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    • 11. 发明申请
    • EVERMOBILE GENERATOR OF HYDROELECTRIC POWER, OF ASCENDING - DESCENDING WATER MOTION
    • 水力发电机组的水力发电机组
    • WO2013124696A3
    • 2013-11-21
    • PCT/GR2013000010
    • 2013-02-19
    • POURNARAS LAZAROSPANAGIOTOPOULOS EFTHIMIOS
    • POURNARAS LAZAROSPANAGIOTOPOULOS EFTHIMIOS
    • F03G7/10F03B17/04
    • F03G7/10F03B17/005
    • The Evermobile generator of hydroelectric power of ascending - descending water motion of the same water consists of, as depicted in exhibit A, two water cisterns(1 ), one higher to the other, one central duct with all of its surrounding sides closed(2) through which the water is moving down, one provisional plug(3) at the point of the water exits towards the paddle wheel, in a manner that the water is retained within the duct and does not flow out up to the moment the starting of the unit commences, whereupon, the plug is removed, one paddle wheel(4), one rotary axle(5), two E/P(6)- electric generators on either sides of the paddle wheel, right and left, two pumps(7) and two ducts(8) for the repromotion of the water from the lower cistern to the elevated one. Both for the operation of the unit and for the generation of electric energy, the water required remains the same and is not renewed as it moves through the central descending duct to the other two, by means of which is repromoted to the elevated cistern and the two other cisterns of its collection, rendering thus the water useless which, after falling upon the paddle wheels moves away from the unit lost for good and not returning. The repeated and 'up to- and down fro' use of the same water allows in the first place the operation of the electrogenerating unit anywhere in the world and also its establishment far of rivers and water furrows. Furthermore, it does not emit particles detrimental to the environment or pollutant substances, in this way cancels the injurious effects to the environment and to the planet brought about by pollution stemming from other sources of energy, namely oil, lignite, nuclear materials. The Evermobile generator of hydroelectric power of ascending - descending water motion with the same water highlights as in exhibit B, the possibility of a multifold production of hydroelectric energy through the creation and utilization of three or more cisterns for water collection(l ), one central duct for down - flowing water(2), three 'plugs' or more and, at any rate equal to the number of the water exits to the paddle wheels(3), three or more paddle wheels(4), three or more axles(5), four or more Electrical Parts E/P(6), four pumps for water reversal to the uppermost cistern for water collection(7), four or more ducts of water reversal(8), from each lower cistern of water collection to the uppermost one, in which case, the in-and-out poles of waters exits to ducts are more than two, in which case again, the whole invention - system is characterized as multi-polar and of three water exits, out of which two are positioned on the sides of the trunk of the central duct, while the third one in the lower part of the same duct with the potential of two or more central ducts and as a consequence one way or the other exponential, by analogy technical features of those pertaining to the application, concluding thus in a multifold of electric energy output - depiction of the invention in exhibit A.
    • 如图A所示,Evermobile水电站上升 - 下降水运动发电机由两个蓄水池(1)组成,如图A所示,其中一个蓄水池(1)较高,一个中央管道,其所有周边都关闭(2个 ),水向下移动时,水的一点处的一个临时插塞(3)朝向桨轮离开,其方式为水保留在管道内并且不会流出到开始 (4),一个旋转轴(5),两个E / P(6) - 发电机在桨轮两侧,左侧和右侧,两个泵( 7)和两个管道(8),用于将水从下部水箱重新推到高处。 无论是单元的运行还是电能的产生,所需要的水都保持不变,并且在通过中央下降管道移动到另外两个时不会被更新,借助于这些水被重新推进到升高的水箱和 它的两个其他蓄水池,使水无用,它在落在桨叶上后离开损失良好而不返回的单位。 使用同样的水的重复和“上下”使得首先可以在世界的任何地方运行电生成单元,并且远离河流和水沟。 此外,它不会释放出对环境或污染物质有害的微粒,从而消除了由其他能源造成的污染,即石油,褐煤,核材料对环境和地球造成的有害影响。 Evermobile发电机的水升降水动力与水相同,如图B所示,通过创造和利用三个或三个以上蓄水池(1)可以多次生产水力发电,一个中心 (3),三个或更多的桨轮(4),三个或更多的轴(2),三个“塞子”或更多,并且无论如何等于桨叶轮 (5),四个或更多的电气部件E / P(6),四个泵,用于水倒流到最上面的水箱以用于水收集(7),四个或更多个水逆转管道(8) 到最上面的一个,在这种情况下,出入管道的进出水柱超过两个,在这种情况下,整个发明系统的特点是具有多极和三个出水口, 其中两个位于中央管干的侧面,而硫 在相同管道的下部具有一个可能具有两个或更多个中心管道的结构,并且因此通过与应用有关的技术特征的类比技术特征的一种或另一种指数,得出多倍的电能输出 - 展品A中的发明描述
    • 16. 发明申请
    • SYSTEME DE PRODUCTION D'ENERGIE ELECTRIQUE
    • 生产电能的系统
    • WO2012080624A1
    • 2012-06-21
    • PCT/FR2011/052908
    • 2011-12-08
    • VILLARD, JeanVILLARD, Christine
    • VILLARD, JeanVILLARD, Christine
    • F03B1/00F03B3/00F03B17/00F03B11/00F03B17/04F03B17/06
    • F03B17/04F03B1/00F03B3/00F03B11/002F03B17/00F03B17/005Y02E10/223Y02E10/226Y02E10/28
    • Système de production d'énergie électrique (1) utilisant l'énergie cinétique d'un liquide pour générer de l'électricité, ledit système comportant : - au moins une conduite d'alimentation (4) en liquide et; - un premier module (6) agencé hydrauliquement en amont d'un premier générateur d'électricité (7), caractérisé en ce que ledit premier module (6) comporte : - une première tubulure conique (8) de base (9) fermée et de sommet (10) connecté hydrauliquement audit premier générateur d'électricité (7), ladite première tubulure conique (8) étant agencée coaxialement par rapport à un axe de rotation (11) des parties mobiles en rotation du premier générateur d'électricité (7); - au moins une canalisation (13) connectée à ladite conduite d'alimentation (4); - au moins une buse d'injection (14) du liquide, ladite au moins une buse d'injection (14) étant connectée à la au moins une canalisation (13) et permettant d'injecter dans la première tubulure conique (8) le liquide provenant de la conduite d'alimentation (4), ladite buse d'injection (14) étant agencée au niveau d'une paroi latérale (15) de la première tubulure conique (8).
    • 本发明涉及一种用于利用液体的动能产生电能的系统(1),所述系统具有: - 至少一个液体供应管(4); 以及 - 在第一发电机(7)的液压上游布置的第一模块(6),其特征在于,所述第一模块(6)具有: - 第一锥形管(8),具有封闭的基部(9)和顶部 10),所述第一锥形管(8)与所述第一发电机(7)液压连接,所述第一锥形管(8)与所述第一发电机(7)的旋转部分的旋转轴线(11)同轴布置。 - 连接到所述供应管(4)的至少一条线(13); - 至少一个液体喷射喷嘴(14),所述至少一个喷射喷嘴(14)连接到所述至少一条管线(13)并且使得可以将第一锥形管(8)中的液体 供给管(4),所述注射喷嘴(14)布置在所述第一锥形管(8)的侧壁(15)处。
    • 19. 发明申请
    • AIRLIFT PUMP
    • 航空泵
    • WO2012017243A1
    • 2012-02-09
    • PCT/GB2011/051470
    • 2011-08-03
    • GREEN ENERGY INCORPORATED LIMITEDO'KEEFFE, RobertWILLS, David Stephen
    • O'KEEFFE, RobertWILLS, David Stephen
    • F04F1/18
    • F04F1/18F03B13/06F03B17/005Y02E10/22Y02E60/17
    • A pump comprising: a riser with a lower inlet and an upper outlet and a downpipe with a lower outlet and an upper inlet, wherein the riser is coupled to a buoyant fluid introducing means operable in use to introduce buoyant fluid into working fluid in the riser to thereby cause the working fluid to discharge from the upper outlet of the riser, and then to pass into the upper inlet of the downpipe for delivery to the lower outlet of the downpipe; and characterised in that the lower outlet of the downpipe is in use in contained working fluid connection with the lower inlet of the riser. In this way a relatively high flow rate may be maintained through the riser and downpipe during operation of the pump when buoyant fluid is introduced into the riser.
    • 一种泵,包括:具有下入口和上出口的提升管和具有下出口和上入口的降管,其中所述提升管联接到浮动流体引入装置,所述浮力流体引入装置可用于将浮力流体引入所述提升管中的工作流体 从而使工作流体从提升管的上部出口排出,然后进入下水管的上部入口,以输送到下水管的下部出口; 并且其特征在于,所述下水管的下部出口用于与所述提升管的下部入口相连接的工作流体连接。 以这种方式,当浮力流体被引入提升管时,在泵的操作期间,可以通过上升管和下管维持相对高的流速。
    • 20. 发明申请
    • POWER GENERATOR
    • 发电机
    • WO2011158031A1
    • 2011-12-22
    • PCT/GB2011/051122
    • 2011-06-16
    • WILSON, Ronald, Davenport
    • WILSON, Ronald, Davenport
    • F03D1/00F03D1/04F03D3/04F03D5/00F03B17/00
    • F03D9/25F03B17/005F03D1/00F03D1/02F03D1/04F03D5/00F03D9/11F03D9/28F03D9/34F05B2220/20F05B2240/121F05B2240/124F05B2240/13Y02E10/38Y02E10/70Y02E10/72
    • An apparatus (10) for generating electrical power from wind energy (20) comprising: means (22) for forming at least two discrete jets of air (24) from an oncoming wind (20); a conduit (16); and at least one wind electricity turbine (14) located within the conduit (16), wherein the jets (24) are arranged to enter the interior of the conduit (16) from different directions and to converge towards a point or points (20) located within the conduit (16). The apparatus (10) may additionally comprise an inlet aperture (22), the inlet aperture being adapted to face towards, and to collect a stream of air from, an oncoming wind (20); and a manifold communicating with the inlet aperture (22) and being adapted to split the stream of air into a plurality of discrete jets (24), the manifold comprising a manifold outlet (28) for each jet (24); each manifold outlet (28) communicating with the interior of the conduit (16) and being arranged to cause their respective jets (24) of air to converge towards a point or points (30) located within the conduit (16). A method of generating electricity using the apparatus is also described.
    • 一种用于从风能(20)产生电力的装置(10),包括:用于从迎面而来的风(20)形成至少两个离散的空气射流(24)的装置(22) 导管(16); 以及位于所述导管(16)内的至少一个风力涡轮机(14),其中所述喷射器(24)被布置成从不同方向进入所述导管(16)的内部并且朝向点(20)会聚, 位于导管(16)内。 装置(10)还可以包括入口孔(22),所述入口孔适于朝向并且从迎面而来的风(20)收集空气流。 以及与所述入口孔(22)连通并且适于将空气流分解成多个离散射流(24)的歧管,所述歧管包括用于每个射流(24)的歧管出口(28)。 每个歧管出口(28)与导管(16)的内部连通并被布置成使它们各自的空气射流(24)朝向位于导管(16)内的一个点(30)会聚。 还描述了使用该装置发电的方法。