Cable Fittings TRIZ Cases

Complementary locking features secure fiber splitters, WDMs, and splices without adhesive, cutting assembly time and damage risk.

A sealed working-hole cover lets fuses be replaced without opening the full case, improving waterproofness and reducing exposed area.

A synchronized tray and cable mount reduce fiber slack while securing strength members and improving access to connectors.

A hinged seal assembly opens to pass terminated cables with connectors, then closes to form a liquid-tight enclosure port seal.

Routes cables through the tray pivot axis and uses an oblique adapter layout to cut panel depth while preserving bend-friendly cable movement.

A gasketed conduit joint fitting blocks water, dirt, and metal contact to reduce corrosion and bacterial growth in food processing areas.

A spring-biased clip lets users mount an insulating wire cap without direct contact, improving safety and simplifying removal.

Nested inner and outer shells create a protected fiber path for splicing asymmetric power cables without increasing joint size or damaging cable elements.

A lever-driven compression mechanism in a cable closure end cap speeds seal installation, reduces operator error, and maintains reliable moisture sealing.

A two-section locking ring with a ribbed lever cuts closure force for cable sealing, speeding installation without tools or skilled assistance.

A field grading layer and semiconductive deflectors homogenize HVDC joint electric fields to prevent charge buildup and insulation perforation.

A T-leg retention member and cable gripper secure fiber optic cables to strain relief parts while simplifying splicing access and preventing axial shift.

A reverse control insert layout extends the axial field path in short-cone high-voltage bushings, improving field uniformity and compactness.

A split-ring fitting secures metal conduit to a junction box yet twists off from the exterior for fast disconnection and reuse.

A restricting portion in the protector holds the wire member against bolt-direction movement, preventing terminal escape during assembly and transport.

Segmented insulation with a press-fit shell and filler prevents electric discharges in medium voltage bushings.

Separated inner layer sections in the shielding tube mitigate thermal expansion mismatch, reducing contact resistance and preventing conductor detachment.

A corona-free cap assembly uses a detachable clamping member to fix onto cylindrical electrical device ends for uniform stress distribution.

An electrically conducting ring connects separated armour wires to ensure uniform potential while compound injection provides mechanical strength.

Molten insulation and semiconducting materials fuse directly onto the cable body, eliminating active interfaces that cause electric field distortion.

A cable armor stop uses a radially protruding member to block sheathing while allowing conductors through.

A sealing boot surrounds an active optical connector to provide a weather-tight seal and interference fit.

A cable carrier element deforms under tensile load to secure the cable sheath within a guide.

Metal fitting integration type stress-relief cone combines rubber elastic body with metal fitting to simplify assembly.

Self-securing fire retardant sleeves reduce labor and reuse waste while shielding aircraft wiring from chafing, abrasion, and outgassing.

Locking and lock-receiving portions on attaching portions prevent rotation during vehicle body attachment, resolving flat plate positioning instability.

A cable penetration frame uses separated strips and connecting devices to mount bushes in a single normal direction for flexible installation.