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    • 1. 发明申请
    • TRANSIT PREVENTION IN HUB-AND-SPOKE TOPOLOGIES USING LINK STATE PROTOCOLS
    • 使用链接状态协议在HUB和SPOKE拓扑中的过境预防
    • US20100061246A1
    • 2010-03-11
    • US12207624
    • 2008-09-10
    • Michael BarnesAlvaro E. RetanaPaul Wells
    • Michael BarnesAlvaro E. RetanaPaul Wells
    • H04L12/56
    • H04L45/123H04L45/12H04L45/48
    • In one embodiment, a method and apparatus of controlling transmission of data packets in a communications network includes designating all networking devices in a portion of the communications network as either hubs or spokes, communicating a link-state advertisement to each connected hub and spoke in the portion of the communications network, computing a shortest path tree at all the hubs and the spokes based on the link-state advertisement, the computing including truncating the shortest path tree at the hubs only for links leading from the spoke to the hub, creating a routing table at each of the hub and the spoke based on the truncated shortest path tree, and transmitting the data packets in the communications network based on the link-state advertisement. The shortest path tree includes all data transmission routes in the tree except links leading from a spoke to a hub.
    • 在一个实施例中,控制通信网络中的数据分组传输的方法和装置包括将通信网络的一部分中的所有网络设备指定为集线器或辐条,将链路状态广告传送到每个连接的集线器并在 通信网络的一部分,基于链路状态广告在所有集线器和轮辐处计算最短路径树,所述计算包括仅在从轮辐到集线器的链路上截断中心处的最短路径树,从而创建 基于截短的最短路径树在集线器和辐条的每一个处的路由表,以及基于链路状态广告在通信网络中发送数据分组。 最短路径树包括树中的所有数据传输路由,除了从辐条引导到集线器的链路。
    • 2. 发明授权
    • Transit prevention in hub-and-spoke topologies using link state protocols
    • 使用链路状态协议的中心辐射拓扑中的传输预防
    • US08400945B2
    • 2013-03-19
    • US12207624
    • 2008-09-10
    • Michael BarnesAlvaro E. RetanaPaul Wells
    • Michael BarnesAlvaro E. RetanaPaul Wells
    • H04L12/28
    • H04L45/123H04L45/12H04L45/48
    • In one embodiment, a method and apparatus of controlling transmission of data packets in a communications network includes designating all networking devices in a portion of the communications network as either hubs or spokes, communicating a link-state advertisement to each connected hub and spoke in the portion of the communications network, computing a shortest path tree at all the hubs and the spokes based on the link-state advertisement, the computing including truncating the shortest path tree at the hubs only for links leading from the spoke to the hub, creating a routing table at each of the hub and the spoke based on the truncated shortest path tree, and transmitting the data packets in the communications network based on the link-state advertisement. The shortest path tree includes all data transmission routes in the tree except links leading from a spoke to a hub.
    • 在一个实施例中,控制通信网络中的数据分组传输的方法和装置包括将通信网络的一部分中的所有网络设备指定为集线器或辐条,将链路状态广告传送到每个连接的集线器并在 通信网络的一部分,基于链路状态广告在所有集线器和轮辐处计算最短路径树,所述计算包括仅在从轮辐到集线器的链路上截断中心处的最短路径树,从而创建 基于截短的最短路径树在集线器和辐条的每一个处的路由表,以及基于链路状态广告在通信网络中发送数据分组。 最短路径树包括树中的所有数据传输路由,除了从辐条引导到集线器的链路。
    • 3. 发明授权
    • Capacitive fluid level sensor
    • 电容式液位传感器
    • US5042299A
    • 1991-08-27
    • US560870
    • 1990-07-23
    • Paul Wells
    • Paul Wells
    • G01F23/26
    • G01F23/268G01F23/266
    • A linear compensated capacitive fluid-level sensing device includes three capacitors. A measurement capacitor is positionable during use to receive a fluid. A compensation capacitor is submerged in the fluid so that the fluid fills the space between the electrodes. An offset capacitor has a capacitance equivalent to the capacitance of the measurement capacitor when only air exists between the measurement electrodes. Charge applied to each of the three capacitors is discharged to an associated differential amplifier through a respective switch when the capacitors are disconnected from a charging voltage supply. The offset amplifier generates an inverted output current that is applied to the discharge currents of the measurement and compensation amplifiers. The compensation amplifier output gates a frequency-controlled oscillator that in turn controls the switches.
    • 线性补偿电容式液位检测装置包括三个电容器。 测量电容器在使用期间可定位以接收流体。 补偿电容器浸没在流体中,使得流体填充电极之间的空间。 当在测量电极之间仅存在空气时,偏移电容器具有与测量电容器的电容相当的电容。 当电容器与充电电压源断开时,施加到三个电容器中的每一个的电荷通过相应的开关放电到相关的差分放大器。 偏移放大器产生施加到测量和补偿放大器的放电电流的反相输出电流。 补偿放大器输出门控一个频率控制的振荡器,后者又控制开关。
    • 4. 发明申请
    • Booster tank
    • 加油罐
    • US20100012156A1
    • 2010-01-21
    • US12459787
    • 2009-07-08
    • James S. CalhounPaul Wells
    • James S. CalhounPaul Wells
    • A47L15/42A47L15/00
    • A47L15/4285
    • A dishwashing machine includes a tub having an interior that holds a first liquid and a booster tank that includes a housing and at least one heater disposed within the housing. The booster tank is at least partially disposed within the interior of the tub such that at least a portion of the booster tank is at least partially submerged within the first liquid, whereby the first liquid is heated by the booster tank. A dishwashing machine includes a tub containing a liquid therein and a wash pump assembly that includes a pump housing; an inlet in the pump housing; an outlet in the pump housing; and a pump having a motor that pumps the liquid from the tub through the pump housing via the inlet to a device that sprays the liquid within a dishwasher via the outlet. The liquid is heated by means of a heater which is disposed either in proximity to the inlet, in proximity to the outlet, and/or in the spray device before the liquid is pumped out of the spray device.
    • 洗碗机包括具有保持第一液体的内部的桶和包括壳体的增压罐和设置在壳体内的至少一个加热器。 增压罐至少部分地设置在桶的内部,使得增压罐的至少一部分至少部分地浸没在第一液体内,由此第一液体被增压罐加热。 洗碗机包括容纳液体的桶和包括泵壳体的洗涤泵组件; 泵壳中的入口; 泵壳中的出口; 以及具有马达的泵,该马达通过所述入口将来自所述桶的所述液体通过所述泵壳体泵送到通过所述出口喷射到洗碗机内的液体的装置。 液体通过加热器加热,该加热器设置在靠近出口的入口附近和/或在喷射装置中,在液体被泵出喷射装置之前。
    • 6. 发明申请
    • PRODUCT DISPLAY SUPPORT SYSTEMS AND METHODS
    • 产品展示支持系统和方法
    • US20100187386A1
    • 2010-07-29
    • US12703038
    • 2010-02-09
    • Jerry PricePaul Wells
    • Jerry PricePaul Wells
    • F16M13/02
    • A47F5/00A47F5/0006H01F7/0252Y10S211/01
    • A display support system for supporting product for retail display from an appliance defining a magnetically attractable display surface, a door surface, and a magnetically attractable upper surface and comprising a door arranged to allow access to an interior of the appliance through the door surface. The display support system comprises an accessory, a structure comprising a front portion and a rear portion, and a magnetic portion. The accessory is adapted to support the product for retail display. The front portion is adapted to support the accessory such that the accessory extends from the display surface of the appliance. The rear portion rigidly is connected to the front portion and extends along and engages the upper surface of the appliance to bear downward loads on the front portion. The magnetic portion magnetically secures the structure relative to the appliance and inhibits movement of the front portion away from the display surface.
    • 一种显示支持系统,用于从限定磁吸引显示表面,门表面和可磁吸引的上表面的器具支持用于零售显示的产品,并且包括门,其布置成允许通过门表面进入器具的内部。 显示器支撑系统包括附件,包括前部和后部的结构以及磁性部分。 该配件适用于支持产品进行零售显示。 前部适于支撑附件,使得附件从设备的显示表面延伸。 后部刚性地连接到前部并且沿着并且与器具的上表面接合并承载在前部上的向下的负载。 磁性部分相对于器具磁性地固定结构,并且阻止前部远离显示表面的移动。
    • 9. 发明申请
    • Flexible sampling-rate encoder
    • 灵活的采样率编码器
    • US20070025482A1
    • 2007-02-01
    • US11190035
    • 2005-07-26
    • Paul WellsBaptiste Paquier
    • Paul WellsBaptiste Paquier
    • H04L7/00H04B14/04
    • G10L21/04H04L7/0029
    • A method for implementing a flexible sampling-rate encoder, comprising the steps of (A) sampling an input signal at a regular time-interval to produce sampled data, (B) generating a pseudo-random bit sequence having a plurality of bits, wherein each bit corresponds to a different sampling time, (C) encoding a first set of the sampled data to generate an encoded stream when any bit in the pseudo-random bit sequence is equal to a first value, wherein each bit in the encoded stream corresponds to one of the sampling times defined in step (B), and (D) determining the different sampling time for each sample in the encoded stream.
    • 一种用于实现灵活采样率编码器的方法,包括以下步骤:(A)以规则时间间隔采样输入信号以产生采样数据,(B)产生具有多个位的伪随机位序列,其中 每个位对应于不同的采样时间;(C)当伪随机位序列中的任何位等于第一值时对第一组采样数据进行编码以产生编码流,其中编码流中的每个位对应于 到步骤(B)中定义的采样时间之一,(D)确定编码流中每个样本的不同采样时间。