System for obtaining beverages and method for producing same

Abstract

A system for producing beverages comprising a capsule fixed to a reinforcement element, for example a reinforcement ring or a container that encloses the capsule, and a method for producing such a system for obtaining beverages. The reinforcement element comprises an upper annular edge to which the lid of the capsule is fixed. There is no filtering thermoformable material of the capsule between the upper annular edge and the lid of the capsule.

Claims

1. A method for forming a system for producing beverages comprising a capsule made of filtering thermoformable material and fixed to a reinforcement element, comprising the steps of: providing a reinforcement element comprising an upper annular edge adapted to support a lid of the capsule, a vertical edge, and a horizontal edge, wherein the vertical edge connects the upper annular edge to the horizontal edge; providing a disc of filtering thermoformable material; attaching said disc of filtering thermoformable material to said vertical edge and/or to said horizontal edge so that no portion of said disc of filtering thermoformable material covers said upper annular edge; and thermoforming a containment volume of the capsule from said disc of filtering thermoformable material; and fixing the lid to said upper annular edge.

2. The method according to claim 1, wherein said thermoforming is performed after said step of attaching.

3. The method according to claim 1, wherein said reinforcement element is a reinforcement ring.

4. The method according to claim 1, wherein said reinforcement element is a container, wherein the container is linked to the upper annular edge through the horizontal edge and the vertical edge.

5. The method according to claim 4, wherein the container is a cup.

6. The method according to claim 4, wherein the container is made of a barrier material.

7. The method according to claim 1, further comprising the following step: filling the containment volume of said capsule with a product.

8. The method according to claim 7, wherein the lid is made of a barrier material.

9. A method for forming a system for producing beverages comprising a capsule made of filtering thermoformable material and attached to a reinforcement element, comprising the steps of: providing a reinforcement element, the reinforcement element comprising an upper annular surface and a sidewall extending transversely from the upper annular surface, the sidewall comprising a vertical edge portion and a horizontal edge portion, wherein the vertical edge portion connects the upper annular edge surface to the horizontal edge portion; providing a filtering thermoformable material; attaching the filtering thermoformable material directly to the sidewall of the reinforcement element without any portion of the filtering thermoformable material attaching directly to the upper annular surface; and thermoforming a containment volume from the filtering thermoformable material, wherein the containment volume is placed within the reinforcement element; and fixing a lid to the upper annular surface whereby the filtering thermoformable material is not directly attached to the upper annular surface of the reinforcement element permitting a barrier material to be capable of forming a seal on the upper annular surface.

10. A method for forming a system for producing beverages comprising a capsule made of filtering thermoformable material and attached to a reinforcement element as in claim 9, wherein: the filtering thermoformable material is attached to the vertical edge portion of the sidewall.

11. A method for forming a system for producing beverages comprising a capsule made of filtering thermoformable material and attached to a reinforcement element as in claim 9, wherein: the filtering thermoformable material is attached to the horizontal edge portion of the sidewall.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) FIG. 1 schematically illustrates a capsule for obtaining beverages known from the prior art with an enlarged portion.

(2) FIG. 2 schematically illustrates a system for obtaining beverages of an embodiment of the present invention comprising a capsule with an enlarged portion.

(3) FIG. 3 schematically illustrates the method steps for forming a system for producing beverages comprising a capsule.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

(4) FIG. 2 shows a system comprising a capsule 100 fixed to a container 200 according to an embodiment of the present invention.

(5) The capsule 100 is made of a filtering thermoformable material, for example SMASH. The capsule 100 is placed inside a container 200 made of barrier material, in particular a material which is a barrier for oxygen. The container 200 is closed by means of a lid 300 made of barrier material, in particular a material which is a barrier for oxygen.

(6) The container 200 comprises a containment body 201 adapted to contain the capsule 100.

(7) The container 200 further comprises an upper annular edge 202 on which the lid 300 is fixed. The upper annular edge 202 is linked to the body 201 of the container 200 by means of a vertical edge 203 and a horizontal edge 204.

(8) According to the present invention, the filtering thermoformable material of the capsule 100 is fixed to the container 200 by means of welding to the lateral vertical edge 203 and/or to the horizontal edge 204. In this way, there is no filtering thermoformable material between the lid 300 and the upper annular edge 202 of the container 200. This allows easily fixing the lid 300 to the upper annular edge 202 of the container 200. Moreover, the welding region between the lid 300 and the upper annular edge 202 is a region which guarantees an optimum seal with respect to oxygen, thus allowing the preservation of the product contained in the capsule 100 since there is no filtering thermoformable material in this region.

(9) FIG. 3 schematically shows the steps of a method for forming a system for producing beverages comprising a capsule 100 made of filtering thermoformable material fixed to a reinforcement element 200 according to an embodiment of the present invention. In particular, FIG. 3 shows the steps of the method performed in different stations of a system of the rotary type. The stations are accordingly placed along a circumference. Alternatively, the method according to the present invention may be performed in a linear system.

(10) A reinforcement element 200 is provided comprising an upper annular edge 202, a vertical edge 203 and a horizontal edge 204, wherein the vertical edge 203 links the upper annular edge 202 to the horizontal edge 204.

(11) A disc D of filtering thermoformable material is provided by cutting by means of a tool T from a reel B.

(12) The disc D is moved so as to place it on the upper annular edge 202 of the reinforcement element by means of the preheated element S and, continuing the displacement along the axis of the container 200, the disc D is pushed towards the horizontal edge 204 so that the side edge of the disc at least partially covers and at least partially adheres to the vertical edge 203.

(13) With respect to the dimensions defined by the elements of the container 200, the disc D is dimensioned so that following the pushing of the disc D towards the horizontal edge 204 by means of the element S, there is no filtering thermoformable material which is left on the upper annular edge 202. The filtering thermoformable material only adheres to the vertical edge 203 by a length which is equal to, or lower than, the maximum total height of the vertical edge 203.

(14) The disc D is firmly fixed to the horizontal edge 204, for example by means of welding. In this step, it is possible to fix, at least partially, the disc D also to the vertical edge 203. A second fixing step can accordingly be performed wherein the disc D is fixed to the vertical edge 203 by means of element S.

(15) The thermoforming of portion D of disc D which is free from welding regions if performed, so as to obtain the containment volume of the capsule 100 made of filtering thermoformable material.

(16) Prior to the thermoforming step, it is possible to optionally advantageously perform a pre-heating step of the portion D of the disc D so as to simplify and optimize the thermoforming process.

(17) Subsequently, it is possible to fill the containment volume of the capsule 100.

(18) Finally, the lid 300 is fixed to the system. In particular, the lid 300 is fixed directly to the upper annular edge 202 of the reinforcement element 200. There is no layer of filtering thermoformable material between the lid 300 and the upper annular edge 202. The lid 300 may be welded, for example thermo welded, to the upper annular edge 202.

(19) Even if in the embodiments described above with reference to the figures a case was shown wherein the reinforcement element 200 is a container, for example a cup which completely encloses the capsule 100, the reinforcement element may even be a reinforcement ring.

(20) In case the reinforcement element 200 is a container, for example a cup, is particularly advantageous because it allows completely enclosing the capsule in a hermetic way with respect to the outside. In particular, the container 200 and the lid 300 define an enclosed volume which is hermetically sealed and which prevents oxygen from reaching the product contained in the containment volume of the capsule so that its organoleptic properties are maintained for a long time.

(21) As shown in the figures, the containment volume 201 of the container 200 which is cup-shaped is linked to the upper annular edge 202 of the container 200 by means of the horizontal edge 204 and the vertical edge 203.

(22) The present invention is not limited to the embodiments described with reference to the figures but only by the scope of protection of the following claims.