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Device for generating energy from flows by means of lamellar fields

机译:通过层流场从流产生能量的装置

摘要

Novel device for generating energy from flows by means of horizontally or vertically rotating lamellar arrangements, which transmit the torque obtained by deflection and turbulence of the flow as a total field arrangement in its virtual center of gravity, via the lever arm to the axis of rotation, to the fulcrum of the entire system, - always at least two or more opposing torques in a symmetrical arrangement required to form modular vertical or horizontal rotors covering the entire surface of rotation for flow use by the lamellar fields, so that here the resistance principle is combined with the pressure / suction principle, by means of differentiated wing cross-sections for each lamella.The energy production of rotational energy occurs in both air and water, which - is further increased by tilting the rotating G - by the aforementioned use of the entire surface of revolution as a resistance surface esamtsystems in the direction of flow, -analog the respective angle of inclination of the slats in the system, with the additional effect that the respective rotating against the flow lamellae are completely open to the flow, - the rotating with the flow lamellae for this completely closed and so there In addition to the pressure / suction effects on the individual slats, which are also drawn in the direction of rotation by their profiling, the result is a clear increase in performance with less weight and material compared to all standard propellers of the same diameter.
机译:通过水平或垂直旋转的层状结构从流中产生能量的新型装置,该层状设备将通过流体的偏转和湍流获得的扭矩作为整个场布置在其虚拟重心中通过杠杆臂传递到旋转轴,对于整个系统的支点,-始终至少需要两个或两个以上的对称对称结构的反向转矩,以形成覆盖整个旋转表面以供层流使用的模块化垂直或水平转子,从而在这里采用了阻力原理结合压力/吸力原理,通过每个薄片的不同机翼横截面,在空气和水中都产生旋转能的能量产生-通过使旋转G倾斜来进一步增加-通过上述使用整个旋转表面作为流动方向上的阻力表面感应系统-模拟t的各自倾斜角他在系统中做板条,另外的效果是,与流片相对应的旋转完全向流开放,-与流片的旋转完全闭合,因此除了对个人的压力/吸力作用之外板条也通过其轮廓沿旋转方向绘制,与所有相同直径的标准螺旋桨相比,结果是性能明显提高,重量和材料更少。

著录项

  • 公开/公告号DE102017010903A1

    专利类型

  • 公开/公告日2019-05-29

    原文格式PDF

  • 申请/专利权人 FRANK GNISA;MARIO SPIEWACK;

    申请/专利号DE20171010903

  • 发明设计人 FRANK GNISA;MARIO SPIEWACK;

    申请日2017-11-24

  • 分类号F03D1/06;F03D1/04;F03D3/06;F03B5;F03B13/10;

  • 国家 DE

  • 入库时间 2022-08-21 11:45:32

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