Abstract: An integral tab system for a 2-D or 3-D tab for a folder, and a method of making same is disclosed. The integral 2-D (flat) tab (20) is provided in the hanging folder itself without the need for additional tabs being affixed. The 3-D tab version (120) is created by an extension which is folded onto itself so that one edge surface is at an angle relative to the panels of the file folder allowing it to be read from the side. These tabs may also be supplied in a detachable form.

Abstract: An integral tab system for a 2-D or 3-D tab for a folder, and a method of making same is disclosed. The integral 2-D (flat) tab (20) is provided in the hanging folder itself without the need for additional tabs being affixed. The 3-D tab version (120) is created by an extension which is folded onto itself so that one edge surface is at an angle relative to the panels of the file folder allowing it to be read from the side. These tabs may also be supplied in a detachable form.

Abstract: An integral tab system for a 2-D or 3-D tab for a folder, and a method of making same is disclosed. The integral 2-D (flat) tab (20) is provided in the hanging folder itself without the need for additional tabs being affixed. The 3-D tab version (120) is created by an extension which is folded onto itself so that one edge surface is at an angle relative to the panels of the file folder allowing it to be read from the side. These tabs may also be supplied in a detachable form.

Abstract: An integral tab system for a 2-D or 3-D tab for a folder, and a method of making same is disclosed. The integral 2-D (flat) tab (20) is provided in the hanging folder itself without the need for additional tabs being affixed. The 3-D tab version (120) is created by an extension which is folded onto itself so that one edge surface is at an angle relative to the panels of the file folder allowing it to be read from the side. These tabs may also be supplied in a detachable form.

Abstract: An integral tab system for a 2-D or 3-D tab for a folder, and a method of making same is disclosed. The integral 2-D (flat) tab (20) is provided in the hanging folder itself without the need for additional tabs being affixed. The 3-D tab version (120) is created by an extension which is folded onto itself so that one edge surface is at an angle relative to the panels of the file folder allowing it to be read from the side. These tabs may also be supplied in a detachable form.

Abstract: An integral tab system for a 2-D or 3-D tab for a folder, and a method of making same is disclosed. The integral 2-D (flat) tab (20) is provided in the hanging folder itself without the need for additional tabs being affixed. The 3-D tab version (120) is created by an extension which is folded onto itself so that one edge surface is at an angle relative to the panels of the file folder allowing it to be read from the side. These tabs may also be supplied in a detachable form.

Abstract: An integral tab system for a 2-D or 3-D tab for a folder, and a method of making same is disclosed. The integral 2-D (flat) tab (20) is provided in the hanging folder itself without the need for additional tabs being affixed. The 3-D tab version (120) is created by an extension which is folded onto itself so that one edge surface is at an angle relative to the panels of the file folder allowing it to be read from the side. These tabs may also be supplied in a detachable form.

Abstract: An index tab adapter, suitable for retrofitting an existing file folder for use with a particular index tab style. The adapter has adhesive portions, located on either side of a non-adhesive portion. The non-adhesive portion is slotted and is spaced apart from the file folder. The slots are shaped to engage a particular style of index tab, so that when a given index tab is inserted into the slots in the adapter, the given index tab becomes attached to the file folder, and the file folder may be identified by the given index tab as if it were originally configured to accept the style of the given index tab. Put another way, an index tab removably engages slots in the adapter, rather than slots in the file folder itself.

Abstract: An integrated pocket folder for holding an article, such as a computer diskette or the like, where the article is held in a secondary pocket created by an opening in the cover of the pocket. In one embodiment of the invention, a folder has a rear pocket cover attached at a folded portion to a front pocket cover to form a pocket therebetween. The folded portion includes a fold of material of at least one of the rear and front pocket cover. The front cover has at least one first cut therethrough, which is positioned on the front pocket cover so as to form a secondary pocket between the cut and an inner surface of the fold. Methods of manufacturing the folder are also presented.

Abstract: A slash jacket for holding an article on the front cover is provided, where the article is held in a retaining pocket in a lower portion of the front cover. The retaining pocket is formed by a single cut on the front cover and communicates to the inside of the slash jacket. The retaining pocket is formed by a simple cutting process step at the time of manufacturing the form from which the slash jacket is fabricated. The slash jacket may also include a retaining tab on the front cover for retaining the article held in the pocket. The pocket is preferably cut so as to prevent the upper lip of the first cut from catching on any portion of the object inserted therein. Additional features of the slash jacket include an index tab along the side of the slash jacket, and tick marks to secure the die cut flaps forming the pocket and securing tab. The upper portion of the front cover may be cut to be parallel with the top edge of the back cover, so as to expose a greater portion of any documents contained therein.

Abstract: A paper handling device comprises a flexible, substantially U-shaped handle portion having first and second side members, the first and second side members terminating at first and second ends respectively; first and second arms are respectively disposed at the first and second ends and each directed substantially away from the handle portion; first and second tines depend transversely from the first and second arms respectively, the first and second tines extending in a generally parallel relation and normally spaced apart from each other by a distance greater than the spacing between pre-punched holes in the paper. Compressing the handle portion reduces the distance between the tines so as to allow the tines to be inserted into the respective holes in the paper.