Patent Application
20200305616
This invention relates to a mounting system and method for artwork.
Canvas art is a popular artwork medium. Artwork is printed onto a stretchable canvas or canvas-type medium, which is stretched over, and fixed to, an underlying frame assembly made up of stretchers; the stretchers hold the canvas under tension to give a professional finish. The stretchers are usually hidden behind the artwork.
An alternative mounting system is disclosed in, for example, WO2011/010085 which provides a mount system in the form of a blank of cardboard, or similar foldable material, with a central image-carrying area. Extending from each of the four sides is an integral tab with parallel fold lines, providing an overall cruciform shape. A significant part of the rear surface is coated with pressure adhesive, covered with a peel-off liner. After the art has been printed onto the front surface of the blank, the liner is removed from the rear surface and the mounting system is partially completed by folding each tab backwards into a box-shape to form a perimeter member. The four perimeter members are adhered to the rear of the image-carrying area to form a complete frame. Finally, a box-shaped stiffening element is located inside the rear space between the perimeter members, and adhered to the rear surface to provide an overall, rigid structure for wall hanging.
There are several disadvantages with this system. First, printers and coating machines are limited in terms of the width of blank they can accept. The presence of tabs enlarges the overall blank width and hence this form of mounting system places limitations on the artwork size that can be printed. Also, a relatively large amount of adhesive is required to fix into position the tabs and the stiffening element.
It is an aim to provide an improved mounting system and method.
A first aspect of the invention provides a mounting system for artwork, the system comprising:
The blank main section may be rectangular and further comprises, on each of first and second opposite sides of the main section, an integrally formed longitudinal tab extending outwardly from said main section by a dimension W and having a plurality of parallel fold lines to enable the tab to be folded into a three dimensional perimeter member and fixed behind the main section of the blank, and wherein the separate extender tabs are arranged to be attached to the third and fourth opposite sides.
The blank main section may further comprise, on each of the third and fourth opposite sides, an integrally formed longitudinal tab having at least one foldable section to which one of the extender tabs can be attached, the extender tabs each having a corresponding extension dimension w, where w<W.
The third and fourth integral side tabs may comprise a first foldable section integrally connected to the main section, and a second foldable section integrally connected to the first foldable section to which one of the extender tabs can be attached.
The first and second side integral tabs may each comprise four fold lines defining four fold sections to enable folding of the tab into a box-like perimeter member, with a substantially rectangular cross section, the fourth fold section being generally parallel with the blank main section.
The separate extender tabs may each comprise two fold lines defining three foldable sections, a first one of the foldable sections being arranged to attach to the foldable section of one of the third and fourth integrally formed tabs.
A second, central one of the three foldable sections may comprise one or more push-out tabs defined by partial cuts made through, or substantially through, the material of said foldable material so that relative folding between the second and third sections results in the push-out tab(s) projecting outwards.
One side of each separate extender tab may carry an adhesive, e.g. a pressure adhesive.
The adhesive may be provided at least on the first foldable part and the push-out tabs.
The adhesive may further be provided on the parts of the second foldable section which are either side of the push-out tabs.
The second foldable sections of each of the tabs may comprise a hole, arranged such that the holes of adjacent tabs overlie one another when the tabs are folded into their three-dimensional shapes.
The system may further comprise a pin, plug or the like dimensioned and arranged to friction fit within the overlying holes to retain all four perimeter members in place.
The system may further comprise a stiffening element provided in the form of a blank of card with a main, central rectangular section and four perimeter fold tabs, arranged to locate in a friction fit within the void between the four perimeter members.
A second aspect of the invention provides a mounting system for artwork, comprising:
The separate extender tabs may carry on one side a layer of pressure adhesive for fixing said tabs to the rear of the main section.
In any of the above definitions, adhesive may only be provided on the extender tabs.
A further aspect of the invention provides a method of constructing a mounting system for artwork having the features of any preceding definition, the method comprising applying an artwork to the blank main section, attaching the extender tabs to respective sides of the blank, and folding the extender tabs into a three-dimensional perimeter member behind the main section.
A further aspect of the invention provides a method of constructing a mounting system for artwork having the features of any above definition, the method comprising: applying an artwork to the blank section; folding each of the first and second integral tabs backwards to form a three dimensional, box-like shape behind the main section; attaching the extender tabs to the third and fourth foldable tabs, e.g. using adhesive; and folding combined tabs backwards to form a three dimensional, box-like shape behind the main section.
Various other preferred features are given in the detailed description below. For example, the material used for the blank and/or extending members may be paper, card, laminate or indeed any material on which art is conventionally mounted.
The invention will now be described, by way of non-limiting example, with reference to the accompanying drawings, in which:
Preferred embodiments described herein provide an artwork mounting system applicable to all types of artworks, including art prints and photographs. Embodiments are particularly suited to art that is digitally printed/coated, e.g. using AQ or UV coating.
Referring to
The blank 3 is generally rectangular with score marks as shown which mark out various frangible and foldable parts for assembling the system. Corner parts 13, for example, are detachable from the rest of the blank 3 (see
The blank 3 comprises a rectangular central portion 7, shown in
Each tab 9 comprises four fold sections 22, 24, 26, 28 defined by vertical fold lines 21, 23, 25, 27. As will be explained below, the four fold sections 22, 24, 26, 28 are arranged in use to be folded into respective longitudinal box-shapes to provide left and right perimeter members. The length of the first fold sections 22 is substantially the same as that of the central portion 7. The external edges of the second fold sections 24 narrow inwards in an arcuate manner. The length of the third and fourth fold sections 26, 28 is narrower than that of the first and second fold sections 22, 24 as shown.
On the upper and lower sides of the central portion 7 are partially-formed tabs 11, in this case each providing two fold sections 30, 32 defined by horizontal fold lines 29, 31.
Adjacent first fold sections 22, 30 are joined by a rounded, quarter circle portion 35 having a diagonal fold line through its centre. The second fold sections 24, 32 of each tab 9, 11 have small through-holes 60, 62 which, when the fold sections are formed into box sections (as will be explained below) are positioned to overlie one another.
No part of the blank 3 is required to carry adhesive.
Semi-circular holes 39 are provided centrally of each second fold section 24, 32.
It will be noted that the orthogonal dimensions (d×D) are different, and more specifically that dimension d is narrower by virtue of employing only two fold sections 30, 21. This means that a larger print area 7 can be catered for in a given printer or finisher than would be the case had all four fold sections been identical. Any combination of blank dimensions (d×D) can be used, provided one is narrow enough to fit within the printer.
Once the print area 7 has been run through a printer/finisher, the blank can be assembled into a finished mounting system as will be described below.
First, two separate extending tab members 5 are respectively connected to the second fold sections 32, either side of the central area 7.
Referring to
The rear surface 51 of each separate tab member 5 carries a pressure adhesive, which may initially be covered with a peel-off liner. The adhesive may cover substantially all of the rear surface 51, or discrete parts of it. This adhesive allows its first fold section 40 to be adhered over the second fold section 32 of the main blank 3 with the holes 39, 49 aligned.
In use, the user then folds each of the fold sections 30, 32 and 40, 42, 44 backwards, relative to their adjacent fold section(s) to form a box-like perimeter member. The adhesive on the rear surface of fold section 44 is then adhered to the edge of portion 7. The push-out tabs 45 are similarly adhered to portion 7 using adhesive, also shown more clearly in
It should be remembered that fold portion 42 carries adhesive, which is used later on in the process.
Having formed and fixed the upper and lower perimeter members, the user then completes the frame by forming the right and left-hand perimeter members using tabs 9, for which refer back to
The through-holes 60, 62 are arranged to overlie in this condition, specifically with fold sections 24 overlying the edges of fold sections 32. The orthogonal perimeter members 55, 56 are then pinned or otherwise fastened together by placing a screw, rivet, plug or pin 70 through the four though-holes 60, 62. No adhesive is required on perimeter members 56; they are held in position by the pins 70 securing them to perimeter members 55.
Finally, and preferably, a box-like stiffener 80 is formed from a blank 81 as shown in
Referring to
The above-mentioned mounting system has several advantages, as noted. These include allowing a wider range of sizes to be catered for using existing printers. For example, a standard inch printer can cater for a wider range of sizes. Further, less adhesive is needed, with only the separate ‘extension’ tabs 5 carrying adhesive on one side. Testing has demonstrated a saving of up to 80% compared with current methods. The provision of overlying holes 60, 62 also allow fixing of the perimeter members in a straightforward manner. Overall, the mounting system is straightforward to assemble and manufacture. The mounting system can be assembled at a factory, or even delivered to customers for self-assembly. It can be provided in kit-form with a set of instructions for assembly.
The blank can be formed of any material, including cardboard, laminated board and so on. Example dimensions include:
It will be appreciated that the above described embodiments are purely illustrative and are not limiting on the scope of the invention as should be apparent to persons skilled in the art upon reading the present application.
Moreover, the disclosure of the present application should be understood to include any novel features or any novel combination of features either explicitly or implicitly disclosed herein or any generalization thereof and during the prosecution of the present application or of any application derived therefrom, new claims may be formulated to cover any such features and/or combination of such features.
| Number | Date | Country | Kind |
|---|---|---|---|
| 1605215.1 | Mar 2016 | GB | national |
| Filing Document | Filing Date | Country | Kind |
|---|---|---|---|
| PCT/GB2017/000033 | 3/15/2017 | WO | 00 |
