Cigarette Manufacture TRIZ Cases

A nonlinear flexible magnetic filter element enables efficient retrieval of discarded smoking articles from the environment.

A cigarette stuffing device slide incorporates a selectively attachable stop to adjust the displacement path length.

A solenoid-assisted hopper dispenses loose tobacco into aligned cigarette tubes using periodic vibration.

Guide elements create turbulent flow to intercept free particles, eliminating the need for active energy supply and complex mechanical structures.

An extended wrapper defines a cavity creating an interference fit that reduces toxic compound intake without requiring adhesive attachment.

Dynamic rate adjustment compensates for malfunctioning units, preventing article deterioration while simplifying machine control logic.

A multi-segment filter assembly method cuts segments and rearranges parts externally for direct tobacco rod attachment.

Dynamic spacing adjustment resolves mechanical stress and damage risks during cutting operations, ensuring precise alignment of article segments.

Integrated multi-sensor inspection system detects internal defects and permeability flaws in smoking articles without destructive testing.

Segmented flaps enable rapid changeover between storage shafts, reducing mechanical wear and improving filling level control precision.

Porous aerogel matrices increase internal surface area for functional material dispersion, resolving limited capture capacity in conventional mouthpieces.

Movable baffles partition the hopper to handle varying filter lengths, resolving single-type limitations.

A handheld cigarette-making machine uses a sliding member to fill tobacco into tubes via an adjustable receiving cavity.

Integrated tensile elements reinforce a plastic film belt, resolving the trade-off between manufacturing simplicity and tensile strength.

A drum seat deflects toward the axis to adjust pressure on tobacco components during transfer.

A compact cigarette manufacturing machine uses a segmented housing, filling pipe, and presser to deliver materials into tubes.

Pneumatic air cushions support fragile tobacco sheets within a zig-zag buffer station to eliminate mechanical friction during continuous production.

A modular smoking system uses an annular carousel with radial aerosol-flow channels to couple interchangeable analysis modules for standardized testing.

Conductive plastic trays and grounded discharge elements remove electrostatic charges to prevent rod-shaped product adhesion during automated emptying.

A sorting device uses gravity and retaining elements to separate elongated articles by length.

Cellulose filter paper marked to distinguish rough and smooth surfaces for correct orientation.

Synchronizes measuring sectors and time windows with continuous rod speed to determine diameter profiles accurately.

A tension roller and air pressure system guide superimposed material layers over a deflecting device.

Control discs regulate vacuum connection to reduce air volume and contamination while maintaining holding reliability.

Segmented field screening using thermal drying eliminates production holds, reducing lab costs while maintaining measurement precision.

A manual cigarette maker drive assembly uses a swing arm and linkage to press tobacco shreds.

A capacitive HF measuring device determines the imaginary part of permittivity to quantify cold glue on filter wrapping paper strips.

A revolving disc knife cuts cigarettes while a pressing ring holds the wrapper against guiding groove walls to prevent rotation.

Continuous pitch transition in a radial profile flight spacing drum prevents registration issues caused by abrupt geometric changes.

Stacked web material on a transport support enables continuous feeding of filter strands, eliminating bobbin splicing stops and reducing machine downtime.

An air curtain generating device directs blown air opposite to rod-shaped article movement in tobacco processing transfer zones.

A movable wall element guides supporting plates within vertical channels to transfer rod-like tobacco articles.

Lateral compaction of the first material prevents channel blockages while preserving the alternating sequence and profile precision of tobacco ropes.

An optical testing apparatus replaces complex chromatography with real-time light scattering analysis to detect defects in aerosol-generating systems.

A cigarette shaker uses a vibration mechanism to densely compact cut tobacco inside pre-rolled paper.

Electromagnetic detection isolates suction belt interference by generating a reference signal, enabling precise tobacco property measurement.

A cleaning device detaches loose active carbon particles from cellulose acetate fibers before the wrapping station.

A separating device uses helical intermittent cutting rollers to join adjacent tobacco strips via crossbars.

Segmented storage decouples refilling from active dosing, maintaining continuous production while enabling rapid flavor switching.

Grippers move cones between stations to prevent THC separation caused by vibration during filling.