Abstract: A system and method of wirelessly managing the loading of patrons to an attraction in an entertainment environment is disclosed. A patron can register with the entertainment environment utilizing a wireless device owned by the patron. An electronic entry ticket for the attraction is allocated to the patron through the wireless device, the electronic entry ticket includes a time and a patron identifier in short messaging service format. The electronic entry ticket can also be provided in multimedia messaging service format. The patron can be provided with promotional information through the wireless device, wherein the promotional information can be related to the attraction. Finally, the patron can redeem the entry ticket at the time provided for the allocated entry ticket and allow the patron to enter the attraction utilizing the patron identifier.

Abstract: A system for preventative maintenance of a ride or an attraction component at a venue. A validator establishes the identity of the ride or attraction component and a controller monitors the use of the ride or attraction component. The controller also manage the ride or attraction component's availability for patron usage and transmits this information to a system control panel. A blocking device controlled by the panel prevents patron usage of a ride or attraction component that is in non-compliance with pre-established operating standards.

Abstract: A system for preventative maintenance of a ride or an attraction component at a venue. A validator establishes the identity of the ride or attraction component and a controller monitors the use of the ride or attraction component. The controller also manages the ride or attraction component's availability for patron usage and transmits this information to a system control panel. A blocking device controlled by the panel prevents patron usage of a ride or attraction component that is in non-compliance with pre-established operating standards.

Abstract: Processing passengers for departure from an airport comprises a first line for passengers to be processed through a control point on the basis of first-in first-out. There is a second line for passengers to be processed on a non first-in first-out basis. The availability for the second line is determined by at least one of the following characteristics, namely the status of the passenger relative to an airline class of service; delays in flight times of one or more flights using the airport; cancellations of other flights using the airport; security factors at the airport; staffing at the airport; calendar date of flight, time of day of flight; number of passengers for the flight; numbers of passengers for other flights; and baggage handling. The system also processes passengers for arrival at an airport. The system also processes passengers for arrival at an airport so as facilitate baggage handling.

Abstract: A method and system for the loading of patrons at multiple attractions at an entertainment environment includes the first-in first-out line and a priority based line. A patron can have an additional priority entry at a time selected by the patron to any one of the multiple attractions in the entertainment environment. There can be an entry selected by the patron to at least one of the multiple attractions in the entertainment environment, such entry being affected on a priority basis as selected by the patron. A patron can have an entry at a second time period selected by the patron to the second attraction in the entertainment environment. The second time period can overlap a first time period. Alternatively the second time period can be substantially close in time to the first time period, whereby the closeness in time under essentially normal conditions would be too close for use on a first attraction in the first time period and subsequent use on a second attraction in that second time period.

Abstract: Through the addition of charged nanoparticles to colloidal dispersions of microparticles, the viscosity of the dispersion is modified. By tailoring the potential difference between the microparticles and nanoparticles, the pH, and the amount of nanoparticles added, the phase of the dispersion may be controlled. Through the disclosed methods, colloid flocculation is controlled and colloidal crystals may be isolated.