Looms TRIZ Cases

A magnetic clamping device uses a ferromagnetic element to secure weft threads in jet weaving machines.

Offset bearing supports in loom side frames reduce shaft length and increase structural stiffness to minimize mechanical vibrations.

Open thread guide eyelets and a delivery needle transfer weft threads without sharp deflections, reducing fiber damage during high-speed weaving operations.

A rotating lever pivots on a loom frame to transfer warp tension forces from a deflection element to a force sensor.

A seam weaving reed fixture uses a removable skew bar and pressure rail to pivot combs for staggered operation.

Statistical analysis of weft arrival times dynamically adjusts relay nozzle engagement intervals in air-jet weaving machines.

A giver rapier head uses a split clamping lever to decouple yarn clamp and guide plate movements during weft insertion.

Energetic material composition combines reducing metal with phosphorus oxide to generate heat through exothermic reaction.

Suction nozzle extracts waste ends while deflecting element guides them away from fabric edge to prevent entanglement.

Segmented electromagnetic coils accelerate projectiles in weaving looms, reducing Joule heating and mechanical stress during high-speed operation.

Mounting the drive mechanism to the main body frame reduces violent vibrations that cause wear and failure in traditional looms.

A reactive composite foil generates molten metal via a thermite reaction to join materials without pre-wetting.