• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    1. Device for the combined harnessing of wind and wave energy in the vicinity of the sea, consisting of wind-wheels arranged on a floating, anchored body and which are rotatable on axles, and floats arranged on swinging arms, which floats rest on the sea surface and can move upwards and downwards, characterised in that both the axles of the wind-wheels (7), directly via crankshafts (9, 22) and connecting rods (23), and also the floats (15) arranged on swinging arms (16), directly via toothed segments (18) and crank pins, are each linked to piston pumps (10) to provide the drive, which piston pumps suck in sea water via a suction pipe (20) and introduce it via pressure pipes (13) to one or more pressure vessels (11) linked to a generator (12).
    公开号:SU1132795A3
    申请号:SU823527183
    申请日:1982-12-15
    公开日:1984-12-30
    发明作者:Йест Бернхард
    申请人:Бернхард Йест (ФРГ)；
    IPC主号:
    专利说明:

    2 o The installation according to claim 1, wherein the blades are mounted on hinges and springs, arranged in pairs with the possibility of rotation in the opposite direction of the scientific research institute and provided with wind-guide devices.
    3. Installation according to claim 1, characterized in that the vertical axes are tubular with the possibility of dismounting at each
    795
    ruce by displacing two couplings
    4. Installing pop, 1, characterized in that it contains. There is built-in magnetic brakes.
    5. Installing pop-1, which is different from the fact that the floats are filled with water-repellent plastic, are equipped with blades, and each of them is connected with the pump by means of cranks.
    The invention relates to devices for using wind energy and waves. A known installation for using wind power, comprising wind wheels with blades, installed by dusts over each other and next to each other with the possibility of rotation on common vertical axles, forming a lattice frame, wind wheels through crankshafts and connecting rods are directly connected to vertical pumps connected to pressure lines. However, such a plant is not intended for using wave energy and is not automatically installed downwind without special control devices. The purpose of the invention is an automatic installation downwind and at the same time the use of wave energy. This goal is achieved by the fact that a device for using wind energy containing wind wheels with blades installed by the rods one above another and next to each other with the possibility of rotation x, forming a trellis frame, the wind wheels through the crankshafts and connecting rods directly connected to the vertical pumps connected to the pressure lines m, contains floats for the use of energy and waves, as well as pressure vessels and associated turbogenerators mounted on floating carriers. The blades are mounted on hinges and springs, arranged in pairs with the possibility of rotation in the opposite direction and equipped with wind guide devices. The vertical axes are made tubular with the possibility of dismantling on each trench by displacing the couplings. The installation contains built-in magnetic brakes. The floats are filled with water-repellent plastic, fitted with blades and connected with cranks by means of cranks. pump. Fig. 1 is a schematic representation of the proposed installation; a general view of Fig 2 is a relationship between the wind wheel and the turbo generator; in fig. 3 — tubular vertical axis structure; FIG. 4 shows the blades of the windwheel. The plant for using wind energy contains wind wheels 1 with blades 2, installed by the rods 3 one above the other and side by side with the possibility of rotation on common vertical axes 4 forming the trellis frame 5, the wind wheels 1 through crankshafts 6 and The connecting rods 7 are connected directly to vertical pumps 8 connected to pressure lines 9, floats 10 to use the energy of the waves, pressure vessels 11 and associated turbo-generators 12 mounted on floating carriers. 13. The blades 2 are mounted on the hinges 14 and the springs 15, arranged in pairs rotatable in the opposite direction and equipped with wind guide devices 16. The vertical axes 4 are made tubular with the possibility of dismounting each tier 3 by displacing two coupling joints 17. The installation has integral magnetic ToJ) M03a 18, floats 10 are filled with water-repellent plastic, equipped with blades 19 and connected by means of cranks 20 to the pump 8. The unit operates in a very compact manner. Wind wheels 1, through crankshafts 6 and connecting rods 7, drive pumps 8, forcing water through pressure lines 9 to pressure tanks 11. Similarly to that described, floats 10, using wave energy, actuate connected these pumps 8, which pump water into the same pressure tanks 11. From the pressure tanks 11, the water enters the turbogenerator 12, while the pressure tanks 11 provide for a uniform loading of the turbine of the generator 12, smoothing out irregular inflow of wind energy and waves. With a gale wind, the blades 2 mounted on the hinges 14 and the springs 15 are deflected backward, thus protecting the installation from overloads and adjusting the speed. To stop the wind wheels 1 use the built-in magnetic brake 18, the elimination of damages vertical axes 4 can be displayed on each tier 3 by displacing two couplings 17, while the lower wind wheels can continue to work. Filling the floats 10 with water-repellent plastic allows them to remain buoyant and workable in the event of damage, and equipping the floats with blasts 19 allows you to use not only the lifting but also the biasing force of the waves. The invention makes it possible to jointly convert wind and wave energy as a result of using floats and pressure lines connected to common pressure vessels.
    权利要求:
    Claims (5)
    [1]
    1. INSTALLATION FOR USING ENERGY. WIND containing wind. wheels with blades mounted in tiers one above the other and next to each other with the possibility of rotation on both vertical axes forming a lattice frame; outside the wheel, through crankshafts, the connecting rods are connected directly to vertical pumps connected to pressure lines, which, in order to automatically install in the wind and at the same time use wave energy, it contains floats for using wave energy, as well as pressure tanks and associated turbogenerators mounted on floating media.
    V. sl
    [2]
    2 о Installation on π. 1, characterized in that the blades are mounted on hinges and springs, arranged in pairs with the possibility of rotation in the opposite direction and equipped with wind-guiding devices.
    [3]
    3. Installation according to claim. ^ Characterized in that the vertical axes are made tubular with the possibility of dismantling on each tier by displacing two couplings.
    [4]
    4. Installation according to claim 1, characterized in that the ria contains built-in magnetic brakes.
    [5]
    5. Installation pop. 1, on the basis of the fact that the floats are filled with water-repellent plastic, equipped with blades and each connected to the pump by means of cranks.
    类似技术:
    公开号 | 公开日 | 专利标题
    SU1132795A3|1984-12-30|Installation for using wind energy
    RU2435069C2|2011-11-27|Device and system for generation of regenerative and renewable hydraulic energy
    EP1366287B1|2006-12-06|Apparatus for production of energy from currents in bodies of water, a foundation, and a method for the installation of the apparatus.
    JP5539893B2|2014-07-02|Power generator
    JP6257617B2|2018-01-10|Vertical axis wind turbine and water turbine with flow control
    AU746011B2|2002-04-11|Extracting power from moving water
    KR100254657B1|2000-05-01|Power generating method using waves and the device
    JP2007533909A|2007-11-22|Water turbine
    KR20100015561A|2010-02-12|Wave power plant
    US20100135768A1|2010-06-03|Column structure with protected turbine
    JP2005120959A|2005-05-12|Combined power generation system
    US20100123316A1|2010-05-20|Power generator barge
    CN104481780A|2015-04-01|Shallowly-submerged floating type horizontal axis current power generation system with flow guide cover or covers
    CN110374828B|2021-02-19|Offshore wind power generation equipment with heat dissipation function and high safety and reliability
    RU2247859C1|2005-03-10|Submersible free-flow microhydroelectric station
    JP2009520143A|2009-05-21|Underwater power generation system
    US20070134094A1|2007-06-14|Rotor apparatus and turbine system incorporating same
    KR101611857B1|2016-04-12|Underwater installation type small hydroelectric power generator
    CA2438041C|2010-05-11|Apparatus for production of energy from currents in bodies of water, a foundation, and a method for the installation of the apparatus
    TW499544B|2002-08-21|Energy accumulation method of natural energy resources
    RU2325549C1|2008-05-27|Hydraulic unit
    EP2769087B1|2018-08-01|Apparatus and method for tidal energy extraction and storage
    CN208486974U|2019-02-12|A kind of double turbine tidal current energy generating equipments of NEW ADAPTIVE tidal range
    JP6721886B2|2020-07-15|Axial structure of floating body support shaft and floating power generation apparatus having the axial structure of the floating body support shaft
    KR100221980B1|1999-09-15|Wave power generation method and system thereof
    同族专利:
    公开号 | 公开日
    EP0064186B1|1986-07-09|
    US4495424A|1985-01-22|
    DE3271926D1|1986-08-14|
    JPS58500531A|1983-04-07|
    WO1982003662A1|1982-10-28|
    AT20688T|1986-07-15|
    DE3115491A1|1982-11-04|
    EP0064186A1|1982-11-10|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    RU2484296C2|2011-08-03|2013-06-10|Владислав Александрович Гуревич|Wind-driven power plant|US387102A|1888-07-31|Territory |
    US641233A|1898-03-31|1900-01-09|John G Orth|Wave-motor.|
    US835667A|1906-03-30|1906-11-13|John J Donnelly|Wind-motor.|
    US937712A|1908-03-04|1909-10-19|Afloat Motor Co|Wave-motor.|
    US1045654A|1912-10-01|1912-11-26|John Willy|Mechanism for the obtainment of motive power from waves of the ocean, lakes, or other large bodies of water.|
    US1073682A|1912-12-27|1913-09-23|John H Henderson|Wave-motor.|
    US1544031A|1923-06-08|1925-06-30|Charles G Polleys|Wave motor|
    US1654165A|1924-06-18|1927-12-27|Dorr E Felt|Windmill|
    FR1172424A|1957-02-25|1959-02-10|Installation to capture and use the energy of the swell on the coast|
    US4204126A|1975-10-21|1980-05-20|Diggs Richard E|Guided flow wind power machine with tubular fans|
    US4159427A|1975-12-23|1979-06-26|Messerschmitt-Boelkow-Blohm Gesellschaft Mit Beschraenkter Haftung|Apparatus for utilizing natural energies|
    FR2355178B1|1976-06-18|1980-04-11|Anvar|
    DE2639732A1|1976-09-03|1978-03-16|Ernst Hohmann|Rotating anemometer for measuring wind speed - has pivoted vanes rising to horizontal on lee side of rotation|
    AU515108B2|1977-03-29|1981-03-19|Louis-Jean Collard|Floating power generator|
    GB1599653A|1977-07-20|1981-10-07|Evans F C|Form of windmill|
    JPS5472345A|1977-11-21|1979-06-09|Saa Henrii Rouson Tankuretsudo|Generating technique by wind force wave force etc|
    GB1538629A|1977-11-25|1979-01-24|Powick E|Automatic wind powered energy storage plant with a stable output|
    DE2758177A1|1977-12-27|1979-06-28|Grasskamp Hans Joachim|Wind or water power generator impeller - has horizontal spokes with blades vertically pivoted for automatic optimum positioning to flow|
    US4206608A|1978-06-21|1980-06-10|Bell Thomas J|Natural energy conversion, storage and electricity generation system|
    PT68996A|1978-12-29|1979-01-01|Almada Fernando F De|ENERGY CAPTURER|
    JPS5593972A|1979-01-10|1980-07-16|Yoshinobu Watabe|Total conversion system for wind and marine energy by hydraulic engine for power generation|
    DE2905569A1|1979-02-14|1980-08-28|Lothar Louis Pohl|Wind driven turbine with prism shaped rotors - has wind deflecting shield which projects rotors moving against windward direction|
    US4316704A|1979-05-07|1982-02-23|Heidt Peter C|Floating power generation assemblies and methods|
    US4265085A|1979-05-30|1981-05-05|United Technologies Corporation|Radially staged low emission can-annular combustor|GB2156442B|1983-10-21|1987-07-08|Sev Trent Water Authority|Wind-driven auxiliary drive for outdoor apparatus|
    DK155454C|1986-12-03|1989-08-07|Hans Marius Pedersen|LIQUID HYDRAULIC POWER PLANT FOR USE IN SEA AND FLOOD STREAMS FOR ENERGY IMPACT|
    US5549445A|1987-06-26|1996-08-27|Schremp; Edward J.|Macro-engineering process and system for all-weather at-sea wind-energy extraction|
    EP0365600B1|1987-06-26|1996-03-13|SCHREMP, Edward, Jay|Macro-engineering process for all-weather at-sea wind- and wave-energy extraction|
    DE3803570C2|1987-07-25|1992-07-30|Gerd Dipl.-Ing. 2105 Seevetal De Zelck|
    US4830570A|1987-12-15|1989-05-16|Benesh Alvin H|Wind turbine system using twin savonius-type rotors|
    AU643223B2|1989-07-28|1993-11-11|John W. Bagnall|Bilge pump|
    US5495128A|1994-10-11|1996-02-27|Brammeier; Fred L.|Wind powered generator|
    ES2115492B1|1995-02-10|1999-02-16|Hornia Mario Alvarez|ENERGY TRANSFORMATION SYSTEM.|
    KR100254657B1|1996-04-18|2000-05-01|심현진|Power generating method using waves and the device|
    GB2331333B|1996-04-18|2000-07-12|Hyun Jin Shim|Apparatus for generating electric power using wave force|
    CN1085302C|1997-07-31|2002-05-22|葛开茂|Wind-driven generating equipment|
    US6083382A|1998-01-14|2000-07-04|Bird; Mark|Water desalination system|
    WO2000001945A1|1998-07-02|2000-01-13|Council For Scientific And Industrial ResearchBeing Represented By Institute Of Industrial Research |Accumulated wind and wave power plant|
    RU2150021C1|1999-05-31|2000-05-27|Русецкий Александр Николаевич|Method and megawatt-capacity power-plant module for recovering energy of reusable sources |
    DK174156B1|2000-04-03|2002-07-29|Henrik Frans Christensen|Wind and wave energy systems|
    NL1015196C2|2000-05-12|2001-11-19|Zakaria Khalil Doleh|Device for storing potential energy.|
    JP3716334B2|2001-06-07|2005-11-16|村井和三郎|Wind pumping power generation equipment|
    WO2003027498A1|2001-08-30|2003-04-03|Ricker Jonathan C|Multiaxis turbine|
    JP2003172245A|2001-12-03|2003-06-20|Koji Iizuka|Windmill|
    US7242107B1|2003-03-17|2007-07-10|Harry Edward Dempster|Water-based wind-driven power generation using a submerged platform|
    US6935808B1|2003-03-17|2005-08-30|Harry Edward Dempster|Breakwater|
    US7602076B1|2003-07-24|2009-10-13|Peter Fox Sipp|Hydro-power generating system and method|
    US20050017513A1|2003-07-24|2005-01-27|Sipp Peter Fox|Hydro-power generating system|
    US6956300B2|2003-08-04|2005-10-18|Andrew Roman Gizara|Gimbal-mounted hydroelectric turbine|
    US7146918B2|2004-05-17|2006-12-12|Moshe Meller|Wind-powered linear motion hydrogen production systems|
    DE102004060275A1|2004-12-15|2006-06-29|Gangolf Jobb|Material-saving flow converter and its use as a wave power plant|
    DE102005030436A1|2005-06-30|2007-02-01|Helmut Sell|Wind power arrangement for producing a direct current for all types of electric motor comprises a pyramid construction having four current generators which are operated at the same time in wind paddle wheels|
    WO2007025387A1|2005-09-02|2007-03-08|John Christopher Burtch|Apparatus for production of hydrogen gas using wind and wave action|
    DE102006041152A1|2006-09-01|2008-03-20|Schmoock, Jörg-Hermann|Hydropower plant and coast protection device for utilizing kinetic energy of liquid, particularly by water flow, has one to n lever shaft operated on energy absorption axis, and n is any whole number|
    TR200907649T1|2007-04-13|2010-05-21|Gençer İrfan|Water and air movements, energy and transformations|
    GB0810765D0|2008-06-12|2008-07-23|Brooks Roger J|Golf swing training device|
    US8097218B1|2008-09-17|2012-01-17|Thomas Manaugh|System for generating electricity from alternative energy sources located on a floating platform|
    GB2465241B|2008-11-13|2011-12-21|John Schetrumpf|A combined energy production and energy storage system|
    US7956485B1|2009-02-12|2011-06-07|Simnacher Larry W|Potential energy storage apparatus using energy from a wind energy generator|
    US8143740B1|2009-02-12|2012-03-27|Simnacher Larry W|Apparatus for storing and using wind energy|
    CA2677016A1|2009-08-28|2011-02-28|Jean Pierre Hofman|Double drag wind rotor|
    US8884458B2|2011-04-20|2014-11-11|Herbert L. Williams|Floating wind farm|
    WO2013007265A1|2011-07-13|2013-01-17|Floating Power Plant A/S|Off-shore platform for safe transfer of personnel and goods|
    JP5829769B1|2015-02-16|2015-12-09|義久 知念|Wind power generator with easy selection of scale|
    US9657399B2|2015-07-16|2017-05-23|Ralph L. Leonard|Ocean-going hydrogen generator|
    RU2684857C2|2016-04-22|2019-04-15|федеральное государственное бюджетное образовательное учреждение высшего образования "Санкт-Петербургский государственный морской технический университет"|Float wave power plant|
    RU2692682C1|2018-09-21|2019-06-26|Виктор Валериевич Чебоксаров|Power plant|
    CN110344997B|2019-07-10|2020-07-10|西南交通大学|Wave current power generation, wave elimination and collision prevention integrated device for bridge pier|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    DE19813115491|DE3115491A1|1981-04-16|1981-04-16|COMBINED WIND AND WAVE USE SYSTEM|
    [返回顶部]