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    • 81. 发明申请
    • HYDRO-POWER MECHANISM
    • 水力发电机构
    • WO2009093256A1
    • 2009-07-30
    • PCT/IN2008/000145
    • 2008-03-13
    • SHAHEEN, Ahmad
    • SHAHEEN, Ahmad
    • F03B9/00
    • F03B7/006Y02E10/223
    • The present invention relates to produce electric power through coming down flowing water either from tributaries or river or canal lake or dam or any other source on the earth surface at any height above the sea level by filling it in the number of running containers (1 ) forming a chain which connect to metallic chain (3) and also connected to main shaft of the present invented turbine coupled with alternator. Furthermore the present invention relates to a kind/type and form of hydro-turbine having number of containers (1 ) connected to a metallic chain (3) coupled with some derives to main shaft thereof. Moreover the concerned mechanism is to convert potential energy possessed in the aforesaid water into kinetic energy by filling the water into containers forming a chain (3) which will be moved downward and the mechanical energy will be converted into electric energy.
    • 本发明涉及通过将运输容器(1)的数量填充在海上通过从支流或河流或运河湖泊或大坝或地球表面上的任何其他源(在海平面以上的任何高度)排出流动水来产生电力, 形成连接到金属链(3)并且还连接到与发电机耦合的本发明涡轮的主轴的链。 此外,本发明涉及一种具有多个与金属链(3)连接的容器(1)的类型/类型和形式,所述金属链(3)与其主轴相耦合。 此外,有关机制是将上述水中所具有的潜在能量转化成动能,将水充入形成将向下运动的链条(3)的容器中,机械能将转化为电能。
    • 83. 发明申请
    • 落下水流利用の発電装置
    • 发电装置利用下降的水流
    • WO2005068831A1
    • 2005-07-28
    • PCT/JP2004/000281
    • 2004-01-16
    • 株式会社竹内製作所竹内 明雄
    • 竹内 明雄
    • F03B9/00
    • F03B7/006F03B1/02Y02E10/223
    •  導入口(12)から筒枠(10)内側に流入した落下水流を、筒枠(10)内側の落下水流の通路に沿って配置されたコンベヤの一方の側の巡回部(22)外側に並ぶ開口部(32)が上方を向く複数のバケット(30)のそれぞれに流入させる。そして、その複数のバケット(30)に流入させた落下水流の運動エネルギ及び位置エネルギを利用して、その複数のバケット(30)が付設されたコンベヤの巡回部(22)を巡回させる。そして、そのコンベヤ(20)の巡回に伴って回転するコンベヤ(20)を支持する回転軸(24)に連結された発電機(40)を回転させて、その発電機(40)から電力を発生させる。
    • 一种利用落水流动的发电装置,其中从入口(12)流入管框架(10)内部的下落水流被允许流入具有向上开口部分的多个铲斗(30) (32),布置成彼此平行,在沿着所述管框架(10)内的下降水流动通道设置的输送机的一侧循环部分(22)的外侧上,所述输送机循环部分(22) 通过利用允许流入多个叶片(30)的下降水流的动能和势能来循环多个叶片(30),以及连接到旋转轴(24)的发生器(40) 支撑根据传送器(20)的循环旋转的输送机(20)被旋转以产生来自发电机(40)的动力。
    • 85. 发明授权
    • Device for obtaining electrical energy from water power
    • 从水力获取电能的装置
    • US09494126B2
    • 2016-11-15
    • US14233493
    • 2012-04-27
    • Felix Widmer
    • Felix Widmer
    • F03B7/00F03B13/00
    • F03B13/00F03B7/006Y02E10/223
    • An installation for generating electrical energy from hydropower includes a drive arrangement that revolves around two deflection units distanced to one another and that can be driven in a revolving direction, with a load section running along a gradient. The drive arrangement includes a plurality of gravitational pressure transmission units that are arranged one after the other in the revolving direction, are distanced to one another and, in each case, include an onflow element. The installation also includes a generator for generating electrical energy from the revolving drive arrangement. The gravitational pressure transmission units include guide elements, and the installation includes at least one guide rail along the load section, in which guide rail guide elements of the gravitational pressure transmission units are displaceable so that the gravitational pressure transmission units, at least in the region of the load section, are guided between the two deflection units.
    • 用于从水电产生电能的装置包括驱动装置,该驱动装置围绕彼此间隔开的两个偏转单元旋转,并且可以沿着一个梯度运行的负载部分沿旋转方向驱动。 驱动装置包括在旋转方向上一个接一个地布置的多个重力压力传递单元,彼此间隔开,并且在每种情况下都包括一个上流元件。 该装置还包括用于从旋转驱动装置产生电能的发生器。 重力压力传递单元包括引导元件,并且该装置包括沿着载荷部分的至少一个导轨,其中重力传输单元的导轨引导元件可位移,使得重力传输单元至少在该区域 在两个偏转单元之间引导。
    • 87. 发明授权
    • Hydro blade turbine system
    • 水轮机系统
    • US09322386B1
    • 2016-04-26
    • US13945956
    • 2013-07-19
    • Jason Kirsch
    • Jason Kirsch
    • F03B9/00F03B7/00F03B11/00
    • F03B11/002F03B7/006F03B17/02F05B2210/401Y02E10/20Y02E10/226
    • A hydro blade turbine system preferably includes a housing, a current divider, a plurality of collapsible pockets, a pair of idler gears, a pair of drive gears, a pair of chains, an idler shaft and a drive shaft. Each one of the plurality of collapsible pockets include a first plate, a second plate, a hinge member, a pocket liner and a bobber. The plurality of collapsible pockets are pivotally engaged with the pair of chains. A first embodiment of the hydro blade turbine is located inside a chamber or a boiler. If a boiler is used, a lower end of the hydro blade turbine is located above a steam generation area of the boiler. A second embodiment of the hydro blade turbine uses ignited natural gas to propel the plurality of collapsible pockets. A third embodiment of the hydro blade turbine uses steam to propel the plurality of collapsible pockets.
    • 液压叶片涡轮机系统优选地包括壳体,分流器,多个可折叠凹部,一对惰轮,一对驱动齿轮,一对链条,惰轮轴和驱动轴。 多个可折叠袋中的每一个包括第一板,第二板,铰链构件,袋衬里和浮子。 多个可折叠袋与所述一对链条枢转地接合。 水力涡轮机的第一实施例位于室或锅炉内。 如果使用锅炉,则水轮机的下端位于锅炉的蒸汽发生区域的上方。 水力涡轮机涡轮机的第二实施例使用点燃的天然气来推进多个可折叠袋。 水轮机涡轮机的第三实施例使用蒸汽来推进多个可折叠袋。
    • 88. 发明申请
    • Energy Storage System
    • 储能系统
    • US20150337810A1
    • 2015-11-26
    • US14282191
    • 2014-05-20
    • Earl Vesely
    • Earl Vesely
    • F03D9/00
    • F03D9/008F03B7/006F03B13/06F03D9/14F03D9/28F05B2260/42Y02E10/72Y02E60/17
    • An energy storage system uses energy produced by a primary energy generation assembly beyond a peak primary use production limit to increase potential energy in a secondary energy generation assembly for later use to supplement energy produced by the primary energy generation assembly during periods of less than peak energy production by the primary energy generation assembly. The system includes a primary energy generation assembly having a peak primary use production limit and a peak total production limit. The peak total production limit is greater than the peak primary use production limit. A secondary energy generation assembly utilizes gravitational transfer of a weighting material from an elevated position to a lowered position to produce electrical energy. The secondary energy generation assembly is selectively actuatable such that energy generated by the secondary energy generation assembly supplements energy produced by the primary energy generation assembly.
    • 能量储存系统使用一次能源发电组件所产生的能量超过主要的初级生产限制,以增加二次能源发电组件中的潜在能量,供以后用于在小于峰值能量的时段内补充一次能源发电组件产生的能源 一次能源生产组装生产。 该系统包括具有峰值主要使用生产限制和峰值总生产限制的一次能量发生组件。 总生产限额高峰高于一次生产使用限额。 二次能量发生组件利用加权材料从升高位置到降低位置的重力传递以产生电能。 次级能量产生组件可选择性地致动,使得由次级能量产生组件产生的能量补充由一次能量产生组件产生的能量。