Abstract: A filing device hanger bar supports a center hook cartridge binder from its center hook for storage or from either end of the binder in an inverted inclined position for accessing the inner pages of the document bound by the cartridge binder. The hanger bar has a bead flange for supporting a center hook cartridge binder from its center hook for storage and a retention lip above the bead flange for engaging an end of the binder to support the binder in an inverted inclined position for accessing the document bound by the cartridge binder. A support flange above the retention lip supports end hook filing devices for storage, and another retention lip above the support flange may also be used for engaging an end of the binder to support the binder in an inverted inclined position for accessing the document bound by the cartridge binder.

Abstract: A machine-readable, human-readable coding system comprising a one piece, pre-printed label having at least two identical messages coded on the label. The label has two columns, one column, (2) being a series of aligned segments (6). There is one data character (12) of an OCR code located in each segment. The background of each segment is color coded for human readability. A second column (8) contains a single machine-readable bar code (12) containing the same message as the OCR code. The color coded segments and the OCR code are readable one direction and the bar code in the opposite direction.

Abstract: The invention is disclosed as being embodied in the stationary storing and dispensing system for substantially square or rectangular objects and comprises at least two shelves (S) each having a bottom (20), a ramp (32), a finger guide (26), and and article restraining member (30), the shelves being assembled horizontally one above the other.

Abstract: A storing and dispensing sytem for square or rectangular objects such as computer media cartridges and packages. The system includes a housing (10) forming a plurality of stalls (16), and an ejector (18) associated with each stall (16) and pivotally mounted in the housing (12) for dispensing the contents of the associated stall (16) upon manual actuation of the ejector (18).

Abstract: There is disclosed a hollow, blow molded plastic panel for door and drawer fronts for storage cabinets having a recessed handle (16) of substantial keystone configuration in a surface (2). Also disclosed is a mold having a movable core insert (58) for forming the handle and a method of molding.

Abstract: Disclosed is a removable, replaceable assembly for supporting a file system of the type which has a plurality of separator cards each of which is centrally apertured near its bottom to receive a locking rod. The cards are assembled behind the other. The assembly includes a pair of spaced parallel pivot rails (2, 4). Each rail has an upper pivot surface (6) lying in a common plane on which the bottom portions of the cards are supported for pivotal motion. Means (10, 36) join the pivot rails together and are located below the pivot surfaces of the rails. A locking rod (20) is located midway between the pivot rails of extends parallel to the rods and passes through the apertures in the separator card. Rod retaining means (24) extend upwardly from the joining means and are releasably engagable with the locking rod. The retaining means are apertured to position the rod between the rails at or below the plane of the pivot surfaces of the rails.

Abstract: A system for storing and dispensing a magnetic tape cartridge having a pivotal storage cell (14) which includes a cartridge-discharge end and a cartridge-abutting end. A support (12) is located beneath the cell and pivot means (16) are located intermediate the ends of the cell to permit the cell to pivot on the support means relative to the horizontal. Means are provided to limit the amount of pivotal movement of the cell relative to the horizontal. The center of gravity of the cell is located closer to the cartridge-abutting end than to the cartridge-discharge end so that the cartridge abutting end of the bottom of the cell normally occupies a lower position relative to the horizontal than the discharge end and a cartridge in the bottom of the cell is inclined downwardly against the abutting end of the cell.

Abstract: An adjustable height table comprising a telescoping table support assembly including stationary and movable posts interconnected in telescoping relationship to one another and positionable by a drive screw and a captive nut. The screw is mounted for rotation about its own axis, and is secured against translation along its axis, relative to one of the posts (preferably, the fixed post) such that its axis of rotation is roughly parallel the direction of the telescoping motion between the two posts. The nut is secured against rotation as the screw is rotated. The nut is provided with a female connection dimensioned to loosely captivate a pin secured to the other post (e.g., in the preferred embodiment, the movable post) so as to be roughly normal to the axis of rotation of the screw. Preferably, the bearing surface between the nut and the pin is minimized and restricted to a region of the nut proximate the surface of the screw.

Abstract: Copy holder includes a flexible rise connecting a document support assembly to a clamp assembly. The invention provides facilitated vertical line of sight operation of a computer entry terminal.

Abstract: A new and improved cable bushing including a frame portion, and a detachable filler portion connected to the frame portion, is herein disclosed and claimed. The filler portion includes at least one hinged flap movable between a first position in which the flap is remote from the interior of the frame portion, and a second position in which the flap is disclosed substantially within the frame portion so as to permit a cable to be received therethrough while the frame portion occupies an opening within a unit of office furniture or partition. The filler portion with its flap in its first position has a substantially flat top surface which may be disposed in a coplanar relation with the top or exposed surface of the structure in which the bushing is mounted.