Autonomous tension sensing and brake pulses keep yarn tension stable on textile machines without control-unit integration or reprogramming.
Sensors and motorized lace winding automate footwear tension adjustment, improving fit precision and ease of use for braces and shoes.
A movable drum half widens the yarn guide slot for easier threading and cleaning while preserving precise winding and spool uniformity.
Autoencoder-based waveform comparison detects diverse thread winding tension abnormalities that average and standard deviation methods miss.
Reduced-pressure housing cuts air resistance on rotating yarn packages, lowering winding power use while preserving access and heat management.