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    • 1. 发明授权
    • Oil pump for an engine
    • 发动机油泵
    • US08845313B2
    • 2014-09-30
    • US13299488
    • 2011-11-18
    • Curtis John GrahamAdam William OsteinPatrick William Savage, Jr.Christopher Lee Bach
    • Curtis John GrahamAdam William OsteinPatrick William Savage, Jr.Christopher Lee Bach
    • F01C1/18F01M1/02
    • F01M1/02F01M2001/0238
    • Embodiments of an oil pump for an engine have an increased pump capacity while maintaining or marginally increasing the overall physical size of the pump. In some embodiments, this increased capacity is reflected in a pump length efficiency ratio, which compares an effective gear length (LG) of first and second pump gears used in the oil pump, to an effective housing length (LH). The effective housing length (LH) is a longitudinal distance between surfaces on opposite ends of the oil pump that must be maintained for the oil pump to fit into an available space. Accordingly, the pump length efficiency ratio indicates how much of the effective housing length (LH) can be occupied by the gears. Alternatively, the pump capacity is measured using an output flow efficiency ratio, which compares a theoretical pump flow (FP) at a given gear speed (SG) to the effective housing length (LH) of the pump.
    • 用于发动机的油泵的实施例具有增加的泵容量,同时保持或稍微增加泵的整体物理尺寸。 在一些实施例中,这种增加的容量反映在泵长度效率比中,其将油泵中使用的第一和第二泵齿轮的有效齿轮长度(LG)与有效壳体长度(LH)进行比较。 有效的外壳长度(LH)是油泵相对两端的表面之间的纵向距离,必须保持油泵适合可用空间。 因此,泵长度效率比表示有效的壳体长度(LH)可以被齿轮占据多少。 或者,使用输出流量效率比来测量泵容量,该比率将给定齿轮速度(SG)的理论泵流量(FP)与泵的有效壳体长度(LH)进行比较。
    • 8. 发明申请
    • Oil Pump for An Engine
    • 发动机油泵
    • US20130125854A1
    • 2013-05-23
    • US13299488
    • 2011-11-18
    • Curtis John GrahamAdam William OsteinPatrick William Savage, JR.Christopher Lee Bach
    • Curtis John GrahamAdam William OsteinPatrick William Savage, JR.Christopher Lee Bach
    • F01M1/02
    • F01M1/02F01M2001/0238
    • Embodiments of an oil pump for an engine have an increased pump capacity while maintaining or marginally increasing the overall physical size of the pump. In some embodiments, this increased capacity is reflected in a pump length efficiency ratio, which compares an effective gear length (LG) of first and second pump gears used in the oil pump, to an effective housing length (LH). The effective housing length (LH) is a longitudinal distance between surfaces on opposite ends of the oil pump that must be maintained for the oil pump to fit into an available space. Accordingly, the pump length efficiency ratio indicates how much of the effective housing length (LH) can be occupied by the gears. Alternatively, the pump capacity is measured using an output flow efficiency ratio, which compares a theoretical pump flow (FP) at a given gear speed (SG) to the effective housing length (LH) of the pump.
    • 用于发动机的油泵的实施例具有增加的泵容量,同时保持或稍微增加泵的整体物理尺寸。 在一些实施例中,这种增加的容量反映在泵长度效率比中,其将油泵中使用的第一和第二泵齿轮的有效齿轮长度(LG)与有效壳体长度(LH)进行比较。 有效的外壳长度(LH)是油泵相对两端的表面之间的纵向距离,必须保持油泵适合可用空间。 因此,泵长度效率比表示有效的壳体长度(LH)可以被齿轮占据多少。 或者,使用输出流量效率比来测量泵容量,该比率将给定齿轮速度(SG)的理论泵流量(FP)与泵的有效壳体长度(LH)进行比较。