Filament Handling TRIZ Cases

Guard rail-mounted hooks and arms keep wire and conduit spools off the lift floor, reducing bending, displacement risk, and retrieval time.

A hydraulic circuit synchronizes reel braking and dispenser stopping to prevent cable pressure, tangles, and breakage during dispensing.

Interchangeable conveyor modules and controlled clamping let one cable blowing unit handle different fiber cables with less setup error and damage.

A rotating guide member and axial positioning keep wire close to a flanged winding core, preventing irregular multi-layer winding.

A modular reel wraps excess ratchet strap length to stop flailing during transport and keep straps compact when stored.

Sensor-guided clamping force control keeps fiber cables gripped during blowing installation while reducing overload, damage, and operator error.

A strain sensor stops cable winding when plug insertion deforms the socket, preventing socket and plug damage during retraction.

Pre-joining the next carcass cord keeps tire formation continuous, cuts reinforcing cord waste, and places the joint in rigid areas.

A controller tracks spool rotation to keep power off during unwinding, then re-energizes the cord automatically while limiting heat.

A polygonal centering section guides coated metal monofilaments at high speed while limiting abrasion debris, breakage, and clogging.

A non-conductive frame, disengageable crank, spreader shaft, and locking jaws reduce shock risk while improving fence wire payout and winding.

A motor-driven reel and interchangeable drum automate fish tape payout and retrieval, reducing tangling, manual effort, and tool change friction.