首页> 外国专利> Coolant pump, especially electric convection-cooled coolant pump with integrated directional control valve, and corresponding method

Coolant pump, especially electric convection-cooled coolant pump with integrated directional control valve, and corresponding method

机译:冷却剂泵,尤其是带有方向控制阀的电动对流冷却冷却剂泵,以及相应的方法

摘要

The present invention proposes a coolant pump for a coolant circuit of the internal combustion engine of a motor vehicle including at least a radiator circuit and a bypass circuit. The coolant pump comprises a coolant pump housing (14) which is provided with an intake pipe (22), a bypass pipe (24), and a pressure pipe (34). A coolant pump electric motor (26) arranged in the coolant pump housing (14), the motor housing (28) of which is situated in the coolant flow, drives a pump impeller (32) via a pump shaft (30). A directional control valve (40) is integrated into the coolant pump housing (14). It is proposed for the first time to arrange the intake pipe (22) in the area of the end of the pump motor facing away from the pump impeller (32). Furthermore the bypass pipe is to be arranged in an area downstream of the intake pipe (22). Moreover the pressure pipe (34) is to be arranged in an area downstream of the bypass pipe (24). Finally only the coolant that can be taken in by the radiator via the intake pipe is to be adapted to be guided past the pump motor in a peripheral flow (50)—in particular through a flow channel (56) limited by the outer wall (52) of the pump motor housing (28) and the facing inner wall (54) of the pump housing and/or the facing inner wall (60) of the directional control valve (40). The present invention also specifies a corresponding method.
机译:本发明提出一种用于机动车辆的内燃机的冷却剂回路的冷却剂泵,该冷却剂泵至少包括散热器回路和旁路回路。冷却剂泵包括冷却剂泵壳体( 14 ),该壳体设有进气管( 22 ),旁通管( 24 ),和压力管( 34 )。冷却剂泵电动机( 26 )布置在冷却剂泵壳体( 14 )中,其电机壳体( 28 )位于冷却剂流通过泵轴( 30 )驱动泵叶轮( 32 )。方向控制阀( 40 )集成在冷却液泵壳体( 14 )中。首次建议将进气管( 22 )布置在泵电机的背向泵叶轮( 32 )的一端区域中。此外,旁通管应布置在进气管( 22 )的下游区域。此外,压力管( 34 )将布置在旁通管( 24 )的下游区域。最后,只有散热器可以通过进气管吸收的冷却剂才能以周向流动( 50 )尤其是通过流动通道(< B> 56 )受泵电机壳体( 28 )的外壁( 52 )和相对的内壁( 54 )和/或方向控制阀( 40 )的相对内壁( 60 )。本发明还规定了一种相应的方法。

著录项

  • 公开/公告号US2006216166A1

    专利类型

  • 公开/公告日2006-09-28

    原文格式PDF

  • 申请/专利权人 FRANZ PAWELLEK;

    申请/专利号US20050551467

  • 发明设计人 FRANZ PAWELLEK;

    申请日2004-03-10

  • 分类号F04B17/00;

  • 国家 US

  • 入库时间 2022-08-21 21:46:15

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