Cigarette Manufacture TRIZ Cases

Sliding edge flattening reduces crimping pressure on PLA sheets, preventing tearing and popping up during high-speed rod formation.

A measuring arrangement uses a clock generator to tag measurement data with time identifiers for spatially separated evaluation.

A holding device with a spring-loaded sealing member that opens upon engagement.

A radially adjustable multi-point bearing format guide adapts to varying strand diameters.

An automated system replaces manual production to achieve high hourly productivity while maintaining consistent quality for cigarette filter tubes.

A compacting chamber employs a retractable sizing member to adjust internal length, enabling single-machine production of varying cigarette sizes.

Centrifugal force and pressurized gas increase particle velocity to achieve consistent density in flexible elongated containers.

A feeding unit adjusts suction drum pitch to maintain continuous component flow during operation.

A parallel drum mechanism with a detachable flow guide plate separates and guides cigarette segments.

Rotating drum conveys filter cigarettes past microwave measuring devices that expose capsule sections to electromagnetic waves for defect detection.

Sensor means determine object insertion status within filter elements to generate analysis indicia.

Lateral microwave resonators measure capsule liquid content immediately after production, preventing storage damage from dried defects.

Offsetting rotating drum axes adapts conveying geometry to different article diameters, reducing conversion time and mechanical stress during format changes.

Rotary pressing elements guide segments onto a conveyor belt wrapper to ensure precise axial alignment.

An asymmetrical air flow profile generated by a compressed air bore removes defective filter rods from deep troughs without damaging stable articles.

Segmented suction seats assemble alternating units to prevent excessive sequence lengths during composite filter production.