Cigarette Manufacture TRIZ Cases

Cotton pieces on a ceramic atomization core adsorb condensates, preventing air channel blockage caused by cold exposure.

A foldable device with a V-deck configuration handles granular tobacco materials for mixing and rolling.

Rotating singulation drum aligns objects via air conveyance, resolving high-speed insertion precision trade-offs.

A preforming device with suction openings extracts scattered particles from a continuous tobacco stream to maintain uniform material distribution.

A dual perforation method creates standardized and adjustable ventilation zones in filter cigarette wrapping materials.

A sensor-equipped delivery unit detects missing filter segments and adjusts transfer speeds to maintain continuous production flow.

Rotating drum with suction seats creates visible gaps between aligned filter portions, enabling precise length measurement without damaging wrapping material.

Three independent optical axes detect capsule position perpendicular to the filter rod axis, preventing damage from off-center placement during processing.

Turning devices invert patches on the feed path to resolve misalignment issues caused by composite material thickness variations.

Segmented tobacco hopper directs excess material into a dedicated collection chamber, preventing waste accumulation and maintaining machine cleanliness.

A movable infeed rolling bed adjusts speed gradients to wrap patches uniformly around cigarette and filter pieces.

An adjustable emptying magazine uses vertically movable flow control elements to create variable channel widths for different product diameters.

Parallel belt conveyors feed cigars and mouthpieces to a coupling device that pushes components together along a straight path.

Vibratory drives in the delivery chute advance granules by size, resolving poor adaptability of cylindrical systems to conical shapes.

Solvent extraction and carbonization of hollow plant stems eliminate volatile compound evaporation, ensuring safe user experience and enhanced flavor profiles.

Lateral guides stabilize embossed wrapping strips during continuous conveyance to ensure precise placement in tobacco rod formatting devices.

A sealing member accommodates non-circular mouthpieces to prevent vapor loss and ensure accurate compound capture.

A cigarette rolling apparatus uses a pivoting handle to drive rollers that compress a belt around smoking material for efficient forming.

Segmenting the atomizer base with a through-hole allows 360-degree oil injection while maintaining structural stability during automated production.

Vacuum drum secures filter element while rolling belt forms cylindrical shape to eliminate wrinkles in plug wrap.

An inspection device with sensors analyzes smoking articles along a transport path to detect defective filter elements before packaging.

Segmented hourglass nozzle geometry controls aerosol velocity and direction, reducing waste from pin-hole inefficiencies in electronic smoking devices.

Dual stripe light projection reconstructs closed curved section profiles of elongated elements for precise shape detection.

Parallel inspection stations isolate air samples in sealed chambers to maintain analysis reliability at high production speeds.

A capacitive RF measuring device detects liquid filling in tobacco filter capsules using a homogeneous high-frequency field.

A tobacco smoke filter rod employs a scored paper wrapper to allow clean separation of filters, reducing litter and eliminating the need for dexterity.

An automated tube processing system loads, fills, seals, and weighs multiple tubes simultaneously to eliminate manual compaction and ensure consistent density.

Switch-off signal triggers asynchronous braking of knife and tube carriers, rotating them away from common cutting positions to eliminate collision risk.

A connecting member blends smoothly with a tile-shaped member to progressively reduce the transverse cross section of a semi-finished continuous stream.

A rotatable suction nozzle assembly positions the operation switch within the user's sight range.

A rotary multi-port smoking machine uses static holders and a rotating valve to draw air through articles for sequential puffing.

A pressure unit applies a mechanical impulse to merge overlapping flat continuous materials, eliminating glue residue that alters taste or blocks machinery.

Curved blade profiles cut tapered tobacco patches to prevent rolling wrinkles.

Segmented suction channels in the control flange provide independent vacuum zones for flexible rod article handling.

Independent adjustable sectors resolve monobloc inflexibility and incomplete glue drying in cigarette manufacturing.

A transfer unit directs rod-shaped articles to separate feed paths using selective diverting means.

A tray unloading device uses a swing valve plate to guide rod-shaped elements onto a receiving conveyor.

Rotating knife carriers cut hard tobacco materials precisely by maintaining continuous blade engagement and synchronized rotation.

Dynamic channel width adjustment via movable guiding bars reduces garniture belt stress, lowering rod rejection rates and extending component durability.

A cup-shaped tobacco package features a sealing closure connected to a detachable unlocking element for secure attachment.