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    • 1. 发明公开
    • TIDAL BARRAGE
    • US20240093451A1
    • 2024-03-21
    • US18283273
    • 2022-03-23
    • VERDERG LIMITED
    • Peter Roberts
    • E02B9/08E02B7/20E02B7/50F03B13/26
    • E02B9/08E02B7/205E02B7/50F03B13/264F05B2220/706
    • A tidal barrage comprising: a plurality of spaced towers, a plurality of barriers for controlling water flow through the barrage between the towers, and one or more turbine devices, wherein the towers comprise at least first, second and third towers, wherein the first tower is located between the second and third towers and houses one or more of the turbines, wherein one or more first barriers are provided between the first and second towers, and one or more second barriers are provided between the first and third towers, wherein the barriers are configured so that when the one or more first barriers and the one or more second barriers are in a first configuration, a first flow path through the barrage is defined from a first side of the barrage to a second side of the barrage, and when the one or more first barriers and the one or more second barriers are in a second configuration, a second flow path through the barrage is defined from the second side of the barrage to the first side of the barrage, and water flowing through the first and second flow paths flows through the one or more turbines housed in the first tower in the same direction, wherein one or more of the barriers comprises a water impervious flexible membrane, a buoyancy member; and one or more tethers.
    • 2. 发明申请
    • APPARATUS FOR CONVERTING ENERGY FROM WAVE OR CURRENT FLOW USING PIPES ACTING AS VENTURI PUMPS
    • 使用管道作为VENTURI泵将波形转换为能量或电流的装置
    • US20100207393A1
    • 2010-08-19
    • US12375405
    • 2007-06-20
    • Peter Roberts
    • Peter Roberts
    • F03B13/10
    • F03B17/06E02B2017/0091F03B13/10F03B13/22F03B13/264Y02E10/28Y02E10/38
    • Apparatus for generating electricity using tidal, wave or current flow in a body of water, comprising: an arrangement of first (10) and second (11) pipes, each first pipe (10) being provided with a series of holes (12a, 12b, 13a, 13b) spaced along its length, and the first pipes being arranged relative to the second pipes such that a venturi is defined between the walls of adjacent first and second pipes near the holes; a flow conduit having an inlet and an outlet; an impeller located in the flow conduit; and a generator connected to the impeller; wherein water from the body can enter the flow conduit via the inlet, and the first pipes are connected to the outlet of the flow conduit such that flow of water past the arrangement of first (10) and second (11) pipes causes the first pipes (10) to act as venturi pumps inducing flow from the inside of the first pipes through the holes (12, 13) so as to draw water through the flow conduit and drive the impeller.
    • 用于在水体中使用潮汐,波浪或电流流动发电的设备,包括:第一管(10)和第二管(11)的布置,每个第一管(10)设置有一系列孔(12a,12b) ,13a,13b),并且第一管相对于第二管布置,使得文丘里管被限定在靠近孔的相邻的第一和第二管的壁之间; 具有入口和出口的流动管道; 位于流动管道中的叶轮; 和连接到叶轮的发电机; 其中来自所述主体的水可以经由所述入口进入所述流动管道,并且所述第一管道连接到所述流动管道的出口,使得流过所述第一管道(10)和所述第二管道(11)的管道的水流使所述第一管道 (10)用作文丘里泵,其引导从第一管道的内部流过孔(12,13),以便通过流动管道抽取水并驱动叶轮。
    • 4. 发明授权
    • Method and apparatus for installing tidal barrages
    • 安装潮汐坝的方法和装置
    • US08500364B2
    • 2013-08-06
    • US13119409
    • 2009-09-02
    • Peter Miles Roberts
    • Peter Miles Roberts
    • E02B9/08
    • E02B9/08F03B13/264F05B2230/60F05B2240/40Y02A20/12Y02E10/28Y02P70/527
    • A method is provided for installing a barrage across a body of water for generating electricity or current flow, the barrage being formed from a series of modules, each of which comprise a base structure carrying a number of substantially vertical pipe structures in a spaced, side-by-side arrangement, and a deck structure extending across the top of the pipe structures and supported by at least two pipe structures, the method comprising: preparing a series of foundation terraces across the bed of the body of water substantially perpendicular to the direction of flow, each foundation terrace providing a substantially flat base on which the base structure of one or more modules on the terraces side by side such that the base section of each module rests on a terrace and the deck structure of each module is located at substantially the same height as that of its neighboring modules.
    • 提供了一种用于在水体上安装用于产生电流或电流的堰坝的方法,所述堰坝由一系列模块形成,每个模块包括基本结构,所述基座结构在间隔开的一侧承载多个基本垂直的管结构 以及横跨管道结构的顶部延伸并由至少两个管道结构支撑的甲板结构,所述方法包括:准备一系列基本垂直于基本垂直于所述方向的水体床 每个基座露台提供基本上平坦的基部,梯形台上的一个或多个模块的基部结构在该底座上并排设置,使得每个模块的基部支撑在露台上,并且每个模块的甲板结构基本上位于 与其相邻模块的高度相同。
    • 7. 发明申请
    • METHOD AND APPARATUS FOR INSTALLING TIDAL BARRAGES
    • 用于安装尾巴的方法和装置
    • US20110236135A1
    • 2011-09-29
    • US13119409
    • 2009-09-02
    • Peter Miles Roberts
    • Peter Miles Roberts
    • E02B9/08
    • E02B9/08F03B13/264F05B2230/60F05B2240/40Y02A20/12Y02E10/28Y02P70/527
    • A method of and modifies for installing a barrage across a body of water for generating electricity from tidal or current flow, the barrage being formed from a series of modules (12) each of which comprises a base structure (18) carrying a number of substantially vertical pipe structures (22) in a spaced, side-by-side arrangement, and a deck structure (32) extending across the top of the pipe structures and supported by at least two pipe structures, the method comprising: preparing a series of foundation terraces across the bed of the body of water substantially perpendicular to the direction of flow, each foundation terrace providing a substantially flat base on which the base structure of one or more modules can be positioned; and positioning a series of modules on the terraces side by side such that the base section of each module rests on a terrace and the deck structure of each module is located at substantially the same height as that of its neighbouring modules.
    • 一种用于在水体上安装堰坝以产生来自潮汐或电流的电力的方法和修改,堰坝由一系列模块(12)形成,每个模块(12)包括基部结构(18),基部结构(18)承载大量 间隔开的并排布置的垂直管道结构(22)和横跨管道结构的顶部延伸并由至少两个管道结构支撑的甲板结构(32),该方法包括:准备一系列基础 大体上垂直于流动方向穿过水体床的台阶,每个基础平台提供基本上平坦的基部,一个或多个模块的基部结构可以定位在基座上; 并且将一系列模块并排设置在梯田上,使得每个模块的基座部分位于平台上,并且每个模块的甲板结构位于与其相邻模块基本相同的高度处。