Fibre Mechanical Structures TRIZ Cases

Depth-based cassette arrangement on a sliding tray increases fiber connector quantity while maintaining compact cabinet structure.

Segmented pivot pins create gaps in splice module stacks, reducing mechanical stress on fiber optic cables during pivoting movements.

Segmented splice sleeve holder nest enables easy installation and relocation of fiber splices without compromising structural integrity.

Segmented housing and flexible extensions reduce bulkiness while maintaining weather resistance for compact outdoor deployment.

Rollable fiber ribbons around a central strength member eliminate buffer tubes to resolve the trade-off between fiber protection and packing density.

Segmented locking grooves on a sliding sled allow individual fiber optic trays to pivot for access while maintaining stability of adjacent units.

Segmented ripcords distribute opening force to access embedded strength members without damaging optical fibers.

Off-center glass reinforced polymer strength members eliminate polymer jacket contraction, resolving cold temperature attenuation in fiber optic cables.

Segmented restraint components enable field adjustments for diverse cable types without increasing device complexity.

Selective adhesive coating on metal tape enables easy sheath stripping during maintenance while maintaining strong cable bonding.

A conically contoured recess in a gel sealing body adapts to varying cable diameters through elastic compression.

Segmenting the base into a cable-leading plate and a separate adapter mounting plate resolves the trade-off between structural complexity and device volume.

Pivoting retaining arms engage optical fibers to limit bend radius and prevent signal loss during installation.

A fiber optic module uses a pushrod to actuate a latch, enabling releasable attachment to equipment racks.

Segmented cable jackets with a porous insulating layer reduce peak heat release rates by controlling additive decomposition timing during combustion.

Movable tray slides from chassis to expose hinged frame members, preventing accidental closure during maintenance.

A coaxial optical cable combines a glass core fiber and polymer cladding layer into a single compact structure.

Opposing large-diameter power conductors around a central fiber cylinder balance the cross-section, preventing inner tube deformation and optical loss.

A pivotable splice tray inside a network access point enclosure allows technicians to rotate the tray for direct side access during fiber assembly.

Breakout assembly segments composite cable to reduce terminal footprint while maintaining secure external connections.

Bracket prevents fiber optic cable damage from sharp bends by storing excess cable within bend tolerance limits.

A mountable connector box with a removable plate and grommet provides selective fiber optic cable connections.

A management tray support structure with protection tube holders controls axial expansion and shrinkage of optical fiber tubes.

A fanout tube strength member isolates tensile strands from optical fibers using a substrate.

Segmenting the termination unit into operator and customer modules resolves safety risks while maintaining high bandwidth performance.

Oscillating rotating member forms intersection points between bundling members on an optical fiber bundle for fusion bonding.

A symmetric bladder exerts even pressure on the fiber to disrupt acoustic wave propagation and increase the SBS threshold.

A fire-retardant filling material placed between buffer tubes and the cable jacket provides intrinsic flame protection for optical fiber cables.

Grounding a peripheral light-shielding pattern resolves signal consistency issues caused by electrostatic discharge.

Segmented fiber trough members enable modular cable routing on backboards, eliminating the need to remove entire shields during reconfiguration.

Segmented mounting arms support the enclosure base during cover removal, preventing fibre bundle damage from unsupported handling.

A modular optical fiber distribution frame uses segmented cable management members to secure individual fibers within stacked tray units.