Abstract:
A wager manipulation feature for a wagering game is provided. The feature may be implemented after the player's wager is set but before game play takes place, after game play takes place or both simultaneously. If before game play, the feature enables the player to undo or nullify the wager, for example, if the player changes his or her mind or enters a wager incorrectly. If after game play, the feature provides a bonus to the player in which the player may nullify a bet after an unsuccessful outcome or increase the bet to enhance a favorable outcome. In any case, the redo feature can be accumulated in one embodiment and stored and/or restored on a gaming device ticket, player tracking card or promotion.
Abstract:
Techniques are disclosed for facilitating game state tracking of gaming activity conducted at a gaming system including a first live casino gaming table. In at least one embodiment, the system may be operable to: control a wager-based game played at the first gaming table; enable a first active game session to be conducted at the first gaming table; automatically detect a first table game state change event for triggering a change of state of the first active game session; and automatically update the state of the first game session using at least a portion of information relating to the first table game state change event. According to specific embodiments, the first table game state change event may include (or may correspond to) at least of the following events: an event relating to a first player's physical gestures or movements; an event relating to a first casino employee's physical gestures or movements; an event relating to the first player's verbal instructions; an event relating to a casino employee's verbal instructions; and/or an event relating to wagering activity which occurs outside of officially designated wagering zones at the gaming table. In at least one embodiment, the first table game state change event may be analyzed and/or interpreted with respect to selected criteria, and the state of the first game session may be automatically advanced (and/or updated) in response to the analysis and/or interpretation of the first table game state change event.
Abstract:
A disclosed gaming communication network provides an enhanced DCU that provides redundant mediation between gaming machines on the gaming communication network and a host server. The enhanced DCU provides a first, primary transmission path and a second, redundant transmission path between the gaming machines and the host server. In the event one transmission path is disrupted, the other provides continuing transmissions between the gaming communication network and the host server. In the event both transmission paths are disrupted, the enhanced DCU functions as a local interim server and stores data received from the gaming machines on the gaming communication network until such time as the data can be transmitted to the host server. In some embodiments, the enhanced DCU acts as a local interim server to the gaming machines using data mirrored from the host server prior to transmission disruption. In some embodiments, the enhanced DCU functions as a download server and stores data received from the host server and asynchronously transmits the data to the gaming machines, so as to mitigate disruption of game play. In some embodiments, the enhanced DCU may also function as a local cache of information that is repeatedly accessed by the gaming machines on the gaming communication network so as to reduce the transmission load on the first and/or second transmission path. In some embodiments, the enhanced DCU provides different network input connection ports to enable utilization of the enhanced DCU with different network formats, such as fiber optic cable, twisted pair cable, or wireless transmission media.
Abstract:
Apparatus and methods for improving security and preventing tampering in a gaming system are described. In particular, the gaming system may comprise an authorization device that is configured to control a download of gaming data, such as an executable image for generating a game of chance, from a first gaming device to a second gaming device. For each download between two different devices, the authorization device may be operable to generate a unique encryption key pair utilized in the download and determine whether the downloaded data is authentic. The gaming device receiving the download of game data may be configured such that it doesn't utilize the game data until an approval is received from the authorization device.
Abstract:
A disclosed gaming machine provides electronic signature capability to enable signature transactions to be effected from the gaming machine. The gaming machine utilizes electronic signature capture and authentication software in conjunction with an electronic signature database to authenticate an electronic signature input on the gaming machine. The authentication software may be co-located with the electronic signature capture software on the gaming machine or may be remotely located from the electronic signature capture software. The electronic signature database may be co-located with either or both the electronic signature capture software and authentication software or may be remotely located from either or both.
Abstract:
A method and apparatus is disclosed for verifying the outcome of a game played on a gaming machine having at least one rotatable reel, the position of the at least one reel associated with the outcome of the game. The apparatus includes at least one image collection device arranged to collect one or more images of the reel(s) for use in verifying the position of the reel(s) at one or more times. Session data may also be collected and stored. In one embodiment, the image collection device comprises a camera, and the apparatus includes a controller and a memory for storing image information. In accordance with a method, image information regarding the position of the one or more reels of the gaming machine is collected. In one embodiment, the image and session information is stored locally and/or transmitted to a remote location via a communication link.
Abstract:
A method is provided for verifying the outcome of a game presented at a gaming device. The method includes the step of collecting game play information, including information regarding each input by a player of the game and all generated game data. Collected information is stored in a session file pertaining to the game. In one embodiment, the session file includes captured data fields. Collected information is associated with these data fields. The session file may be stored in a memory device associated with the gaming device. After play of the game, the collected information may be used to recreate or replay the game, such as for verifying the outcome of the game. In one embodiment, the gaming device comprises a player's computer which is in communication with a remote game server via a communication link, such as including the Internet.
Abstract:
A disclosed gaming machine has a memory storing a list of one or more prizes, a prize display for viewing prize information, and a prize selection mechanism that allows a user playing a game on the gaming machine to select one or more prizes specific to one or more outcomes of the game played on the gaming machine. One or more gaming machines may be connected in a “prize distribution network” to a “prize server.” The prize server may include an interface for providing prize information to the gaming machines connected in the prize distribution network and a memory storing the prize information as groups of prizes for separate display on the gaming machines. With the prize server and prize distribution network, the prizes available as an award on each gaming machine in the prize distribution network may be easily changed.
Abstract:
Processes for the preparation of phenyl Grignard reagents in co-solvents of toluene and ether and, the preparation of phenylchlorosilane intermediates using co-solvents of toluene and ether essentially in a one step process. The phenylchlorosilanes in the processes of this invention are important intermediates for the preparation of various silicone materials.
Abstract:
A one-step process for preparation of organosilanes. The process comprises contacting magnesium metal with a mixture comprising an organic halide and a halosilane in a co-solvent comprising about one to 15 moles of a dialkyl ether comprising less than seven carbon atoms, per mole of the allyl chloride; and about 0.05 to less than two moles of a liquid aromatic hydrocarbon solvent per mole of the dialkyl ether; at a temperature within a range of about 5.degree. C. to 200.degree. C.