Abstract: Disclosed is a progressive system for paying out a primary progressive prize and a secondary progressive prize. The system includes a progressive controller, a plurality of game devices each configured to execute a game of chance and a network interconnecting the progressive controller and the game devices. A funding module is executable by the progressive controller to maintain primary and secondary award pools. In accordance with one or more embodiments, the game devices may award shares of the secondary progressive pool to players. When the primary progressive is triggered, share holders may redeem their shares for a value determined by the system. In some embodiments, winners of shares may monitor the value of their pending certificates through various outlets such as social media sites.

Abstract: A system and method are set forth for offering a mystery award amongst a plurality of gaming devices. Based upon the play of a base game, the players are provided with an initial instance of a mystery game presentation such as a Bingo card. Players may increase their chances of winning by acquiring, for value, addition Bingo cards to be played with each base game play. For each base game play a determination is made as to whether a predetermined trigger condition has been satisfied. If it has the host computer sends a signal to a local controller to control one or more winning game instances to display a winning sequence to accompany and award. If the trigger condition is not satisfied, the local controller controls the display to display losing game sequences. Various trigger conditions may be used including basing a trigger on odds related to the game instance type. The game instance type can be Bingo, Keno, Poker, a sporting event or other event.

Abstract: Disclosed is a progressive system for paying out a primary progressive prize and a secondary progressive prize. The system includes a progressive controller, a plurality of game devices each configured to execute a game of chance and a network interconnecting the progressive controller and the game devices. A funding module is executable by the progressive controller to maintain primary and secondary award pools. In accordance with one or more embodiments, the game devices may award shares of the secondary progressive pool to players. When the primary progressive is triggered, share holders may redeem their shares for a value determined by the system. In some embodiments, winners of shares may monitor the value of their pending certificates through various outlets such as social media sites.

Abstract: A grip block for holding and immobilizing elongated cylindrical members, such as cables, has a base member having a central axis and first and second pivot arms, one mounted on each side of the axis. An actuating member has a body which has two or more cable receiving channels therein which are oriented parallel to the central axis and depending actuating pins for actuating the pivot arms to force one or more cables into the discrete channels. The base and actuating member are held together by means of studs within a splice closure or by both in conjunction with a mounting bracket.

Abstract: A preferred embodiment of the present invention includes a base member with first and second base portions that are angled relative to each other for aligning a longitudinal axis of the base member in a parallel relationship with a longitudinal axis of a pole. Preferably, first and second side walls extend outwardly from the base member for engaging mounting ribs of the splice closure. Preferably, the mounting ribs of the splice closure engage the bracket in a straddled configuration.

Abstract: A mass fusion splice tray assembly increases the capacity of a splice closure which has support members thereon for supporting the assembly. The assembly include a splice tray which latches to a support member and which has locating slots to contain two splice holder inserts. A cover member has latching legs which latch to wedge shaped latches on the splice tray. The cover member is adapted for pivotally mounting a discrete splice tray on the top surface thereof so that the total splice capacity of the splice tray assembly is increased.

Abstract: A closure for optical fiber cables has a cover member and an end plate having an O-ring seal for sealing the end plate to the cover member by means of over-center latches. The inner surface of the end plate has a backbone member to which are mounted a fiber organizer and splice tray, a cable sheath grip, and a central strength member anchor for use with cables having central strength members. The end plate has openings for grommets through which cables pass into the interior of the closure, and a grommet and port plug retaining member fits over the outer ends of the grommet or grommets or grommet and port plug. The backbone member, which may be integral with the end plate, has a wall and flange portion that bears against the inner end of the grommet or grommets toward the closure interior.

Abstract: A splice holder assembly of this invention is used in an optical fiber cable splice closure. The assembly includes a splice tray that is an open-topped enclosure in which is mounted splice organizing modules that hold optical fiber splices. The tray includes retainers that confine optical fibers in a lower portion of the tray, and that also support a card with a list of splice locations and optical fiber identities coupled by each splice. The card supports at least one splice cassette situated inside of the splice tray. The splice cassette includes a bottom portion and a cover. To the bottom portion, at least one splice organizing module is mounted. The cassette's bottom portion also has T-shaped engagements which hold respective protective tubes housing optical fibers, that run between a distribution unit of the closure and the cassette.