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    • 4. 发明授权
    • Propotional control pressure valve
    • 传动控制压力阀
    • US06619615B1
    • 2003-09-16
    • US09890169
    • 2001-07-26
    • Karlheinz MayrMarkus EiseleThilo SchmidtWalter KillHubert RemmlingerJochen FischerRobert Ingenbleek
    • Karlheinz MayrMarkus EiseleThilo SchmidtWalter KillHubert RemmlingerJochen FischerRobert Ingenbleek
    • F16K3102
    • H01F7/1607F16H2061/0258G05D16/2013G05D16/2093H01F7/13
    • A proportional pressure control valve is described capable of serving as a pilot, servo or direct control valve and having a pressure reducing function and a pressure maintaining function. The valve is comprised essentially of a valve housing (2) with inlet and outlet ports (4, 5, 6), a control element (7), an armature rod (8) and a proportional magnet (3). The proportional magnet (3) is an assembly of a magnet core (10), a magnet armature (11) and a magnet coil (12), whereby the proportional magnet (3) when in its range of operation possesses a nearly constant magnetic strength. In accord with the invention, when in a holding position of the magnetic armature (11) the smallest possible gap (13) exists between the magnet armature (11) and the magnet core (10). This gap is so dimensioned that the magnetic force between the two said components (10, 11) in the holding position is greater than the magnetic force in the operational area of the proportional magnet (3) and that the magnetic armature (11) can be made fixed in position by this said magnetic force.
    • 描述了一种比例压力控制阀,其能够用作先导,伺服或直接控制阀,并具有减压功能和压力保持功能。 该阀主要由具有入口和出口端口(4,5,6),控制元件(7),电枢杆(8)和比例磁体(3)的阀壳体(2)组成。 比例磁体(3)是磁芯(10),磁体电枢(11)和磁体线圈(12)的组装体,其中比例磁体(3)在其操作范围内具有几乎恒定的磁场强度 。 根据本发明,当处于磁性衔铁(11)的保持位置时,磁体电枢(11)和磁芯(10)之间存在最小可能的间隙(13)。 该间隙的尺寸使得保持位置中的两个所述部件(10,11)之间的磁力大于比例磁体(3)的操作区域中的磁力,并且磁性衔铁(11)可以是 通过该磁力将其固定在适当的位置。
    • 6. 发明申请
    • PRESSURE CONTROL VALVE
    • 压力控制阀
    • US20090065722A1
    • 2009-03-12
    • US12197479
    • 2008-08-25
    • Thilo SchmidtMarkus MoosmannKarlheinz Mayr
    • Thilo SchmidtMarkus MoosmannKarlheinz Mayr
    • F16K31/02
    • F16K31/0634F16K11/048G05D16/2024
    • A pressure control valve having valve seats, an electromagnet, a magnetic coil, and an armature coupled to an anchor rod, which are axially slidable for biasing a part against a first valve seat to close a tank edge. A push rod, which is integral with the anchor rod, biases a locking element off a ball seat to open an inlet control edge. The cross-section of the inlet control edge can be modified depending on the temperature such that the cross-section is opened as widely as possible at low oil temperatures. The cross-section of the inlet control edge is reduced at high oil temperatures to the extent that a high valve dynamic of the follow-up slide valve is achieved, and the leakage oil flow is not significantly increased.
    • 一种压力控制阀,其具有阀座,电磁体,电磁线圈和联接到锚杆的电枢,所述衔铁可轴向滑动,以使部件抵靠第一阀座偏压以封闭罐边缘。 与锚杆成一体的推杆将锁定元件偏离球座以打开入口控制边缘。 入口控制边缘的横截面可以根据温度进行修改,使得横截面在低油温下尽可能广泛地打开。 入口控制边缘的横截面在高油温下降低到实现后续滑阀的高阀动态,泄漏油流量不显着增加的程度。
    • 8. 发明申请
    • PRESSURE CONTROL VALVE
    • 压力控制阀
    • US20090065075A1
    • 2009-03-12
    • US12197484
    • 2008-08-25
    • Thilo SchmidtMarkus MoosmannKarlheinz Mayr
    • Thilo SchmidtMarkus MoosmannKarlheinz Mayr
    • F15B13/044F16K31/06
    • F16K31/0634G05D16/2024Y10T137/87217
    • A pressure control valve (1) designed as a closed-end pressure regulator is proposed, which comprises two valve seats (7, 11) arranged in a hydraulic half-bridge circuit, with an electromagnet (2) having a magnetic core, a magnetic coil (3), and a displaceable armature (4), with an anchor rod (5) displaceable by the armature (4) for a closing part (6), which can be made to strike against a first valve seat (7) of the tank edge, and with a push rod (9), which is connected to the anchor rod (5) or is designed as a single piece with the anchor rod (5), which can move a locking element (10) designed as a ball out of a ball seat (11) of the inlet control edge, in which the push rod (9) is configured in such a way at its end facing the ball seat (11) that the opening cross-section of the inlet control edge (12), that is, the ball seat (11), can be modified depending on the axial position of the push rod (9) in such a way that the cross-section is reduced when the target pressure is low, in order to reduce the inlet volume flow, while the total cross-section of the inlet edge (12) is made available when the target pressure is high and/or in which the valve seat (11) is designed in such a way that its diameter on the side facing the ball (10) is smaller than the diameter on the side facing away from the ball (10).
    • 提出设计为封闭式压力调节器的压力控制阀(1),其包括设置在液压半桥回路中的两个阀座(7,11),电磁体(2)具有磁芯,磁性 线圈(3)和可移动的电枢(4),其中锚杆(5)可由衔铁(4)移动以用于封闭部分(6),该闭合部分可以抵靠第一阀座(7) 罐边缘以及连接到锚杆(5)的推杆(9)或者被设计成与锚杆(5)一体的部件,其可以移动被设计为锚杆(5)的锁定元件(10) 球从入口控制边缘的球座(11)出来,其中推杆(9)在其面向球座(11)的端部处被构造成使得入口控制边缘的开口横截面 (12),即球座(11)可以根据推杆(9)的轴向位置进行改变,使得当目标压力低时横截面减小,o 以减小入口体积流量,而当目标压力高时,入口边缘(12)的总横截面可用,和/或其中阀座(11)被设计成使得其直径 在面对球(10)的一侧上的直径小于背离球(10)的一侧的直径。