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    • 34. 发明申请
    • Smart fan and pump controller
    • 智能风扇和泵控制器
    • US20050084384A1
    • 2005-04-21
    • US10689808
    • 2003-10-20
    • Andrew DelanoRobert SmithChristopher Kroeger
    • Andrew DelanoRobert SmithChristopher Kroeger
    • F04D15/00F04D15/02F04D27/02F04B49/00
    • F04D15/0066F04D15/0245F04D27/008
    • A pump or DC fan used to cool an electronic system is monitored for speed. When the pump or fan encounters an unexpected increase in impedance, such as an obstruction or a bearing anomaly, the controller temporarily increases the power to the pump or fan to overcome the impedance, and optionally notifies the user of the pump or fan problem. Also, when the pump or fan impedance returns to a normal range, the controller returns the power to the pump or fan to normal levels. In some embodiments, the controller may supply more power to the pump or fan than specified by the manufacturer to temporarily over come the increased impedance or pending failure of the pump or fan. This increased power allows the fan or pump to operate at a speed necessary for cooling an electronic system during a temporary increase in impedance, or during a slow degradation of the efficiency of the fan or pump.
    • 监控用于冷却电子系统的泵或直流风扇的速度。 当泵或风扇遇到阻塞(例如阻塞或轴承异常)的意外增加时,控制器暂时增加泵或风扇的功率以克服阻抗,并且可选地通知用户泵或风扇问题。 此外,当泵或风扇阻抗恢复到正常范围时,控制器将泵或风扇的电源恢复到正常水平。 在一些实施例中,控制器可以比制造商提供比泵或风扇更多的功率,以暂时超过泵或风扇的增加的阻抗或未决的故障。 这种增加的功率允许风扇或泵在暂时增加阻抗期间或在风扇或泵的效率的缓慢降低期间以冷却电子系统所需的速度运行。
    • 35. 发明授权
    • System and method for detecting and diagnosing pump cavitation
    • 用于检测和诊断泵气蚀的系统和方法
    • US06655922B1
    • 2003-12-02
    • US09927969
    • 2001-08-10
    • Ondrej Flek
    • Ondrej Flek
    • F04B4900
    • F04D15/0209F04D15/0088F04D15/0245F04D29/669Y10S706/904Y10S706/906
    • The present invention provides cavitation detection systems and methods employing a classifier for detecting, diagnosing and/or classifying cavitation in a pumping system. The classifier can be integral to tie cavitation detection system and/or operatively coupled to the cavitation system via a controller, diagnostic device and/or computer. Parameters such as flow, pressure and motor speed arc measured and/or estimated, and then provided to a classifier system Such systems include Bayesian, Fuzzy Set, nonlinear regression, neural networks and other training systems, for example The classifier system provides a signal indicative of the existence and extent of cavitation. An exemplary classification system is presented that delineates cavitation extent into one or more of the following categories: 0 (no cavitation), 1 (incipient cavitation), 2 (medium cavitation), 3 (fill cavitation) and 4 (surging cavitation). The cavitation signal can be utilized for monitoring and/or controlling a pumping system to mitigate pump wear, failure and other conditions associated with cavitation.
    • 本发明提供了使用分级器来检测,诊断和/或分类泵送系统中的空化的空化检测系统和方法。 分级器可以是整体的,以结合空化检测系统和/或经由控制器,诊断装置和/或计算机可操作地耦合到空化系统。 诸如流量,压力和电机速度的参数被测量和/或估计,然后提供给分类器系统。这样的系统包括贝叶斯,模糊集,非线性回归,神经网络和其他训练系统,例如分类器系统提供指示信号 的空洞存在和程度。 提出了一种示范性分类系统,其将空化程度描绘为以下类别中的一个或多个:0(无空化),1(初始空化),2(中空穴),3(填充空穴)和4(起喘气蚀)。 空化信号可用于监测和/或控制泵送系统以减轻泵磨损,故障和与空化有关的其它状况。
    • 37. 发明授权
    • Centrifugal fluid pump and control device for operating the same
    • 离心流体泵及其操作控制装置
    • US06398506B1
    • 2002-06-04
    • US09625046
    • 2000-07-24
    • Jun MaekawaTakayoshi Ozaki
    • Jun MaekawaTakayoshi Ozaki
    • F04B4900
    • F04C2/3442A61M1/101A61M1/1015A61M1/1036A61M1/1086A61M2205/3334F04D13/027F04D13/06F04D15/0245
    • A centrifugal fluid pump assembly includes a centrifugal fluid pump and a control device. The centrifugal fluid pump comprises a pump section including a housing and an impeller having a first magnetic material and a second magnetic material and accommodated for rotation in the housing and without contacting the housing, an impeller rotational torque generating section including a rotor having a magnet for attracting the first magnetic material of the impeller and a motor for rotating the rotor, and an impeller position control section having an electromagnet for attracting the second magnetic material of the impeller. The control device has a function of limiting an input of a number of rotations of the motor more than a predetermined number of rotations or limiting an input of a motor-driving current having a value more than a predetermined value.
    • 离心式流体泵组件包括离心流体泵和控制装置。 离心流体泵包括泵部分,其包括壳体和叶轮,该叶轮具有第一磁性材料和第二磁性材料,并被容纳在壳体中并且不与壳体接触;叶轮旋转扭矩产生部分,包括具有磁体的转子, 吸引叶轮的第一磁性材料和用于旋转转子的电动机,以及具有用于吸引叶轮的第二磁性材料的电磁体的叶轮位置控制部。 控制装置具有限制电动机的转数的输入超过预定转数或限制具有大于预定值的电动机驱动电流的输入的功能。