Cigarette Manufacture TRIZ Cases

A compressible polymer holder integrates a flavor mechanism within filter elements to release scent into smoke upon user squeezing.

An intermediary handgrip prevents user injury while a volume-adjusting member adapts the compacting chamber to various paper tube sizes.

A protective collar defines a barrier between the compaction rod and cone walls to prevent structural damage during high-pressure filling.

A hollow paper tube filter manufacturing apparatus shapes double wrapper paper into a rounded base tube for precise cutting.

Electromagnetic detectors measure semi-finished product properties before wrapping to resolve metallic interference.

A transfer unit adjusts axial stop surfaces on conveyor drums to handle rod-shaped semi-products.

An isolated injection channel and exhaust port manage internal pressure to prevent oil boiling and contamination during refilling.

An automated optical measurement system replaces subjective human assessment by capturing digital images to quantify surface roughness and ovality.

A multi-drum unit moves a second drum between operating and cleaning positions to enable automated maintenance.

Reduced-diameter abutting pins on the transfer drum minimize adhesive accumulation and maintain cylindrical shape for stiff wrapping web materials.

A tobacco processing machine uses counter-rotating rollers and two synchronized suction belts to transport shredded film material directly to a stranding unit.

A foraminous separator drum moves cut tobacco filler via an airstream to classify particles by size, recovering reusable trim and reducing material loss.

A tobacco rod device uses pivotable guide devices to manage flat material flows across multiple bobbins.

A finger holder uses swivel arms and a four-bar linkage to pivot between working and parking positions.

Optimized stainless martensitic steel reduces spark formation during grinding while maintaining cutting precision.

Helical paper strips rotate around a stationary mandrel while a motor-driven belt drives roto-translational movement for continuous formation.

Adjustable pusher means accommodate varying filter lengths without mechanical substitutions, eliminating downtime.

Calender rollers distribute heat evenly during thermoforming, preserving micro cone integrity while forming macro cones for improved fluid draining.

A converting unit transforms five-wall tobacco trays into four-wall configurations using a linear lifting mechanism to enable universal unloading.

Segmenting supply streams allows depositing waste tobacco at extremities, reducing high-quality material consumption by 1-2%.

Grooved roll hand and kicker bar surfaces accommodate varying component hardness, preventing damage to delicate parts while ensuring consistent compression.

Opposite-direction transfer drums resolve visibility bottlenecks and device complexity trade-offs during high-speed multi-segment filter insertion.

A dual-width tamping tool distributes tobacco material evenly across filter and ignition ends.

A method wraps transversely conveyed article segments, cuts the group centrally, and turns subgroups to align ends for assembly.

Automated capsule insertion into filter rods resolves the contradiction between high-speed manufacturing and diverse sensory customization.

Vibrating tray assembly with support funnels fills paper tubes with loose material while preventing tube damage from excessive vibration.

A rod cutter control system predetermines severing points using sensor feedback to align cuts with strand segments.

Transversely movable pushing units align rod-shaped articles of varying lengths in a common plane, resolving centering precision trade-offs.

A telescopic coaxial filter cigarette uses nested abutment elements to slide an outer portion between positions while maintaining a constant outer size.

Triangulation sensors capture depth data to resolve binary inspection limits in tobacco processing lines.

Automated device arranges loose tobacco into charges and inserts them into pre-formed wrappers to resolve productivity versus precision trade-offs.

Segmented shutter phases isolate air samples from drum pressure pulses, ensuring accurate olfactory sensor readings at high production speeds.

An orbital feed system uses a rotating drum and hopper assembly to create uniform density in plant material, resolving throughput versus precision trade-offs.

A movable chute section selects between mass flow and individual article feeding modes for rod-shaped tobacco products.

Segmented receiving elements attach to a movable conveyor body via standardized fastening, reducing downtime during format changes.

Detachable cutting section prevents clogging while rotatable spout fills tubes without extra tools.

Linear transposition reduces equipment footprint, enabling integration into mature tobacco production lines.

Scoring mechanisms generate shaped lines on a paper web to separate plugwraps, reducing strain on cutting means and extending their working life.

Offset guide section withdraws format belt from strand channel, reducing friction and creases while maintaining wrapping strip support.

Integrated turning and layering apparatus resolves orientation consistency trade-offs by merging rotation with vertical stacking for efficient grouping.

A tobacco filling device uses a blocking mechanism to halt transport steps until each cigarette tube receives its portion.

A motorized roller pulls an apron upward to compact herbal material while a movable carriage maintains its closed position.

Segmenting suction into two independent sources adjusts airflow for each roller group, resolving balance issues when changing filter stick specifications.