LABEL FOR WET APPLICATIONS

Abstract

A label for a bottle where the label is comprised of a laminate where an outer layer (3) is a material susceptible to losing opaqueness when made wet, and an inner layer (5) behind this first layer which is a material that is opaque, and such that it will maintain such opaqueness when wet.

Claims

1. A label of laminate construction, comprising: an outer layer; and an under layer, wherein the outer layer is a material susceptible to losing opaqueness when wet and the under layer is made from a material that remains opaque when wet.

2. The label as in claim 1, wherein the outer layer is adhered to the under layer, the under layer being a film of plastics material.

3. The label as in claim 1, wherein the under layer is a plastics material which is white.

4. The label as in claim 1, wherein the under layer is joined directly to the outer layer.

5. The label as in claim 1, wherein the under layer is permanently adhered to the outer layer.

6. The label as in claim 1, wherein the outer layer is secured to the outer layer by a permanent adhesive.

7. The label as in claim 1, wherein the under layer is permanently adhered to the outer layer without the use of an adhesive.

8. The label as in claim 1, wherein the under layer is adapted to be a stable laminate base.

9. The label as in claim 8, wherein the inner layer provides an innermost surface adapted to facilitate adhesion to an outer surface of a container.

10. The label as in claim 1, wherein the label is attached to the outer surface of a container by self-adhesive.

11. The label as in claim 2 wherein the label is attached to the outer surface of a container by a glue which is applied to the label when wet and allowed to dry when in situ on the container.

12. The label as in claim 10 wherein the container is a glass bottle.

13. The label in accordance with claim 1, wherein the plastics material is at least one of the group consisting of biaxial polyethylene, non-orientated polypropylene and PET.

14. The label in accordance with claim 1, wherein the under layer is a biaxial polypropylene plastic.

15. The label as in claim 14, where the biaxial polypropylene plastic has opaqueness greater than 0.54 as measured by a Tobias densitometer.

16. The label as in claim 15, wherein the under layer is a five layer extruded film.

17. The label as in claim 16, wherein the under layer has a cavitated inner core.

18. The label as claim 3, wherein the outer layer is joined to the under layer by being applied directly onto a sheet of extruded plastics material.

19. A label for a bottle wherein the label is a laminate, comprising: an outermost layer upon which there is printed indicia having a material susceptible to losing opaqueness when wet; and a lower or more inner layer of the laminate behind this first layer, which is a material that is opaque, and maintains substantial opaqueness when wet.

20. The label as in claim 19, wherein the lower or inner layer is an innermost layer.

21. The label as in claim 19 in which the lower or inner layer is a plastics material.

22. The label as in claim 19, wherein the laminate has each layer of the laminate joined to adjacent layers by water insoluble means or materials.

23. The label as in claim 22, wherein the water insoluble means are a fusion of plastics material with a respective adjacent layer.

24. The label according to claim 19, wherein the label is secured to an outermost surface thereof, wherein the innermost layer of the laminate is adhered directly onto an outer surface of the container with substantially water insoluble means or material, and wherein the outermost layer is positioned to be outermost with respect to the container so as to display the printed indicia thereon.

25. The label as in claim 11 wherein the container is a glass bottle.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

[0039] For a better understanding of this invention it will now be described with relation to a specific embodiment which will be described with the assistance of drawings wherein

[0040] FIG. 1 is a perspective view of a bottle to which a label is attached and

[0041] FIG. 2 is a cross-sectional view along the lines 2-2 in FIG. 1.

[0042] FIG. 3 is a cross-sectional view of further embodiment of the invention.

[0043] The challenge has been to provide a label that has an uncoated surface that provides for many, a preferred surface appearance and texture.

[0044] However, uncoated paper is inherently vulnerable to absorption of water and the results of inundation either simply by condensation, or inundation of water are such that it creates then an appearance that is not preferred.

[0045] This appearance includes a change of colour and the effect can be somewhat irregular.

[0046] Also, there is a problem that such wetting will cause the paper to differentially swell or contract.

[0047] We firstly therefore adhered to the back of uncoated paper a plastics material film

[0048] This then acted to hold the uncoated paper when they were inundated together but the appearance still had the irregular change in colour, which looked much less desirable.

[0049] By having a plastic film, which could also be opaque adhered to the back of the uncoated paper, substantially reduced this difficulty.

[0050] Especially then if the colour of the film was white, this then provides the dual benefits of both providing a secure holding together of the uncoated paper material as well as an appearance that, even when the uncoated paper is saturated, does not change its appearance substantially, and maintains therefore a significantly improved appearance over what was the case hitherto.

[0051] Referring specifically to the drawings there is therefore a bottle 1 to which is adhered a label 2. The label 2 is made as a laminate with an outer layer 3, which is an uncoated paper, and this is adhering through a glue 4 to an inner film 5 which is the plastics material. The glue 6 may or may not be the same as glue 4.

[0052] In a further embodiment of the invention, and with reference to FIG. 3, the outer layer 3 is applied directly onto a sheet of extruded plastics material 5. This then results in the bonding of the label to the plastics material without the need for any adhesive. Such techniques are well known to those skilled in the art. The resulting product can then be attached to a bottle 1, or other container, by way of a glue 6. In the printing of labels, a stock is therefore provided where for instance the label is to be a self-adhesive label, that has an uncoated upper layer and an effectively permanent adhesive which is then glued to an underlying plastics material film which in this case is a biaxial orientated polypropylene.

[0053] In this case this is manufactured as a five layer extruded film with a cavitated inner core for opacity and stiffness.

[0054] The colour of the film is white and it had a sufficient opaqueness so that it has an optical density greater than 0.54 as measured by a Tobias densitometer.

[0055] The stock material is supplied when in a self-adhesive format on a glassine backing which is then supplied for application to containers.

[0056] It would be well understood by a person skilled in the trade that the backing may differ according to certain applications or preferences and may well include PET backing, KRAFT backing or other such backing without departing from the scope of the invention.

[0057] In the case of wine, this is therefore to glass bottles, and the advantage of the invention is especially apparent for glass bottles, which have a lighter or fully transparent colouring and character.

[0058] The label according to this invention can then be applied in the traditional way from the glassine backing onto bottles.

[0059] It is considered that any of a number of plastic materials can be selected for this application and these can be for instance polyethylene film, non-orientated polypropylene film, or PET film.

[0060] In order to have a sufficient opacity, in each case, such a film would be either filled with an appropriate filler giving it a sufficient opacity for the purpose or it can be tinted again to be sufficient to provide the effective purpose.

[0061] While an indication of opacity has been given, the degree of opacity that is useful in any case can be established by very simple experiment and it would not be intended in the broadest sense that the degree of opacity should be necessarily constrained to the specific reference given.

[0062] Throughout this specification the purpose has been to illustrate this invention and not to limit this.