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    • 71. 发明授权
    • Wind turbine apparatus
    • 风力发电机组
    • US5472311A
    • 1995-12-05
    • US324364
    • 1994-10-14
    • E. Frank Davis
    • E. Frank Davis
    • F03D3/04F03B15/06
    • F03D3/0454F05B2240/2212Y02E10/74
    • A new and improved wind turbine apparatus includes a housing assembly which includes an upper housing surface which includes a leading edge and a trailing edge. The upper housing surface is contoured to create a venturi action and to exert a reduced pressure at the trailing edge when wind flows across the upper housing surface from the leading edge to the trailing edge. A vane assembly is supported on a horizontal axle in a location such that vanes of the vane assembly are responsive to wind blowing in a direction from the leading edge to the trailing edge of the upper housing surface and such that the vanes are also exposed to reduced pressure near the trailing edge, whereby the vane assembly is caused to rotate on the horizontal axle. A base assembly supports the housing assembly and the vane assembly. The base assembly includes a circular guide assembly, and the housing assembly includes a guide-contacting portion for riding on the circular guide assembly in a circular movement. The circular guide assembly includes a flange, and the guide-contacting portion includes a guide wheel, supported by the housing assembly, for rolling against the circular guide assembly. An adjustable-pitch vane assembly may be used for adjusting pitch of the vanes with respect to the oncoming wind which contacts the vanes. An angular adjustment lock assembly is provided for locking the housing assembly at a selected angular orientation with respect to wind.
    • 一种新的和改进的风力涡轮机装置包括壳体组件,其包括包括前缘和后缘的上壳体表面。 当风从前缘到后缘流过上壳体表面时,上壳体表面被轮廓化以产生文氏管作用并且在后缘施加减压。 叶片组件被支撑在水平轴上的位置,使得叶片组件的叶片响应于沿着从上壳体表面的前缘到后缘的方向吹送的风,并且使得叶片也暴露于减小的 靠近后缘的压力,由此使叶片组件在水平轴上旋转。 基座组件支撑壳体组件和叶片组件。 基座组件包括圆形引导组件,并且壳体组件包括用于以圆周运动骑在圆形引导组件上的引导接触部分。 圆形引导组件包括凸缘,并且引导件接触部分包括由壳体组件支撑的导轮,用于滚动抵靠圆形引导组件。 可调叶片叶片组件可用于相对于与叶片接触的迎面而来的风调整桨叶的桨距。 提供了一种角度调节锁定组件,用于将外壳组件相对于风以选定的角度方向进行锁定。
    • 72. 发明授权
    • Hydrodynamic retarder with shiftable stator blade wheel
    • 具有可转动的定子叶轮的水力拖车
    • US5193654A
    • 1993-03-16
    • US681185
    • 1991-04-05
    • Klaus Vogelsang
    • Klaus Vogelsang
    • B60T1/087F03B15/06F16D57/04
    • F16D57/005B60T1/087F03B15/06F16D57/04Y02E10/226
    • The invention concerns a hydrodynamic retarder, the stator blade wheel of which can be brought into eccentric, nonaligned positions with respect to the rotor blade wheel. Either by formation of a blade free circumferential region in the blading of the stator blade wheel together with a longitudinal guide for eccentric shifting or by eccentric swingable mounting of the stator blade wheel, a directly proportional force is obtained from the corresponding braking torque in the stator blade wheel. This force represents a measure for the braking torque and serves as a characteristic value for a torque adjustment. This creates a simple control device with characteristic curves which requires a smaller retarder profile diameter in order to obtain given operating points. The advantage is the reduction of the outside dimensions, the weight and the expense for regulating the brake torque.
    • 本发明涉及一种流体动力学延迟器,其定子叶轮可以相对于转子叶轮转动成偏心的,不对齐的位置。 通过在定子叶轮的叶片中形成无刀片的周向区域以及用于偏心移位的纵向引导件或通过定子叶片轮的偏心摆动安装,可以从定子中的相应制动转矩获得直接成比例的力 刀轮。 该力表示制动转矩的量度,作为转矩调整的特性值。 这产生了具有特征曲线的简单控制装置,其需要较小的延迟器轮廓直径以便获得给定的操作点。 优点是减小了外部尺寸,重量和调节制动扭矩的费用。
    • 73. 发明授权
    • Method and apparatus for automatically index testing a kaplan turbine
    • 用于自动测试卡波兰涡轮机的方法和装置
    • US4794544A
    • 1988-12-27
    • US31110
    • 1987-03-26
    • Douglas J. AlbrightGeorge H. Mittendorf, Jr.
    • Douglas J. AlbrightGeorge H. Mittendorf, Jr.
    • F03B15/06G06F15/20G06F15/46
    • F03B15/06Y02E10/226
    • Method and apparatus for automatically determining the set of optimal operating angles for the variable pitch blades of a Kaplan-type turbine which has movable gates and is controlled by a governor and an electronic 3D cam. The governor controls the gates so as to maintain the turbine at a predetermined setpoint power generation level, and on-cam values of particular operating parameters of the turbine are measured. When evaluation of the measured data indicates that the turbine is in a steady-state condition, the blades are moved through a series of incremental off-cam variations in pitch. Following each incremental pitch variation of the blades, the governor repositions the gates to return the turbine to the predetermined setpoint power generation level. The operation of the turbine is then monitored, and values of particular operating parameters are measured at the new gate-blade operating point once the turbine has returned to steady-state. An efficiency value is computed for each of the measured operating points and are compared to identify a peak efficiency value.
    • 用于自动确定具有可移动门并由调速器和电子3D凸轮控制的Kaplan型涡轮机的可变桨距叶片的最佳操作角度的集合的方法和装置。 调速器控制门,以便将涡轮机维持在预定的设定点发电水平,并且测量涡轮机的特定工作参数的凸轮值。 当对测量数据的评估表明涡轮机处于稳态状态时,叶片通过一系列增量偏离凸轮变化而移动。 在叶片的每个增量间距变化之后,调速器重新定位闸门以将涡轮机返回到预定的设定点发电水平。 然后监测涡轮机的运行,一旦涡轮机返回到稳态,则在新的闸刀工作点测量特定工作参数的值。 为每个测量的工作点计算效率值,并进行比较以确定峰值效率值。
    • 74. 发明授权
    • Steady operation method for hydraulic machine operating at variable speed
    • 液压机运行稳定的稳定运行方式
    • US4790135A
    • 1988-12-13
    • US42254
    • 1987-04-24
    • Osamu Noji
    • Osamu Noji
    • F03B15/06F03B15/04F16D31/00
    • F03B15/04Y02E10/226
    • A steady operation method for a hydraulic machine such as a generator operating at a variable revolution speed is performed in accordance with the following steps. A head or load of the hydraulic machine is first detected and a basic signal is obtained on the basis of the thus detected value so as to control the revolution speed of the hydraulic machine. On the other hand, a vibration or hydraulic pressure variation is detected and the thus detected value is converted into an auxiliary signal through an auxiliary signal converter. The revolution speed of the hydraulic machine operating at a variable speed is controlled in such a manner as that the revolution speed is controlled by the basic signal when the auxiliary signal is below a predetermined upper limit thereof regarding the vibration or hydraulic pressure variation, and otherwise, the revolution speed is controlled by a signal other than the basic signal when the auxiliary signal is beyond the upper limit thereof.
    • 根据以下步骤执行用于诸如以可变转速操作的发电机的液压机的稳定操作方法。 首先检测液压机的头部或负载,并且基于这样检测的值获得基本信号,以便控制液压机的转速。 另一方面,检测到振动或液压变化,并且通过辅助信号转换器将这样检测的值转换成辅助信号。 以可变速度操作的液压机的转速以辅助信号低于其预定上限关于振动或液压变化的基本信号来控制的速度被控制,否则 当辅助信号超过其上限时,转速由基本信号以外的信号控制。
    • 75. 发明授权
    • Operation control method for multistage regulated hydraulic machine
    • 多级调压液压机运行控制方法
    • US4472104A
    • 1984-09-18
    • US463984
    • 1983-02-04
    • Takao Kuwabara
    • Takao Kuwabara
    • F03B15/04F03B15/06F03B15/18
    • F03B15/06Y02E10/226Y10S415/91
    • An operation control method for a multistage regulated hydraulic machine wherein channels of the stages from the lower pressure side to the higher pressure side are successively communicated with each other through return guides and at least two said stages are provided with respective guide vanes capable of having their degrees of opening controlled in synchronism with each other. The method includes the steps of: sensing that guide vanes of one of the stages becomes uncontrollable when the operation of opening and closing the guide vanes capable of having their degrees of opening controlled is performed while the degrees of opening of the guide vanes capable of having the degrees of opening thereof are controlled, and effecting control of the degrees of opening of the guide vanes of the other stages based on a signal issued in accordance with the result of sensing so as to keep the degree of opening of the guide vanes that have become uncontrollable and the degrees of opening of the guide vanes of the other stages in a predetermined relation of allowable opening degrees.
    • 一种用于多级调节液压机的操作控制方法,其中从低压侧到高压侧的级的通道通过返回引导件彼此连续地连通,并且至少两个所述级设置有相应的导叶,其能够具有它们的 开度彼此同步控制。 该方法包括以下步骤:当能够打开和关闭能够控制其开度的导向叶片的操作时,执行其中一个台阶的导叶不可控制,同时导向叶片的打开程度能够 控制其开度,并且根据根据检测结果发出的信号来控制其他级的导向叶片的开度,以便保持导叶的开度 变得不可控制,并且以允许开度的预定关系的其他级的导向叶片的打开程度。