A hook-and-loop fastening structure for a clipboard contains: a cover and an accommodation box rotatably connecting with the cover. The accommodation box includes an accommodating chamber, a fixing slot defined on one of two inner peripheral sides of the accommodating chamber, and two opposite insertions portions, wherein each insertion portion is arranged on each of two inner ends of the accommodating chamber. Said each insertion portion has a recess and a through hole defined between and communicating with a bottom of the recess and the accommodating chamber. The fixing slot of the accommodating chamber is configured to house a clamper for clamping papers/documents, and a hook-and-loop fastener is connected with the two opposite insertions portions so as to fix an object (such as a mobile device or a tablet PC) in the clipboard, after inserting the hook-and-loop fastener into the recess and the through hole.

A repositionable medium includes a base, a paper, and a first repositionable adhesive. The base has a top surface, a bottom surface, a first end edge, and a second end edge. The paper is fixedly coupled to the top surface of the base proximate to the first end edge. The paper has an inner edge and an outer edge. The outer edge is closer to the first end edge than the inner edge is to the first end edge. The inner edge is spaced a first distance from the first end edge of the base. The first repositionable adhesive is fixed to the bottom surface of the base and is not present in a first low adhesion area at a line across a width of the base and spaced a second distance from the second end edge of the base. The second distance equals the length of the first distance.

A clipboard that holds trading cards in a protected, secure position and that allows them to be signed while in the clipboard. The clipboard has recessed regions into which trading cards may be placed. Cards are held in place by retaining tabs along the bottom edge, and by a clip that contacts the top edge of the cards; thus the majority of the cards' areas are exposed for autographs. The edges of the recessed regions are offset from the corners with corner relief regions to prevent damage to the corners of the cards. Finger holes through the back of the recessed regions allow a user to push the cards gently out of the recessed area for removal. The clipboard may have a top hole for attachment of a lanyard that may be used to carry the clipboard or to lower it to a person for an autograph or signature.

The present disclosure provides a foldable file comprising a first panel, a second panel, and a third panel arranged and coupled together in sequence, the first panel and the second panel hinged by a first hinge assembly, and the second and third panel hinged by a second hinge assembly, enabling the foldable file to switch between an unfolded state and a folded state, wherein at least one lower side edge of the third panel includes a convex edge, and the convex edge protrudes outward compared to a corresponding upper side edge of the first panel.

A three-ring binder apparatus with extension supports for the secure, hands-free display of up to six pages of material without requiring any other external supports is described. The apparatus facilitates a simple method to turn the pages on an easel or similar freestanding display, and secure them in a desired position. The apparatus is designed as a tool for the display of choreographed workouts, music sheets, and any other situation where multiple pages are needed to be easily accessed. The apparatus consists of a three-ring binder (may be either a freestanding three-ring easel binder or a standard flat three-ring binder), two extension supports, and clipboard-style clips that can be pivoted or folded back into the binder to ease the break-down and transport of the apparatus. The device preferably includes clear pocketed tri-fold sheet protectors or other tri-fold devices.

A golf car scorecard holder assembly, wherein the assembly includes a baseplate having a topside face, an underside face and a clip attachment portion. The assembly additionally includes a retention clip pivotally connectable to the clip attachment portion of the baseplate such that a pivot axis of the retention clip relative to the baseplate is adjacent the underside face of the baseplate. The assembly further includes a biasing device disposed between a backside of the retention clip and the topside face of the baseplate, the biasing device structured and operable to exert a closing force on the retention clip to bias the retention clip to a Closed position.

According to an aspect of the present invention, there is provided a foldable clipboard including a three panel foldable clipboard in which three panels cooperate to form a single planar surface when in an extended position, and at least two panels of the three panels are configured to pivotally move to overlap each other in a folded position, such that a full sized clipboard is folded into a size to fit in a pocket of a garment.

A foldable clipboard includes a three-panel foldable clipboard in which three panels cooperate to form a single planar surface when in an extended position, and at least two panels of the three panels are configured to pivotally move to overlap in a folded position, such that a full-sized clipboard is folded into a size to fit in a pocket of a garment.

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.

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.