Pipe Supports TRIZ Cases

Segmented strap and buckle design reduces insertion force while maintaining high tensile strength for large diameter bundles.

Rounded corners on arcuate saddles eliminate sharp edges that catch or scratch pipes during installation, improving handling ease and reducing damage risk.

Resilient trays in this cable holder deform under pressure to release cables, then snap back to restrain movement and prevent slippage.

Segmented receiving slots prevent heavy cable entanglement while the releasable mounting end ensures portability.

A flotation platform system positions submersible pumps using a motorized winch and flexible conduit for variable depth control.

A detector analyzes gas samples from thermocouple interior volumes to identify housing breaches.

A pipe clamp uses a flexible arm and inwardly angled fingers to securely hold pipes of varying diameters within an arcuate recess.

A mechanical link uses a coiled flexible member to guide conductors through orthogonal rotations.

Segmented latch rings actuated by radial actuators reduce makeup and break-up time in wellhead connections.

A polymer retention clip secures fluid lines to foam parts using flexible arms and a planar retaining member.

Segmented locking heads with counterbores accommodate shouldered studs, reducing material usage and curing time.

Tapered serrated edges on spring-loaded arms compress against conduits to prevent accidental disconnection and signal loss.

An integrated conduit connector merges mounting and joining functions, using a cover to hide fasteners and prevent unauthorized access.

Releasable locking elements and spiral locking springs enable thorough cleaning of conduits without compromising secure holding.

A pipe hanger system uses a ball and socket joint to enable 360-degree swiveling and pivoting for flexible installation alignment.

Apertures with rounded and elongated surfaces retain the bolt shank, preventing component loss during strut installation.

A multi-section subsea production tree enables independent removal of the valve section without disengaging the landing section from the wellhead.

Polymeric coating on a metallic support bar eliminates differential aeration corrosion gaps while simplifying installation on concrete or existing sleepers.

Adjustable mounting brackets accommodate square, rectangular, and rounded profiles, eliminating the need for specialized clamp designs or drilling.

Resilient plastic clip maintains fastener alignment to prevent gravity-induced misalignment and foreign object damage hazards.

A pipe clamp uses a tensioning screw to join bracket ends while interlocking hooks secure the closure.

Modular guide poles solve transport difficulties by splitting long units into manageable sections joined via interlocking mechanisms for secure alignment.

A mounting device with a visually transparent fixing region guides installation of plumbing or electrical equipment.

Curved surfaces on polymeric grommet blocks prevent debris accumulation while the post and port system secures alignment during installation.

Spoked clamp segments long fluid lines to prevent sagging while directing leaked fuel for safe collection.

Integrally molded plastic clips on the exhaust flow section reduce weight and cost by supporting brake and fuel lines without separate metal components.

A flexible cable manager uses interlocking retainer sections to secure conductors along a support sheet.

Segmented holder body solves friction during tube insertion while maintaining structural integrity against vibration.

Interlocking counter trays form a double tray that prevents cable displacement while reducing inventory complexity.

Dynamics principle replaces high-precision casting with adjustable units, resolving the trade-off between manufacturing cost and optical precision.

Welded piggyback clamp segments join subsea pipes, eliminating manual tensioning and overbending risks during parallel laying operations.

Pre-positioned clamp reduces deployment pauses by enabling simultaneous attachment with riser joints.

A wire harness guide uses a contoured surface and enclosed openings to maintain precise bend radii during installation.

Clevis crane hanger mounts a winch to existing clevis structures, eliminating drilling and reducing physical exertion during pipe installation.

Inclined walls compress elastic modules during assembly, eliminating complex compression units and reducing water intrusion risks.

Interlocking protrusions on modular apparatuses eliminate parallel alignment requirements while securing hoses against vibration-induced movement.

Compliant ropes and surge tanks absorb wave-induced stress on OTEC cold water pipes, preventing catastrophic failure from water hammer.

A tapered flange nut centers within non-circular openings using radial curvature and asymmetry for secure fastening.

Composite sheet with metal core shields cables from electromagnetic interference, reducing weight and complexity compared to rigid profiles.

A clasp part with a curved portion and buckling portion secures wire bundles in battery modules through elastic deformation.

A hydraulic pipe clamp uses vibration-proof members to absorb oscillation while securing pipes to a boom structure.

An inverted release mechanism and backplate enable glove-friendly removal of secured cables without cutting.

Spring-loaded clamp arms and a pivotable load arm resolve installation complexity while securing devices to varying wall thicknesses.

Replacing solid rubber with an adjustable gas-filled cushion reduces material consumption and simplifies installation while maintaining vibration isolation.

A hoisting apparatus uses temporary threaded rods to lift permanent supports along suspended ceiling rods.

A wedge spacer adjusts rehabilitating pipe position through stepwise height changes.

Segmented inclined fins reduce support mass by five times compared to solid cones while absorbing thermal expansion stresses.

Flexible conductive pads and movable pushers secure pipes while preventing galvanic corrosion and simplifying installation.

Segmented components with cooperating alignment elements resolve misalignment and deformation risks during underground pipe extraction.