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    • 3. 发明授权
    • Oil pump rotor
    • 油泵转子
    • US09574559B2
    • 2017-02-21
    • US14236455
    • 2012-12-13
    • DIAMET CORPORATION
    • Atsushi ShiotaniEiichiro Niizuma
    • F04C2/10F04C2/08
    • F04C2/10F04C2/084F04C2/102F04C2270/12F04C2270/17
    • Provided is an oil pump rotor capable of improving a volume efficiency and a quietness. When a diameter of a base circle bi of an inner rotor is Φ bi; a diameter of a first outer rolling circle Di is Φ Di; a diameter of a first inner rolling circle di is Φ di; a diameter of a base circle bo of an outer rotor is Φ bo; a diameter of a second outer rolling circle Do is Φ Do; a diameter of a second inner rolling circle do is Φ do; and an eccentricity amount between the inner rotor and the outer rotor is e, Φ bi=n·(Φ Di+Φ di) and Φ bo=(n+1)·(Φ Do+Φ do) hold; either Φ Di+Φ di=2e or Φ Do+Φ do=2e holds; and Φ Do>Φ Di and Φ di>Φ do hold. When a clearance between the inner rotor and the outer rotor is t, 0.3≦((Φ Do+Φ do)−(Φ Di+Φ di))·(n+1)/t≦0.6 holds, provided that Φ Di+Φ di=2e; or 0.3≦((Φ Do+Φ do)−(Φ Di+Φ di))·n/t≦0.6 holds, provided that Φ Do+Φ do=2e.
    • 提供一种能够提高体积效率和安静性的油泵转子。 当内转子的基圆bi的直径为Φbi时; 第一外滚圈Di的直径为ΦDi; 第一内滚圆di的直径为Φdi; 外转子的基圆bo的直径为Φbo; 第二外滚圆Do的直径为ΦDo; 第二内滚圆do的直径为Φdo; 内转子和外转子之间的偏心量为e,Φbi = n·(ΦDi +Φdi)和Φbo =(n + 1)·(ΦDo +Φdo) ΦDi +Φdi = 2e或ΦDo +Φdo = 2e成立; ΦDo>ΦDi,Φdi>Φ。 当内转子和外转子之间的间隙为t时,0.3≤((ΦDo +Φdo) - (ΦDi +Φdi))·(n + 1)/t≤0.6,如​​果ΦDi + Φdi = 2e; 或者如果ΦDo +Φdo = 2e,则为0.3≤((ΦDo +Φdo) - (ΦDi +Φdi))·n /t≤0.6。
    • 4. 发明授权
    • Method for predicting a rotation fault in the rotor of a vacuum pump, and associated pumping device
    • 用于预测真空泵的转子中的旋转故障的方法以及相关的泵送装置
    • US09534609B2
    • 2017-01-03
    • US13380761
    • 2010-06-24
    • Nicolas BecourtFlorent MartinCecile ParisetSylvie GalichetNicolas Meger
    • Nicolas BecourtFlorent MartinCecile ParisetSylvie GalichetNicolas Meger
    • F04B51/00F04D19/04F04D27/00G01H1/00G01H1/14G05B23/02
    • F04D19/04F04B51/00F04C2220/10F04C2270/07F04C2270/12F04C2270/80F04D27/001F05D2260/607G01H1/003G01H1/14G05B23/0245G05B23/0283
    • The invention pertains to a method for predicting a failure in the rotation of the rotor of a vacuum pump, comprising the following steps: sequences of events related to the change over time of the vacuum pump functional signals are recorded (101), a match is sought between at least one sequence of events and at least one pre-established association rule precursory pattern of a vacuum pump behavior model within the recorded sequences of events, said pre-established association rule's precursory patterns involving a failure in the rotor rotation (102), and a time prediction window is deduced during which a failure in the rotor rotation will occur in a vacuum pump (103). The invention also pertains to a pumping device comprising: a vacuum pump (7) comprising at least one rotor and one pump body, said rotor having the potential to be driven rotationally within said pump body by a motor of said pump (7), a functional signal sensor (9) of said pump (7), and a means of predicting (10) a time prediction window during which a failure in the rotor rotation will occur in the vacuum pump (7), said means for prediction (10) calculating the predictive time window based on measurements provided by said functional signal sensor (9).
    • 本发明涉及一种用于预测真空泵转子故障的方法,包括以下步骤:记录与真空泵功能信号随时间变化相关的事件序列(101),匹配是 在所记录的事件序列中,在所述预先确定的关联规则的涉及转子旋转故障(102)的前兆模式之间寻求至少一个事件序列和至少一个预先建立的真空泵行为模型的关联规则前兆模式, ,并且推导出在真空泵(103)中将发生转子旋转故障的时间预测窗口。 本发明还涉及一种泵送装置,其包括:真空泵(7),其包括至少一个转子和一个泵体,所述转子具有通过所述泵(7)的马达在所述泵体内旋转驱动的潜力, 所述泵(7)的功能信号传感器(9)和预测(10)在真空泵(7)内将发生转子转动故障的时间预测窗口的装置,所述预测装置(10) 基于由所述功能信号传感器(9)提供的测量值来计算预测时间窗口。