Fibre Mechanical Structures TRIZ Cases

A slide-out support member extends a vertical panel forwardly to expose fiber optic splitter modules and premise drop components.

An oblong holding means immobilizes a transmission cable while a guided cutting tool moves along a slot to prevent twisting and preserve tensile strength.

A connector cabinet with a rotatable cassette enables flexible cable routing from multiple directions.

Loosely housed elongated microbundles self-arrange to reduce bending resistance, resolving the trade-off between high fiber count and limited conduit diameter.

Crystalline polypropylene combined with olefin block composite improves crush resistance and reduces brittleness while lowering material costs compared to PBT.

Elongated member seals fiber optic terminal openings while providing strain relief for multiple cables without occupying internal enclosure space.

Segmented reinforcement layer applies radial inward force to maintain fiber spiral arrangement, resolving access versus structural integrity trade-offs.

A compact optical module housing aligns the splitter and fiber reservoir linearly to guide fibers directly.

Segmented jacket sections expose inner cords at predefined sites, eliminating complex fusion-bonding and reducing installation costs.

Varying optical fiber counts across bundles increases packing density, reducing overall cable volume and weight.

A pivoting optical module support piece includes a guide channel upstream of the pivot axis to secure fibers during rotation.