Packaging Cigarette TRIZ Cases

Pivoting walls expand the conveyor cross section to distribute a cigarette stream, preventing misalignment and mechanical damage during machine startup.

A packer machine couples an inner frame to cigarette groups using a common extractor device with independent arms for precise alignment.

Flexible filling inserts deform under pressure from anti-collision members, preventing collisions and jamming during the insertion of slim cigarettes.

Dynamic glue selection based on machine speed prevents premature setting, ensuring accurate pack shaping and durable joints.

Dynamic hopper movement prevents jamming and deformation of tobacco rods by maintaining precise alignment with the discharge chute during emptying.

A discontinuous sealing head creates a non-sealing region to preserve the integrity of a frangible strip on a barrier film.

Integrated moisture control layer in flexible packaging maintains relative humidity without separate components, simplifying high-speed manufacturing.

Front plate suction holes remove tobacco shreds before pusher contact, preventing filter end face contamination and ensuring clean inner packs.

A vertical agricultural system positions the wrapping device below the baling unit to enable independent, simultaneous bale formation and wrapping operations.

Segmented working stations apply periodic glue bursts to folded wings, resolving high-speed production precision trade-offs.

A packer machine folds wrapping blanks around cigarette groups using a spindle-based suction system to secure the material during precise shaping.

Printing on an absorbent paper liner replaces foil to improve information readability and reduce manufacturing costs.

A robotic arm with an end-of-arm tool opens and positions sleeves for mail trays using a conveyor system.

A brake device locks a web roll after cutting to prevent uncontrolled rotation.

A segmented automation system applies uniform adhesive overwraps to paper bobbins, resolving labor-intensive manual application bottlenecks.

An obliquely mounted orientation drum rotates parallelepiped articles between input and output stations.

Stationary hot glue dispensing device applies adhesive points to package blanks during forming wheel rotation, eliminating the need for a drying tunnel.

Suction flutes on a rotating feeder roller secure small tobacco plugs, resolving stability issues that arise when increasing feed speed.

A line sensor monitors composite film webs for crease formation while a dancer system adjusts web tension to maintain flatness.

A rigid casing mediates thermosealing to protect cigarettes from heat damage, eliminating stiffening boards and reducing manufacturing complexity.

A two-piece vibrator design uses quick-coupling bayonet means to enable single-operator replacement of the immersion portion.

Decoupling folding mechanisms from the rotating transfer wheel reduces rotational inertia, boosting productivity and lowering energy consumption.

Non-mechanical surface treatment of the lid front wall flap increases adhesive receptivity, resolving adhesion issues on non-porous board materials.

Vacuum roller synchronizes tangential velocity with rotating drum grippers to prevent misalignment and deformation during high-speed tobacco product wrapping.

A light field camera captures 3D image data with depth information to inspect cigarette packs and smokable products during high-speed manufacturing.

Camera systems capture images of packaging units at multiple levels to enable product traceability in high-speed production lines.

A product wrapping machine synchronizes continuous and intermittent conveyors via cam-driven motion-inducing devices for high-speed operations.

A control unit manages energy-saving modes in packaging plants to reduce power usage.

Adjustable forming chambers reduce plastic waste by matching tube dimensions to actual bulk material sizes.

A wrapping apparatus forms a tunnel structure to hold bales while applying material in two perpendicular planes.

Segmented grouping stations with dynamic guide walls reduce format change time while maintaining high production speed.

Pre-cooling folding blades prevents adhesive sheet sticking, maintaining wrinkle-free aesthetics at high production speeds.

A medicine packaging apparatus uses a standby buffer to hold supplied pills before printing, ensuring precise data correlation with the packaged product.

Heated concave clamping jaws mold and seal overwrap without melting the apertured film, reducing material usage by 40%.

Optical sensors identify damaged cigarettes in vertical channels, while directing flaps remove them to prevent feeder jams and maintain continuous production.

Automated coding system inspects alphanumeric marks on moving cigarette packages to identify printing defects.

Dynamic transport routes and selective workstation activation resolve the contradiction between high productivity and adaptability for tobacco packaging.

A packing machine alters conveyor paths and folding mechanisms to produce distinct cigarette packet types without extensive hardware modifications.

A control method disables malfunctioning output mouths in a packing machine to maintain continuous production of twin cigarette packets.

Direct laser inscription replaces detachable labels to eliminate environmental damage and tampering risks while ensuring reliable traceability.

Segmented heating zones and eccentric pins adjust temperature and pressure along the conveyor path to resolve connection quality trade-offs.

Adjusting the rotational speed of a segmented embossing roller compensates for positional errors in material web conveyance, reducing device space requirements.

Lateral roller positioning reduces the lateral size of the packaging machine hopper while maintaining reliable cigarette entry.

Friction members on formed packs generate opposing force to fold semi-finished packs without complex counter-pushers.

Dynamic positioning of the gluing station minimizes rejected packs caused by glue drying during machine stops.

Divided transport trays rotate sections to align rod-like articles, eliminating hopper damage.

Segmented accumulation seats prevent bar twisting and overlapping during deposition, eliminating downstream straightening costs.

Segmented transverse brackets enable controlled plastic deformation to improve energy absorption without increasing device complexity.