Sealer Trolley Slanted Cut for Packaging Splicing

The patent converts the harmful right-angle trailing end that generates dust into a beneficial slanted cut that minimizes residue. By changing the cut geometry from perpendicular to angled, the design eliminates the harmful dust generation effect while maintaining cutting functionality.

The patent applies asymmetry by using a slanted cut angle instead of a symmetric right-angle cut. This asymmetric cutting approach creates a trailing end that tapers rather than forms a sharp corner, thereby reducing dust and residue generation during the cutting operation.

The patent changes the symmetric right-angle trailing end into an asymmetric slanted cut. This asymmetric geometry creates a tapered edge that is less likely to catch on sharp edges of the packaging container, thereby improving integrity while maintaining manufacturing simplicity.

Instead of maintaining the conventional right-angle cut, the patent inverts the approach by applying a slanted cut angle. This inversion transforms the problematic sharp corner into a gradual taper, reducing the risk of edge catching while preserving the ease of the cutting process.

The patent implements self-service by enabling the sealer trolley to move automatically along the web width without requiring complex external positioning systems. The trolley utilizes the web itself as the guide and support structure, simplifying the overall system while achieving precise positioning.

The patent applies universality by designing the sealer trolley to perform multiple functions: it serves as both the sealing device and the positioning mechanism. The trolley's ability to move automatically along the web width provides both transportation and alignment functions, reducing the need for separate positioning systems.