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    • 6. 发明申请
    • SPEECH-DRIVEN SYSTEM WITH HEADSET
    • 发声驱动系统与耳机
    • US20100304783A1
    • 2010-12-02
    • US12474398
    • 2009-05-29
    • James R. LoganRyan ZoschgSean Nickel
    • James R. LoganRyan ZoschgSean Nickel
    • H04M1/00G10L15/26
    • H04M1/6066H04M1/7253H04M2250/02H04M2250/06H04M2250/74
    • A speech-directed system for doing tasks utilizing human speech includes a headset including a microphone for capturing user speech from a user and a speaker for playing audio to a user. A speech recognition component is resident on the headset and operable for converting the user speech to data in a data format. A WPAN radio component is resident on the headset and is configured for converting the user speech data from the data format into a protocol format. A host device is configured with a WPAN radio component for transceiving user speech data with the headset in the protocol format. A long range wireless network component that is resident on the host device couples with at least one remote device through a long range wireless network. The host device is operable for transceiving the user speech data with the remote device.
    • 用于使用人类语音进行任务的语音导向系统包括耳机,其包括用于从用户捕获用户语音的麦克风和用于向用户播放音频的扬声器。 语音识别组件驻留在耳机上并可操作以将用户语音转换成数据格式的数据。 WPAN无线电组件驻留在耳机上,并被配置为将用户语音数据从数据格式转换成协议格式。 主机设备配置有WPAN无线电组件,用于以协议格式用耳机收发用户语音数据。 驻留在主机设备上的远程无线网络组件通过远程无线网络与至少一个远程设备耦合。 主机设备可操作以用远程设备收发用户语音数据。
    • 9. 发明授权
    • Modular superconducting magnetic energy storage inductor
    • 模块式超导磁储能电感
    • US5146383A
    • 1992-09-08
    • US540959
    • 1990-06-20
    • James R. Logan
    • James R. Logan
    • H01F6/00H01F6/04H02H7/00
    • H01F6/003H02H7/001Y02E40/68Y10S505/883
    • A modular superconducting magnetic energy storage (SMES) inductor includes a plurality of vertically adjacent winding modules each comprising a number of serially connected concentric solenoid coils. Pairs of adjacent winding modules are connected in series to form paired winding modules each of which occupies a compartment in a sectioned dewar. Only a single shorting switch is provided for each winding module for use during an emergency dump of cryogenic fluid from the dewar. Adjacent paired winding modules can be connected in series by a single connector penetrating sectional plates between dewar compartments. Arrangements of bypass switches provide the capability of taking either a single winding module or a pair of winding modules out of service while the remaining winding modules and pairs of winding modules remain in service. Any number of pairs of winding modules can be connected in one or more series circuits each serviced by its own power conversion system to achieve a desired energy storage capability.
    • 模块化超导磁能存储(SMES)电感器包括多个垂直相邻的绕组模块,每个绕组模块包括多个串联的同心电磁线圈。 成对的相邻绕组模块串联连接以形成成对的绕组模块,每个绕组模块占据分段杜瓦瓶中的隔室。 每个绕组模块都提供一个单独的短路开关,以便在杜瓦瓶的低温液体的紧急转储期间使用。 相邻成对的绕组模块可以通过单个连接器在杜瓦隔室之间穿透截面板串联连接。 旁路开关的布置提供了使单个绕组模块或一对绕组模块不在服务中的能力,而其余的绕组模块和成对的绕组模块保持使用。 任何数量的绕组模块可以连接在一个或多个串联电路中,每个串联电路由其自己的功率转换系统服务以实现期望的能量存储能力。