A hand held device for manually holding a multi-page document with a U-shaped element having a ring-shaped extension at one end of an elongated leg and a shorter leg parallelly spaced therefrom by a right angle extension at the opposite end of the elongated leg whereby the shorter leg is inserted between the pages along the inner side of the multi-page document's binding and the longer leg is positioned along the outer side of the multi-page document's binding such that a person can support the multi-page document with one hand by inserting, in part, a preselected finger of one hand through the ring-shaped extension.

An apparatus for selectively bracing and squaring opposite covers of a notebook includes a portion associated with an inner surface of one notebook cover and a connector associated with an inner surface of an opposite cover. When the connector and unfolded brace are attached to one another, the notebook is held in a generally square configuration wherein the opposing covers are disposed generally parallel to one another.

An apparatus for selectively bracing and squaring opposite covers of a notebook includes a portion associated with an inner surface of one notebook cover and a connector associated with an inner surface of an opposite cover. When the connector and unfolded brace are attached to one another, the notebook is held in a generally square configuration wherein the opposing covers are disposed generally parallel to one another.

A device with a retractable stand including a device body and a stand panel slidably coupled to the device body. The stand panel is slidably movable between a retracted configuration, wherein the stand panel is generally flat and planar, and an extended configuration wherein the stand panel is not generally flat and planar. When said stand panel is in the extended configuration the stand panel forms a stand to support the device body in an upright position.

A standing clipboard comprising a board that is fixed along one of its edges to a base, and on an opposite edge there is a manual clip that can be used to safely and reliably hold paper in place, regardless of size. Notes can be removed by simply pushing on the clip. The board can be placed vertically or at an angle without affecting the essence of the invention. Both the board that holds the notes in place and the base can be made from any kind of suitable material, including wood, aluminium, plastic, methacrylate, etc. The invention is a highly effective, simple, and practical standing clipboard that can be used alongside, for example, a computer and/or a phone.

A printed material with a sticker integrally includes a sticker and a mounting paper to be attached with the removed sticker. The printed material includes a sheet body that is applied with printing of at least the sticker and the mounting paper, a sticker region that is formed by folding at least a part of the sheet body, and a mounting paper region that is formed in a region other than the sticker region. In the printed material, at least one of the sticker formed in the sticker region is a standing sticker including a standing fold that extends in a transverse direction of the sheet body, and an adhesive part and a non-adhesive part that are formed on a back surface of the sticker to face each other across the standing fold.

The present invention introduces a modular notebook system that overcomes the limitations of traditional notebooks. Featuring a sophisticated binder, discrete spine rods, retractable kickstands, and a proprietary fastening mechanism, the system offers unparalleled flexibility for building, modifying, and expanding notebook layouts. Its modular design accommodates various paper sizes, formats, and accessories, enabling seamless transitions between organizational setups. Each module includes a retractable kickstand for vertical or horizontal propping, enhancing usability for writing or display. The fastening mechanism allows quick sheet insertion and removal without hole punching, reducing waste and eliminating reliance on ring binders or spiral-bound notebooks. This innovative approach streamlines workflows, lowers costs, and promotes sustainability. Designed for personal, academic, and professional use, the system provides extensive customization options. By delivering a sleek, efficient, and adaptable platform, the Modular Notebook System redefines traditional notebook concepts, offering a transformative solution for planning and document management.