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    • 7. 发明申请
    • System and method of fluid transfer using devices with rotatable housings
    • 使用具有可旋转外壳的装置进行流体传输的系统和方法
    • US20050112007A1
    • 2005-05-26
    • US10720802
    • 2003-11-24
    • Jason DemersScott LeonardKingston Owens
    • Jason DemersScott LeonardKingston Owens
    • F04C19/00F04D1/12F04F11/00
    • F04C19/004F04C19/002F04D1/12
    • Embodiments of the present invention are directed toward systems and methods of transferring fluid using devices that have a rotatable housing. One embodiment of the invention attaches a fluid-drive element to a rotatable housing to drive fluid into a conduit for transfer. In another embodiment, a pitot tube is attached to the rotatable housing, the motion of the housing driving fluid into the conduit for transfer. Other embodiments of the invention may utilize a pressure difference to drive fluid through a conduit. Embodiments of the invention may also utilize baffles to alter circulation of fluid that may be induced by the motion of the rotating housing, to promote fluid transfer through a conduit. Some of the aforementioned embodiments may be especially useful in transporting fluid in a liquid ring pump with a rotatable housing.
    • 本发明的实施例涉及使用具有可旋转壳体的装置来转移流体的系统和方法。 本发明的一个实施例将流体驱动元件附接到可旋转壳体以将流体驱动到用于传送的导管中。 在另一个实施例中,皮托管连接到可旋转壳体,壳体的运动驱动流体进入导管以进行传送。 本发明的其它实施例可以利用压差来驱动流体通过导管。 本发明的实施例还可以利用挡板来改变可能由旋转壳体的运动引起的流体的循环,以促进通过导管的流体传递。 上述实施例中的一些可能特别适用于在具有可旋转壳体的液体环泵中输送流体。
    • 10. 发明授权
    • Mobile voice verification system
    • 移动语音验证系统
    • US06314401B1
    • 2001-11-06
    • US09322626
    • 1999-05-28
    • Stephen T. AbbeScott LeonardFritz SchlerethWilliam KeiserBarry Schlereth
    • Stephen T. AbbeScott LeonardFritz SchlerethWilliam KeiserBarry Schlereth
    • G10L1700
    • G07C9/00103G07C9/00087G10L17/00
    • The present invention generally includes three principal components; namely, (1) a hand held transceiver for transmitting a voice pattern while moving (e.g., driving) past an (2) infra-red receiver array which receives the transmitted voice pattern, and a (3) speech enhancement and voice verification algorithm for conducting a comparison between the transmitted voice pattern and the registered voice patterns stored in the computer's memory. The hand held transceiver includes a conventional telephone handset in which a microphone subassembly, a transceiver circuit card, and LED indicators are housed. The transceiver element, also housed in the handset, includes a 16-bit analog to digital converter for converting the analog voice pattern to a corresponding digital signal, a microprocessor, a memory unit for storing the digitized voice sample for a predetermined period of time, and an IR transceiver for transmitting the digitized voice sample. Once a voice sample is digitized in the hand held transceiver, the individual may point the transceiver at a receiver array station which is housed in a cabinet, and after receiving a prompt from the receiver array, the voice signal, among other things, will be automatically, wirelessly transmitted. The processing computer will first recognize the spoken phrase, and then perform speaker verification using speech processing and comparing algorithms consisting of a speech recognizer and a vector quantification software classifier, ultimately sending a “pass” or “fail” signal to a control center computer based upon whether the speaker's voice pattern matches one of the voice samples stored in the computer's memory, respectively.
    • 本发明通常包括三个主要成分; 即(1)用于在移动(例如,驱动)通过接收所发送的语音模式的(2)红外接收器阵列之间发送语音图案的手持式收发器,以及(3)语音增强和语音验证算法,用于 进行传输的语音模式和存储在计算机存储器中的注册语音模式之间的比较。 手持收发器包括传统的电话手机,其中容纳有麦克风子组件,收发器电路卡和LED指示器。 也收纳在手机中的收发器元件包括用于将模拟语音模式转换为对应的数字信号的16位模数转换器,微处理器,用于在预定时间段内存储数字化语音样本的存储器单元, 以及用于发送数字化语音样本的IR收发器。 一旦语音样本在手持式收发器中被数字化,个人可以将收发器指向容纳在机柜中的接收机阵列站,并且在从接收机阵列接收到提示之后,话音信号将是 自动,无线传输。 处理计算机将首先识别口头短语,然后使用语音处理和比较由语音识别器和矢量量化软件分类器组成的算法来执行说话人验证,最终将基于“通过”或“失败”信号发送到控制中心计算机 讲话者的语音模式是否与存储在计算机的存储器中的语音样本之一相匹配。