Abstract: Hierarchical systems of celebration graphics for use with gaming machines are disclosed. In one embodiment, a gaming machine comprises a cabinet having a game display and a gaming mechanism for providing a game for play on the gaming machine. The game has one or more winning combinations of symbols and the winning combinations have varying values. A memory is connected to the gaming machine for storing a plurality of varying celebration graphics. The occurrence of a winning combination in the game triggers the presentation, on the display, of a particular celebration graphic depending on the value of the winning combination.

Abstract: A reel spinning gaming device comprises a plurality of selectable reels, where a subset of the selectable reels is the initial active reels. The actuating system is operatively associated with the selectable reels and generates an outcome symbol combination for the active reels. The prize controller determines whether a prize is to be awarded based upon the outcome symbol combination. In one embodiment, the prize controller also initiates a bonus game when a triggering event is present. The reselection system designates a new set of active reels the bonus game(s). The new set of active reels comprises one or more newly active reels and one or more remaining active reels, and the outcome symbols from the one or more newly active reels are used in conjunction with the outcome symbols from the remaining active reels to produce a outcome symbol combination for one or more bonus games.

Abstract: A gaming machine having a cabinet comprising at least one convenience platform pivotally and detachably coupled to the cabinet, wherein the convenience platform is movable between a first position and a second position.

Abstract: A method for distributing software licenses for authorizing the installation of gaming software, by a user, onto a gaming machine is provided. The software installation process is initiated and an electronic key containing an encrypted license count interfaces with the gaming machine. The encrypted license count represents the number of licenses available for authorizing the installation of a particular gaming software. The encrypted license count is accessed and it is determined whether installation is permitted. Additionally a processing means for accessing a remote server, via a network connection, and increasing the licensing count stored in the electronic key is provided.

Abstract: A verification system has an operational component registry 10 that includes an interface 20, a memory device 30, and a processor 40. Preferably, the interface 20 in the operational component registry 10 communicates the installed identification data 50 from the gaming units 60 to the operational component registry. The memory device 30 preferably stores registered identification data 70 for the gaming units 60. Preferably, the processor 40 in the operational component registry 10 then analyzes the registered identification data 70 and the installed identification data 50 from the gaming units 60, after which enablement of the gaming units is determined based upon the examination of the registered identification data and the installed identification data. An operational component registry 10 may also monitor changes, services, requirements, enablement, and productivity of the gaming units or components of the gaming units.