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    • 7. 发明授权
    • System and method of transmitting data over a computer network including for presentations over multiple channels in parallel
    • 通过计算机网络发送数据的系统和方法,包括并行地通过多个信道进行演示
    • US08463848B2
    • 2013-06-11
    • US12837451
    • 2010-07-15
    • Matthew N. KaplanCharles C. Wu
    • Matthew N. KaplanCharles C. Wu
    • G06F15/16
    • H04L25/14H04L65/602H04L65/604H04L65/608H04L67/02
    • A system and method of transmitting data via a computer network to a plurality of end-users. Transmission of successive data units may be prompted by human-operated and/or automated central control. Successive arrays of data units may be transmitted over a plurality of channels, in parallel. Each end-user chooses which channel or channels to receive and may change channels at will. Transmission of successive arrays may coincide with successive occurrences during the course of a live event. Data units also may be transmitted over one or more channels asynchronously with transmissions over other channels. Controller-prompted transmissions, received passively by end-users, also may be integrated with a facility for end-users to browse data sources in a self-directed sequence and pace.
    • 一种通过计算机网络向多个终端用户发送数据的系统和方法。 连续数据单元的传输可以由人为操作和/或自动化的中央控制来提示。 数据单元的连续阵列可以并行地在多个信道上传输。 每个最终用户选择要接收的频道或频道,并可随意更改频道。 连续阵列的传输可能与实况事件过程中的连续出现重合。 数据单元还可以通过一个或多个信道与其他信道上的传输异步传输。 由终端用户被动接收到的控制器提示的传输也可以与最终用户的设施集成,以自我定向的顺序和速度浏览数据源。
    • 8. 发明授权
    • Flow delivery system for seals
    • 密封件流量输送系统
    • US07591631B2
    • 2009-09-22
    • US11480267
    • 2006-06-30
    • Gavin HendricksNils G. DahlKevin M. PlanteCharles C. WuChristopher J. Loconto
    • Gavin HendricksNils G. DahlKevin M. PlanteCharles C. WuChristopher J. Loconto
    • F01D25/18
    • F01D11/04F01D25/18F05D2240/50
    • A turbo machine includes a housing having a bearing compartment for receiving lubrication. The housing also provides a buffer compartment for receiving air, for example, compressor bleed air. A turbine shaft is supported within the housing on a bearing for rotation relative to the housing. The bearing is arranged within the bearing compartment. A seal is arranged between the turbine shaft and the housing and separates the bearing and buffer compartments. The seal includes opposing lubrication and air sides that are respectively exposed to the bearing and buffer compartments. The buffer tube is fluidly connected to a body of the buffer compartment. A buffer tube introduces flow generally tangential to an inner surface of the body for generating a swirl within the body. The buffer tube includes a velocity control device such a venturi arranged at an exit of the tube to control the velocity of the flow entering the body. An orifice plate is arranged upstream from the venturi to control the flow to a desired flow rate. The swirling flow within the body at the desired flow rate and velocity provides a uniform pressure gradient at idle having a large enough pressure magnitude to create the desired pressure differential across the seal. The increased pressure in the buffer compartment in the vicinity of the seal prevents leakage of lubricant past the seal at idle.
    • 涡轮机包括具有用于接收润滑的轴承室的壳体。 外壳还提供用于接收空气的缓冲室,例如压缩机排放空气。 涡轮轴在壳体内被支撑在轴承上以相对于壳体旋转。 轴承布置在轴承箱内。 在涡轮机轴和壳体之间设置密封件,并分离轴承和缓冲隔室。 密封件包括分别暴露于轴承和缓冲隔室的相对的润滑和空气侧。 缓冲管流体地连接到缓冲室的主体。 缓冲管引入大致与身体的内表面相切的流动,用于在体内产生漩涡。 缓冲管包括速度控制装置,诸如布置在管的出口处的文丘里管,以控制进入身体的流速。 孔板布置在文丘里管的上游,以将流量控制到所需的流速。 体内所需的流速和速度下的旋转流在空闲时提供均匀的压力梯度,具有足够大的压力大小,以产生跨过密封件的所需压力差。 在密封附近的缓冲室中增加的压力防止润滑剂在怠速时经过密封件而泄漏。
    • 10. 发明授权
    • Changing-urgency-dependent message or call delivery
    • 改变紧急性消息或呼叫传递
    • US5933477A
    • 1999-08-03
    • US787465
    • 1997-01-22
    • Charles C. Wu
    • Charles C. Wu
    • H04M3/533H04M3/537H04M1/64
    • H04M3/533H04M2203/2016H04M3/53333H04M3/537
    • Communications (e.g., messages or calls) are treated with increasing urgency as their "expiration" time approaches. An expiration time is specified (FIG. 2 or 3) for a communication by its originator or some other entity and may be content-determined. Delivery of the communication to a recipient (e.g., an addressee or an agent of the addressee) is then attempted (FIG. 5) according to instructions (604-608) specified (FIG. 4) by the recipient (602). Each instruction corresponds to a different interval of time (612) prior to the expiration time of communications. During each present time interval prior to the expiration time that is associated with a communication, delivery of an undelivered said communication is attempted according to the delivery instruction that corresponds to the present time interval (FIG. 5). This technique can be combined with a priority-based delivery technique: each time interval prior to the expiration time may have a different priority (610) associated therewith, and the communication may also have an associated priority, whereupon the delivery is attempted either according to the instruction that corresponds to the priority that is associated with the present time interval prior to the expiration time or according to the instruction that corresponds to the higher one of the priority associated with the present time interval and with the communication.
    • 当他们的“到期”时间接近时,通信(例如消息或呼叫)随着紧急情况的处理。 指定终止时间(图2或3)用于其发起者或某个其他实体的通信,并且可以是内容确定的。 然后根据接收者(602)指定的指示(604-608)尝试向接收者(例如收件人或收件人的代理)传送通信(图5)。 每个指令对应于通信到期时间之前的不同时间间隔(612)。 在与通信相关联的到期时间之前的每个当前时间间隔期间,根据与当前时间间隔对应的传送指令(图5)尝试传送未传送的所述通信。 该技术可以与基于优先级的传送技术组合:到期时间之前的每个时间间隔可以具有与之相关联的不同的优先级(610),并且通信也可以具有相关联的优先级,因此尝试根据 对应于与到期时间之前的当前时间间隔相关联的优先级的指令,或者根据与当前时间间隔和通信相关联的优先级较高的一个对应的指令。