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    • 1. 发明授权
    • Hydro torque electric generator
    • 液压扭矩发电机
    • US08678744B2
    • 2014-03-25
    • US12459972
    • 2009-07-10
    • Eugene George Seymour
    • Eugene George Seymour
    • F03B13/12
    • F03B17/063F05B2260/4031Y02E10/28
    • An apparatus that is mounted above a water current flow for generating electricity. The apparatus is oriented perpendicular to the direction of the water current flow with paddles protruding from a shaft into the water causing the shaft to rotate. Component parts mounted on three parallel shafts inter connected by gears transfer the rotational motion energy through the apparatus amplifying the velocity and storing torque in a flywheel. Each shaft has a disconnect mechanism to transfer the motion from the shaft outer end to the inner end allowing for a specific installation method that moves the motion from the point of contact with the water current flow through the apparatus to an electric generator, generating electricity.
    • 一种安装在用于发电的水流流动的装置。 该设备垂直于水流流动的方向定向,其中桨从轴突入水中导致轴旋转。 安装在通过齿轮相互连接的三个平行轴上的组件部分将旋转运动能量传递通过放大速度并将扭矩存储在飞轮中的装置。 每个轴具有一个分离机构,用于将运动从轴外端传递到内端,从而允许将运动从与通过装置的水流接触的点移动到发电机的特定安装方法,发电。
    • 2. 发明申请
    • Hydro torque electric generator
    • 液压扭矩发电机
    • US20110006533A1
    • 2011-01-13
    • US12459972
    • 2009-07-10
    • Eugene George Seymour
    • Eugene George Seymour
    • F03B13/00
    • F03B17/063F05B2260/4031Y02E10/28
    • The Hydro Torque Electric Generator produces electricity from flowing water. The devise has a drive shaft with paddles on the outer end which enter the flowing water causing the shaft to turn. This rotating motion is then transferred from the drive shaft to a flywheel shaft turning a large heavy flywheel on the shaft inner end. The flywheel then turns a power take off shaft connected to an electric generator producing electricity.This unique system uses three parallel shafts with connecting interlocking gears and disconnecting points on each shaft consisting of clutches and a transmission. To stored torque generated from the drive shaft a large heavy flywheel is used, which amplifies the rotational velocity.Once placed in flowing water, the devise generates electricity with an unique motion transfer system converting the linear motion of the flowing water to rotational motion in a manner that amplifies torque and velocity.
    • 水力发电机由水力发电。 该设备具有驱动轴,外端具有桨叶,其进入流动的水,导致轴转动。 然后将该旋转运动从驱动轴传递到飞轮轴,从而在轴内端转动大型重型飞轮。 然后,飞轮转动连接到发电机的发电机的动力输出轴。 这种独特的系统使用三个平行轴,连接互锁齿轮和每个轴上的断路点,由离合器和变速箱组成。 为了存储从驱动轴产生的扭矩,使用大的重飞轮,其放大旋转速度。 一旦放置在流动的水中,设备用独特的运动传递系统产生电力,将流动的水的线性运动以放大扭矩和速度的方式转换为旋转运动。
    • 3. 发明授权
    • Digital subscriber line network deployment method
    • 数字用户线网络部署方式
    • US07082401B2
    • 2006-07-25
    • US09816035
    • 2001-03-23
    • Clifford Allen BehrensTamra CarpenterMartin EigerHanan LussGeorge SeymourPaul Seymour
    • Clifford Allen BehrensTamra CarpenterMartin EigerHanan LussGeorge SeymourPaul Seymour
    • H04M3/42G06F17/60
    • H04Q3/0083G06Q10/06315G06Q30/0202G06Q30/0204
    • A method for placing equipment in a network begins with a baseline network on which demographic data is analyzed statistically to produce a demographically-driven driven demand forecast model. The demand forecast model yields a predicted demand for each census block group. This can be visualized as one map layer with a GIS. The layout method takes the predicted demands as input and produces new attribute information for network nodes, the central office and cross-connects. By the layout method the cost of placing equipment at available placement sites or nodes is minimized based on various constraints, e.g., the capacity of the equipment to be placed, the distance a user is located from a potential node. Once the minimum cost for a given set of placement sites, subscribers, equipment capacity, and other known constraints is determined the equipment are then placed at these sites. These include the number and type of DSLAMs assigned to each node. These can be visualized with the GIS by clicking-on a node to expose the equipment deployed there.
    • 将设备放置在网络中的方法是从基线网络开始,统计分析人口统计数据,以产生人口统计驱动的需求预测模型。 需求预测模型产生了每个人口普查块组的预测需求。 这可以被视为一个具有GIS的地图层。 布局方法将预测需求作为输入,为网络节点,中心局和交叉连接产生新的属性信息。 通过布局方法,基于各种约束(例如,要放置的设备的容量,用户位于潜在节点的距离),将设备放置在可用放置位置或节点处的成本最小化。 一旦给定的一组放置位置,订户,设备容量和其他已知约束的最小成本被确定,则将设备放置在这些位置。 这些包括分配给每个节点的DSLAM的数量和类型。 这些可以通过点击一个节点来显露部署在那里的设备,用GIS进行可视化。