Fibre Mechanical Structures TRIZ Cases

Interlocking tongues and grooves on the splitter module body allow dense vertical stacking, resolving complex terminal mounting issues.

A rack-mounted breakout box separates high fiber count optical cables into organized conduits within a single enclosure.

Thin water absorption members fill resin recesses between adjacent optical fibers, blocking capillary water travel while preserving separation ease.

Dual-polymer jackets support laser-induced marking, replacing fragile ink methods with permanent indicia that withstand harsh environments.

Stair-stepped modules pack fiber connections into compact enclosures, reducing physical footprint while maintaining signal transmission capacity.

Foldable sub-cassettes double splicing capacity while maintaining optical fiber differentiation to prevent link confusion.

Interlocking tabs and pins lock an adjustable height reel at specific levels, accommodating variable fiber lengths without redesigning the enclosure structure.

A fiber optic cable anchoring system uses modular sealant assemblies to secure strength members within an enclosure.

High-speed water streams tension soft buffer tubes via fluid friction, preventing mechanical deformation while controlling excess fiber length.

Solid water-blocking plugs in dry core cables prevent fiber attenuation while maintaining high pullout forces and simplifying manufacturing.

High-filled flame-retardant additives in buffer tubes reduce peak heat release while maintaining mechanical strength to prevent crushing.

A tapered roller offsets cooling contraction forces to maintain stable fiber excess length in optical cable production.

Parallel tensile strength members and a segmented sheath allow easy fiber extraction while preventing structural damage during bending.

Low thermal shrinkage linear bodies suppress transmission loss and fiber breakage caused by temperature-induced tightening.

Elastomeric filler and shield layers resist water infiltration and crosstalk in dual-use conductors for seismic telemetry.

Segmented tension members with split anchors fixed by hardening filler stabilize fixation strength and reduce quality variations during manufacturing.

Rotatable bobbins in optical fiber packages enable flexible connector positioning, preventing misalignment and unnecessary fiber accumulation during lead-out.

Protrusions and recesses on the outer jacket reduce surface friction during air-blowing construction by minimizing contact area with the micro-tube.

Fluoropolymer buffer tubes protect optical fibers from crushing forces in aerospace cables.

A planar optical fiber ribbon arrangement reduces the longitudinal length of the branch portion, minimizing transmission loss and overall cord size.

Segmented login and monitoring devices resolve coarse room-level access by providing equipment-level audit trails.

An optical fiber ribbon uses discrete bonding beads to connect adjacent units, allowing flexible rolling and easy fiber separation.

Dual-section micro-bundle tube combines polyester block copolymer and polybutylene terephthalate to resolve strength versus flexibility trade-offs.