Device For Loading Storage Containers For Elongated Articles

What is this patent about?

’067 is related to the field of industrial packaging for elongated consumer goods, specifically the high-speed handling of tobacco products. In cigarette manufacturing, buffer systems are required to manage the flow between production and packing machines. These systems often utilize large storage containers that must be filled efficiently and precisely to prevent product damage or misalignment during transport.

The underlying idea behind ’067 is to achieve a dense, stable quincuncial arrangement—a staggered, honeycomb-like pattern—without the mechanical complexity of shifting the entire container or using oscillating gates. By combining a specific geometry of the delivery channels with a profiled support surface, the system uses gravity and the natural geometry of the articles to self-organize the stack as it builds.

The claims of ’067 focus on a loading mechanism comprising a feedbox with multiple parallel channels that are all uniformly inclined at a specific angle relative to a vertically movable support plate. This plate features a series of scalloped seats separated by ridges, where each delivery channel is precisely aligned so its outlet faces a ridge rather than a seat, forcing the articles to distribute into a staggered formation.

In practice, the device operates by positioning the profiled plate just below the feedbox outlet. Because the channels are tilted—ideally at an angle of 60 degrees—the first layer of cigarettes is forced into every other seat on the plate. As the plate descends, the next layer of cigarettes is guided by the first layer into the remaining empty seats, naturally creating the offset required for a stable, interlocking stack.

This approach differs from prior solutions by eliminating the need for transverse mechanical actuators or vibrating components that often cause tobacco fallout or physical degradation of the cigarettes. By using the rib-to-channel alignment and gravity-fed lateral shifting, the invention achieves a perfectly ordered mass using a simplified, continuous vertical motion that is both gentler on the product and mechanically more robust.