Containers preventing forgery or adulteration

Abstract

The invention relates to the modification applied to different types of containers made from glass or other materials in order to render them unusable as original containers. The invention consists in the modification of the design, structure and production of any container, forming same in two parts connected by a tubular element surrounded by a plastic or other material which provides rigidity, but which also facilitates the disablement thereof by means of the application of a force by the consumer, facilitating the breakage thereof and preventing the subsequent use thereof as original container. In terms of the historical development of containers, this application is novel in that it can be used to eliminate the forgery of containers or bottles used in international and national perfumery, wine, pharmaceutical and other industries, providing an instrument which is more than effective in controlling forgery and adulteration in the above-mentioned markets.

Claims

1. A system to disable the body of a container characterized by comprising: a) a rupture mechanism arranged to make the container more fragile, with a constriction or tube (C) arranged to divide the container into the two sections (A) and (B), separated by a space (a), in such a way that the two sections (A) and (B) are integrally joined together by the tube (C); b) a strengthening material arranged to create a ring (D) between the two sections (A) and (B), for restricting the movement between the two sections (A) and (B), and providing mechanical support to the container during its use and transportation and; c) at least one safety element (F) placed between the two sections (A) and (B) and on the external surface of the ring (D), in such a way that when a user applies torsion strength between the two sections (A) and (B), the tube (C) turns into a breaking point that compromises the integrity of the tube, dividing the two sections (A) and (B) into two parts, and breaking the at least one safety element (F) thus rendering the container unusable.

2. The system according to claim 1, wherein the system further comprises a film (E) made from a clear material, for covering the two sections (A) and (B) and the ring (D) arranged between the two sections (A) and (B), to create a continuous external surface, in such a way that when the user applies torsion strength between the two sections (A) and (B), the tube (C) breaks dividing the two sections (A) and (B) into two parts which are trapped inside the film (E) along with fragments of the tube (C), the ring (D) and the at least one safety element (F) broken, rendering the container unusable.

3. The system according to claim 1, wherein the tube (c) has a circular, triangular, semi-circular shape, or any other shape required.

4. The system according to claim 1, wherein the strengthening material is a plastic material or other material that provides to the container the required mechanical support.

5. The system according to claim 1, wherein the at least one safety element is a seal, a hologram, a label, a barcode, or a numeric code.

6. The system according to claim 1, wherein the container is a container for commercial products, made from a material selected from a group consisting of glass, and other appropriate materials.

7. The system according to claim 6, wherein the container is a container for alcoholic beverages.

8. The system according to claim 6, wherein the container is a container for perfume.

9. The system according to claim 6, wherein the container is a container for pharmaceutical products.

Description

DESCRIPTION OF THE FIGURES ILLUSTRATING THE INVENTION

(1) FIG. 1 is the representation of this invention's system location in various kinds and shapes of containers.

(2) FIG. 2 is a view of a container with the system in the invention herein.

(3) FIG. 3 is a view of the container-disabling system, showing the location of the breaking mechanism in the invention herein.

(4) FIG. 4 is a lateral view of a container with the system in the invention herein, showing the location of each one of the elements.

(5) FIG. 5 shows a cut of a container with the system in the invention herein.

(6) FIG. 6 shows the operation of the system when applying torsion strength.

(7) FIG. 7 shows a container after breaking the rupture mechanism in the invention herein.

DETAILED DESCRIPTION OF THE INVENTION

(8) The invention relates to the modification applied to different types of containers made from glass or other materials in order to render them unusable as original containers.

(9) As seen in FIGS. 1 to 7, the invention refers to a system comprising a breaking mechanism, which consists of a constriction in the body of a container, modifying the manufacturing or blowing molds, or any kind of mold, in such a way that a tube (c) is formed as a breaking point in the body of the container; such tube (c) can have any desired configuration (circular, semi-circular or any other) and it divides the container into two sections (A) and (B) located at the top and the bottom of the container, respectively. The height (h) of the section (B) is previously determined to generate a maximum-grip area. As seen in FIGS. (2) to (4), the tube (c) is built into sections (A) and (B), and it creates a variable height space (a) where a ring (D) is located, which is made from plastic or other appropriate material, with smooth surfaces, which makes contact with the sections (A) and (B) of the container, strengthening the tube (C) in order to mechanically support the container and allow the safe transfer and use of the container, under normal conditions. Once the ring is formed, at least one safety element (F) is placed, which can be a label, a hologram, a seal or any other kind of element (FIG. 6); joining the external surfaces of the sections (A) and (B), which is placed on the external part of the ring (D).

(10) Once the system is formed, it can be covered by a different clear material, covering the sections (A) and (B) and the ring, and creating a continuous external surface, as seen in FIG. (5), in such a way that, when torsion strength is applied by the user between those sections (A) and (B) and breaking the tube (C) dividing sections (A) and (B) into two separate parts, these are trapped, inside the film (E), as well as the tube fragment (C), the ring (D) and at least one safety element (F), which will be broken, rendering the container unusable.

(11) The system described above allows an external torsion strength applied by the user on sections (A) and (B) to break the tube (C) by rotating the sections (A) and (B) in opposite directions, compromising the integrity of the container's body and the safety element (F), as shown in FIGS. (6) and (7). Such rupture prevents the container from being reused as leak areas will be created, and the tube (C) material fragments are contained in the ring (D) and the film (E), preventing them from falling out.