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    • 7. 发明申请
    • Wave Energy Machine
    • 波能机
    • US20150192102A1
    • 2015-07-09
    • US14423241
    • 2012-01-16
    • Roderick Charles Tasman Rainey
    • Roderick Charles Tasman Rainey
    • F03B13/18F03B13/14
    • F03B13/188F03B13/148F03B13/22F03B13/24F05B2250/611Y02E10/38
    • This invention relates to a device and method for extracting energy from surface waves in a body of water, for example, the sea. A wave energy device (1) for extracting energy from surface waves in a body of water 10, comprises an elongate and flexible tubular body (2) having an outer wall (4) and within the outer wall a channel (6) that extends along the length of the tubular body (2). The device also comprises means for positioning the tubular body in a body of water so that, in use, the elongate body (2) extends along the water surface (15) in the direction of surface waves with water contained within the channel being driven to form a series of bulge waves that travel along the length of the channel as the tubular body flexibly follows the movement of the waves. The device further comprises energy harnessing means (40) for providing useful power. The tubular body (2) has within the outer wall (4) a plurality of deformable chambers (16) that are provided along length of the tubular body. The chambers each hold a fluid (28″) and are separated from the channel (6) by a movable inner wall, the inner wall (18) being relatively more distensible than the outer wall so as that as the bulge wave travels along the length of the channel the volume of each chamber is alternately compressed and expanded by the passage of the bulge wave. The energy harnessing means are driven by the flow of fluid from said chambers to provide power as the volume of the chambers is alternately compressed and expanded.
    • 本发明涉及一种用于从诸如海洋的水体中的表面波提取能量的装置和方法。 用于从水体10中的表面波提取能量的波能装置(1)包括具有外壁(4)的细长且柔性的管状体(2),并且在所述外壁内具有沿着所述外壁延伸的通道(6) 管状体(2)的长度。 该装置还包括用于将管状体定位在水体中的装置,使得在使用中,细长体(2)沿表面波的方向沿着水面(15)延伸,水被包含在通道内的水被驱动到 形成沿着通道的长度行进的一系列凸起波浪,因为管状体柔性地跟随波浪的移动。 该装置还包括用于提供有用功率的能量调节装置(40)。 管状体(2)在外壁(4)内具有沿管状体的长度设置的多个可变形腔(16)。 这些室各自容纳流体(28“),并且通过可移动的内壁与通道(6)分离,内壁(18)比外壁相对更加伸展,使得当凸起波沿着长度方向行进时 的通道,每个腔室的体积被凸起波的通过交替地压缩和膨胀。 当腔室的体积被交替地压缩和膨胀时,能量利用装置由来自所述室的流体的流动驱动以提供动力。
    • 10. 发明授权
    • Mooring
    • 停泊
    • US07976245B2
    • 2011-07-12
    • US12063399
    • 2006-08-11
    • Timothy Donegal Finnigan
    • Timothy Donegal Finnigan
    • E02D5/74
    • F03B13/148B63B21/26F05B2210/16F05B2240/97Y02E10/38
    • A mooring (10) for connecting an ocean energy capturing device (51) to a seabed (16) is disclosed. The mooring (10) comprises a base (12) adapted for connection to the ocean energy capturing device (51). A plurality of anchor bolts (18) are each connected at a first end to the base (12) and have a second end adapted to be embedded in the seabed (16) for attaching the base (12) to the seabed (16). A method of securing the ocean energy capturing device (51) to the seabed (16) is also disclosed. The method involves passing a tensile transmission line (46) through a guide opening (44) in the base (12) and drawing the tensile transmission line (46) through the guide opening (44) to drag the ocean energy capturing device (51) toward the base (51).
    • 公开了一种用于将海洋能量捕获装置(51)连接到海底(16)的系泊(10)。 系泊(10)包括适于连接到海洋能量捕获装置(51)的底座(12)。 多个地脚螺栓(18)各自在第一端连接到基座(12),并且具有适于嵌入海底(16)中的第二端,用于将基座(12)附接到海底(16)。 还公开了一种将海洋能量捕获装置(51)固定到海底(16)的方法。 所述方法包括使拉伸传输线(46)穿过基座(12)中的引导开口(44)并且通过引导开口(44)拉伸拉伸传输线(46)以拖动海洋能量捕获装置(51) 朝向基座(51)。