Applicator system for coupling at least one carrier to a set of drink cans to form one or more packages
OwnerJorge Fundador HERRERA MUÑOZinventor
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Abstract
The disclosure relates to an applicator system for coupling at least one carrier to the top of a confined set of drinking cans to form one or more packages of cans simultaneously, which allows the controlled deformation of carriers of the type having a substantially horizontal upper central area arranged above the upper face of the cans, and the assembly of packages of traditional cans and packages of slim cans.
Claims19
An application system (or coupling at least one carrier on top of a confined set of cans of beverages to form one or more packages of cans, which allows for controlled deformation of carriers of the type that have a substantially horizontal upper central area and a plurality of covering flaps arranged at a level above the upper face of the cans, comprising:
- a top applicator in the form of:
- a flat square plate with flat faces, configured to produce the controlled deformation of the carrier, and
- a lower confining component to orderly position the set of cans to receive the top applicator.
- wherein on one of the flat faces, the top applicator includes at least one recess formed by a bottom wall and a multilobular contour that defines a flat peripheral outer edge of the recess to flex transition portions and retention flaps of the carrier that fit under the rim of the cans;
- said recess including a central area from which as many lobes project as the number of cans to be grouped with the same carrier to form a package;
- where said lobes correspond to multiple and successive walls in an arc shape;
- and because the lower confining component includes a quadrangular body with at least one confining cavity of multilobular contour, with as many spacer lobes as the number of cans to be confined to form a package, where, to intentionally create a spacing between the cans, the distance between the central axes of adjacent spacer lobes is greater than the distance between the central axes of adjacent thin cans.
Dependencies are inferred from the claim text.