A trifold organizer includes a front page that includes a cover surface and a front page inner surface; a back page that includes a back surface and a back page inner surface; an inner page between the front page and the back page, the inner page comprises a inner page front surface and a back inner page surface; a power supply mounted to the back inner page surface; a light in electrical communication with the power supply; and a charging port in electrical communication with the power supply.

A trifold organizer includes a front page that includes a cover surface and a front page inner surface; a back page that includes a back surface and a back page inner surface; an inner page between the front page and the back page, the inner page comprises a inner page front surface and a back inner page surface; a power supply mounted to the back inner page surface; a light in electrical communication with the power supply; and a charging port in electrical communication with the power supply.

A picture frame is provided and includes a body having a front surface and a rear surface. Also included in the picture frame are at least one frame attachment member attached to the rear surface of the body, at least one picture insertion sheet having a pocket configured to hold a picture in the pocket, and at least one sheet attachment member attached to near an outer periphery of each picture insertion sheet. Each picture insertion sheet is removably attached to the rear surface of the body using the at least one frame attachment member and the at least one sheet attachment member.

A picture frame is provided and includes a body having a front surface and a rear surface. Also included in the picture frame are at least one frame attachment member attached to the rear surface of the body, at least one picture insertion sheet having a pocket configured to hold a picture in the pocket, and at least one sheet attachment member attached to near an outer periphery of each picture insertion sheet. Each picture insertion sheet is removably attached to the rear surface of the body using the at least one frame attachment member and the at least one sheet attachment member.

A trifold organizer includes a front page that includes a cover surface and a front page inner surface; a back page that includes a back surface and a back page inner surface; an inner page between the front page and the back page, the inner page comprises a inner page front surface and a back inner page surface; a power supply mounted to the back inner page surface; a light in electrical communication with the power supply; and a charging port in electrical communication with the power supply.

A trifold organizer includes a front page that includes a cover surface and a front page inner surface; a back page that includes a back surface and a back page inner surface; an inner page between the front page and the back page, the inner page comprises a inner page front surface and a back inner page surface; a power supply mounted to the back inner page surface; a light in electrical communication with the power supply; and a charging port in electrical communication with the power supply.

Implementations described herein are directed to depositing a magnetic ink onto a substrate. The magnetic ink is deposited on a portion of a substrate such that the amount of magnetic ink is divided into a plurality of sections where individual sections of the plurality of sections can be spaced at substantially regular intervals. Additionally, individual sections of the plurality of sections can have a common shape. A plurality of substrates having magnetic ink deposited on surfaces of the plurality of substrates as described according to implementations herein can be used to form objects having a number of shapes and structures.

Implementations described herein are directed to depositing a magnetic ink onto a substrate. The magnetic ink is deposited on a portion of a substrate such that the amount of magnetic ink is divided into a plurality of sections where individual sections of the plurality of sections can be spaced at substantially regular intervals. Additionally, individual sections of the plurality of sections can have a common shape. A plurality of substrates having magnetic ink deposited on surfaces of the plurality of substrates as described according to implementations herein can be used to form objects having a number of shapes and structures.

The present magnetically bound media with reattachable pages exemplarily comprise a magnetic binding, one or more reattachable pages, and one or more conductive metals attached to the pages and magnetically attracted to the magnetic binding. Thus, a user of the magnetically bound media may disengage one or more of the pages from the magnetic binding and reintegrate those pages into the magnetic binding in any order. This allows for customization of information presentation, sequence, and selection. The small size of the magnetic binding also affords a smaller minimum apparatus size and a quicker means with which to remove, rearrange, and reintegrate pages. Furthermore, the magnetic binding permits pages to be secured in a more professionally presentable manner without punched holes. In an exemplary embodiment, the magnetic binding is a cylindrical or a prismatic, rectangular neodymium or samarium alloy secured within the bound media by a magnet cover or clasp.

The present magnetically bound media with reattachable pages exemplarily comprise a magnetic binding, one or more reattachable pages, and one or more conductive metals attached to the pages and magnetically attracted to the magnetic binding. Thus, a user of the magnetically bound media may disengage one or more of the pages from the magnetic binding and reintegrate those pages into the magnetic binding in any order. This allows for customization of information presentation, sequence, and selection. The small size of the magnetic binding also affords a smaller minimum apparatus size and a quicker means with which to remove, rearrange, and reintegrate pages. Furthermore, the magnetic binding permits pages to be secured in a more professionally presentable manner without punched holes. In an exemplary embodiment, the magnetic binding is a cylindrical or a prismatic, rectangular neodymium or samarium alloy secured within the bound media by a magnet cover or clasp.