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    • 4. 发明授权
    • Hydraulically actuated stop valve and hydraulic brake system for a vehicle
    • 用于车辆的液压致动切断阀和液压制动系统
    • US06189984B1
    • 2001-02-20
    • US09180405
    • 1998-11-09
    • Norbert AlazeHeinz SiegelRolf HummelThomas MichlMartin MaierGuenther Hohl
    • Norbert AlazeHeinz SiegelRolf HummelThomas MichlMartin MaierGuenther Hohl
    • B60T836
    • B60T8/4872B60T8/341Y10T137/7835
    • The invention relates to a hydraulically actuated cutoff valve which is provided as an intake valve for switching between a master cylinder and an intake side of a feed pump of a slip-controlled vehicle brake system. The invention sets forth that the cutoff valve is embodied with a valve closing body that has a valve tappet which passes through an annular actuating element and is in engagement with a rocker element embodied as a cup spring, which rests on an annular pivot bearing. If the actuating element is acted upon by pressure, it presses down an outer edge of the rocker element, and as a result a middle of the actuating element executes a pivoting motion in the opposite direction that closes the cutoff valve. The invention has the advantage of an economical cutoff valve that has only a small number of components, and the invention can be used in a hydraulic vehicle brake system.
    • 本发明涉及一种液压致动的截止阀,其被设置为用于在主缸和滑动控制的车辆制动系统的进给泵的进气侧之间切换的进气阀。 本发明阐述了截止阀具有阀关闭体,该阀闭合体具有通过环形致动元件的阀挺杆,并且其与搁置在环形枢转轴承上的实施为杯形弹簧的摇臂元件接合。 如果致动元件受到压力的作用,则它按压摇臂元件的外边缘,结果,致动元件的中间在相反的方向上执行关闭截止阀的枢转运动。 本发明具有仅具有少量部件的经济的截止阀的优点,本发明可用于液压车辆制动系统中。
    • 5. 发明授权
    • Device having a shape memory element
    • 具有形状记忆元件的装置
    • US08237525B2
    • 2012-08-07
    • US11793086
    • 2005-10-05
    • Anh-Tuan HoangMartin MaierGuenther Hohl
    • Anh-Tuan HoangMartin MaierGuenther Hohl
    • H01F7/00H01H55/00
    • H01L41/12F02M51/0603F02M61/08F02M2200/22
    • Conventional devices have a valve needle and a shape memory element which, by the application of a controllable magnetic field, executes a control stroke travel that operates the actuator, and having a coil that excites the magnetic field which is situated in a magnet housing which, at its end face, is bordered with respect to an actuating axis by a front wall in each case, the front walls having a through opening radially within the coil. It is a disadvantage that the magnetic field excited around the coil is conducted unfavorably, so that at most a slight magnetic field develops in the shape memory element. The shape memory element has a magnetic field flowing through it, in the direction of its longitudinal extension, if at all. Since the shape memory element has a high magnetic resistance and is developed to be very long in the axial direction, only a very weak magnetic field can be induced in the shape memory element. In response to the magnetic field that is weak at most, the shape memory element can generate only a very slight lift of the valve needle. In the device according to the present invention, a strong magnetic field is conducted through the shape memory elements, and in this way, a large control stroke travel is achieved. The shape memory element(s) is/are positioned generally only in the through opening(s).
    • 常规装置具有阀针和形状记忆元件,其通过施加可控磁场来执行操作致动器的控制行程行程,并且具有激励位于磁体壳体中的磁场的线圈, 在其端面处,在每种情况下通过前壁相对于致动轴线相邻,前壁具有径向在线圈内的通孔。 不利的是,线圈周围激发的磁场是不利的,因此在形状记忆元件中最多产生轻微的磁场。 形状记忆元件具有在其纵向延伸的方向上流经的磁场,如果有的话。 由于形状记忆元件具有高磁阻并且在轴向上被显影为非常长,所以在形状记忆元件中只能产生非常弱的磁场。 响应于至多为弱的磁场,形状记忆元件可以仅产生非常轻微的阀针的提升。 在根据本发明的装置中,通过形状记忆元件传导强磁场,从而实现了大的控制行程行程。 形状记忆元件通常仅定位在通孔中。
    • 8. 发明授权
    • Method for dosing fuel with a fuel injection valve
    • 燃料喷射阀计量燃料的方法
    • US06543407B1
    • 2003-04-08
    • US09857713
    • 2001-11-05
    • Martin MaierGuenther HohlNorbert Keim
    • Martin MaierGuenther HohlNorbert Keim
    • F02M6116
    • F02M61/163F02M45/00F02M45/08F02M45/12F02M51/0603F02M61/162
    • The invention relates to a process for metering fuel with a fuel injector (1), in particular an injector for fuel injection systems of internal combustion engines. The fuel injector has an actuator (14) and a valve closing body (6) which can be activated by the actuator (14) to produce a valve stroke, and the valve closing body cooperates with a valve seat face (5) to form a sealing seat. The valve closing body (6) and/or valve seat face (5) has at least one swirl element (27; 41) to produce a swirling flow. In order to vary the fuel distribution of fuel injected by the fuel injector (1), the valve stroke triggered by the actuator (14) has a variable opening speed, whereby a transition from an at least approximately swirl-free preliminary flow of the injected fuel to a swirling flow of the injected fuel is produced by varying the opening speed.
    • 本发明涉及一种用燃料喷射器(1)计量燃料的方法,特别是用于内燃机燃料喷射系统的喷射器。 燃料喷射器具有致动器(14)和可由致动器(14)启动以产生阀行程的阀关闭体(6),并且阀关闭体与阀座面(5)协作以形成 密封座。 阀关闭体(6)和/或阀座面(5)具有至少一个旋流元件(27; 41)以产生回旋流。 为了改变由燃料喷射器(1)喷射的燃料的燃料分布,由致动器(14)触发的阀行程具有可变的开启速度,从而从注入的至少大致无漩涡的初始流量 通过改变打开速度来产生喷射燃料的涡流的燃料。
    • 10. 发明申请
    • Device Having a Shape Memory Element
    • 具有形状记忆元素的设备
    • US20090033448A1
    • 2009-02-05
    • US11793086
    • 2005-10-05
    • Anh-Tuan HoangMartin MaierGuenther Hohl
    • Anh-Tuan HoangMartin MaierGuenther Hohl
    • H02N2/02
    • H01L41/12F02M51/0603F02M61/08F02M2200/22
    • Conventional devices have a valve needle and a shape memory element which, by the application of a controllable magnetic field, executes a control stroke travel that operates the actuator, and having a coil that excites the magnetic field which is situated in a magnet housing which, at its end face, is bordered with respect to an actuating axis by a front wall in each case, the front walls having a through opening radially within the coil. It is a disadvantage that the magnetic field excited around the coil is conducted unfavorably, so that at most a slight magnetic field develops in the shape memory element. The shape memory element has a magnetic field flowing through it, in the direction of its longitudinal extension, if at all. Since the shape memory element has a high magnetic resistance and is developed to be very long in the axial direction, only a very weak magnetic field can be induced in the shape memory element. In response to the magnetic field that is weak at most, the shape memory element can generate only a very slight lift of the valve needle. In the device according to the present invention, a strong magnetic field is conducted through the shape memory elements, and in this way, a large control stroke travel is achieved. The shape memory element(s) is/are positioned generally only in the through opening(s).
    • 常规装置具有阀针和形状记忆元件,其通过施加可控磁场来执行操作致动器的控制行程行程,并且具有激励位于磁体壳体中的磁场的线圈, 在其端面处,在每种情况下通过前壁相对于致动轴线相邻,前壁具有径向在线圈内的通孔。 不利的是,线圈周围激发的磁场是不利的,因此在形状记忆元件中最多产生轻微的磁场。 形状记忆元件具有在其纵向延伸的方向上流经的磁场,如果有的话。 由于形状记忆元件具有高磁阻并且在轴向上被显影为非常长,所以在形状记忆元件中只能产生非常弱的磁场。 响应于至多为弱的磁场,形状记忆元件可以仅产生非常轻微的阀针提升。 在根据本发明的装置中,通过形状记忆元件传导强磁场,从而实现了大的控制行程行程。 形状记忆元件通常仅定位在通孔中。