The present technology relates generally to devices and methods for preserving the integrity of folders that are placed into ringed binders or notebooks, preferably folders that are made of paper or other like material, and which are used for example for the transport and storage of papers by students or other types of users.

A device for removably coupling one or more sheets of stationery to a notebook or similar item is provided and a portion of the coupling device, such as one or more arms, may extend through one or more holes in the stationery to retain the stationery to the notebook. Providing a device for removably attaching stationery items to a notebook allows students, planners, professionals, and other users to securely retain items in a notebook at a specific location within the pages thereof. In operation, such a coupling device permits users to keep track of a variety of items in a bound component.

A binder forming a booklet by bundling end portions of a plurality of sheets of paper such that paper addition or removal is possible includes a spread-shaped front cover member configured for sandwiching a bundle of the plurality of sheets of paper, a long cover member having an opening portion along a back portion of the front cover member, and a plurality of clips arranged so as to be configured for moving forward and backward in the opening portion of the cover member and having a pair of holding pieces and claw portions respectively extending inward from tips of the holding pieces. Through holes through which the claw portions of the plurality of clips are respectively inserted are formed in each of front and back covers of the front cover member.

A binder forming a booklet by bundling end portions of a plurality of sheets of paper such that paper addition or removal is possible includes a spread-shaped front cover member configured for sandwiching a bundle of the plurality of sheets of paper, a long cover member having an opening portion along a back portion of the front cover member, and a plurality of clips arranged so as to be configured for moving forward and backward in the opening portion of the cover member and having a pair of holding pieces and claw portions respectively extending inward from tips of the holding pieces. Through holes through which the claw portions of the plurality of clips are respectively inserted are formed in each of front and back covers of the front cover member.

A modular paper organizer, including a base and a plurality of dividers. The base includes a plurality of receiving units, each including a U-shaped surface defining a receiving slot, a first surface disposed at a first angle to one side of the U-shaped surface, and a second surface disposed at a second angle to an opposing side of the U-shaped surface. The second surface one receiving unit is attached to the first surface of an adjacent receiving unit. Each divider includes a planar body, and first and second engagement legs along the same edge of the planar body. The second engagement is at an acute angle to the first engagement leg and at an obtuse angle to the planar body. Each divider has one leg in a receiving slot, and the other leg resting against one of the first and second surfaces adjacent the receiving slot.

A component system comprising a component and a first binding system coupled to the component and configured to be coupled to a first type of a binding mechanism. The system further includes a second binding system movably coupled to the component and configured to be coupled to a second type of binding mechanism that is different from the first type of binding mechanism.

A component system comprising a component and a first binding system coupled to the component and configured to be coupled to a first type of a binding mechanism. The system further includes a second binding system movably coupled to the component and configured to be coupled to a second type of binding mechanism that is different from the first type of binding mechanism.

A bound component has a front cover attached to a spine attached to a rear cover, a binding mechanism, and a binder extension attached to either cover. The binder extension folds inwardly in its closed position and has pockets. Also disclosed is a bound component having a front cover attached to a spine attached to a rear cover, a binding mechanism and one or more pockets attached to either cover. The pocket may have one or more closure flaps and may be expandable. Also disclosed is a folder having one or more bound edges and one or more free edges, one or more folder tabs extending from one or more free edges, and a plurality of pages bound to the folder. The pages may be bound to the folder using adhesive, string, staples or other attachment mechanisms. The folder may fit within a traditional file drawer.

A bound component has a front cover attached to a spine attached to a rear cover, a binding mechanism, and a binder extension attached to either cover. The binder extension folds inwardly in its closed position and has pockets. Also disclosed is a bound component having a front cover attached to a spine attached to a rear cover, a binding mechanism and one or more pockets attached to either cover. The pocket may have one or more closure flaps and may be expandable. Also disclosed is a folder having one or more bound edges and one or more free edges, one or more folder tabs extending from one or more free edges, and a plurality of pages bound to the folder. The pages may be bound to the folder using adhesive, string, staples or other attachment mechanisms. The folder may fit within a traditional file drawer.

An electronic aware folio includes structure for holding a number of different electronics devices, and also includes a charger for those electronics devices at different levels in the folio, accessible from different sides. The folio has first and second sides hinged together on a spine. The first side, has a plurality of interconnected webbed pockets, including a first pocket adapted for holding a first electronic device, and accessible from a first side of the folio, a second pocket, above the first pocket, and accessible from a second side of the folio opposite to the first side, the first and second pockets sized for holding different sized electronic devices. A third pocket is adapted for holding charge cords, and adapted for allowing the charge cords to extend to both of the first pocket and the second pocket. A zippered pocket, at least part of which having the thickness of the first pocket and the second pocket combined, and having an inside area of the size of the combined thickness of the first pocket and the second pocket. A spine, having at least one battery attached thereto, and having at least one output port,where the third pocket includes a through hole, which leads to an area of the spine, enabling the charging cords to receive power from the battery. The second side is hingedly connected connected to the spine and holding a structure for taking notes thereon.