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    • 4. 发明申请
    • METHOD FOR ADJUSTING A DISPLACEMENT PUMP THAT HAS A VARIABLE VOLUME FLOW RATE IN AN INTERNAL COMBUSTION ENGINE
    • 调整在内燃机中具有可变体积流量的位移泵的方法
    • US20090078241A1
    • 2009-03-26
    • US12323375
    • 2008-11-25
    • Willi SchneiderTorsten Helle
    • Willi SchneiderTorsten Helle
    • F02D41/00F04B49/00
    • F04B1/34F01M1/16F02B39/04F04C14/18
    • The invention relates to a method for adjusting a displacement pump that has a variable volume flow rate in an internal combustion engine. Said method comprises the following steps: the displacement pump is driven; the fluid is conveyed to the consumption points in the internal combustion engine; at least one characteristic value is determined from the exhaust gas flow of the internal combustion engine; said characteristic value is forwarded to a control device as an actual value signal; the actual value signal is compared to a given target value; a control signal is preprocessed from the deviation between the actual value signal and the target value; the control signal is fed to an actuator; the volume flow rate of the displacement pump is modified by means of the actuator in accordance with the control signal; the steps of the method are repeated until the actual value signal is identical to the target value.
    • 本发明涉及一种用于调节在内燃机中具有可变体积流量的排量泵的方法。 所述方法包括以下步骤:驱动位移泵; 将流体输送到内燃机的消耗点; 从内燃机的排气流量确定至少一个特征值; 所述特征值作为实际值信号被转发到控制装置; 将实际值信号与给定的目标值进行比较; 从实际值信号和目标值之间的偏差预处理控制信号; 控制信号被馈送到致动器; 位移泵的体积流量根据控制信号通过致动器进行修正; 重复该方法的步骤,直到实际值信号与目标值相同。
    • 8. 发明授权
    • High pressure variable displacement piston pump
    • 高压可变排量活塞泵
    • US07887302B2
    • 2011-02-15
    • US12415401
    • 2009-03-31
    • Walter Decania Hutto, Jr.
    • Walter Decania Hutto, Jr.
    • F04B27/06F04B43/12F15B15/14F01B15/02
    • F04B1/32F04B1/143F04B1/29F04B1/34F04B49/12
    • A variable flow pump includes: a housing with inlet and outlet chambers interconnected by a main bore and a non-rotating cylinder block positioned in the main bore. The cylinder block includes: a central bore communicating with the inlet chamber; cylinder bores arrayed around the central bore; first feed passages interconnecting the inlet chamber and the cylinder bores, defining a bypass flowpath between the cylinder bores; and at least one discharge valve disposed at the second end which permits fluid flow from the cylinder bores to the discharge chamber but prevents opposite flow; Pistons are disposed in the bores. A shaft is coupled to the pistons so as to cause them to reciprocate through an axial pump stroke when the shaft is rotated. A mechanism is coupled to the cylinder block which modulates the axial position of the cylinder block within the housing, varying the size of the bypass flowpath.
    • 可变流量泵包括:壳体,其具有通过主孔互相连接的入口和出口腔以及定位在主孔中的非旋转气缸体。 气缸体包括:与入口室连通的中心孔; 圆柱孔围绕中心孔排列; 将入口室和气缸孔相互连接的第一进料通道,在气缸孔之间限定旁路流路; 以及设置在第二端处的至少一个排放阀,其允许流体从气缸孔流到排出室,但是防止相反的流动; 活塞被放置在孔中。 轴联接到活塞,以便当轴旋转时,轴使它们通过轴向泵冲程往复运动。 机构联接到气缸体,该气缸体调节气缸体在壳体内的轴向位置,改变旁路流路的尺寸。
    • 10. 发明申请
    • RESPONSIVE THREE-DIMENSIONAL SURFACE CONTROLLER
    • 响应三维表面控制器
    • US20150013317A1
    • 2015-01-15
    • US14324237
    • 2014-07-07
    • Li-Da Huang
    • Li-Da Huang
    • F04B1/34F04B9/109
    • F04B1/34A47C27/10F04B9/109
    • A system to generate and control a three-dimensional (3D) surface may include a surface supported by a plurality of actuating units, a control center, and a common media tank. The control center may include a movement control assembly that has a plurality of movement control unit, and each movement control unit is configured to control the movement of a corresponding actuating unit. In one embodiment, a predetermined amount of medium, such as air or liquid, is arranged in each actuating unit. The surface can be actually considered an array of small pieces divided from the surface, and supported and actuated by the actuating units. Since the control of the surface is through the control of every single piece thereof, the control of the surface would be more precise if the surface can be divided into more pieces.
    • 用于产生和控制三维(3D)表面的系统可以包括由多个致动单元,控制中心和公共介质箱支撑的表面。 控制中心可以包括具有多个移动控制单元的移动控制组件,并且每个移动控制单元被配置为控制对应的致动单元的移动。 在一个实施例中,在每个致动单元中布置有预定量的介质,例如空气或液体。 表面实际上可以被认为是从表面分离的小块的阵列,并由致动单元支撑和致动。 由于表面的控制是通过其每一片的控制,如果表面可以被分成更多的部分,则表面的控制将更精确。