초록 ▼

The present invention refers to an arrangement (“A”) related to a body of water for creating conditions for generating electric power from a prevailing force of wind (“W”). Utilized pontoon units are made up of and associated with at least two vertical, or at least essentially vertical, posts, which

The present invention refers to an arrangement (“A”) related to a body of water for creating conditions for generating electric power from a prevailing force of wind (“W”). Utilized pontoon units are made up of and associated with at least two vertical, or at least essentially vertical, posts, which may float, for forming a frame portion and at least one upright stabilizing the position of the frame portion in the body of water. More particularly, the invention indicates that between an upright and each one of the two posts, a first post and a second post, there extends a bar-shaped means dimensioned for taking up a compressive force, and that between said upright and each one of the first and second posts there extends at least one first means dimensioned for taking up a tractive force and at least one second means dimensioned for taking up a tractive force.

대표청구항 ▼

1. An arrangement related to a body of water for creating from a prevailing wind force conditions for generating electric power, comprising a; individual but coordinated pontoon units that may float in the body of water, b; a plurality of, at least two, turbines (wind-driven propellers) oriented adj

1. An arrangement related to a body of water for creating from a prevailing wind force conditions for generating electric power, comprising a; individual but coordinated pontoon units that may float in the body of water, b; a plurality of, at least two, turbines (wind-driven propellers) oriented adjacent to each other and coordinated, e; a mooring system solidly anchored to a limited bottom area of said body of water, d; a generator unit for being driven by the rotating motion of said turbines for generating said electric power, e: a cable section connected on the one hand to said generator unit and on the other hand to a land-based distribution network distributing generated electric power, said pontoon units being structured of and associated with at least two vertical, or at least substantially vertical, posts which may float forming a frame portion and in any case an upright stabilizing the position of the frame portion in the body of water, with said two posts being adapted to be able to support a horizontally oriented beam structure which in itself is flexurally rigid, said beam structure being adapted and dimensioned such, that it can support said turbines, with each one of said two posts together with said upright being dimensioned and/or adapted such, that with their lower partial portions submerged in said body of water they permit said frame portion to be retained floating over the surface of the water, wherein said upright is displaced sideways in a plane, oriented by said frame portion and said two posts, and wherein said upright is adapted to cooperate with said frame portion and to be attached to and to be adherently made to cooperate with said mooring system, wherein between said upright and each one of the two posts, a first post and a second post, there extends a bar-shaped means dimensioned for taking up a compressive force and that between said upright and each one of the first and second posts there extends at least one first means dimensioned for taking up a tractive force and furthermore an additional second means dimensioned for taking up a tractive force. 2. An arrangement in accordance with claim 1, wherein the first and second means such as in the shape of a wire or similar are attached to the first and second posts on opposite sides of and above and below an attachment for the bar-shaped means. 3. An arrangement in accordance with claim 1, wherein the bar-shaped means is attached to its associated post within a defined intermediate area (“a”) oriented between the beam structure and a water surface (“Va”) belonging to the body of water. 4. An arrangement in accordance with claim 1, wherein a beam unit such as dimensioned for compressive forces is adapted to cooperate with the two posts in the vicinity of but above a water surface belonging to the body of water. 5. An arrangement in accordance with claim 1, wherein between a centrally oriented attachment point for a beam unit and an upper portion for the first and second posts, alternatively said beam structure, there extends a third means dimensioned for taking up a tractive force. 6. An arrangement in accordance with claim 1, wherein a fourth means dimensioned for taking up a tractive force is adapted to cooperate with the two posts in the vicinity of, and slightly above, a water surface belonging to the body of water. 7. An arrangement in accordance with claim 1, wherein a fourth means dimensioned for taking up a tractive force is oriented to extend between the lower portion of the first post and the upper portion of the second post or conversely. 8. An arrangement in accordance with claim 1, wherein a single generator unit (“G”) is adapted to be driven over an arrangement (“S”) transmitting a rotational motion by a plurality of wind turbines associated with the beam structure. 9. An arrangement in accordance with claim 1, wherein said upright is adapted to be able to cooperate with and/or contain a transformer unit (“T”). 10. An arrangement in accordance with claim 1, wherein said transformer unit is positioned such within the post that it will serve as a ballast. 11. An arrangement in accordance with claim 1, wherein cooperating means, in the form of wires, taking up tractive force are in cooperation with and in connection with pressure absorbing bars or the like to form a structure of a triangle which is flexurally rigid in its plane. 12. An arrangement in accordance with claim 1, wherein the number of turbines which are to be coordinated with the beam structure is chosen to exceed two and to be lower than six, such as four. 13. An arrangement in accordance with claim 1, wherein all the turbines are adapted for directly cooperating with the arrangement (“S”) transferring rotational motion for synchronous operation. 14. An arrangement in accordance with claim 13, wherein the propellers of the individual turbines are over said synchronous operation adapted to overlap the circular coverage surface of each other. 15. An arrangement in accordance with claim 1, wherein said bar-shaped medium dimensioned for taking up tractive force is structured as one or more pipe portions, one or more framework structures, for thereby reducing the dead weight. 16. An arrangement in accordance with claim 1, wherein said turbine and/or turbines are arranged and adapted to cooperate directly with the arrangement transferring rotational motion without associated gearboxes. 17. An arrangement in accordance with claim 1, wherein said vertically oriented posts are provided with an elliptical or at least substantially elliptical cross-section having its main axis or major axis oriented parallel to the lengthwise orientation of the beam structure. 18. An arrangement in accordance with claim 1, wherein each one of said posts is hollow and forms a buoyant body of cylindrical or elliptical cross-sectional shape. 19. An arrangement in accordance with claim 1, wherein a reduction of the effect and influence of a wave motion occurs by a reduction of the exposable surface that is intended to face an eye of the wind. 20. An arrangement in accordance with claim 1, wherein each one of or selected ones of the pressure absorbing means taking up tractive force are attached in end-to-end relationships over a hinge connection, such as to the posts. 21. An arrangement in accordance with claim 1, wherein all of the turbines are coordinated in one and the same or at least substantially one and the same vertical plane, such as a plane side-related to the beam structure. 22. An arrangement in accordance with claim 1, wherein said two posts are within said frame portion subjected to a converging orientation upwards. 23. An arrangement in accordance with claim 22, wherein the converging orientation is intended to relieve the compressive strain on a lower beam unit which then can be replaced by one or more means taking up tractive forces. 24. An arrangement in accordance with claim 1, wherein said upright is adapted to assume a vertical position over the influence of a ballast and exhibits a flexurally rigid attachment to said posts. 25. An arrangement in accordance with claim 1, wherein a chosen anchoring arrangement is adapted to exhibit a point of fixation. 26. An arrangement in accordance with claim 25, wherein said point of fixation is adapted to such depth below the surface of water that in an increasing and stronger force of wind and/or wave height this point of fixation will lower the upright so as in this manner to reduce the angular positioning of the pontoon unit and the frame portion related to a vertical plane. 27. An arrangement in accordance with claim 1, wherein said beam structure has the form of a hollow profile and surrounds the mentioned arrangement transferring said rotational motion for driving a generator unit. 28. An arrangement in accordance with claim 27, wherein said generator unit is centrally oriented to the beam structure.