Pipe Supports TRIZ Cases

A unitary support bracket integrates junction box mounting and conduit clamps into a single plate structure for suspended electrical installations.

A cable support assembly uses hinged arms to pivot trays downward, enabling easy installation and maintenance of data cables.

A holder with a movable portion transitions between a handle and hook to secure flexible elongate objects.

An intermediary cover element transfers tension band force to a vehicle component, preventing crushing damage to corrugated tubes during fastening.

Rear-operated cable management assembly detaches connecting devices in narrow spaces by pivoting an operating member along the longitudinal axis.

A roller-based pipe leading device converts sliding friction to rolling friction during underground micro-tunnel insertion.

A pipe clip uses a swiveling barrier member to facilitate easy screw insertion and secure retention.

Colorized identification straps on armored protection ducts resolve function identification and peeling convenience contradictions.

Flow passages in the spacers allow fill material to pass through, preventing obstruction and ensuring uniform insulation.

A pivotable intermediate piece connects a cable clamp to a mounting rail via distinct bolts, enabling multi-directional adjustment of the fastening assembly.

Elastic sheet wire holding member with bent cuts secures conductors on stepped frames.

Integrated V-shaped receptacles and a clamping frame secure trefoil cables, eliminating separate cleats that interfere with cable pulling.

A modular clamp uses a pivoting jaw and pressure spring to securely hold marine equipment.

Angled magnetic bracket legs conform to surface topography, preventing coating damage from welding.

A retainer device uses a convoluted capture slot to secure elongate flexible elements on a support structure.

Additive manufacturing builds elastomeric layers around wire bundles, replacing rigid guides that limit three-dimensional routing flexibility.

An aramid fiber reinforced cable tie maintains mechanical strength at low temperatures without increasing device complexity.

U-shaped strut and trapezoidal base elevate conduit above roof, creating airflow gap that lowers structure temperature while maintaining secure mounting.

Sliding outlet mechanism adjusts projection distance to match wall cladding thickness, eliminating post-installation cutting.

Layered compression elements adapt to varying cable diameters, reducing inventory complexity and mechanical stress on the elastomer body.

An oblong projection on the grommet prevents rotation while maintaining secure attachment through elastic deformation and interference fits.

An intermediary lifting frame apparatus maintains fluid integrity while enabling live studbolt replacement in low-visibility subsea environments.

Segmented strap design accommodates variable item diameters by bending the elongate member around stops that lock into a receiving seat.

A clip uses a resilient projection to engage an aperture for secure retention.

A reusable cable tie uses a pivotal buckle with an engaging sheet to secure belt rack teeth.

A bracket uses a bendable strap and locking tab to hold conductors at a fixed distance from a wall surface.

Permanent PCOL tool reroutes control fluid to actuator stems, eliminating diver intervention and production downtime.

Grooved pipe support elements project beyond the surface to mitigate corrosion and mechanical damage.

Curved guide surfaces and friction wings maintain close contact force between the reducer and tube, preventing separation during building vibrations.

Elongated slots in the splice plate allow side rails to expand and contract without buckling or warping.

Corrugated oval supports prevent membrane creasing and fatigue, extending longevity in wastewater treatment.

Spring biasing increases friction on the cable channel to prevent disconnection from inadvertent tension forces.

A reel system manages hydraulic and electrical conduits within a mining machine boom structure.

An elastic fastening ring secures cables on scaffolds, eliminating adhesive tape waste and reducing installation time.

Elastic snap connections replace screws on a pivotally coupled cable management arm, reducing installation time and preventing component loosening.

An integral cable fixing bracket eliminates welding defects and inferiority rates by merging the fixing plate and supporting body into one manufactured unit.

A vehicle clamp uses a removable gusset feature to adjust clamping force on cylindrical members.

Embeds RFID tags in locking straps to resolve the trade-off between ease of operation and reliable cable identification.

Segmented support members with locking elements resolve the trade-off between height flexibility and structural strength in pipe stands.

A cable support uses inwardly-facing hooks and a central shaft stop to secure conductors along a surface.

Rotating the internal force member expands segmented fingers to lock into non-threaded holes, eliminating the need for additional fillers or threaded surfaces.

Dual channels and flexible connectors adjust to varying harness sizes, eliminating the need for complete bracket redesigns.

Segmented beams with hollow support ribs route wires through the structure, reducing installation complexity while maintaining solid beam aesthetics.

A spring-loaded wedge clamp secures messenger wires through tapered mechanical pressure.

Segmented tube segments arrange holes across multiple axial planes, eliminating field alignment precision requirements while maintaining structural strength.

An asymmetric wedge block generates friction against T-shaped channel walls to resolve installation complexity and speed trade-offs.

A torque limiting cap couples to a pipe clip tightening screw head to restrict rotational force during assembly.

A tie wrap anchor assembly uses a rotatable tie block to enable self-alignment during installation.

Wedge-washers convert fastening force to radial pressure, reducing fretting wear on gas turbine conduits.

A one-piece clamp band with an integrated tab and projection secures tubular objects through cold forming.