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    • 2. 发明授权
    • Method and device for producing a high-pressure-tight connection and associated valve cartridge for a solenoid valve
    • 用于生产用于电磁阀的高压密封连接和相关阀芯的方法和装置
    • US08528879B2
    • 2013-09-10
    • US12669661
    • 2008-07-03
    • Friedrich MuellerGuenther SchnalzgerMartin Kirschner
    • Friedrich MuellerGuenther SchnalzgerMartin Kirschner
    • F16K31/02
    • B21D39/04B21D41/04B23P11/005B60T8/3615B60T8/363F16B17/004F16K31/06Y10T29/49412Y10T29/53552Y10T137/5987
    • The invention relates to a method and a device for producing a high-pressure-tight connection between a pole core and a valve sleeve of a solenoid valve and to an associated valve cartridge for a solenoid valve. According to the invention, the pole core is placed in a two-part compression mold, which comprises a middle die and an outer die, in such a way that a joining gap is produced between an inner bore of the outer die and the placed-in pole core. Subsequently, the pole core is placed against the valve sleeve and the valve sleeve is inserted into the joining gap. Then, the middle die and the outer die are pressed simultaneously with the pole core such that the valve sleeve passes into the joining gap. When a pressed diameter of the pole core is reached, the valve sleeve expands and is shaped in the joining gap between a first shaping edge and a second shaping edge and is joined onto the pole core. The diameter of the inner bore tapers between the first shaping edge and the second shaping edge. Application of further force by the outer die allows the pole core to be pressed deeper into the valve sleeve, in order to carry out a desired stroke setting for the movement of an armature by performing the further shaping of the valve sleeve.
    • 本发明涉及一种用于在电磁阀的磁极铁芯和阀套之间产生高压紧密连接的方法和装置,以及用于电磁阀的相关阀芯。 根据本发明,极芯被放置在两部分压缩模具中,该模具包括中间模具和外模具,使得在外模具的内孔和放置的模具之间产生接合间隙, 在极核心。 随后,将磁极芯放置在阀套上,并将阀套插入接合间隙。 然后,中间模具和外模具与极芯同时压入,使得阀套件进入接合间隙。 当达到极芯的压制直径时,阀套在第一成形边缘和第二成形边缘之间的接合间隙中膨胀并成形,并且连接到极芯上。 内孔的直径在第一成形边缘和第二成形边缘之间变细。 通过外模具进一步施加的力使得磁极芯被更深地压入阀套筒中,以通过执行阀套件的进一步成形来实现用于电枢运动的期望行程设置。
    • 4. 发明申请
    • METHOD AND DEVICE FOR PRODUCING A HIGH-PRESSURE-TIGHT CONNECTION AND ASSOCIATED VALVE CARTRIDGE FOR A SOLENOID VALVE
    • 用于生产电磁阀的高压连接和相关阀门盒的方法和装置
    • US20100187453A1
    • 2010-07-29
    • US12669661
    • 2008-07-03
    • Friedrich MuellerGuenther SchnalzgerMartin Kirschner
    • Friedrich MuellerGuenther SchnalzgerMartin Kirschner
    • F16K31/08B21K1/20
    • B21D39/04B21D41/04B23P11/005B60T8/3615B60T8/363F16B17/004F16K31/06Y10T29/49412Y10T29/53552Y10T137/5987
    • The invention relates to a method and a device for producing a high-pressure-tight connection between a pole core and a valve sleeve of a solenoid valve and to an associated valve cartridge for a solenoid valve. According to the invention, the pole core is placed in a two-part compression mold, which comprises a middle die and an outer die, in such a way that a joining gap is produced between an inner bore of the outer die and the placed-in pole core. Subsequently, the pole core is placed against the valve sleeve and the valve sleeve is inserted into the joining gap. Then, the middle die and the outer die are pressed simultaneously with the pole core such that the valve sleeve passes into the joining gap. When a pressed diameter of the pole core is reached, the valve sleeve expands and is shaped in the joining gap between a first shaping edge and a second shaping edge and is joined onto the pole core. The diameter of the inner bore tapers between the first shaping edge and the second shaping edge. Application of further force by the outer die allows the pole core to be pressed deeper into the valve sleeve, in order to carry out a desired stroke setting for the movement of an armature by performing the further shaping of the valve sleeve.
    • 本发明涉及一种用于在电磁阀的磁极铁芯和阀套之间产生高压紧密连接的方法和装置,以及用于电磁阀的相关阀芯。 根据本发明,极芯被放置在两部分压缩模具中,该模具包括中间模具和外模具,使得在外模具的内孔和放置的模具之间产生接合间隙, 在极核心。 随后,将磁极芯放置在阀套上,并将阀套插入接合间隙。 然后,中间模具和外模具与极芯同时压入,使得阀套件进入接合间隙。 当达到极芯的压制直径时,阀套在第一成形边缘和第二成形边缘之间的接合间隙中膨胀并成形,并且连接到极芯上。 内孔的直径在第一成形边缘和第二成形边缘之间变细。 通过外模具进一步施加的力使得磁极芯被更深地压入阀套筒中,以通过执行阀套件的进一步成形来实现用于电枢运动的期望行程设置。
    • 10. 发明申请
    • Solenoid Valve Device for Vehicle Brake Systems
    • 用于车辆制动系统的电磁阀装置
    • US20080224534A1
    • 2008-09-18
    • US11995754
    • 2006-05-31
    • Guenther SchnalzgerMartin Kirschner
    • Guenther SchnalzgerMartin Kirschner
    • B60T8/36F16K31/06
    • B60T8/364
    • The invention relates to a solenoid valve arrangement for an automotive braking system which arrangement is configured as a three-position/three-way valve. The invention is improved over the prior art in that two armatures and a single armature winding are assembled together such that both armatures can be displaced by the single armature winding. Each of the two armatures is associated with a respective sealing seat and the two sealing seats are situated on one side of the solenoid valve device, viewed in the axial direction of the armatures. The two sealing seats are embodied in a particularly advantageous fashion in or on a common sealing washer. The two sealing seats are arranged in a single sealing washer in such a way that the latter can be preassembled and then inserted into a predetermined location in the final assembly of the vehicle brake system solenoid valve device.
    • 本发明涉及一种用于汽车制动系统的电磁阀装置,该装置被配置为三位三通阀。 与现有技术相比,本发明得到改进,因为两个电枢和单个电枢绕组被组装在一起,使得两个电枢可以被单个电枢绕组移位。 两个电枢中的每一个与相应的密封座相关联,并且两个密封座位于电磁阀装置的一侧,从电枢的轴向方向看。 两个密封座在一个普通的密封垫圈中或上面以特别有利的方式体现。 两个密封座被布置在单个密封垫圈中,使得后者可以预先组装,然后插入车辆制动系统电磁阀装置的最终组件中的预定位置。