Tabbed file folder with corner retention elements
View Patent ↗Exemplary embodiments according to the present invention relate to a file comprising a cover member with front and back cover panels that are hinged to each other for movement between open and closed positions, wherein the cover panels in the closed position define an interior space configured and dimensioned for containing a plurality of stacked papers. The cover panels may have first and second corners disposed opposite from the hinge. At least one of the cover panels may comprise a tab portion extending away from the hinge and disposed between the corners. First and second elastic retention elements may each be secured to one of the cover panels. The first and second retention elements may be disposed and configured for looping around the first and second corners of the other cover panel, respectively, in the closed position for retaining the closed position.
1. A file system comprising a group of files, each file of the group of files comprising:
a cover member comprising first and second cover panels that are hinged to each other at a living hinge for movement between open and closed positions, wherein the cover panels in the closed position define an interior space therebetween configured and dimensioned for containing a plurality of stacked papers, each cover panel having first and second corners disposed opposite from the hinge and defining a longitudinal edge length therebetween, the edge including first and second pass spaces disposed between the corners, wherein the first cover panel comprises a tab portion along the edge disposed between the corners outside the pass spaces and extending beyond the pass spaces of the cover panels in a direction away from the hinge; and
first and second elastic retention elements, each having two ends that are mounted to the second cover panel in a position so that the elastic retention elements can reversibly be looped diagonally around the first and second corners of the cover panels, respectively, the retention elements crossing over the longitudinal edges at the pass spaces of both cover panels, in the closed position for retaining the closed position;
wherein the pass spaces of each of the files of the group are disposed in a common location such that the pass spaces of the files are aligned with each other when the files are arranged in a stack, aligned in a common orientation with each other; and
wherein the tabs of various of the files are disposed in different locations along the edge of each of the various files so that the tabs of the various files remain unobstructed by each other in the stack.
2. The file system of claim 1 , wherein the tab of each of the files is disposed between one of the retention elements and its adjacent corner with the retention elements looped around the corners.
3. The file system of claim 1 , wherein the tab of at least one of the files is disposed between the retention elements with the retention elements looped around the corners.
4. The file system of claim 1 , wherein the retention elements of each of the files are parts of a single elastic bungee.
5. The file system of claim 1 , wherein each of the files is a file folder dimensioned for holding letter-size paper or larger.
6. The file system of claim 5 , wherein each of the files is a file folder dimensioned for holding legal-size paper.
7. The file system of claim 1 , wherein, in each of the files, the retention elements are secured to the cover panel at locations such that they naturally extend across from one cover panel to the other cover panel at the pass space out of contact with the tab.
8. The file system of claim 1 , wherein, in each of the files, the retention elements are secured to the cover panel to cross from one panel to the other within about a central third of a height of the front and back panels measured from the hinge to an edge of each panel opposite from the hinge, such that the retention elements are positioned to retain contents of each folder laterally in the interior space when the retention elements are looped over the corners with the folder in the closed position.
9. The file system of claim 8 , wherein, in each of the files, the retention elements are secured to the second cover panel to cross over the longitudinal edges within about a central third of the longitudinal edge to retain contents of each folder in the interior space when the retention elements are looped over the corners with the folder in the closed position.
10. The file system of claim 1 , wherein each file is a file folder dimensioned for holding paper of letter or A4 size or larger.
11. The file system of claim 10 , wherein the cover panels of each of the files are sized so as to completely cover the front and back of the plurality of papers in the closed position.
12. The file system of claim 1 , wherein each of the files is configured for holding a stack of paper with a thickness of at least about ½ inch.
13. The file system of claim 1 , wherein each of the files is a bi-fold file folder.
14. A file system comprising a group of files, each file of the group of files comprising:
a cover member comprising first and second cover panels that are hinged to each other at a hinge for movement between open and closed positions, wherein the cover panels in the closed position define an interior space therebetween configured and dimensioned for containing a plurality of stacked papers, each cover panel having first and second corners disposed opposite from the hinge and defining an longitudinal edge length therebetween, the edge including first and second pass spaces disposed between the corners, wherein the first cover panel comprises a tab portion along the edge outside the pass spaces and extending from the edge away from the hinge, the edge including a principal edge portion, the tab portion extending from the principal edge portion away from the hinge such that the principal edge portion is lower than the tab with respect to the hinge;
first and second elastic retention elements, each having two ends that are mounted to the second cover panel in a position so that the elastic retention elements can reversibly be looped diagonally around the first and second corners against the principal edge of the cover panels, respectively, the retention elements crossing over the principal edge at the pass spaces for retaining the closed position, wherein the first and second elastic retention elements in the diagonal orientation divide the edge into tab areas including:
a first corner area between the first corner and the first retention element,
a middle area between the first and second retention elements, and
a second corner area between the second retention element and the second edge;
wherein the tab is disposed wholly within one of the three areas to avoid interference with the elastic retention elements, the pass spaces of each of the files of the group are disposed in a common location such that the pass spaces of the files are aligned with each other when the files are arranged in a stack, aligned in a common orientation; and
wherein the tabs of various of the files are disposed in different locations in the tab areas compared the other various files so that tabs of the various files remain unobstructed by each other in the stack.
15. The file system of claim 14 , wherein the tab of a first of the files is disposed wholly within the first corner area, the tab of a second of the files is disposed wholly within the middle area, and the tab of a third of the files is disposed wholly within the second corner area.
16. The file system of claim 14 , wherein each of the files is a tabbed file folder.
17. The file system of claim 16 , wherein a tab of each of the files is of unitary construction with the cover panel.
18. The file system of claim 16 , wherein the first and second elastic retention elements are the only retention elements connected to each of the files.
19. The file system of claim 14 , wherein the hinge of each files is a living hinge.
20. The file system of claim 1 , wherein in each of the files, the tab portion extends further from the living hinge than any portion of the other cover panel.
21. The file system of claim 1 , wherein, in each of the files, the first and second retention elements are secured to one of the cover panels and the tab portion is disposed on the other cover panel.
22. The file system of claim 1 , wherein the retention elements looped around the corners of each of the files in the closed position are out of contact with the tabs.
23. The file system of claim 14 , wherein in each of the files, the principal edge portion is substantially straight.
24. The file system of claim 14 , wherein in each of the files, the tab occupies less than ⅓ of the edge, and the principal edge portion comprises the remaining portion of the edge.
25. The file system of claim 14 , wherein in each of the files, the retention elements are secured to the cover panel at locations such that they naturally extend across from one cover panel to the other cover panel at the principal edge portion out of contact with the tab portion.
26. The file system of claim 1 , wherein:
the tab of a first of the files is disposed between one of the pass spaces and the first corner of the first of the files; and
the tab of a second of the files is disposed between the pass spaces of the second of the files, such that the tabs of the first and second of the files are both visible and unobstructed by each other in the stack.
27. The file system of claim 1 , wherein:
the tab of a first of the files is disposed between one of the pass spaces and the first corner of the first of the files; and
the tab of a second of the files is disposed between another of the pass spaces and the second corner of the second of the files, such that the tabs of the first and second of the files are both visible and unobstructed by each other in the stack.
28. The file system of claim 27 , wherein the tab of a third of the files is disposed between the pass spaces of the third of the files, such that the tabs of the first, second, and third of the files are each visible and unobstructed by each other in the stack.