Conveyor Wrapping TRIZ Cases

Three rotating heads package and seal small products continuously, reducing stress and noise.

Patterned paper sleeves fit tapered product sections, reducing plastic use, material waste, and shrink-wrapping energy.

A wrapping machine uses a well between supports to collect yeast fragments.

Single-station grippers clamp, twist, and extract air from tubular blanks to reduce device complexity and improve packaging versatility.

Periodic braking prevents packaging material misalignment caused by constant pressure on rotating reels.

Continuous rotating drum eliminates stop-start cycles to boost productivity while maintaining packaging precision through synchronized twisting.

A cutting mean divides sealed longitudinal flaps into segments, resolving the contradiction between airtight sealing and ease of operation.

Rotating pickup units on a transfer drum orient confectionery products to eliminate roller substitution downtime.

Differential belt speeds pre-tension paper cutouts, ensuring stable bundles while reducing ecological impact from plastic film usage.

Independent electric motors drive the actuating rod and tubular shaft to accommodate varying wrapping materials without downtime.

Spring-biased sealing bars join film edges via pre-applied adhesive, resolving chocolate dust issues and enabling high-speed commercial production.

Segmented rotary conveyors distribute sealing heat across multiple stations to prevent thermal damage while maintaining high packaging speeds.

A tilting arm with pivoted grip members transfers and orients confectionery products along the feeding line.

Segmented lids and base trays split large article packs into sub-packs, reducing handling time while maintaining palletization integrity.

A rotating pallet wrapping machine applies protective film to all package surfaces using motorized platforms.

Flux guides direct magnetic fields to moving heating bodies, enabling precise wireless temperature control and energy efficiency.

A wrapping machine uses pneumatic suction grippers to hold tubular wrap material securely during high-speed folding operations.

A manipulator system automatically fixes format parts to continuously driven conveyors with defined spacing intervals.

Dynamic sealing jaws reduce dwell time in the station by enabling faster insertion and removal of wrapping material during the welding cycle.

A reject drum adjusts wrapping speed to remove defective straws automatically.

An actuating assembly engages movable elements to stabilize fragile articles within product cartons during transit.

A rotatable M-shaped turntable drives a battery-powered film clamping device to secure packaging material during automated winding operations.

Adjustable cutting devices shape continuous packaging rolls to fit grouped objects, eliminating changeover time and retooling delays.

Continuous folding eliminates complex alternating mechanisms, reducing structural complexity and maintenance costs.

A ferromagnetic core guides magnetic flux to heat packaging peripheries precisely.

Independent power supply units monitor heating conductor resistance to maintain precise target temperatures for each die.

A sliding abutment keeps protruding wrapping sheet edges spaced during transfer to a folding station.

Elongated support elements in the bale receptacle fork transport pressed bales while preventing contamination from movable parts.

Synchronized carriages maintain container orientation during linear advancement, resolving the trade-off between packaging density and operational control.

A perforated film wrapping machine uses sensing mechanisms to locate tear lines and separation rollers to mechanically tear the film along these predetermined paths.

Integrated work stations form and fix overlapping packaging folds on a single rotating head, eliminating transfer delays that cause material detachment.

A vertical curtain wrapping apparatus uses a movable coupling bar to coordinate film transfer and temporary winding for efficient load handling.

Creased paperboard tray flaps secure containers, reducing plastic use and breakage risk.

Rotary carousel grippers transport filter bags through a wrapping station that switches between wrapping and rejection modes based on defect signals.

Dynamic belt pressure stabilizes film transport in stretch wrapping machines, preventing sag and slackness that degrade wrapping quality.

An asymmetrical film tube former reduces film usage and wrinkles by optimizing the opening geometry around compressed absorbent paper products.

Roll-formed containers adapt dimensions to item size using rollers and folders, eliminating filler waste in fulfillment centers.

An assembly for unwinding and cutting film employs adjustable stroke mechanisms to resolve production time losses from intermittent motion.

Selective routing of paper rolls from a log saw unit to operational packaging machines eliminates unnecessary downtime and reduces conveyor length.

Folding flaps extend beyond the packaging unit perimeter, then secure against lateral sides to eliminate open shrinkage holes and prevent article movement.

An overtaking folding cam guides rear end flaps past packaging bags at higher speeds to enable continuous welding operations.

Pneumatic slab transport eliminates mechanical friction and abrasion during high-speed gum strip packing.

Spring-loaded sealing stamps group individually packaged items for simultaneous sealing, decoupling seal parameters from machine speed to prevent heat damage.

A carousel packaging machine integrates longitudinal and transversal sealing units to join outer wrapper edges directly on the rotating platform.

Separate conductor loops provide uniform heating across parallel product webs, resolving temperature fluctuations and energy losses in high-speed packaging.

Intersecting pitch circles expand the transfer area between rotary heads to transport articles in desired orientations.

Engaging means guide protruding edges of a confectionary wrapping sheet to prevent irregular creases in cold-sealing areas.