Interconnected Article Bundle Chain Reducing Connection Resources

The patent removes the outer enclosure (cardboard box, shrink wrap, strapping) traditionally used to bundle articles. Instead, articles are directly connected to each other through connecting elements on their surfaces, extracting the enclosure function and replacing it with direct inter-article connections. This eliminates the need for external packaging materials while maintaining bundle integrity.

The patent merges the functions of multiple components into a single integrated system. The connecting elements on article surfaces directly join articles together, combining the previously separate functions of enclosures and connection mechanisms into one unified structure. This reduces the total number of components and material types required.

The patent segments the connection function into individual connecting elements positioned at specific locations on article surfaces. Rather than using a single enclosing structure with multiple attachment points, each article has its own connecting elements that engage with adjacent articles. This segmentation allows for a reduced total number of connections while maintaining stability through distributed connection points.

The patent applies connecting elements at specific local positions on article surfaces rather than uniformly across all surfaces. The connecting elements are strategically placed to achieve stable bundling with minimal connections, optimizing the distribution and orientation of connection points based on local geometric and functional requirements.

The patent changes the parameters of the connection method by using adhesive bonds instead of mechanical fasteners. This parameter change reduces resource consumption by eliminating the need for additional connection components while maintaining sufficient connection strength through proper adhesive selection and application. The adhesive bonds create strong chemical bonds between article surfaces.

The patent replaces mechanical connection systems (such as clips, snaps, or threaded fasteners) with adhesive bonding. This substitution eliminates the need for complex mechanical interlocking mechanisms while providing strong, durable connections. The adhesive bonds directly join article surfaces through chemical adhesion, replacing the mechanical coupling approach.