive extension to prevent rotation during installation.

Disposable clamps secure conductor bundles in notched support structures, eliminating sharp edges from cutting tools that damage adjacent wires.

A reusable connector body manages crossing cables using twist ties inserted through aligned side holes.

Sliding bracket system routes cables internally to eliminate drilling and surface damage during security camera mounting.

A spring-biased cable clamp secures drop cables to main span lines using a stem mechanism.

Segmented center brackets and angled end brackets minimize interference with ceiling fixtures while ensuring secure sprinkler mounting.

Multiple hole pairs on the base plate allow attachment to various supporting bases, eliminating the need for different fixing devices.

A cable holding device positions its stand on the mounting base lateral edge to create direct access for fastening operations.

A clamping device uses a rotatable locking pin to secure longitudinal elements without tools.

A cantilever bracket merges the support arm and mounting plate into a single galvanized sheet metal component.

A single-piece cable hanger retains multiple conductors above ground, eliminating trenching costs and flooding risks.

Folded anchoring element with angled branches secures cable tray sections through mechanical interlock, preventing detachment during traction or oscillation.

Shared rotation of multiple arms collapses the device volume by 60% while maintaining structural rigidity to prevent fiber optic damage.

Integrally molded side plates with snap-fit stopper links streamline assembly and disperse tensile forces to improve durability.

Flexible arms and gripping fingers secure fiber optic cables of varying diameters, reducing structural stress during stacking.

A flexible protective guide eliminates link plate assembly noise by absorbing distortion through widening gaps in its synthetic resin structure.

A load-distribution plate fastens to a bracket element using offset catching and counter-bearing elements that form a holding space.

A conical shoulder and split load ring transfer weight only after shear pins break, preventing premature activation during lowering.

Torsion bar couplings enable the ring gear to move relative to the stator, distributing loads and reducing stress on gearbox components.

Prestressed projections on a metal shaft exceed the hole width to wedge against the interior surface, eliminating supplementary anchoring elements.

Integrated hooks on the pipe clamp engage stud brackets directly, eliminating tools and enabling dense pipe spacing.

A spacer component reduces the gap between a vehicle duct and housing to limit displacement during impact.

Offset connecting arm in cable guide device prevents noise and disconnection during flexion.

Segmented plates and spacers define a precise gap to prevent axial misalignment and casing wear.

S-groove clamshell case guides excess medical tubing to prevent tangling, blocking, and safety hazards in hospital environments.

Segmenting winch lines with a pennant wire extends operational depth while reducing line diameter and cost.

Segmented locking teeth engage the strap to resolve the trade-off between ease of insertion and fixation strength.

Reference points on prefabricated interfaces align pipe holders with joint axes, resolving manufacturing tolerance issues in concrete pump booms.

A jointed web tensions against swivel arms to prevent line dislodgement under high pull-out forces.