Abstract: The aim of the invention is to be able to vary a device for holding turning plates (14), turning pockets, turning sleeves or the like with regard to the receiving capacity thereof. The inventive turning plates, pockets, sleeves or the like are provided with pivoting pins (13) Carriers (1) can be connected to one another by means of coupling elements (5) which are provided with holes (26) that form lines of holes, whereby said carriers are used for the turning plates (14), turning pockets, turning sleeves or the like and are provided with holes (12) on the upper and lower edges thereof, whereby said holes form lines of holes.

Abstract: Display panel systems make it possible to access a wide range of information. Such systems have a stand and a support for swivel panels upon which information carriers can be placed. The stand is modular and has two side parts which can be combined with a variable number of intermediate parts, each of which has a support for swivel panels.

Abstract: In a device for the pivotable mounting of information carriers (2) provided with pivot pins, provision is to be made for the respectively outer information carriers (2) to assume a certain end position, i.e., in particular, they do not swing rearward. In order to achieve this aim with simple means, it is proposed to provide at least one of two retaining webs (5, 6) with end stops formed by punched tongues (24, 25), which retaining webs (5, 6) are provided with holes (18) for accommodating the pivot pins of a multiplicity of information carriers (2), are designed as sheet-metal punched parts and are connected to one another via a back part (4).

Abstract: In a device for the pivotable mounting of information carriers (2) provided with pivot pins, provision is to be made for the respectively outer information carriers (2) to assume a certain end position, i.e., in particular, they do not swing rearward. In order to achieve this aim with simple means, it is proposed to provide at least one of two retaining webs (5, 6) with end stops formed by punched tongues (24, 25), which retaining webs (5, 6) are provided with holes (18) for accommodating the pivot pins of a multiplicity of information carriers (2), are designed as sheet-metal punched parts and are connected to one another via a back part (4).

Abstract: Display panel systems make it possible to access a wide range of information. Such systems have a stand and a support for swivel panels upon which information carriers can be placed. The present invention provides display panel systems by which information-carrying capacity of the system can be adjusted, as required. The stand is modular and has two side parts which can be combined with a variable number of intermediate parts, each of which having a support for swivel panels.

Abstract: A holder for swivelling panels, flip boards, or the like, particularly used as a wall holder, is injection molded in a single piece. The rear wall of the shell-shaped base body of the holder is provided with windows in the area of pins for receiving swivelling panels in order to enable the holder to be produced in a single operation and by using an injection molding tool having only a top part and a bottom part.

Abstract: A component group for providing support elements has two end pieces (3, 4), and at least one intermediate piece (1 or 2) which can be fitted together with the end pieces. The joints between the end pieces and the intermediate piece are configured so that the end pieces, which each have on one side only at least one rib (6) and at least one groove (5), are interchangeable.

Abstract: A holder capable of being fixed on a wall or support column carries swivelling panels which can be hung in the area of opposite front sides on pins formed from pairs of pins. The holder is provided in the area of a receiving cavity with clamping jaws which are suitable for mounting roller-shaped inserts useful for fastening the holder to support columns.

Abstract: An information display panel has a plastic frame surrounding two transparent foils (4, 5), that form an envelope. The frame (1) is formed from two halves interconnected by locking couplings so that peripherally welded seams are eliminated.

Abstract: A folder designed as a clipboard file for non-perforated documents has one or more index sheets (14-18) retained in the back of the folder (3) by folding lines (24) which engage behind a clamp (5). Pressure is applied to a friction clamping spring (9) for moving the spring between closed and opened positions by applying pressure to a front leg (8) of the spring.

Abstract: In a clip device having two clip legs (1,2) connected via a spine (3), one (1) of the two clip legs (1,2) consists of two sections (1a, 1b) which are connected together via a joint (4). The section (1a), facing the spine (3), of the one clip leg (1) is connected via a further joint (5) to the spine (3) and, via an elastic web forming a spring (6), to the other clip leg (2). In order to receive an article to be clipped (7) the section (1b), facing away from the spine (3), of the one clip leg (1) is first folded upwards in the manner of a pivot lever and, after introduction of the article to be clipped (7) between the clip legs (1,2), folded back into its starting position in which it presses the article to be clipped against the clip leg (2) without joint by means of a clip strut (8) assuming an engagement position.

Abstract: In a folder for receiving documentary material, which is provided with profile bars (3) and slides (6) guided on these for retaining thread-on wires (5) insertable through orifices in the profile bar (3), a cam (9) located on the profile bar is used to retain the slide (6) in a filing position, and this cam is formed by a profile-bar bottom section punched out of the profile bar (3) and extending obliquely upwards towards the end of the profile bar and makes it possible to retain especially securely an engagement stop (17) which is located on the slide (6) and which, if required, can be lifted by the user over the cam (9) in order to displace the slide (6) towards the center of the profile bar (3).