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    • 1. 发明申请
    • ELECTROMAGNETIC VALVE AND PROCESS FOR SETTING THE STROKE OF AN ELECTROMAGNETIC VALVE
    • 电磁阀和方法螺线管的行程调整
    • WO1998031578A1
    • 1998-07-23
    • PCT/EP1997007240
    • 1997-12-22
    • ITT MANUFACTURING ENTERPRISES, INC.GOOSSENS, Andre, F., L.ROTTIERS, Antoine
    • ITT MANUFACTURING ENTERPRISES, INC.
    • B60T08/36
    • F16K31/0665B60T8/363B60T15/028
    • An electromagnetic valve has a valve housing (1) with a valve seat body (6) and a valve closure member (11) controlled by an armature (4). A valve coil (8) is arranged next to the armature (4) and delimited by a yoke ring (2). A housing section (1') upon which the armature (4) is supported closes the valve housing (1). The valve housing (1), the housing section (1') that closes the valve housing (1), the yoke ring (2) and the armature (4) are made of a magnetic flow-conducting material. The magnetic circuit between the yoke ring (2) and the valve housing (1) is closed by a ferromagnetic ring-shaped piece (3) mounted on the valve housing (1) and/or by a ferromagnetic body (5) that supports the valve housing (1). Also disclosed are two processes for setting the stroke of an armature (4) in a valve housing (1) of an electromagnetic valve. A pressurised medium under a low pressure, in particular compressed air, flows through the electromagnetic valve and the volume flow rate representative of each stroke setting is determined.
    • 本发明涉及一种具有阀壳体中的电磁阀(1),其具有阀座体(6)和一个衔铁(4)的控制阀关闭构件(11),在所述衔铁(4)的附近设置有,通过轭环(2) 有限阀线圈(8)中,用一个阀壳(1)封闭,其上支承磁衔铁(4)外壳部分(1“)。 阀壳体(1),所述阀壳体(1)封闭所述壳体部分(1“),所述轭环(2)和衔铁(4)由磁通量传导材料(其中该轭环(2)和所述阀壳体之间的磁路 1)或者通过附接(在阀壳体1)铁磁环构件(3)和/或一个阀壳体(1)载有铁磁接收体(5)被关闭上。 此外,两种方法用于在阀壳体(1)一个衔铁(4)的行程调整将一个电磁阀进行说明,所述通过在低压下的压力介质站在电磁阀,尤其是压缩空气,流经,并且用于相应的行程调节体积流量代表被确定。