Pipe Supports TRIZ Cases

A spherical guide member with a hollow frame rotates to accommodate cable movement in multiple directions.

Integrated fixing means in one-piece plastic wall elements eliminate separate fasteners, simplifying assembly while maintaining connection stability.

A suspension member elastically supports piping via a vibration damping mechanism to secure the conduit.

Telescopic anchor posts segment into transportable sections while arched safety guides constrain the lifeline to prevent detachment under high fall forces.

Segmented clamp design reduces pipe vibrations by attaching a separate suspension part to a profile, simplifying assembly.

Circumferential lugs and a metal retaining ring enable torsional rotation to absorb stress, extending cable life in heavy drilling assemblies.

Flexible strap pipe support assembly allows quick detachment for corrosion inspection while maintaining vibration control.

Integrated hitching means formed on a supporting surface lock into cable duct openings, eliminating separate attachment components and simplifying assembly.

Segmented joints and nested centralizers allow pressure testing of inner connections without disassembling the outer containment structure.

A hinged cable block uses a lever to rotate its upper section and grip support cables from the ground.

Integral claws penetrate flexible seed hoses to prevent loosening under vibration while avoiding crushing damage from overtightened clamping bands.

Separate fastening parts allow independent detachment of umbilical members, eliminating the need to release all clamps during replacement.

Pivoting the lower hanger part allows one-handed installation while a tilt abutment prevents pipe roll-out during assembly.

An adjustable support cable enables controlled separation of the hose from the dispenser, preventing fuel loss and component damage during drive-away events.

Segmented flexible bag weights with internal ties prevent bulging during filling, enabling easy installation in narrow trenches without special equipment.

Modular spacer apparatus with integral latches prevents conduit sagging during concrete pouring.

A hanging plumb indicator aligns with a mast orientation marker to ensure vertical alignment, reducing installation time and improving signal quality.

A triangular clamp body with paired jaws secures multiple power cables in a compact design.

A bushing device uses thermally conductive separating elements to isolate line elements.

A pressurized elastic element between flanges absorbs pipe shifts in any direction while maintaining constant stress.

Interchangeable inlet and outlet connectors allow a control mixer to attach to a supporting device, reducing production costs by standardizing the design.

Segmented clips with internal tails prevent fluid from bypassing emitters along the tube exterior, ensuring accurate deposition.

Segmented base block with parallel slots prevents bundling wear and corrosion on agricultural frames.

A notebook computer display portion rotates between landscape and portrait modes while a bendable signal cable moves along a constrained plane.

A cable fastening device uses a rotating guide element to secure lines without twisting.

Segmented clamps with curved surfaces attach to pipes via bolts to distribute loads, preserving structural integrity for thickness measurement.

Positioning grooves in sleeve covers prevent inner tube contact with outer walls, eliminating friction and leakage risks.

Securing rods and hold-down bars prevent duct bank flotation during concrete backfilling.

Sliding arms and pivot base accommodate varying pipe sizes, reducing installation damage.

Segmented support structure uses screw-thread locking to stabilize devices while collapsing dimensions for portable carrying.

Segmented retainers allow axial and orthogonal cable movement, preventing excessive tension during relative component shifts.

A sliding brake self-locks on the traction element using tension force, eliminating manual detachment and reattachment delays in trenchless pipe installation.

An elastic plastic pipe receiving element uses movable lips to route cables, eliminating the need for sawing and drilling required by rigid aluminum ducts.

Sealed pedestal design protects exposed toggle bolt threads from caustic cleaning agents and bacterial buildup while simplifying single-side installation.

Removing elevated conduit peaks and pinch valves eliminates air trapping and measurement noise during specimen wetting.

Relocating air conditioning pipes to the C-pillar eliminates battery contact risks while simplifying assembly through dynamic locking mechanisms.

Translation system relocates subsurface conduit intact via trolley assemblies, avoiding destruction and hazardous exposure.

A wire harness protector uses a slidable band lock portion to secure the electrical wire without external clamps.

A pivot seat support frame with orthogonal modules enables display rotation.

Segmented rolling diaphragm seals maintain high-pressure integrity during large radial excursions.

A cable tie strap guide channel directs the flexible strap end past a rotatable locking ball to ensure positive mechanical engagement.

A hinged clip uses a retention device to maintain clamping force when the living hinge fails.

A trapeze conduit support bracket uses a pivoting retention member to secure tubular conduits within laterally spaced openings.

Run-in pipes extend vertically from the flange plate into the collection container, keeping the level switch submerged and preventing damage during maintenance.

A belt-like sheath member with varying rigidity regions stabilizes operational linear elements during movement.

A clamp uses a bendable opposite piece to guide pipes into the insertion path without contacting the flexible member.

Modular ceiling anchors support reconfigurable cable trays, reducing installation effort while maintaining structural stability.

A cable support device uses a hinge mechanism and elastomer bushings to grip conductors securely.

Nested hooking flaps inside reinforcing rails create strong connections between adjacent modules, eliminating screws and nuts while resisting tensile stress.

A clamp head uses a rack-and-pinion mechanism to convert tool rotation into strap displacement.