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    • 32. 发明申请
    • Magnet pump with bi-directional axial self-alignment
    • 具有双向轴向自对准的磁力泵
    • US20020028147A1
    • 2002-03-07
    • US09837527
    • 2001-04-18
    • Omar GabrieliFrancesco Gennari
    • F04B017/00F04B035/00
    • F04D13/026
    • A magnet pump with bi-directional axial self-alignment comprises an inner chamber (12), provided with a suction duct (13) and a delivery duct (14); an impeller (25) located in said chamber (12) in a rotatably and axially movable manner, and having, a front portion (26) oriented towards the suction duct (13); a driven rotor (31) integral with the motor spindle (51), located outside said chamber (12) and bearing magnets (34) cooperating with as many driven magnets (35) facing the same, located in the rear portion (27) of impeller (25), and a magnet (41) fixed in the inside of said chamber (12) and cooperating with a second magnet (42), incorporated in said impeller (25) so as to realize a linear magnetic coupling.
    • 具有双向轴向自对准的磁体泵包括设置有吸入管道(13)和输送管道(14)的内部室(12)。 位于所述腔室(12)中的可旋转且可轴向移动的叶轮(25),并具有朝向吸入管道(13)定向的前部分(26); 与所述电机主轴(51)一体的从动转子(31)位于所述腔室(12)的外部,以及轴承磁体(34),所述轴承磁体与位于所述腔室(12)的后部(27)中的相同的被驱动磁体 叶轮(25)和固定在所述室(12)的内部并配合在所述叶轮(25)中的第二磁体(42)的磁体(41),以实现线性磁耦合。
    • 34. 发明申请
    • Pump motor for vehicle
    • 车用泵电机
    • US20020001528A1
    • 2002-01-03
    • US09888586
    • 2001-06-26
    • Mitsuba Corporation
    • Hirokazu ShodaMasakatsu Kimura
    • F04B017/00F04B035/00F04B035/04
    • F04D13/06F04D29/588
    • The invention relates to a pump motor for a vehicle, wherein when integrally forming the housing of a motor pump, in which the pump accommodating portion is made larger in diameter than the motor accommodating portion, by using metal dies, ventilation holes that communicate from the base end side of the housing to the motor accommodating portion are formed without making the motor accommodating portion of the housing larger in diameter, wherein projections are formed so as to be continuous to the base end side at the portion opposed to the pump accommodating portion on the outer circumferential surface of the housing, and the ventilation holes are formed to incline inwardly so that they reach from the base end side of the projections to the inside of the motor accommodating portion.
    • 本发明涉及一种用于车辆的泵马达,其中当通过使用金属模具整体地形成其中泵容纳部分的直径大于马达容纳部分的马达泵的壳体时,通气孔从 形成壳体的基端侧到电动机容纳部,而不使壳体的电动机容纳部分的直径变大,其中突起形成为在与泵容纳部分相对的部分处的基端侧连续 壳体的外周面和通气孔形成为向内倾斜,使得它们从突起的基端侧到达电动机容纳部的内部。
    • 35. 发明申请
    • Energy recovery device
    • 能量回收装置
    • US20010004442A1
    • 2001-06-21
    • US09727676
    • 2000-12-04
    • Peter Elliott-Moore
    • F04B017/00F04B035/00
    • B01D61/06F04B9/1176Y02A20/131
    • An energy recovery device comprises at least one cylinder, a piston slidable in the cylinder, first valve means for selectively connecting one end of the cylinder to waste liquid at a first relatively high pressure and to drain and second valve means for allowing feed liquid to enter the other end of the cylinder at a second lower pressure via a feed liquid entry port and to be discharged via a feed liquid discharge port from said other end of the cylinder in response to movement of the piston caused by waste liquid entering said one end of the cylinder. Also, means, such as a rod which extends from the other end of the cylinder and into but not through the piston, ensures that the area of the piston acting on the feed liquid is less than the area of the piston acted upon by the waste liquid so that the piston acts as a pressure intensifier to discharge feed liquid through the feed liquid discharge port at a higher pressure than the pressure of waste liquid entering said one end of the cylinder.
    • 能量回收装置包括至少一个气缸,可在气缸中滑动的活塞,用于选择性地将气缸的一端以第一相对较高的压力连接到废液的第一阀装置和用于允许进料液进入的第二阀装置 通过进料液入口在第二较低压力下的气缸的另一端,并响应于由进入所述一端的废液引起的活塞的运动而经由进料液体排出口从气缸的另一端排出 气瓶。 此外,诸如从气缸的另一端延伸而不通过活塞的杆的装置确保作用在进料液体上的活塞的面积小于由废物作用的活塞的面积 液体,使得活塞作为增压器,以比进入所述气缸的一端的废液的压力更高的压力将进料液体通过进料液体排出口排出。
    • 37. 发明申请
    • Hermetic compressor
    • 气密压缩机
    • US20040213682A1
    • 2004-10-28
    • US10612389
    • 2003-07-02
    • SAMSUNG GWANG JU ELECTRONICS CO., LTD.
    • Seung Don Seo
    • F04B035/00
    • F04B39/121F04B39/0027
    • A hermetic compressor, in which a damping unit is mounted on an inner surface of a hermetic casing to stably and elastically support the hermetic casing and change a resonant frequency of the hermetic casing. The damping unit is provided at a predetermined position of an upper casing part of the hermetic casing to elastically support the upper casing part with predetermined elasticity. The damping unit has a mounting part at which the damping unit is mounted to the upper casing part, and an elastic support part to elastically support the upper casing part. The elastic support part has a flange part projected in a direction to a length which exceeds a plane aligned with a surface of the mounting part. The flange part thus elastically supports the hermetic casing in a state of being elastically deformed. The elastic support part also has a wing part to connect the flange part to the mounting part. The wing part is rounded in a direction opposite to a projected direction of the flange part. In the hermetic compressor, the damping unit elastically supports the upper casing part of the hermetic casing and change the resonant frequency of the upper casing part, thus preventing the upper casing part from resonating with specific high- and low-frequency waves radiated to an inner surface of the upper casing part.
    • 一种封闭式压缩机,其中缓冲单元安装在密封壳体的内表面上,以稳定且弹性地支撑密封壳体并改变密封壳体的共振频率。 阻尼单元设置在密封壳体的上壳体部分的预定位置处,以预定弹性弹性地支撑上壳体部分。 阻尼单元具有将阻尼单元安装在上壳体部分上的安装部分和弹性支撑上壳体部分的弹性支撑部。 弹性支撑部具有沿着与安装部的表面对准的平面的长度方向突出的凸缘部。 因此,凸缘部在弹性变形的状态下弹性地支撑密封壳体。 弹性支撑部分还具有用于将凸缘部连接到安装部的翼部。 翼部沿与凸缘部的突出方向相反的方向圆化。 在封闭式压缩机中,阻尼单元弹性支撑密封壳体的上壳体部分并改变上壳体部分的共振频率,从而防止上壳体部分与辐射到内部的特定高频和低频波共振 上壳体部分的表面。
    • 39. 发明申请
    • Ceiling fan with bi-directional rotation control
    • 吊扇采用双向旋转控制
    • US20040191087A1
    • 2004-09-30
    • US10397607
    • 2003-03-26
    • Chang-Ming Liu
    • F04B035/00
    • F04D25/088F04D27/00
    • A ceiling fan includes a motor having motor coils, blades connected to the motor, a support assembly including a canopy and a hanger rod that is suspended from the canopy and that extends to the motor, a remote fan controller arranged inside the canopy, and a direction control unit connected to the remote fan controller and the motor coils. The direction control unit includes a relay switch circuit arranged in the canopy. The remote fan controller is adapted to receive a control signal transmitted wirelessly by a remote controlling device, and controls actuation of the relay switch circuit in response to the control signal received thereby so as to change direction of current in the motor coils in order to control direction of rotation of the motor.
    • 吊扇包括具有电动机线圈的电动机,连接到电动机的叶片,包括盖子的支撑组件和悬挂在伞顶上并且延伸到电动机的悬挂杆,布置在顶篷内的远程风扇控制器,以及 方向控制单元连接到远程风扇控制器和电机线圈。 方向控制单元包括布置在顶盖中的继电器开关电路。 遥控风扇控制器适于接收由遥控装置无线发送的控制信号,并且响应于从其接收到的控制信号控制继电器开关电路的致动,以便改变电动机线圈中的电流方向以便控制 电机的旋转方向。
    • 40. 发明申请
    • Electric motor
    • 电动马达
    • US20040183386A1
    • 2004-09-23
    • US10801214
    • 2004-03-15
    • Minebea Co., Ltd.
    • Oswald Kuwert
    • H02K011/00H02K005/00F04B017/00F04B035/00
    • H02K3/50H02K5/08H02K5/15H02K5/1732H02K5/225H02K29/08Y10T29/49009
    • In order in the case of an electric motor, in particular a brushless electric motor, comprising a rotor, a stator, a motor housing receiving the rotor and the stator, a first bearing, disposed on the motor housing, and a second bearing, disposed opposite the first bearing, to allow the bearings to be positioned with the necessary precision when the rotor is being fitted into the motor housing, it is proposed that the motor housing comprises a housing body, which receives the stator, and a flange body, which receives the second bearing and can be mounted on the housing body, and that the flange body, when it is in an axial end position in relation to the rotor axis, is guided on the housing body against a movement transversely to the rotor axis and is fixed in relation to the housing body against a movement in the direction of the rotor axis by means of first positively connecting features, provided on the flange body, and second positively connecting features, provided on the housing body, which features can be brought into operative connection with one another by a relative movement of the flange body and housing body.
    • 为了在电动机,特别是无刷电动机的情况下,包括转子,定子,容纳转子和定子的电动机壳体,设置在电动机壳体上的第一轴承和第二轴承, 与第一轴承相对的是,当转子装配到电动机壳体中时,允许轴承以必要的精度进行定位,所以建议电动机壳体包括容纳定子的壳体和法兰体, 接收第二轴承并且可以安装在壳体上,并且当凸缘体相对于转子轴线处于轴向端部位置时,凸缘体在壳体上被引导以横向于转子轴线的运动,并且是 通过设置在凸缘体上的第一正向连接特征和设置在壳体b上的第二正向连接特征,相对于壳体抵抗在转子轴线方向上的运动而固定 通过凸缘体和壳体的相对运动,这些特征可相互连接起来。