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    • 11. 发明申请
    • OPTIMAL SCHEDULING OF VENUE ATTENDANCE BASED ON QUEUE SIZE AND LOCATION
    • 基于队列大小和位置的场地安排优化调度
    • US20120116863A1
    • 2012-05-10
    • US12942431
    • 2010-11-09
    • Gregory J. BossAndrew R. JonesKevin C. McconnellJohn E. Moore, JR.
    • Gregory J. BossAndrew R. JonesKevin C. McconnellJohn E. Moore, JR.
    • G06Q30/00
    • G06Q30/0235
    • Embodiments of the invention provide for managing attraction attendance levels through tracking current attendance levels and notifying patrons of incentives to alter their attraction selections in real-time. Examples identify an attraction queue that has a customer wait time failing to meet a threshold and determine a geographic relationship of a tracking device associated with a registered customer to the queue. Accordingly, an incentive is created from metadata associated with the queue and offered to the registered customer to urge the registered customer to take a queue balancing action. The queue balancing action may be leaving the queue if the customer wait time exceeds a threshold maximum wait time and the tracking device is within the queue, or choosing to enter the queue if the customer wait time is less than a threshold minimum wait time and the tracking device is outside of the queue.
    • 本发明的实施例提供了通过跟踪当前出勤水平来管理吸引力出席水平,并通知顾客激励以实时改变其吸引选择。 示例识别具有客户等待时间未能达到阈值并且确定与注册的客户相关联的跟踪设备到队列的地理关系的吸引队列。 因此,从与队列相关联的元数据创建奖励并提供给注册的客户以敦促注册的客户采取队列平衡动作。 如果客户等待时间超过阈值最大等待时间并且跟踪设备在队列内,队列平衡动作可能离开队列,或者如果客户等待时间小于阈值最小等待时间,则选择进入队列,并且 跟踪设备在队列外。
    • 14. 发明申请
    • Technology Budget Manager for Mobile Employees
    • 移动员工技术预算经理
    • US20080167926A1
    • 2008-07-10
    • US12054906
    • 2008-03-25
    • Gregory J. BossAndrew R. JonesKevin C. McConnellAlan P. Mitchell
    • Gregory J. BossAndrew R. JonesKevin C. McConnellAlan P. Mitchell
    • G06Q10/00
    • G06Q10/10G06Q10/063G06Q40/00
    • An automated system and method for budgeting technology expenses for an individual based on an objective standard, wherein the system comprises a database comprising a list of technologies used by the individual; a controller connected to the database, the controller being adapted to establish a monetary budget allotment for the individual corresponding to use of the technologies by the individual; at least one data component connected to the controller, the data component comprising specifications attributed to the individual, wherein the specifications comprise rules for defining the monetary budget allotment for the individual; and at least one monitor connected to the controller, the monitor being adapted to track dynamic parameters affecting the monetary budget allotment for the individual, wherein the individual comprises a mobile employee performing work-related duties for an organization.
    • 一种用于基于客观标准为个人预算技术费用的自动化系统和方法,其中所述系统包括数据库,所述数据库包括由所述个人使用的技术列表; 连接到数据库的控制器,所述控制器适于为所述个人对应于所述技术的使用建立货币预算分配; 连接到控制器的至少一个数据组件,数据组件包括归因于个人的规范,其中规范包括用于定义个人的货币预算分配的规则; 以及连接到所述控制器的至少一个监视器,所述监视器适于跟踪影响所述个人的货币预算分配的动态参数,其中所述个人包括为组织执行工作相关职责的移动雇员。
    • 15. 发明授权
    • Optimal scheduling of venue attendance based on queue size and location
    • 基于队列大小和位置的场地考勤优化调度
    • US08775244B2
    • 2014-07-08
    • US12942431
    • 2010-11-09
    • Gregory J. BossAndrew R. JonesKevin C. McConnellJohn E. Moore, Jr.
    • Gregory J. BossAndrew R. JonesKevin C. McConnellJohn E. Moore, Jr.
    • G06Q30/00
    • G06Q30/0235
    • Embodiments of the invention provide for managing attraction attendance levels through tracking current attendance levels and notifying patrons of incentives to alter their attraction selections in real-time. Examples identify an attraction queue that has a customer wait time failing to meet a threshold and determine a geographic relationship of a tracking device associated with a registered customer to the queue. Accordingly, an incentive is created from metadata associated with the queue and offered to the registered customer to urge the registered customer to take a queue balancing action. The queue balancing action may be leaving the queue if the customer wait time exceeds a threshold maximum wait time and the tracking device is within the queue, or choosing to enter the queue if the customer wait time is less than a threshold minimum wait time and the tracking device is outside of the queue.
    • 本发明的实施例提供了通过跟踪当前出勤水平来管理吸引力出席水平,并通知顾客激励以实时改变其吸引选择。 示例识别具有客户等待时间未能达到阈值并且确定与注册的客户相关联的跟踪设备到队列的地理关系的吸引队列。 因此,从与队列相关联的元数据创建奖励并提供给注册的客户以敦促注册的客户采取队列平衡动作。 如果客户等待时间超过阈值最大等待时间并且跟踪设备在队列内,队列平衡动作可能离开队列,或者如果客户等待时间小于阈值最小等待时间,则选择进入队列,并且 跟踪设备在队列外。
    • 19. 发明授权
    • Technology budget manager for mobile employees
    • 移动员工技术预算经理
    • US08275698B2
    • 2012-09-25
    • US12054906
    • 2008-03-25
    • Gregory J. BossAndrew R. JonesKevin C. McConnellAlan P. Mitchell
    • Gregory J. BossAndrew R. JonesKevin C. McConnellAlan P. Mitchell
    • G06Q40/00
    • G06Q10/10G06Q10/063G06Q40/00
    • An automated system and method for budgeting technology expenses for an individual based on an objective standard, wherein the system comprises a database comprising a list of technologies used by the individual; a controller connected to the database, the controller being adapted to establish a monetary budget allotment for the individual corresponding to use of the technologies by the individual; at least one data component connected to the controller, the data component comprising specifications attributed to the individual, wherein the specifications comprise rules for defining the monetary budget allotment for the individual; and at least one monitor connected to the controller, the monitor being adapted to track dynamic parameters affecting the monetary budget allotment for the individual, wherein the individual comprises a mobile employee performing work-related duties for an organization.
    • 一种用于基于客观标准为个人预算技术费用的自动化系统和方法,其中所述系统包括数据库,所述数据库包括由所述个人使用的技术列表; 连接到数据库的控制器,所述控制器适于为所述个人对应于所述技术的使用建立货币预算分配; 连接到控制器的至少一个数据组件,数据组件包括归因于个人的规范,其中规范包括用于定义个人的货币预算分配的规则; 以及连接到所述控制器的至少一个监视器,所述监视器适于跟踪影响所述个人的货币预算分配的动态参数,其中所述个人包括为组织执行工作相关职责的移动雇员。
    • 20. 发明申请
    • OPTIMIZING QUEUE LOADING THROUGH VARIABLE ADMITTANCE FEES
    • 优化队伍通过可变的补贴费用加载
    • US20120116789A1
    • 2012-05-10
    • US12942303
    • 2010-11-09
    • Gregory J. BossAndrew R. JonesKevin C. McConnellJohn E. Moore, JR.
    • Gregory J. BossAndrew R. JonesKevin C. McConnellJohn E. Moore, JR.
    • G06Q10/00G06Q90/00
    • G06Q10/06
    • Attraction attendance levels experienced by a customer are dynamically managed as a function of customer admission pricing. A customer is offered an opportunity to pay a regular admission fee or a higher premium admission fee for admission to a facility with one or more attractions, wherein the customer is provided with information as to an amount of reduced queue loading that will be achieved by the customer if the customer pays the premium admission fee. Queue loading is monitored, and a queue load diminishment relative to an expected queue load is identified, the amount of reduced queue loading achievable by the customer through paying the premium admission fee updated accordingly. The customer is notified of the updated amount of reduced queue loading achievable through paying the premium admission fee as a function of customer metadata.
    • 作为顾客入场定价的功能,客户经历的吸引力考勤水平将被动态管理。 有一个客户有机会为有一个或多个景点的设施支付定期入场费或更高的收费费用,其中向客户提供关于减少队列负载量的信息,这些信息将由 客户如果客户支付保费入场费。 监视队列加载,并且识别相对于预期队列负载的队列负载减小,由客户通过支付高级入场费可实现的减少的队列加载量相应地更新。 通过作为客户元数据的函数通过支付优惠入场费来通知客户可更新的减少队列加载量。