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    • 121. 发明申请
    • MARKER FOR FAUCET HANDLE
    • 马桶手柄标志
    • US20090229687A1
    • 2009-09-17
    • US12404653
    • 2009-03-16
    • David MessnerMichael Meyer
    • David MessnerMichael Meyer
    • B67D5/37
    • G09F23/16B67D3/0096B67D3/04Y10T137/8376Y10T137/9464
    • A marker for a faucet is provided to indicate information about the liquid or other flowable product to be dispensed from the faucet. The faucet, itself, includes a body and a handle operatively connected to the body for controlling flow of liquid through the body. The handle includes a base, first and second legs that project outwardly from the base, and a cross-bar that interconnects the legs at a location spaced from the base. The first and second legs and the cross-bar at least partially define an opening. The marker includes a body that is removably secured in the opening of the handle. The body of the marker includes indicia that provides information to a user of the faucet. The body is a resilient polymeric structure. Alternatively, the marker includes a handle engagement hook and a display region that includes indicia. The engagement hook is adapted to be engaged with the cross-bar of the faucet handle.
    • 提供用于水龙头的标记以指示关于从水龙头分配的液体或其它可流动产品的信息。 水龙头本身包括主体和可操作地连接到主体的手柄,用于控制液体通过身体的流动。 手柄包括从基座向外突出的基部,第一和第二腿,以及在与基部间隔开的位置处将腿互连的横杆。 第一和第二腿部和横杆至少部分地限定开口。 标记器包括可拆卸地固定在手柄的开口中的主体。 标记的主体包括向水龙头的用户提供信息的标记。 身体是弹性的聚合物结构。 或者,标记器包括手柄接合钩和包括标记的显示区域。 接合钩适于与龙头手柄的横杆接合。
    • 124. 发明申请
    • Selecting Channel Bandwidth and Data Error Target Dynamically Based On a Determined Transmission Need
    • 基于确定的传输需求动态选择信道带宽和数据错误目标
    • US20090052322A1
    • 2009-02-26
    • US11884730
    • 2005-02-21
    • Arne SimonssonJonas PetterssonMarten EricssonMichael MeyerJanne Peisa
    • Arne SimonssonJonas PetterssonMarten EricssonMichael MeyerJanne Peisa
    • H04L12/24
    • H04W28/20
    • In a mobile communication system having channels with different bandwidths, a channel bandwidth can be dynamically selected for transmitting data over a connection between a radio access network and a mobile station. According to the invention, a channel bandwidth and also a target for a data error rate for the transmission is selected based on a determined transmission need, i.e. a determined characteristics of the data to be transmitted and on a determined load of a communication resource, e.g. channel power and/or total carrier power used in a cell. By making it possible to dynamically select a data error rate, a connection can, by increasing the data error rate and consequently decreasing the channel power, carry on using a certain channel bandwidth even if at a first instance a load threshold level is achieved for the channel power or the total power used in the cell. Thereby, the capacity of the system can be increased, while at the same time the throughput over the connection is increased.
    • 在具有不同带宽的信道的移动通信系统中,可以通过无线接入网与移动台之间的连接来动态地选择信道带宽来发送数据。 根据本发明,基于所确定的传输需要,即要确定的要发送的数据的特性,以及在确定的通信资源的负载,例如,根据本发明,选择信道带宽以及用于传输的数据错误率的目标。 信道功率和/或小区中使用的总载波功率。 通过使动态地选择数据错误率成为可能,连接可以通过增加数据错误率并因此降低信道功率来继续使用特定的信道带宽,即使在一个实例中实现负载阈值水平, 通道功率或单元中使用的总功率。 因此,可以增加系统的容量,同时增加连接上的吞吐量。
    • 125. 发明申请
    • TBF BI-DIRECTIONAL OPTIMIZATION FOR TCP
    • TBF BI方向优化TCP
    • US20090034462A1
    • 2009-02-05
    • US12169027
    • 2008-07-08
    • Roger KaldenMichael Meyer
    • Roger KaldenMichael Meyer
    • H04W88/00
    • H04L29/06H04L69/16H04L69/163H04W72/12
    • In a data communication network a first and second network site, communicate by sending a first data transmission from the first network site to a second network site and by sending a second data transmission from said second network site to said first network site. Data transmission characteristics of said first data transmission are determined and radio resources for said data transmission are allocated based on the determined first data transmission characteristics. Thus, the radio resources for the second data transmission are correlated with characteristics of the first data transmission and thus delays in the data transmission between the first and second network site can be avoided.
    • 在数据通信网络中,第一和第二网络站点通过从第一网络站点发送第一数据传输到第二网络站点并且通过从所述第二网络站点发送第二数据传输到所述第一网络站点进行通信。 确定所述第一数据传输的数据传输特性,并且基于所确定的第一数据传输特性来分配用于所述数据传输的无线电资源。 因此,用于第二数据传输的无线电资源与第一数据传输的特性相关,因此可以避免第一和第二网络站点之间的数据传输的延迟。