Cigarette Manufacture TRIZ Cases

Radial tensioning devices mounted inside the drum body enable quick blade replacement while counteracting centrifugal forces.

A rotatable bobbin apparatus uses optical testing devices to nondestructively measure paper web diffusivity and porosity.

Integrated ventilation channels cool the drive motor using common suction air, reducing device size and preventing dust ingress in tobacco processing.

A microwave measuring device determines plasticizer content in filter rods using resonance frequency shifts and curve broadening.

A gathering assembly uses a sacrificial member to isolate the core element from excessive material forces during aerosol rod formation.

Dual radiation beams pass through the tube interior to verify circularity, resolving contradictions between measurement completeness and device complexity.

Radial flight profiles on a spacing drum combine multiple filter segments into one element, reducing material usage and device complexity.

A foldable funnel kit fills cigarette tubes with smoking material and rolls into a filter.

Sensor and ejection device in guide channel detect rod-shaped smoking articles before drum assembly, removing defects to maintain conveying capacity.

A filter assembly machine inserts double filters into cigarette portions to prevent tobacco fallout during high-speed rolling operations.

Segmenting the handle drive into grasping and discharge zones reduces finger injury risk while maintaining operational force.

Matching convex and concave rollers bend wrapping material out of its plane, creating a weakened region that maintains flexibility after seam glue application.

Standardized utility connectors link independent processing modules in a modular manufacturing machine, reducing reconfiguration time and costs.

Segmented pod design with centrifugal packing resolves fill inconsistency while maintaining high throughput.

Rotating stacked conveyors adjust storage capacity to reduce product tracking time and minimize the horizontal footprint required for FIFO processing.

Independent conveying drums maintain constant cutting speed while varying transport rates, resolving the contradiction between productivity and cutting quality.

Dual laser devices create independent ventilation patterns on tobacco rod groups before cutting.

Motorized drive wheels rotate cone inserts to seal variable geometry containers, resolving adaptability versus complexity trade-offs.

Rotating laser scanners build 3D surface profiles of aerosol articles to measure maximum height differences, rejecting defects like wrinkles and delamination.

Scraping means and blowing member remove filter residues from the circular blade, preventing plastic melting and extending service life.

A keyhole fill plate aligns with a cover plate to drop smoking material into paper rolls during vertical multi-tamping.

Applying a magnetic field rotates rod-shaped smoking articles to align internal metal components, resolving labor-intensive manual orientation errors.

A magnetization device rotates magnetic tobacco articles into defined angular positions before cutting.

A hollow body filling device uses a push-rod to transfer material into a cone secured by a locking cap.

A tray handling module rotates and lifts containers along an elliptical path to optimize unloading fluidity.

Widening passage slots in a cutting tube reduce discharge resistance, preventing glue residue accumulation that causes frequent machine downtime.

Detachable conical positioning sleeves on the working plate allow easy tobacco clearing and size adjustment, avoiding complex automatic roller maintenance.

Friction base anchors casing against torque from pivoting handle, preventing unwanted movement during operation.

A dispensing roll holds a continuous wrapper sheet while a sliding blade cuts material to specific lengths.

An applicator device deposits transverse adhesive strips onto a moving sheet material web.

Separate feed paths prevent mechanical damage to sensitive tobacco components, ensuring uniform blend composition.

Segmented compartments in a rolling tray retain smoker accessories adjacent to the rolling surface, eliminating clutter and obstruction during use.

Rotating smoking articles against a stationary blade reduces cutting forces and improves surface quality.

An airtight seal joins the ceramic mouthpiece to the pre-roll body, preventing air leakage and maintaining combustion efficiency.

A microwave resonator measures frequency shifts and curve broadening to detect segment edges in multi-segment filter rods.

Adjustable angular positions and increasing radii minimize friction to prevent damage at high speeds.

Partial format tape wrapping prevents creases and ovality in tobacco rods by limiting shaping coverage.

Segmented accumulation chambers with guillotine valves maintain rod orientation at high feed speeds, preventing product loss.