DE3140660A1 - Device for holding flat objects on a firm sheet - Google Patents

Description

Device for holding flat objects on a solid sheet.

The invention relates to a device for holding flat objects on a solid sheet in over the sheet surface distributed arrangement, especially for photographers on an album sheet. It has long been known for gluing photographs into an album, so-called photo corners to use, which are rubberized on the back and which pushed over the corners of a photo and after moistening glued to the back of the album sheet. If you can't glue the photos directly If you want to stick it into an album, you should choose this method with advantage, because you can take the photos at any time if necessary can be removed from the album and replaced with another one. However, if some of the photo corners solve, the photos are no longer held and can fall out. If you look at the somewhat tedious work of the If you want to save gluing in photos by means of photo corners, you can use the photo albums that are widely used today use with a self-adhesive film on each album sheet. The photos are under the self-adhesive film protected and well held and gluing in is quick and easy. The disadvantage of such Photo albums, however, consists in the fact that the film cannot be removed after a while without damaging the photos so that you can hardly remove a pasted photo.

The invention therefore set itself the goal of classifying photos or other flat objects as collectibles should be kept in a kind of album, as simple as possible, but with these flat objects or photos should be removable at any time, so that it is also possible to arrange the photos in any order to be placed on the album sheet. In order to achieve this, the device of the type mentioned at the beginning is according to the invention characterized in that one with the leaf

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area at least approximately the same format film along the circumferential edges and longitudinally at intervals over the film surface and at least one of the two to each other vertical film edges running parallel, strip-shaped Zones is attached to the sheet by means of adhesive and cutouts between the strip-shaped attachment zones has, which are arranged distributed over the film surface that flat objects of different sizes by being pushed in of edge areas of the same through several of the cutouts under the film in optionally different Arrangement can be held distributed on the leaf surface.

In a preferred embodiment, the film is rectangular and with the diagnostic line of the rectangle, cutouts arranged parallel to a film edge, which are grouped in horizontal rows and vertical columns are each arranged in a foil field, which is parallel to both mutually perpendicular film edges extending strip-shaped fastening zones is limited, with a plurality of such Foil fields each delimited by fastening zones with evenly distributed within them Cutouts are arranged distributed over the film surface at regular intervals, so that flat objects with their respective be held by four cutouts under the film inserted corners. The clippings and theirs mutual distances in the vertical and horizontal direction are expediently chosen so that one on one Sheet can arrange a wide variety of flat objects such as photos in all common standardized formats, either upright or across. The cutouts in the film can be distributed in this way, for example, at intervals from one another be arranged in the film so that flat objects such as photos with the formats 9 x 9 cm, 9 x 11 cm, 9 x 13 cm, 13 x 13 cm and 13 x 18 cm can be arranged vertically or horizontally.

In a further advantageous embodiment, the Film parallel to a film edge across the film width extending, slot-shaped cutouts and is the film between two slit-shaped cutouts attached to the sheet along these parallel fastening zones. In this embodiment you can flat objects such as photos with their each through two slit-shaped cutouts under the Foil inserted, parallel opposite edge areas are held, the arrangement of the slit-shaped cutouts and the fastening zones so hit It can be fenced that all of the above formats can also be arranged vertically or horizontally. The foil consists expediently of transparent or at least 3/4 transparent material, preferably of plasticizer Free PVC, as a plasticizer contained in the plastic material would attack the photos after a certain time. The film is preferably on a cardboard sheet with strip-shaped Zones attached by gluing.

The invention is explained in more detail below on the basis of exemplary embodiments.

Fig. 1 shows a first embodiment of the film on a

solid sheet, in schematic outline representation;

Fig. 2 shows a second embodiment of the film on a Sheet, in schematic outline representation.

The film 1 shown in plan view in Fig. 1 rests on an approximately identical cardboard sheet 2, which thereby hidden and visible only in the area of the square cutouts 3 formed in the film. The slide 1 is at the circumferential edges along this running strip-shaped Fastening zones 4, 5, 6 and 7 by means of an adhesive, for example by gluing, attached to the cardboard sheet 2. Furthermore, the film 1 is along strip-shaped fastening zones 8, 9 and 10, which run parallel to the fastening edge 4 and 6 respectively and along strip-shaped fastening.

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zones 11 and 12, which run parallel to the fastening edge 5 and 7, respectively, attached to the cardboard sheet 2.

The film 1 comprises a total of twelve Foldienfelder 13 in three vertical columns and four horizontal rows and in each foil field 13 are in three horizontal rows and three vertical columns a total of nine sections 3 arranged. The. strip-shaped fastening zones 8-12 can use the entire Take up free space between these film fields 13, i.e. the glue extends over the entire distance between two adjacent film fields 13, but it is also sufficient if each film field 13 is only narrow strip-shaped fastening zones is limited, as shown with dashed lines in Fig. 1 top left.

The cutouts 3 in the film 1 are square and arranged in such a way that the diagonal lines of the square in each case run parallel to a film edge 4 and 5, respectively. In other words, all of the square cutouts 3 are in the rectangular one Slide 1 on top.

In Fig. 1 top left is a corner 14 of the section 3 at the end of the horizontal diagonal line 15 of the square Section 3. In the adjacent film field 13 on the right, at the opposite end of the correspondingly identical, horizontal diagonal line 16 the corner 17 of the cutout 3. The next cutout 3 on the right has the same horizontal diagonal line at the end the corner 18 and the next section 3 the corner 19. The arrangement of the cutouts 3 is now selected so that the distances between the two lying on the correspondingly same diagonal line 15 and 16, respectively Cutout cornersl4 and 17 or 18 or 19, which in the case of adjacent film fields 13 in the row of cutouts, respectively lie at the opposite ends of this diagonal line, a sequence of numbers with the same differences in each case correspond, for example always a difference of 2 cm between the cutout corners 17 and 18 or the cutout corners 18 and 19, etc. The same relationships also apply

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of the film field 13 in Fig. 1 top left; in vertical Direction down to the following foil fields I3Y .. It is thereby achieved that different-format flat objects such as photographs in the described Way by pushing through four cutouts and under the film at the desired location on the Sheet can be attached, whereby the formats of the flat objects are each 2 cm in length and / or in width differentiate. This means that photos with formats standardized in different countries, namely the formats 9x9 cm, 9 x 11 cm, 9 x 13 cm, 13 x 13 cm can be attached in different arrangements in the manner described. For others Formats standardized by standardization can be used to arrange the cut-outs in the film at different distances. In Fig. 1, three flat objects with different formats are held in place in the manner described by way of example Corners indicated. On the top left of the sheet, corners a, b, c and d delimit a format 9 x 11 cm. One to the right of it arranged photo with the corners e, f, g and h has that Format 9 χ 9 cm. The photo shown at the bottom of the sheet with the corners i, k, 1 and m, has the format 9 χ 13 cm.

In the second embodiment of the invention shown in Fig. 2 are three different photos with the examples The same formats mentioned above are indicated by the position of the corners of the photos. In this embodiment has a film 20 parallel to a film edge 21 across the width of the film extending, slot-shaped cutouts on. The film 20 is fastened to the sheet 2 between two slot-shaped cutouts along the fastening zones 23 running parallel to these. The surface of the leaf 2 is thus visible in the area of the cutouts 22 and is otherwise covered by the film 20. On the strip-shaped Fastening zones 23, the film 20 is glued to the sheet 2 or fastened in another suitable manner. In this embodiment According to FIG. 2, the flat objects such as photos, for example, are each shaped by two slits Cutouts 22 inserted through under the film 20, parallel opposite edge layers

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areas recorded. The distances between the cutouts 22 and the fastening zones 23 are chosen so that photos with the various formats already mentioned above in the manner described by inserting the upper and lower edge under the film at any point on the sheet 2 can be arranged. To this Purpose correspond to the distances between a strip-shaped fastening zone 23 and at least a plurality further fastening zones, which run parallel to this and are arranged one after the other, each with a sequence of numbers equal differences, the distances being dimensioned in such a way that they are a plurality of different, standardized Correspond to formats of flat objects such as photos. The slide 20 is therefore in a horizontal position the film width extending upper film field 25, two middle film fields 26 and 27 and a lower film field 28 divided. In each of these film fields, the distance between the slot-shaped cutouts is 22 or two cm between the fastening zones 23. To go from this even size to the odd size 9 cm or 11 cm or 13 cm of the different formats, there are different distances between the individual foil fields available. The upper edge of each photo is always in one foil field and the lower edge in the adjacent one or in the next but one film field, such as the upright format 13 x 18 cm. This too Format can be attached to the sheet in the manner described.

The film 1 or 20 consists of transparent material or at least 3/4 transparent material so that the image area of the photo covered by the film can still be seen. The film is preferably made of plasticizer-free. ⁷ !! PVC, so that the photos are not attacked by a plasticizer that is often present in this material.

Claims (8)

Λ Λ Λ * O Gerda Geuggis Claims .j device for holding flat objects on a residual leaf in an arrangement distributed over the leaf surface, in particular for photographs on an album sheet, characterized in that one with the sheet surface (2) at least approximately the same format film (1,20) along the circumferential edges (4,5,6,7) as well as longitudinally at intervals across the film surface arranged in a distributed manner and parallel to at least one of the two mutually perpendicular film edges (4-7,21) running, strip-shaped zones (4-12,23) by means of adhesive attached to the sheet (2) and between the strip-shaped Fastening zones (4-12) has cutouts (3, 22) which are distributed over the film surface in such a way that different-format flat objects by pushing in edge areas of the same through several of the cutouts (3,22) can be held distributed under the film (1,20) in an optionally different arrangement on the sheet surface. 2. Device according to claim 1, characterized in that the films (l) are rectangular and with the diagonal line of the rectangle parallel to a film edge (4 or 5) arranged cutouts (3), which in groups in horizontal Rows and vertical columns are each arranged in a film field (13), which is parallel to both of each other vertical film edges (4,5) extending strip-shaped Fastening zones is limited, and that a plurality of such Foil fields (13) each delimited by fastening zones with cutouts evenly distributed within them (3) is arranged distributed over the film surface at even intervals, so that flat objects with their respective be held by four cutouts (3) under the film (1) inserted corners. 3,0660 3. Apparatus according to claim 2, characterized in that the cutouts (3) are square and nine cutouts (3) in three rows and three columns in groups, each in a square, strip-shaped fastening zone (4-12) limited film field (13) are arranged and that twelve such film fields (13) over the film surface are arranged evenly. 4. Device according to claims 2 and 3, characterized in that that the distances between the cutout corners lying on the correspondingly same diagonal line (15, 16) (14,17,18,19), which in adjacent foil fields (13) in the row or column of cutouts (3) each lie at the opposite ends of the diagonal line, a sequence of numbers with the same differences and are dimensioned so that they can accommodate a number of different, standardized formats of flat objects correspond. 5. Apparatus according to claim 1, characterized in that that the film (20) parallel to a film edge (21) across the film width extending, slot-shaped cutouts (22) and the film (20) between two slot-shaped cutouts (22) parallel to these longitudinally extending fastening zones (23) is attached to the sheet, so that flat objects with their two Slit-shaped cutouts (22) inserted through under the film (20), parallel opposite one another Edge areas are held. 6. The device according to claim 5, characterized in that the distances between a strip-shaped fastening zone (23) and at least a plurality of other parallel thereto running and successively arranged fastening zones (23) of a sequence of numbers with the same differences in each case and are dimensioned so that they can accommodate a variety of different, standardized formats of flat objects correspond. 3U0660 7. The device according to claim 1, characterized in that the film (1,20) consists of at least 3/4 transpar entern material consists that is plasticizer-free. 8. The device according to claim 1, characterized in that the film (1,20) on a cardboard sheet (2) by gluing is attached.