首页> 外国专利> Drive unit with, in particular, a turbomachine with a plurality of turbine wheels arranged in parallel on a common circle thrust - crank drive, wherein the bladeless turbine wheels by means of a gas or liquid media - preferably water vapour - are set in rotation

Drive unit with, in particular, a turbomachine with a plurality of turbine wheels arranged in parallel on a common circle thrust - crank drive, wherein the bladeless turbine wheels by means of a gas or liquid media - preferably water vapour - are set in rotation

机译:尤其是具有涡轮机的驱动单元,该涡轮机具有在共同的圆周推力上平行布置的多个涡轮机-曲柄驱动器,其中,借助气体或液体介质,优选为水蒸气,将无叶涡轮机旋转。

摘要

A plurality of fluid flow engines having a vaneless embodiment of the basic components of the rotor and stator are combined to a larger unit. The rotor and stator, which in each case have either nozzles or a porous matrix of the gas - or liquid-form medium is passed through the. The nozzles of the rotor or stator operate according to the repulsion principle, and in the interaction of rotor and stator consists of the rotor in the movement. Dollars a the combination of these engines is carried out in such a way that a plurality of turbines - rotors in modular annular arrangement, via a common circle thrust transmission to a total torque with a defined total multiplication / reduction. The individual turbines of the overall arrangement can optionally be switched on or off -. In this manner, the individual turbines, while retaining all advantages in a larger range of use is made available, wherein standard components be maintained, and in particular a decentralized independent power supply in stepped power units, is possible.
机译:具有转子和定子的基本部件的无叶片实施例的多个流体发动机被组合成更大的单元。使分别具有喷嘴或气体或液体形式的介质的多孔基体的转子和定子穿过。转子或定子的喷嘴根据排斥原理工作,并且在转子和定子的相互作用中,运动中的转子由转子组成。这些发动机的组合以这样的方式进行,使得多个涡轮机-模块化环形布置的转子经由共同的圆推力传递到具有确定的总倍增/减少的总转矩。整个装置的各个涡轮机可以可选地接通或断开。以这种方式,在保持更大的使用范围内的所有优点的同时,可以使用各个涡轮机,其中可以维持标准组件,并且特别是可以在分级功率单元中分散的独立电源。

著录项

  • 公开/公告号DE102005053975A1

    专利类型

  • 公开/公告日2007-05-16

    原文格式PDF

  • 申请/专利权人

    申请/专利号DE20051053975

  • 发明设计人

    申请日2005-11-11

  • 分类号F01D1/32;F01D17;

  • 国家 DE

  • 入库时间 2022-08-21 20:29:37

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