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.

A pre-roll packing device uses a vertically moving internal floor to fill multiple tubes simultaneously.

A cigarette inspection device extracts filter end face images to detect machine oil contamination.

Metal foil bonded around apertures in a filter wrapper prevents tearing during manufacturing while improving visibility of the filtration media.

Removable compartments and a nested rolling device framework solve the trade-off between compact volume and easy access for small accessories.

Penetrating antennas enable inductive coupling to eliminate parasitic direct coupling and asymmetrical resonance curves during tobacco strand measurement.

A single light stripe splits into two halves to project onto opposite sides of an elongated element, capturing three-dimensional traces for shape analysis.

A conical reinforcement nested inside a smoking shell prevents bending and wrinkling of thin walls during storage and filler addition.

A control unit adjusts target power for active connections based on article type data to optimize energy usage in tobacco processing machinery.

A conveyor and dispensing unit load pre-ground tobacco into conical paper wrappers.

Ultrasonic sensors identify fluid bubbles upstream to prevent rod defects and machine stops.

Dynamic tobacco support positioning adapts filling chamber length, preventing filter damage from overfilling.

A convex contact surface stretches additive from nozzles onto material bands, eliminating enclosed chamber cleaning and improving deposition precision.

A calibration sleeve constrains the external diameter of overlapping cellulose-fibre web strips during winding.

Dual wavelength electromagnetic radiation measures attenuation ratios to determine water content in tobacco filter rods.

Movable roller supports replace static guides in high-pressure zones, reducing wear and noise on tobacco strand conveyors.

A buffering system aligns multi-segment rod articles using adjustable rotary portions and mechanical separators.

Synchronization signals adjust cutting timing based on detected marker positions, compensating for application errors in web processing.

A suction conveyor belt positions beaded substrates within tobacco rods using a metering device and cutting mechanism.

A cutting position alignment device adjusts rod-shaped articles before slicing to ensure precise segment dimensions.

A plunger-based tobacco filler replaces auger systems to prevent leaf shredding and jamming.

A folding mechanism uses multiple pneumatic units to bend cigarette tops from different angles for precise material placement.

Segmenting adhesive application across multiple surfaces creates robust side seams that support higher production speeds.

Offset sliding drums prevent rod misalignment during cross-axial conveyance by utilizing non-aligned receiving troughs and air displacement mechanisms.

Optical analysis unit verifies strand placement accuracy in filter rods, preventing defective products from reaching consumers.

A multi-camera array with entocentric lenses captures simultaneous images of tobacco rods to measure segment gaps and lengths.

A conveying and pushing together drum compresses segment groups using a cam mechanism to align components before wrapping.

An expanded cavity end zone compresses tobacco for denser packing, preventing loose material fall-out from the open cigarette end.

Stationary optical triangulation captures 3D tobacco rod profiles, eliminating mechanical wear and enabling precise multi-segment quality analysis.

Standardized module slots enable rapid reconfiguration of measurement functions, reducing handling effort and maintenance costs across varying production lines.

A measuring unit uses multiple air loading slots connected to distinct compressed air sources to feed airflow into smoking articles.

A packing mold assembly uses a skewer channel and plunger to compress cannabis material into a dense core.

A circular blade rotates transversely to cut rods while a guide device moves the blade linearly, preventing rod deflection during high-speed processing.

Apparatus uses optical detection to monitor suction belt wear, preventing premature substitutions that reduce production capacity.

Pre-treating the distal end of a deformable tubular element enables rapid folding to form a capsule cavity, resolving manufacturing complexity.