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    • 2. 发明授权
    • Sampling probe enabling the measurement of gaseous species in particle-laden flue gas
    • 采样探头,可测量含颗粒烟气中的气态物质
    • US07654160B2
    • 2010-02-02
    • US11613304
    • 2006-12-20
    • Richard HimesJohn PisanoMatthew R. Smith
    • Richard HimesJohn PisanoMatthew R. Smith
    • G01N1/22
    • G01N1/2247
    • A sampling probe for enabling the analysis of gaseous species in a particle-laden flue gas. The sampling probe includes a tube for being inserted into a fluid stream of a particle-laden flue gas substantially perpendicular thereto to cause the fluid stream to separate and flow around the tube. The tube includes a first opening extending along a first axially extending face of the tube downstream relative to the fluid stream such that a portion of the gas enters the tube through the first opening for analysis within the tube, and a second opening extending along a second axially extending face of the tube such that the gas that enters the tube through the first opening exits the tube after analysis into the fluid stream through the second opening to allow analysis of the gas.
    • 一种采样探针,用于分析含颗粒载烟气中的气态物质。 采样探头包括用于插入到基本上垂直于其的含有颗粒的烟道气的流体流中以使流体流分离并围绕管流动的管。 所述管包括沿所述管的第一轴向延伸面相对于所述流体流向下游延伸的第一开口,使得所述气体的一部分通过所述第一开口进入所述管,以在所述管内进行分析,以及沿第二开口延伸的第二开口 使得通过第一开口进入管的气体在通过第二开口分析成流体流之后离开管,以允许分析气体。
    • 3. 发明申请
    • Adaptive driver warning methodology
    • 自适应驾驶员警告方法
    • US20100007479A1
    • 2010-01-14
    • US12217653
    • 2008-07-08
    • Matthew R. Smith
    • Matthew R. Smith
    • G08B23/00
    • B60W50/14B60K28/066
    • An adaptive driver warning methodology takes into account the driver gaze during a steady-state interval following a precipitating event that will potentially lead to the issuance of a driver warning. The elapsed steady-state time following the precipitating event is compared with the duration of continuous non-forward driver gaze following the precipitating event. If the duration of continuous non-forward driver gaze is less than the elapsed steady-state time, the warning parameters are established in a manner to de-sensitize or de-emphasize the driver warning. As a result, the driver warning is de-sensitized or de-emphasized even though the driver temporarily glances away from the forward direction during the steady-state interval following the precipitating event.
    • 自适应驾驶员警告方法在突发事件之后的稳态间隔期间考虑驾驶员注视,这可能导致发出驾驶员警告。 在沉淀事件之后的经过的稳态时间与沉淀事件之后的连续非前向驱动器目标的持续时间进行比较。 如果持续非前向驾驶员视线的持续时间小于经过的稳态时间,则警告参数以对驾驶员警告进行去敏感或不强调的方式建立。 结果,即使驾驶员在沉淀事件之后的稳态间歇期间暂时向前方向扫视,驾驶员警告也被消除敏感或去强调。
    • 7. 发明授权
    • Automatic call distribution center with queue position restoration for call-back customers
    • 自动呼叫配送中心,具有回叫客户的队列位置恢复功能
    • US06724885B1
    • 2004-04-20
    • US09540132
    • 2000-03-31
    • Douglas A. DeutschDavid B. SmithMatthew R. Smith
    • Douglas A. DeutschDavid B. SmithMatthew R. Smith
    • H04M164
    • H04M3/48H04M3/523
    • A novel Automatic Call Distribution (ACD) Center allows an on-hold customer, upon learning of an unacceptable waiting time for service, to accept a date- and time-stamped “Priority Token,” and then end the current telephone call. If the customer calls the ACD Center back within a predefined Token Window (stored in the ACD system memory and announced to the customer as he/she is receiving the Priority Token), as indicated by the automatic presentation of the Priority Token, the customer is placed back into the queue position he/she had during the previous call, or if that queue position has already passed, the customer is placed at the top of the queue to be served by the next available agent. The Priority Token stored in the ACD system memory includes the Directory Number in the preferred embodiment for ease of detection of calls incoming to the ACD Center. In a more advanced version of the present invention, the customer also receives a multi-digit Priority Code corresponding to the Priority Token. The Priority Code allows the customer to make a return telephone call from a different Directory Number, key-in a feature activation code (e.g., “*42”) followed by the Priority Code, and be returned to his/her previous queue position.
    • 一个新颖的自动呼叫分配(ACD)中心允许持续客户在学习不可接受的等待服务时间后接受日期和时间戳的“优先级令牌”,然后结束当前的电话呼叫。 如果客户在预定义的令牌窗口(存储在ACD系统存储器中并在收到优先级令牌时向客户公布)呼叫ACD中心,如自动显示优先级令牌所示,客户是 放回到他/她在上一次呼叫期间所拥有的队列位置,或者如果队列位置已经过去,那么客户将被放置在队列的顶部,由下一个可用的代理服务。 存储在ACD系统存储器中的优先级令牌包括在优选实施例中的目录号码,以便于检测进入ACD中心的呼叫。 在本发明的更高级版本中,客户还接收与优先级令牌对应的多位优先级代码。 优先权代码允许客户从不同的目录号码进行返回电话呼叫,键入特征激活码(例如,“* 42”),随后是优先级代码,并返回到他/她之前的队列位置。
    • 8. 发明授权
    • System and method for transmitting data from customer premise equipment sans modulation and demodulation
    • 用于从客户端设备传输数据的系统和方法无调制和解调
    • US06671671B1
    • 2003-12-30
    • US09546352
    • 2000-04-10
    • Stuart M. GarlandDavid B. SmithMatthew R. Smith
    • Stuart M. GarlandDavid B. SmithMatthew R. Smith
    • G10L1522
    • G10L13/00G10L15/26
    • In a system and method for the collection of alphanumeric data from Customer Premise Equipment (CPE) at the behest of an enhanced service provider (such as a utility company) requesting said data, a CPE transmits the data in the form of a synthesized voice signal, obviating the need for modems. The invention is useful for applications such as Automatic Meter Reading (AMR) and Home and Business Electronic Systems (HBES). The targeted CPE in such a system, after being connected to a remote applications server via a telephone call including “suppressed ringing,” converts data collected to a standard voice signal via a voice synthesizer and transmits the voice signal to the applications server. The applications server performs a speech-to-text conversion to place the data back into its alphanumeric form.
    • 在用于请求所述数据的增强型服务提供商(例如公用事业公司)的要求下从客户端设备(CPE)收集字母数字数据的系统和方法中,CPE以合成语音信号的形式发送数据 ,避免了调制解调器的需要。 本发明对于诸如自动读表(AMR)和家用和商业电子系统(HBES)的应用是有用的。 这种系统中的目标CPE经由包括“抑制振铃”的电话连接到远程应用服务器之后,经由语音合成器将收集的数据转换为标准语音信号,并将语音信号发送到应用服务器。 应用程序服务器执行语音到文本转换,以将数据放回其字母数字形式。
    • 9. 发明授权
    • System and method for accelerated magnetic resonance imaging using spectral sensitivity
    • 使用光谱灵敏度加速磁共振成像的系统和方法
    • US09316711B2
    • 2016-04-19
    • US13568511
    • 2012-08-07
    • Scott B ReederMatthew R SmithNathan S Artz
    • Scott B ReederMatthew R SmithNathan S Artz
    • G01R33/561G01R33/44
    • G01R33/445G01R33/561
    • A system and method for accelerated magnetic resonance imaging (MRI) using spectral sensitivity information are provided. The MRI system is used to acquire k-space data from a subject that when positioned in the main magnetic field of the MRI system causes inhomogeneities in the main magnetic field. Spectral sensitivity information is derived from the acquired k-space data. In general, the spectral sensitivity information relates specific resonance frequencies to distinct spatial locations in the main magnetic field of the MRI system. One or more images of the subject may be reconstructed from the acquired k-space data using the produced spectral sensitivity information to spatially encode the acquired k-space data. By using the spectral sensitivity information to provide spatial-encoding, the data acquisition can be accelerated, for example, by undersampling k-space. In addition, using the provided system and method, clinically viable images can be obtained in the presence of severe off-resonance.
    • 提供了使用光谱灵敏度信息的用于加速磁共振成像(MRI)的系统和方法。 MRI系统用于从受检者获取k空间数据,当位于MRI系统的主磁场中时,会导致主磁场的不均匀性。 光谱灵敏度信息是从所获取的k空间数据导出的。 通常,光谱灵敏度信息将特定共振频率与MRI系统的主磁场中的不同空间位置相关联。 可以使用所产生的光谱灵敏度信息,从所获取的k空间数据中重构对象的一个​​或多个图像,以对所获取的k空间数据进行空间编码。 通过使用光谱灵敏度信息来提供空间编码,可以例如通过对k空间进行欠采样来加速数据采集。 另外,使用提供的系统和方法,可以在存在严重的非共振的情况下获得临床上可行的图像。