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    • 41. 发明公开
    • New configurations for hydraulic machines
    • Neue Konfigurationenfürhydralische Maschinen
    • EP2722520A1
    • 2014-04-23
    • EP12189191.5
    • 2012-10-19
    • Lazzeri, Giuseppe
    • Lazzeri, Giuseppe
    • F03B7/00F03B9/00
    • F03B7/006F05B2240/40Y02E10/223
    • A hydraulic generator for converting falling water into energy, comprising at least one first conveyor member (1) and a second conveyor member (2), wound around a series of wheels or pulleys and each operating in closed circuit and along a certain path with a difference in height, where each of the conveyors comprises a series of containers water (15) and also comprises, along the respective closed path, at least one zone for filling containers with water and a zone in which water is discharged, located at a lower height with respect to the filling zone, and in which said conveyors cooperate so as to actuate at least one user device.
    • 一种用于将落水转化成能量的液压发生器,包括至少一个第一输送机构件(1)和第二输送机构件(2),该第一输送机构件(1)和第二输送机构件(2)绕在一系列的轮子或滑轮上,并且每个在闭合回路中沿着一定的路径操作, 高度差异,其中每个输送机包括一系列容器水(15),并且还沿着相应的封闭路径包括至少一个用于填充容器的水区域和排出水的区域,位于下部 相对于填充区域的高度,并且其中所述输送机协作以便致动至少一个用户装置。
    • 42. 发明公开
    • Water wheel
    • Wasserrad
    • EP1980745A1
    • 2008-10-15
    • EP08002906.9
    • 2008-02-16
    • Hussein Ibrahim, Ibrahim
    • Hussein Ibrahim, Ibrahim
    • F03B9/00
    • F03B7/006Y02E10/223
    • The invention relates to a hydroelectric power plant, comprising:
      (a) a chain system (12) having
      - at least a first chain (22.1),
      - a second chain (22.2), and
      - at least two wheels engaged with the first chain (22.1) and the second chain (22.2),

      (b) a plurality of water containers (14) attached to the chain system (12),
      (c) a water outlet opening (16) arranged for allowing water (20) to fill the water containers (14), so that the water containers (14) cause the chains to move in a working direction (D work ) and to turn the at least two wheels in a turning direction.
      According to the invention, the hydroelectric power plant comprises a closed lead (44) cooperating with rollers that abut and/or encompass the lead (44).
    • 本发明涉及一种水电站,包括:(a)链系统(12),其具有至少第一链(22.1), - 第二链(22.2),以及 - 与所述第一链接合的至少两个轮 (22.1)和第二链条(22.2),(b)附接到链条系统(12)的多个水容器(14),(c)布置成允许水(20)填充的出水口 水容器(14),使得水容器(14)使链条沿工作方向(D工作)移动并使转动方向上的至少两个车轮转动。 根据本发明,水力发电设备包括一个密封的引线(44),其与与该引线(44)接触和/或包围的滚子配合。
    • 43. 发明公开
    • Verfahren und Einrichtung zur Kraftgewinnung
    • EP1130255A1
    • 2001-09-05
    • EP00811002.5
    • 2000-10-27
    • Epprecht, Urs
    • Epprecht, Urs
    • F03B9/00F03D5/02F03D9/00
    • F03D9/255F03B7/006F03D5/02F03D9/00Y02E10/223Y02E10/70Y02E10/725
    • Das ganze Gerät besteht zur Hauptsache aus einem Endlos-Strang (1) der senkrecht über zwei Rollen (2) und (3) gespannt ist. Auf diesem Endlos-Strang sind Wasserbecher (6) angeordnet, und je auf einem Teilbereich Zusatzgewichte (7), respektive Magnete (8). Zudem sind auf dem Chassis Spulen (9) angebracht. Auf der oberen Achse (4) ist eine grössere Rolle (10) angebracht, über die ein weiterer Endlos-Strang (12) der mit Windbechern (13) bestückt ist gespannt. Dieser Windantrieb dient hier lediglich zur Unterstützung des Wasserantriebs.
      Wird nun Wasser in die Wasserbecher (6) eingefüllt, werden auf der gegenüberliegenden Seite die Zusatzgewichte (7) hochgezogen bis sie über die obere Rolle (2) gezogen werden. Nun werden die Zusatzgewichte (7) durch ihre Schwerkraft zum Antrieb. Zudem werden nun auch die Magnete (8) an den Spulen (9) vorbeigeführt, wodurch der Generator in Funktion tritt. Sind die Zusatzgewichte (7) wieder am untersten Teil angelangt, ist auch der letzte Magnet (8) an den Spulen (9) vorbei, der Generator wird dadurch inaktiviert, und der ganze Vorgang beginnt nun von neuem.
    • 该方法涉及使用垂直环形带(1)。 选择一个或多个驱动器为皮带提供动力。 驱动器可以是带有安装在皮带上的水杯(6)的水驱动装置,具有固定到皮带上的捕风杯(13)或附加重物(7)的风力驱动器。 包括用于实现该方法的设备的独立声明。
    • 44. 发明公开
    • INSTALLATION POUR PRODUIRE DE L'ÉLECTRICITÉ
    • 安装发电
    • EP3276159A1
    • 2018-01-31
    • EP17183635.6
    • 2017-07-27
    • Cariou, Alain
    • CARIOU, AlainCARIOU, JosephCARIOU, CédricCARIOU, KévinCARIOU, Loïc
    • F03B9/00F03B7/00F03B13/08F03B17/00
    • F03B9/005F03B7/006F03B13/08F03B17/005Y02E10/22Y02E10/223Y02E60/17
    • L'invention concerne une installation pour produire de l'électricité en utilisant une pression hydraulique en utilisant l'eau disponible dans des vallées et des montagnes, ladite installation comprenant un système primaire (20) hydraulique ayant des moyens réservoirs (21) pour capter de l'eau en haute altitude, et des moyens de conduite forcée (22) pour transporter cette eau captée à des centaines de mètres plus bas sous très haute pression. Elle comprend : un système primaire (20), un système secondaire (56) et un élément rotatif (55). L'installation comprend une pluralité d'augets (54) fixés à l'élément rotatif (55), une réserve (47) d'un fluide, l'action du vérin hydraulique (33) étant capable de récupérer le fluide de la réserve, et de pomper (45) ce fluide tout en haut du pylône (46) d'où il est capable de se déverser dans les augets (54) de l'élément rotatif (55), ce qui entraîne un mouvement de rotation de l'élément rotatif (55) autour des pignons (53), un alternateur associé à un pignon (53) de l'élément rotatif (55), ledit alternateur étant capable de déclencher la production d'énergie électrique par le mouvement de rotation de l'élément rotatif (55).
    • 本发明涉及一种使用液压利用谷和山中可用的水来产生电力的设备,所述设备包括具有液压储存装置(21)的主系统(20),所述液压储存装置(21)用于感测 高海拔的水以及强迫管道装置(22),用于在非常高的压力下将捕获的水捕获数百米。 它包括:主系统(20),副系统(56)和旋转元件(55)。 该装置包括固定到旋转元件(55)的多个桶(54),流体储备(47),液压缸(33)的动作能够从储备中回收流体 和泵送(45)在塔(46),其中它是能够流动到旋转元件(55),这会导致的旋转运动的桶(54)的顶部的流体 旋转构件(55)围绕所述链轮(53),与所述旋转元件(55)的小齿轮(53)相关联的交流发电机,所述发电机能够通过的旋转运动触发电力生产的 旋转元件(55)。
    • 46. 发明公开
    • BOTTOMLESS CUP TYPE WATER POWER CONVERSION DEVICE USING FLOWING WATER ENERGY
    • 地面地段银联像水电力变换装置中使用能量活水
    • EP2921693A4
    • 2017-02-22
    • EP13849797
    • 2013-10-22
    • SHIMIZU TADAO
    • SHIMIZU TADAO
    • F03B9/00F03B7/00F03B17/06
    • F03B7/003F03B7/006F03B17/065F03B17/066F05B2240/121F05B2240/97Y02E10/28Y02E10/38
    • To provide a water power conversion device which enables low cost, no pollution, and large-capacity power generation by solving the disadvantages of a lift type using a drag type waterwheel. [Solution] The present invention is an underwater waterwheel, the waterwheel being a rotary waterwheel that rotates about a rotating shaft or an endless chain waterwheel in which a continuous belt is stretched between a pair of escape wheels, and the present invention is characterized in that a bottomless cup is pivotally fitted by a pivot on an outer wheel of the rotary waterwheel or on the continuous belt of the endless chain waterwheel so as to be able to stand up or lie down, in the state where the outer wheel or the continuous belt advances in the same direction as the direction of flowing water, the bottomless cup goes into a standing state, the bottom of the cup is closed by a bottom plate provided on the outer wheel or the continuous belt, and the cup functions as a water-receiving cup having high flowing water resistance, in the state where the outer wheel or the continuous belt advances in the reverse direction to the direction of flowing water, the bottomless cup goes into a lying down state, the bottom of the cup goes into an open state, thereby flowing water resistance becomes lower, the bottomless cup rotates or circulates by the resistance difference between both the states, and by providing a water-blocking plate on the upstream side on which the bottomless cup goes into the lying down state, a stagnant water area is formed in the reverse advance path to cause centrifugal force to act on the bottomless cup and turn the bottomless cup from the lying down state to the standing state.
    • 提供一种水力转化装置,其通过使用拖放型水车解决的升降型的缺点使成本低,不污染环境,和大容量的发电。 [解决方法]本发明是一种水下水车,水车是一个旋转的水车并绕旋转轴或环形链水车在其中的连续带在一对擒纵轮之间拉伸,并且本发明的旋转的特征是DASS 底的杯被枢转地由水车到旋转水车或在环形链上的连续带外轮枢轴装配成能够站立或躺下,在的状态下外轮或连续带 在相同的方向流水的方向前进时,无底的杯进入一个直立状态时,杯的底部被设置在外轮或连续带的底板,和杯用作水关闭 接收杯具有高流动的耐水性,在的状态下外轮或以相反的方向流动,以水的方向连续带的进步,无底杯进入一个 躺着状态下,杯的底部进入打开状态,从而流水阻力变低,无底杯旋转或通过这两种状态之间的电阻差循环,并通过在上游侧提供阻水板 这无底杯进入平躺状态下,积水面积在反向前进的道路形成引起的离心力作用于无底杯和从平躺状态变成无底杯站立状态。
    • 47. 发明公开
    • VORRICHTUNG ZUR GEWINNUNG VON ELEKTRISCHER ENERGIE AUS WASSERKRAFT
    • 设备用于获得电能来自水力发电
    • EP2734726A1
    • 2014-05-28
    • EP12720077.2
    • 2012-04-27
    • WRH Walter Reist Holding AG
    • WIDMER, Felix
    • F03B7/00
    • F03B13/00F03B7/006Y02E10/223
    • The invention relates to a system (1) for obtaining electrical energy from water power. The system (1) contains a drive arrangement (2) circulating around two deflection members (5, 6) that are spaced apart from one another, said drive arrangement being driveable by water power in a circulation direction (R), with a load section (4) running along a gradient. The drive arrangement (2) comprises a plurality of gravitational pressure transmission units (32) arranged one after another in the circulation direction (R) and spaced apart from one another, each with a flow impingement member (8). The system (1) further comprises a generator (10) for obtaining electrical energy from the circulating drive arrangement (2). The invention is characterised in that the gravitational pressure transmission units (32) comprise guide elements (15) and the system (1) contains at least one guide rail (19) along the load section (4), guide elements (15) of the gravitational pressure transmission units (32) being movably arranged in said guide rail in such a manner that the gravitational pressure transmission units (32) are positively guided at least in the load section (4) area between the deflection members (5, 6).
    • 49. 发明公开
    • POWER GENERATION DEVICE UTILIZING FALLING WATER FLOW
    • FALLWASSERSTRÖMUNGVERWENDENDE ENERGIEERZEUGUNGSVORRICHTUNG
    • EP1630414A1
    • 2006-03-01
    • EP04702799.0
    • 2004-01-16
    • Takeuchi MFG.Co.,Ltd.
    • TAKEUCHI, Akio, 9637, Oaza-Sakaki
    • F03B9/00F03B1/02
    • F03B7/006F03B1/02Y02E10/223
    • Falling water flow entering from an introduction port (12) into the inside of a cylindrical frame (10) is introduced into each of a plurality of buckets (30), the openings (32) of which face in the upward direction, lined up on an outer surface of one side of a circulating portion (22) of a conveyor disposed inside the cylindrical frame (10) along a passage through which the falling water flow passes. Then, the circulating portion (22) of the conveyor on which the buckets (30) are provided is circulated by kinetic energy and potential energy of the falling water flow introduced into the buckets (30). As a result, a generator (40) connected to a rotary shaft (24) which circulatably supports the conveyer (20) and rotates with the circulation of the conveyer (20) is revolved, thereby generating electric power.
    • 从引入口(12)进入圆柱形框架(10)内部的下降的水流被引入到多个桶(30)中的每一个中,其开口(32)面向上方,排列在 传送器的循环部分(22)的一侧的外表面沿着下降的水流通过的通道设置在圆柱形框架(10)的内部。 然后,其上设置有桶(30)的输送机的循环部分(22)通过引入桶(30)的下降水流的动能和势能循环。 结果,连接到旋转轴(24)的发电机(40)旋转地支撑输送机(20)并与输送机(20)的循环一起旋转,从而产生电力。
    • 50. 发明申请
    • HYDROELECTRIC POWER PLANT
    • 水力发电厂
    • WO2017103327A1
    • 2017-06-22
    • PCT/FI2016/050868
    • 2016-12-13
    • O. TIMONIEMI OY
    • TIMONIEMI, Olavi
    • F03B7/00F03B9/00E02B9/00
    • E02B9/00F03B7/006F05B2260/4031Y02E10/22Y02E10/223
    • In the hydroelectric power plant (4) of the invention, water is led from a natural waterway (200) to the hydroelectric power plant (4) via a supply pipe (3), the hydroelectric power plant (4) being located by the difference in height lower, compared to the waterway (200). The hydrostatic pressure difference caused by the difference in height h makes the water flow from the waterway (200) along the supply pipe (3) to the hydroelectric power plant (4). The hydroelectric power plant (4) includes a watermill (5), rotating an electric generator (6). The watermill is made to rotate by filling the trough of the watermill with water in the upper part of the watermill and by discharging the water in the lower part of the watermill. In the watermill (5) of the invention, stresses caused by the rotational movement are reduced with a special gearwheel arrangement.
    • 在本发明的水力发电站(4)中,水通过供水管(3)从天然水路(200)引入水力发电站(4),水力发电站 (4)与水路(200)相比位于高度差较低处。 由高度差h引起的静水压力差使得水从沿着供水管道3的水路200流向水力发电站4。 水力发电站(4)包括旋转发电机(6)的水车(5)。 通过在水车的上部用水填充水车的槽并通过在水车的下部排出水来使水车旋转。 在本发明的水车(5)中,通过特殊的齿轮装置减少了由旋转运动引起的应力。