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    • 7. 发明申请
    • Method and apparatus for multiple value confirmation and correction in spoken dialog systems
    • 语音对话系统中多值确认和校正的方法和装置
    • US20060247931A1
    • 2006-11-02
    • US11117948
    • 2005-04-29
    • Sasha CaskeyJuan HuertaRoberto Pieraccini
    • Sasha CaskeyJuan HuertaRoberto Pieraccini
    • G10L21/00
    • G10L15/22
    • A method for multiple value confirmation and correction in spoken dialog systems. A user is allowed to correct errors in values captured by the spoken dialog system, such that the interaction necessary for error correction between the system and the user is reduced. When the spoken dialog system collects a set of values from a user, the system provides a spoken confirmation of the set of values to the user. The spoken confirmation comprises the set of values and possibly pause associated with each value. Upon hearing an incorrect value, the user may react and barge-in the spoken confirmation and provide a corrected value. Responsive to detecting the user interruption during the pause or after the system speaking of a value, the system halts the spoken confirmation and collects the corrected value. The system then provides a new spoken confirmation to the user, wherein the new spoken confirmation includes the corrected value.
    • 一种在口语对话系统中进行多重确认和校正的方法。 允许用户纠正口头对话系统捕获的值中的错误,从而减少系统与用户之间纠错所需的交互。 当口头对话系统从用户收集一组值时,系统向用户提供该组值的语音确认。 口语确认包括一组值,并且可能与每个值相关联的暂停。 听到不正确的值后,用户可以对口语确认进行反应并加入,并提供校正值。 响应于在暂停期间或在系统说出值之后检测用户中断,系统停止口语确认并收集修正值。 然后,系统向用户提供新的口头确认,其中新的口头确认包括校正的值。
    • 8. 发明申请
    • Method, apparatus, and computer program product for one-step correction of voice interaction
    • 方法,设备和计算机程序产品,用于语音交互的一步修正
    • US20060247913A1
    • 2006-11-02
    • US11117951
    • 2005-04-29
    • Juan HuertaRoberto Pieraccini
    • Juan HuertaRoberto Pieraccini
    • G06F17/20
    • G10L15/22G10L15/19
    • A one-step correction mechanism for voice interaction is provided. Correction of a previous state is enabled simultaneously with recognition in a current or subsequent state. An application is decomposed into a set of tasks. Each task is associated with the collection of one piece of information. Each task may be in a different state. At any point during the interaction, while a task/state pair is active, the dialog manager may enable multiple other task/state pairs to be active in latent fashion. The application developer may then use those facilities or resources to the active task/state and the latent task/state pairs depending on contextual condition of the interaction state of the application.
    • 提供语音交互的一步修正机制。 在当前状态或后续状态下同时识别先前状态的修正。 一个应用程序被分解成一组任务。 每个任务都与一个信息的收集相关联。 每个任务可能处于不同的状态。 在交互期间的任何时刻,当任务/状态对处于活动状态时,对话管理器可以使多个其他任务/状态对以潜在的方式活跃。 然后,应用程序开发者可以根据应用的交互状态的上下文条件将这些设施或资源用于活动任务/状态和潜在任务/状态对。
    • 9. 发明申请
    • Adjustable Handle System for Fastening Tools That Drive Threaded Fasteners
    • 可调式手柄系统,用于固定螺丝紧固件的工具
    • US20100107828A1
    • 2010-05-06
    • US12263976
    • 2008-11-03
    • Juan Huerta
    • Juan Huerta
    • B25B23/16
    • B25B13/461B25B23/0028B25G1/063
    • An adjustable handle system for fastening tools that drive threaded fastener into materials. The present invention allows the handle of fastening tools to change shape so that the tool can function in a confined environment. The handle system is made up of at least two handle portions that are interchangeable due to a common form of detachable connection between the handle portions and drive head. The common connections are detachable in that portions of the handle system can be connected and disconnected from each other with minimal effort. Interchangeability of the differently configured portions enables the handle system to take on many different configurations, thus allowing the fastening tool to function in a variety of confined environments.
    • 用于紧固工具的可调手柄系统,可将螺纹紧固件推入材料中。 本发明允许紧固工具的手柄改变形状,使得工具能够在有限的环境中起作用。 手柄系统由至少两个把手部分组成,由于手柄部分和驱动头之间的可拆卸连接的共同形式,手柄部分可互换。 公共连接是可拆卸的,因为手柄系统的部分可以以最小的努力相互连接和断开。 不同构造部分的互换性使得手柄系统能够承受许多不同的构造,从而允许紧固工具在各种有限的环境中起作用。