Abstract:
A holder for displaying printed media is described. The holder includes a rigid, transparent, non-porous cover plate, and a fabric-covered backing board. The backing board has a planar surface for supporting the cover plate and a plurality of straps located along a periphery of the planar surface. The cover plate has fastener portions configured to mate with the straps of the backing board to secure the cover plate to the backing board.
Abstract:
A binder arrangement that has a plurality of covers hingably connected to a spine that spaces apart each cover such that each cover can carry a binder and be closed one on top of the other without either binder interfering with each other or case closure. Each binder includes a hold down page that is releasably attached by a hold down page latch that accommodates the binder holding contents having different thicknesses. In a preferred embodiment, the hold down page latch comprises a hook and loop fastener that has a loop strip fixed to a latch strap and a hook strip that is fixed to the hold down page. To increase the number of opening and closing cycles the binder arrangement can endure, the binder arrangement has sidewalls joined by a fastening arrangement that is resiliently anchored at one end to the spine, preferably by an elastomeric connector. In one preferred embodiment, the fastening arrangement is a zipper that is resiliently anchored at its zipper bottom stop by a piece of elastic fabric.
Abstract:
A folder made from a roll of folder material stock. The folder has a front flap having a first top edge and a first width, and a rear flap connected to said front flap by a folder bottom, the rear flap having a second top edge and a second width. A slip-resistant portion is disposed on at least one of the flaps near said first or second top edge. The folder material stock comprises paper and a polymer material. A method of making the folder includes the steps of providing folder material stock comprising polymeric material, providing embossing dies in spaced, operable, mating relationship, positioning the folder material stock appropriately in the embossing dies, applying force to at least one of the embossing dies so as to decrease the spaced relationship, and deforming the folder material stock.
Abstract:
A method of storing a medical file carrier in a healthcare facility includes disposing a first portion of the medical file carrier in a first pocket of a removable carrier cover, substantially covering an outer surface of the medical file carrier with a surface of the carrier cover, and defining a non-covered region exposing a second portion of the medical file carrier for review in the healthcare facility.
Abstract:
A file (100), provided with a front cover (2), a back cover (3) and a spine (4) connecting the covers, wherein a binding element is provided for detachably fixing sheets, between the front (2) and back cover (3), wherein at least the front cover (2) and the back cover (3) are provide with a longitudinal edge and wherein a closure element is provided, which can be coupled to at least one longitudinal edge, such that the space enclosed by the front cover (2), back cover (3) and the spine (4) is covered by the closure element and the file (100) with the closure element has a substantially closed box shape.
Abstract:
A binder device including a cover having a first panel and a second panel pivotally coupled together. The binder device further includes a binding mechanism coupled to an inner surface of the cover. The binder device is configured such that a first component is bindable to the binding mechanism and generally positioned between the first and second panels and a second component is simultaneously bindable to the binding mechanism and at least partially not positioned between the first and second panels.
Abstract:
A folder suitable for holding and organizing paper and school materials further comprising ballistic materials disposed of in a front cover and back cover of said folder.
Abstract:
A disaster-safe document binder includes rigid frame components: a front cover panel, a back cover panel, a spine assembly, and an apron. The rigid frame components form a book-like structure sized to store documents. The spine assembly includes a plurality of mounting rods that extend across the width of the spine assembly and are removably and rotatably coupled to each support member of spine assembly. The mounting rods physically support documents hanging vertically downward from the linear mounting brackets. The spine assembly includes a locking bar or locking pin that slides within a channel of a support member of the spine assembly to release or close the mounting rods within the spine assembly. The disaster-safe document binder formed from a metal that will not rust, emit harmful gases, or stain or discolor documents contained therewithin. The disaster-safe document binder is sealed closed to control an internal micro-climate within the binder.
Abstract:
A file (100), provided with a front cover (2), a back cover (3) and a spine (4) connecting the covers, wherein a binding element is provided for detachably fixing sheets, between the front (2) and back cover (3), wherein at least the front cover (2) and the back cover (3) are provided with a longitudinal edge and wherein a closure element is provided, which can be coupled to at least one longitudial edge, such that the space enclosed by the front cover (2), back cover (3) and the spine (4) is covered by the closure element and the file (100) with the closure element has a substantially closed box shape.