首页> 外国专利> Tower wind turbine with a vertical axis of rotation, equipped with a combined wing construction, consisting of resistance wings and vertically mounted buoyancy wings, wherein a wind tunnel effect generated in tiers on the tower is used to deflect a kinetic wind energy

Tower wind turbine with a vertical axis of rotation, equipped with a combined wing construction, consisting of resistance wings and vertically mounted buoyancy wings, wherein a wind tunnel effect generated in tiers on the tower is used to deflect a kinetic wind energy

机译：具有垂直旋转轴的塔式风力涡轮机，配备有由阻力翼和垂直安装的浮力翼组成的联合机翼结构，其中，在塔架上分层产生的风洞效应用于偏转动能

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Tower wind turbine, which has a vertical axis of rotation, uses a wind tunnel effect generated in stages in the tower to deflect kinetic wind energy and is equipped with a combined wing construction comprising resistance blades (35) and vertically attached lift blades (36), the tower wind turbine having a tower (5) , in which a plurality of wind power units is installed in stages, which are driven to rotate by the kinetic wind energy in each case through the combined wing construction consisting of resistance wings and vertically attached lift wings, the individual floors being encased by a plurality of wind locks (51), their lifting and Lowering are controlled by a computer so that a kinetic wind energy is regulated accordingly, and wherein the wind power unit comprises: a mounting seat (1) which serves to support other components; an energy conversion device (3) with a round support platform (39) which is fastened to the mounting seat (1) by means of a bearing (322) and is freely rotatable, wherein a push-on tube (32) is attached to the round support platform (39), the Push-on tube (32) is plugged onto an outer edge of the round support platform (39) and can be rotated together with the support platform (39), and a wing assembly (30) with an upper and a lower connecting section (33) is attached to the outside of the push-on tube (32) , wherein the upper connecting section (33) is fastened to an upper end of the push-on tube (32) and the lower connecting section (33) to a lower end of the push-on tube (32), and wherein the individual connecting sections (33) each have a plurality of wing construction kits (34) are connected, and in each wing construction kit (34) a plurality of resistance wings (35) is provided, each having an axis of rotation (351), the distal end of which a camshaft (38) is provided, and wherein on the camshaft (38) a cam (381) is formed which engages deeply in a guide groove (23) of a tracking control, and wherein, since the cam (381) in tracking control by three Axes (X, Y, Z) can be moved, a cam track can lie perfectly against all walls of the guide groove (23), whereby a simultaneous angular adjustment of the resistance wings (35) can be carried out without any problems, and in an external section of the wing assembly (30 ) a plurality of vertically attached lift wings (36) next to ...

机译：塔式风力涡轮机具有垂直的旋转轴，它利用塔架中分阶段产生的风洞效应来偏转动能，并配备了包括阻力叶片（35）和垂直安装的提升叶片（36）的组合机翼结构。，具有塔架（5）的塔式风力涡轮机，其中分阶段安装了多个风力发电单元，在每种情况下，该风力发电单元通过动风能通过由阻力翼和垂直连接的组合翼结构来驱动旋转升降机翼，各个地板由多个防风装置（51）包裹，它们的升降由计算机控制，因此动风能得到相应的调节，并且其中风能装置包括：安装座（1 ），用于支持其他组件;具有圆形支撑平台（39）的能量转换装置（3），该圆形支撑平台通过轴承（322）固定在安装座（1）上并且可自由旋转，其中推管（32）连接到该支撑装置圆形支撑平台（39），推入式管（32）插入圆形支撑平台（39）的外边缘，并且可以与支撑平台（39）和机翼组件（30）一起旋转在上推管（32）的外侧安装有上，下连接部（33），上连接部（33）固定在上推管（32）的上端。下部连接部分（33）连接到推管（32）的下端，并且其中各个连接部分（33）每个都具有多个机翼建造套件（34），并且在每个机翼建造套件中（34）设置有多个阻力翼（35），每个阻力翼具有旋转轴（351），其远端设置有凸轮轴（38），并且其中在凸轮轴（38）上，n形成有凸轮（381），该凸轮（381）深深地啮合在跟踪控制的导向槽（23）中，并且其中，由于凸轮（381）处于通过三个轴（X，Y，Z进行跟踪控制））可以移动，凸轮轨道可以完美地靠在导向槽（23）的所有壁上，从而可以在机翼的外部毫无问题地同时调整阻力翼（35）的角度。组件（30）旁边有多个垂直连接的提升翼（36）。

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公开/公告号DE102011014009B4

专利类型
公开/公告日2014-11-06

原文格式PDF
申请/专利权人 CHUY-NAN CHIO;
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申请/专利号DE20111014009
发明设计人 GLEICH PATENTINHABER;
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申请日2011-03-15
分类号F03D3/06;F03D3/02;
国家 DE
入库时间 2022-08-21 15:38:02

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