Pipe Supports TRIZ Cases

A modular pipelay system uses mechanical interference fit connections to optimize vessel deck space and reduce welding requirements.

Integrated cable hanger components extend electrical conductors through tubular members to establish mechanical and electrical connections at both ends.

A sway brace attachment uses a segmented insert and set screws to grip flanged structures securely.

A hollow frame element houses an elastic element that extends to pull a hose guiding means away from the structure for flexible operation.

A U-shaped mounting clip secures flexible guide tubes using internal projections that engage corrugation depressions.

A modular duct assembly couples sub-assemblies to a common bracket, forming a unitary bundle that simplifies installation.

Snap-fit plastic retainer eliminates screw installation time while maintaining secure conduit retention through elastic engagement.

Moveable pipe support beams with Teflon coatings limit longitudinal translation while protecting oxide layers from abrasion during thermal expansion.

An elastic pressing portion secures a mounting tool in a vehicle holding component, resolving instability caused by excessive upward movement space.

A coaxial pipe member manages umbilical members in a ribbon shape to reduce twisting and friction within compact robotic joints.

Segmented bolt openings allow easy fastener introduction into the profile while maintaining high buckling stiffness.

Segmented spacer plates align conduits while discrete brackets secure large-diameter pipes, eliminating realignment delays.

A hose holder uses identical symmetrical parts with interlocking pegs and bores for secure assembly without fasteners.

Stacked nanometric intermetallic layers prevent crack propagation in sliding members, maintaining surface properties under external stresses.

A locking conduit clamp secures flexible cables using a hinged clamping member and arcuate lever latch mechanism.

Segmenting the insert and holder resolves the vibration versus insertion difficulty trade-off in cylindrical component retention.

An elliptical plastic clamp with polygonal screw heads prevents hose damage while reducing part count and production costs.

Segmentation and dynamics principles enable detachable clips on a base structure, allowing flexible repositioning of cables without unsightly permanent straps.

Sliding support rollers retract via bumpers to eliminate rotational complexity and jamming risks in long travel cable carriers.

Dynamic slot width adjustment enables gap-free soldering of parallel Coriolis flowmeter pipes, reducing manufacturing costs.

Vertical trough arrangement supports flexible lines at differing heights, reducing seabed stress and footprint while increasing connection count.

Composite honeycomb mounting device protects antennas from physical damage while maintaining low vehicle weight.

Conductive bridging structure prevents electrical discharges across coaxial tubing channels without compromising thermal insulation.

A conduit clip uses a ring member with a circumferential track for a cable tie to secure electrical or fluid lines.

Rotatable segments adjust height to eliminate multiple mold requirements and material waste.

Snap connection eliminates complex brackets and screws, reducing installation effort while maintaining structural stability.

A flexible convoluted web with rigid conduits enables line movement through passageways.

Inclined surfaces and leaf springs preposition friction dogs to amplify grip without damaging subsea umbilicals.

A spool-shaped rubber insert adapts standard hangers to support various cable diameters, reducing retrofitting costs by replacing specialized hardware.

Segmented resin links reduce bending radius to fit confined areas while maintaining structural support.

A sewage hose rinsing apparatus retains the drain hose vertically while supporting a garden hose above it for hands-free operation.

Rotating valve body with compressible seal prevents occlusion and drying during connection.

A cable retention assembly uses a clamping mechanism and hook to secure conductors within an aperture.

Snap-fit plastic mounting mechanism replaces costly nut and bolt fasteners to improve cable organization reliability.

Roll-equipped mold carriages move on stationary ground to simplify import and export operations in reactive plastic production lines.

Segmented cavities in the intermediate zone absorb vibrations while rigid collar sections maintain mechanical strength for pipe fixing.

A spring-loaded cable management system guides flexible corrugated hoses through a rigid tube to maintain longitudinal organization.

A flexible cable support apparatus uses segmented hangers to route cables along a bendable spine.

A wavelike spacer element links sheet metal layers to form a secure abutting section on tubular elements.

A locking axle with bearing surfaces pinches tube segments between the axle and a first arm to secure their relative positions.

Interlocking steel rings and flexible cables restrain service loops at multiple levels, preventing entanglement caused by varying diameters and materials.

A wrap bracket combines a strap and clamp to secure cable bundles without separate fasteners.

A plastic cable fixation device uses a snap-fit mechanism to secure bundles.

An inclined panel portion extends along a guide slot to orient a display face toward the driver.

Ball and socket segments in the elongate flexible member enable quick alignment of auxiliary lenses, avoiding time-consuming manual adjustments.

An inclined slot guides the screw head into a collar groove, preventing shank escape during assembly under heavy loads.