Pneumatic Tissue Feeding Apparatus for Packaging Systems

The patent replaces traditional chain or slider mechanical transportation arrangements with a blowing system that uses compressed air to propel folded articles along a blowing channel. This substitution eliminates mechanical contact and friction, thereby improving reliability and preventing production stops while maintaining conveyance functionality.

The patent employs pneumatic principles by using compressed air to create a blowing current that transports folded articles through a channel. This pneumatic transportation system achieves higher reliability and speed compared to mechanical systems, as it eliminates mechanical wear and contact-based failures.

By replacing mechanical conveyance systems with a pneumatic blowing system, the patent enables higher working speeds without the mechanical constraints and failures that limit traditional systems. The contactless pneumatic transmission maintains reliability even at elevated speeds.

The patent changes the fundamental parameter of transportation from mechanical contact-based to pneumatic flow-based, allowing the system to operate at higher speeds while maintaining reliability. The compressed air flow can be dynamically adjusted to match productivity requirements without compromising system stability.

The patent uses a pneumatic blowing system with adjustable air flow to achieve variable speed transportation of product stacks. This approach provides both high speed capability and flexibility while avoiding the mechanical complexity of variable speed drives found in traditional mechanical systems.

By controlling the parameters of compressed air flow (pressure, volume, direction), the system achieves variable speed and flexible control of product stack transportation. This parameter-based control is simpler and more flexible than mechanical speed control mechanisms.