Pipe Supports TRIZ Cases

A pipe holder uses a composite metal and resin clamp to secure fueling pipes within vehicle bodies.

Segmented outer tubes with integrated spacers reduce assembly complexity and weight while enhancing leak resistance in gas turbine engines.

Interconnected partial rings hold aperture-forming devices in concrete forms, preventing form damage during installation.

Hot isostatic pressing titanium aluminide flowbodies reduces weight without sacrificing high-temperature strength.

A curved resilient strip with planar end sections secures cables in wall gaps through elastic tension.

Segmented components resolve assembly complexity while maintaining structural integrity for motor vehicle integration.

Detent couplings lock hollow post segments against axial and rotational movement while routing cables through internal passageways.

A self-locking collar uses a pivoting notched head to clamp straps securely.

Segmented liner assembly with a removable ceramic insert and retainer ring extends control valve lifespan by enabling easy replacement of eroded components.

A non-conductive clamp secures tubes with a flexible cushion.

An adjustable strap system with tensioning hooks supports crane conduits, replacing heavy permanent cradles to reduce installation complexity.

A flexible sensor mounting device uses a poseable tubular body to secure sensors in dynamic positions.

Threaded dome portions secure support members to bases, reducing component count and labor for retrofitting.

A strongarm device supports a hydro excavation hose via a pivotable boom and roller bracket.

Internal strengthening elements prevent pipe flattening during installation, enabling reliable cable transport without offshore substations.

Overlapping casing segments swing open via internal hinges to allow cable insertion while maintaining a closed protective tube against chips and sparks.

A frame stand uses a dual shaft mechanism to pivot an interface plate and swing a supporting member for flexible display positioning.

A bracket and brace assembly connects a plumbing fixture to vertical surfaces for rigid structural support.

Segmented elastic locking loops prevent cable damage while enabling effortless disconnection from power sockets.

A coupling clamp uses vertically engaging holding members that slide relative to each other.

Segmented panel components with adjustable ties ensure precise placement, saving cable length and reducing production costs.

Integrated spring blades anchor varying cable diameters, eliminating complex removable brackets and caps while maintaining stable retention.

Segmented cable trays connect via flex-wires to resolve the trade-off between structural integrity and installation adaptability.

Composite aerial sheave device resolves strength versus conductivity contradiction using embedded metal cage and segmented plastic floor.

A sonde housing uses an over-molded glass-filled plastic inner support bonded to a non-reinforced outer sleeve.

A flexible cable suspension prevents twisting and ground contact, eliminating manual winding.

A bimetallic mounting element stabilizes turbomachine components through temperature-dependent shape transformation.

A conical inner peripheral face enables secure retention of angled line-shaped members while reducing sliding resistance during insertion.

Segmented rigid brackets secure MRI electrical cables against gradient coil vibration, reducing image artifacts and preventing terminal stress.

Wing nails bend sideways to anchor the clamping device, preventing surface damage while ensuring secure attachment.

Segmented holders adapt to module counts, eliminating costs from multiple fixed sizes.

An integrated pipe insulation coupling merges mounting clamps and closure mechanisms into a single component to eliminate complex assembly steps.

A clamp assembly secures round and flat wires using segmented members.

An inter-fitting contact surface between a lifting tool and sprinkler support body enables safe height adjustment without worker climbing.

An inflatable sealing hose connects directly to a pressure line through an expandable end piece that holds the tube in position.

Recessed channels in tab portions protect wire leads from pinching during pivot movement.

Elongate housing connectors engage structure channels to secure aircraft wiring raceways without tape or rivets.

Snap-fit resin blocks guide cables through flexible belts, dispersing bending stress to prevent fatigue damage.

Inwardly curved hooks on a central shaft secure cables without sheathing damage while preventing dislodgment.

Telescopic segments adjust height and angle to resolve the contradiction between structural strength and installation adaptability.

A tensioned cable hanger supports an exhaust duct liner relative to the outer duct.

Segmented U-shaped portions and a jackscrew enable precise vertical tube alignment without large lifting devices.

A vascular surgical clamp uses hinged compressible inserts to securely hold guide wires on sterile fields without crimping or bending.

Elastic member returns robot cable tube to original position, preventing entanglement and bending damage during operation.

Resin-coated abutting flaps reduce cable wear while segmented partitioning walls enable quick detachment for maintenance.

Composite construction minimizes passive intermodulation in RF networks while resisting atmospheric corrosion.

Rotating rolling assemblies reduce soil compaction and pipeline walking by replacing sliding friction with dynamic rolling motion.

A deployable compliant mechanism translates linear actuation into radial expansion using elastic dyads.