Continuous Processing TRIZ Cases

See how segmented screw conveyors with sensors and liquid dispensers enable uniform EC reductio

See how high-voltage pulse discharge with biochemical pretreatment selectively breaks down incr

See how a rotating knife and compressed-air blowing nozzle reduce fleece tearing and waste by e

Movable buffer belts turn and sandwich the lap to match downstream constant speed while protecting fragile nonwoven structure.

Removing the cross-folder enables linear aerodynamic layering for multi-layer nonwovens, reducing space needs and folding sensitivity.

Stretching and drying plant fiber ribbons with localized binder impregnation improves cohesion while maintaining compatibility with thermosetting matrices.

Counter-rotating former head roller projections collide fiber-air mixtures to disentangle clumps, reducing air velocity and energy consumption.

A compact nonwoven production apparatus uses moveable appliance heads to apply polymers and fibers sequentially within a small enclosure.

Segmenting the air extraction system into independent points resolves the contradiction between effective exhaust removal and high energy consumption.

A sliver transport device uses an extended guide section to accumulate fiber tape between drive and discharge points.

An endless belt buffer device decouples pulsating infeed from constant outfeed, reducing web distortion during nonwoven laying.

Adjustable transport deflection routes textile webs through treatment zones, eliminating rebuilding needs and reducing reconfiguration time.

Integrated processing line replaces chemical methods with mechanical separation to resolve productivity and pollution contradictions.