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    • 1. 发明申请
    • TRANSPORTER AND FISH LOCK
    • 运输和鱼锁
    • WO2015026289A1
    • 2015-02-26
    • PCT/SE2014/050963
    • 2014-08-25
    • FJÄLLING, Arne
    • FJÄLLING, Arne
    • E02B8/08F03B3/10F03B7/00F04D3/02B65G33/18
    • F03B7/00E02B1/006E02B8/085F03B3/103F04D3/02F05B2240/243Y02A40/60Y02E10/223
    • A transporter and fish lock comprising an upper inlet (5) and an upper outlet (9) adapted to be provided in flow communication with an upper volume of water, as well as a lower outlet (6) and a lower inlet (8) adapted to be arranged in flow communication with a lower volume of water. The upper inlet and the lower outlet communicate via a downstream passage (2) having a first effective through-flow area, and the lower inlet and the upper outlet communicate via an upstream passage (3) having a second effective through-flow area. The downstream passage comprises a first helical rotor (10) having a thread-direction that by a flow directed down-streams causes the first rotor to rotate around its axis. The upstream passage comprises a second helical rotor (14), wherein the rotors are mutually connected such that the first rotor drives the second rotor in rotation around its axis, and the second rotor (14) has a thread-direction that at said rotation generates a flow directed up-streams.
    • 一种运送器和鱼锁,包括适于与上部容积的水流动连通的上部入口(5)和上部出口(9),以及下部出口(6)和下部入口(8),适于 被布置成与较低体积的水流动连通。 上部入口和下部出口通过具有第一有效通流区域的下游通道(2)连通,并且下部入口和上部出口经由具有第二有效通流区域的上游通道(3)连通。 下游通道包括具有螺纹方向的第一螺旋转子(10),所述第一螺旋转子通过向下流动的流引导第一转子绕其轴线旋转。 上游通道包括第二螺旋转子(14),其中转子相互连接,使得第一转子围绕其轴线旋转驱动第二转子,并且第二转子(14)具有在所述旋转产生的螺纹方向 流向上流。
    • 2. 发明申请
    • MEHRSCHACHTANLAGEN UND VERBINDUNGSGERINNE
    • 更多BAY投资和VERBINDUNGSGERINNE
    • WO2014060102A1
    • 2014-04-24
    • PCT/EP2013/003119
    • 2013-10-17
    • TECHNISCHE UNIVERSITÄT MÜNCHEN
    • SEPP, AlbertRUTSCHMANN, PeterHORNBACH, Maria
    • E02B8/08E02B9/00F03B13/08
    • F03B13/08E02B8/085E02B9/06F03B13/10Y02A40/60Y02E10/22
    • Die Erfindung betrifft ein Schachtkraftwerk (1) zur Stromerzeugung durch Energieumwandlung eines Abflusses zwischen Oberwasser (2) und Unterwasser (3) in einem Fluss, umfassend zumindest zwei Kraftwerksmodule (6) mit jeweils einem vertikalen, nach oben offenen Schacht (23), dessen Schachtkrone eine im Wesentlichen sohlparallele Einlaufebene (16) bildet, welche unterhalb des Wasserstandes (21) des Oberwassers (2) verläuft, und einer im Schacht (23) angeordneten Turbinen-Generatoreinheit (27), und ein ökologisches Verbindungsgerinne (8), vorzugsweise zwischen den beiden Kraftwerksmodulen (6), wobei das Verbindungsgerinne (8) als Abfluss vom Oberwasser (2) ins Unterwasser (3) ohne eine Stromerzeugung durch Energieumwandlung ausgebildet ist.
    • 本发明涉及一种轴发电厂(1)通过上用水(2)之间的流出的功率转换发电水下(3)在河道,包括至少两个电源模块(6)的每一个都具有垂直的,向上开口的槽(23),其轴冠 基本上sohlparallele入口平面(16),其下方延伸的上用水(2)的水位(21),并且在所述轴(23),其布置涡轮 - 发电机单元(27),和生态Verbindungsgerinne(8)之间,优选的 二电厂模块(6),其中,所述Verbindungsgerinne(8)是通过能量转换设计为从顶部(2)的漏极水至水下(3)不具有发电。
    • 3. 发明申请
    • APPARATUS FOR REDUCED FLUID-FLOW FISH PASSAGE
    • 用于减少流体流动鱼的手段
    • WO2013166017A1
    • 2013-11-07
    • PCT/US2013/038871
    • 2013-04-30
    • NEUFELD, Norman
    • NEUFELD, Norman
    • E02B8/08
    • E02B8/085Y02A40/60
    • The present invention teaches a fish passage unit for providing a reduced flow rate of water having a chain drive system that is powered by the flow of water in the stream or river in which the unit is placed. In some embodiments, the chain drive system may be driven by the rotation of a waterwheel that is rotated by water from the stream flowing against the waterwheel. The chain drive system includes one or more catches that periodically contact a physical projection attached to each of the gates of the fish passage unit, thereby alternately and sequentially opening and closing the gates of the fish passage unit in order to control the flow of water through a passageway of the unit.
    • 本发明教导了一种鱼道通道单元,用于提供具有链驱动系统的降低流量的水,该链驱动系统由放置该单元的河流或河流中的水流动。 在一些实施例中,链驱动系统可以由水轮的旋转驱动,水轮从水流旋转,水流从水轮流动。 链条驱动系统包括一个或多个捕捉器,其周期性地接触附接到鱼道单元的每个闸门的物理突起,从而交替地并且顺序地打开和关闭鱼道单元的闸门,以便控制水流通过 一个通道的单位。
    • 6. 发明申请
    • HYDRAULIC DAM
    • 液压大坝
    • WO2005005733A2
    • 2005-01-20
    • PCT/FR2004001643
    • 2004-06-28
    • FONFREDE MICHELFONFREDE CHRISTOPHEFONFREDE STEPHANE
    • FONFREDE MICHELFONFREDE CHRISTOPHEFONFREDE STEPHANE
    • E02B8/08E02B
    • E02B8/085Y02A40/60
    • The invention relates to a water-permeable dam which can be used to control a permanent flow of water and the water flow velocity. The inventive device comprises adjacent water-filled (2) shafts which are hydraulically-interconnected by means of holes (4) in order to equalise and control pressure. According to the invention, the aforementioned shafts are provided with decreasing heights such as to ensure a permanent flow from one shaft to another. Moreover, the flow channels(4) decrease from upstream down in order to maintain an overflow effect from one shaft (2) to another at the upper part (6) thereof, such that the upstream flow at the channel (4) is always greater than the downstream flow. The device can be used to produce water dams of all types and heights, while maintaining a controlled flow in terms of quantity and velocity. In addition, fish can move naturally in the tranquil stream of the current from upstream down and vice versa, thereby enabling the downstream and upstream migration of all types of fish.
    • 本发明涉及一种可用于控制永久性水流和水流速度的透水坝。 本发明的装置包括相邻的充水(2)轴,其通过孔(4)液压地互连,以便均衡和控制压力。 根据本发明,上述轴设置有降低的高度,以确保从一个轴到另一个轴的永久流动。 此外,流道(4)从上游向下减小,以便在其上部(6)处保持从一个轴(2)到另一个轴(2)的溢流效应,使得在通道(4)处的上游流总是更大 比下游流量。 该设备可用于生产所有类型和高度的水坝,同时在数量和速度方面保持受控的流量。 此外,鱼类可以在上游的宁静流中自然移动,反之亦然,从而使所有类型鱼类的下游和上游迁移。
    • 7. 发明申请
    • FISH-PASSING FACILITY
    • 鱼类通风设施
    • WO2004083530A1
    • 2004-09-30
    • PCT/UA2004/000008
    • 2004-02-17
    • E02B8/08
    • E02B8/085Y02A40/60
    • The inventive fish-passing facility comprises blocks which are arranged across a stream, offset with respect to each other along said stream and form side holes in fish channels by the side faces thereof. Fish-resting chambers disposed across the stream and connected to each other are arranged in a stepped manner before and below said channels between the next blocks of the facility and submerged above the bottoms thereof at the same level as the level of side holes between the next blocks. Said facility is embodied in such a way that it is possible to arrange the fish pass channels and the fish-resting chambers in a staggered order.
    • 本发明的鱼道设施包括跨越流布置的块,其沿着所述流相对于彼此偏移并且通过其侧面形成鱼通道中的侧孔。 设置在河流之间并相互连接的鱼休息室在设备的下一个块之间和之下的通道之前和之后以阶梯式布置,并且浸没在其底部之上,与下一个侧面孔之间的水平相同 块。 所述设备以如下方式实现:可以以交错的顺序排列鱼道通道和鱼类休息室。
    • 8. 发明申请
    • FISHWAY SYSTEM
    • 鱼道系统
    • WO98058130A1
    • 1998-12-23
    • PCT/FI1998/000506
    • 1998-06-12
    • E02B8/08
    • E02B8/085Y02A40/60
    • A fishway system includes a lock-type fishway (4, 8, 9) and in parallel relationship thereto a pipe or equivalent (20, 24, 25) and therein a turbine (23) for conducting the luring water therethrough and for recovering energy from the luring water. The pipe or equivalent (20, 24, 25) with the turbine (23) is between the upper water (1) and the first part (9) of the fishway, from which there is a connection (15, 12, 16, 17; 26, 16, 17) to the tail-water (2). The invention improves remarkably the economy of the fishway, because the water discharge needed for luring fish produces continuously energy.
    • 鱼道系统包括锁式鱼道(4,8,9),并且与管或等效物(20,24,25)平行地关系,并且其中具有用于将引诱水引导通过的涡轮机(23),并用于从 诱人的水。 具有涡轮机(23)的管道或等同物(20,24,25)位于鱼道的上部水(1)和第一部分(9)之间,其中有一个连接(15,12,16,17 ; 26,16,17)到尾水(2)。 本发明显着改善了鱼道的经济性,因为诱捕鱼所需的排水量持续增加。
    • 10. 发明申请
    • A COMPONENT OF AN ELECTRIC BARRIER, AN ELECTRIC BARRIER SYSTEM FOR ANIMALS IN THE WATER ENVIRONMENT AND A SYSTEM FOR CONTROLLING THE MOVEMENT OF ANIMALS IN THE WATER ENVIRONMENT
    • 电气障碍物的组成部分,用于水环境中的动物的电障碍系统和用于控制水环境中的动物的运动的系统
    • WO2015159267A2
    • 2015-10-22
    • PCT/IB2015/052817
    • 2015-04-17
    • ANIMALS WAY SPOLKA AKCYJNA
    • SAMOCIAK, Przemyslaw
    • A01K75/02
    • A01K79/02E02B1/003E02B1/006E02B8/085Y02A40/60
    • A component of an electric barrier, an electric barrier system for animals in the water environment, a system and a method for controlling the movement of animals in the water environment, applicable as a protective barrier in the bodies of water in places dangerous for animal life, e.g. at the inlet to the power plant turbines, water intakes, and in places where a particular path of movement of animals is preferred, e.g. in the direction of the entrance of the fish pass. A component of an electric barrier (4) in the form of a vertical element (7) floating in the water consisting of at least one buoyancy element (9) and at least one electrode element (10) supplied by a power supply cable (16), is characterized in that at least one buoyancy element (9), and at least one electrode element (10) are slidably mounted to the support cable (14), extended by a service cable attached to it on the top, wherein in its submerged position, the uppermost buoyancy element (9) is locked to the support cable (14) with locking means (8), wherein the power supply cable (16) supplying at least the lowermost part of the electrode element (10) has a redundant section (18). Moreover the system for controlling the movement of animals in the water environment is characterized in that between said behavioural barrier (4) components and a natural backwater or an artificial object limiting the T area of the aquatic environment there is at least one source (22) of mechanical and/or light wave.
    • 电气屏障的组成部分,水环境中动物的电气屏障系统,控制水环境中动物运动的系统和方法,适用于动物生命危险场所的水体中的保护屏障 ,例如 在发电厂涡轮机的入口处,进水口以及动物的特定运动路径是优选的地方。 在鱼口的入口方向。 浮动在水中的垂直元件(7)形式的由至少一个浮力元件(9)组成的电屏障(4)和由电源电缆(16)提供的至少一个电极元件(10)的部件 ),其特征在于,至少一个浮力元件(9)和至少一个电极元件(10)可滑动地安装到所述支撑电缆(14),所述至少一个电极元件(10)通过在其顶部附接到其上的服务电缆延伸,其中在其 淹没位置时,最上面的浮力元件(9)用锁定装置(8)锁定到支撑电缆(14),其中至少供应电极元件(10)的最下部分的供电电缆(16)具有冗余 第(18)节。 此外,用于控制动物在水环境中运动的系统的特征在于,在所述行为障碍物(4)和天然的回水或限制水生环境的T面积的人造物体之间存在至少一个源(22) 的机械和/或光波。