Pipe Supports TRIZ Cases

Removable support bracket with adjustable tension bolts secures aircraft cabin wiring to floor beams without structural modification.

Bulging part with wide opening absorbs wiring harness slack, preventing external interference and enhancing durability.

A detectable cable tie incorporates metal particles and barium sulfate into its plastic composition for reliable multi-mode detection.

Deformable inner formations on elongate members increase pull-out resistance, eliminating drilling and screw installation time.

Rotational engagement between the base and fixing portions secures cables while reducing attachment force and storage volume.

Coils bistable composite mast to eliminate joint failures while reducing bulk and weight.

Self-closing filling sleeves trap weight inside flexible lobes to prevent spillage and freezing during installation.

Refractory line clips bundle electrical and coolant lines over battery modules, shielding them from hot gas damage during degassing events.

Segmented apertures in a pivotable line organizer prevent entanglement of multiple medical lines while maintaining stability.

Segmenting the push-on nut into elastic legs allows easy insertion of grommets and tubes, resolving handling difficulties during vehicle assembly.

Consolidates dual tube support into a single sealed connection, reducing weight and leak risk while simplifying installation.

Track and sledge mechanism allows cable reorientation while preventing radial movement and distributing length evenly.

Segmented retaining clip prevents clamp deformation and slippage under seismic loads.

Segmented resin blocks linked by flexible belts guide cables through tight spaces, eliminating fatigue failure from continuous bending.

A gas flowmeter uses a dedicated support member to stabilize the ultrasonic measuring unit.

Adjustable slot-based reinforcement assembly stabilizes cooling pipes and probes against seismic forces while reducing torsional shear stress.

A dielectric transport element clamp system electrically isolates aircraft cables from support structures using interlocking non-conductive components.

A plastic holder uses thin flexible wall elements to connect a retainer part to a base part for vibration insulation.

Embedded electrodes in concrete light pole bases eliminate onsite installation errors and achieve lower impedance even in poor soil conditions.

A hydraulic control system uses a bypass sleeve to route pressurized fluid through a valve bore for modular clutch regulation.

A skid steer attachment with a roller cage system unloads palletized filter tubes for rapid site deployment.

A sprinkler fixing bracket uses a hinge lever to press a bar against the reducer for secure mounting.

A contoured fastener base uses keyhole slots to secure bolts while integrated drain channels shed rain water from the mounting surface.

Discrete protectors attach to the fuel tube via tapered latches, reducing weight and cost while preventing damage in complex engine paths.

A cable locking device uses a flexible jaw carrier and wedge-shaped jaws to secure loads without tools.

A boltless clamp uses a resilient ratchet mechanism to secure elongate objects without threaded fasteners.

Steel reinforcement anchors plastic pipe supports to withstand hurricane winds without increasing on-site labor.

Pre-formed support blocks with compressible sealing material eliminate time-consuming on-site sealant application while maintaining structural rigidity.

A segmented support system uses a non-metallic wear sleeve to isolate clamping structures from thermal expansion stress, preventing fatigue failure.

Segmented recesses and concave fastening structures organize multiple conduits, preventing entanglement in pinch points.

Integrated flexible coupling portions in molded fatigue-resistant resin side plates prevent breakage from repeated flexion and reduce wear powder scattering.

Positioning groove and protrusion prevent open-type mounting bracket separation from support bar during reducer installation.

Nested connector members with asymmetric projections align bores and seal interfaces, preventing leakage while simplifying maintenance access.

A suspension clamp with asymmetric radii orients fiber optic cables to bend about their weak axis.

Precast concrete duct bank assemblies use shear transfer mechanisms to resist displacement during assembly, eliminating on-site curing delays.

Integrating a plastic connector into a metal spout reduces assembly complexity and installation time while maintaining connection reliability.

Offsetting the guide pipe rotational center allows linear bodies to bend around the structure, absorbing twisting forces during rotation.

Insulative clamps hold conductors in tension to prevent flash-over while allowing arc-generated gas dissipation through the enclosure.

An acute-angle opening in the retaining portions allows compact wire harness mounting while preventing disengagement.

Segmented cable guides use movable walls to prevent mechanical stress on fibers in high-density patch panels.

Segmented shells clamp wire bundles to bypass connectors, reducing arrangement complexity while maintaining thermal durability.

Segmenting the wire insertion hole prevents repulsive force escape through slits, ensuring reliable fitting capability for panel attachment.

Asymmetric collapsible elements distribute ground movement displacements to prevent strain concentrations and catastrophic pipeline failures.

Pivoting cable accommodating space extension arms bridge side plates via D-shaped pin hinge shafts to enable maintenance without removing cross members.

A closed chamber weighing receptacle with a valve and actuator isolates material from the environment during measurement.

Flexible legs and biasing fins absorb vibrations and eliminate slop, resolving the trade-off between secure attachment and manufacturing precision.

A dual control lateral air manifold assembly uses a flexible membrane to distribute gas bubbles in water treatment tanks.

Elevating conduits via rail-straddling protrusions eliminates ground-level trip hazards and prevents disconnection delays during drilling rig relocation.

Integral cradles route wires through bends while retention caps capture them, eliminating loose clips that damage transmission components.

Segmented isolators compressed by a clamp reshape the insulated pipe perimeter, increasing storage density while maintaining thermal insulation performance.