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    • 11. 发明公开
    • MAGENTVENTIL
    • EP3077712A1
    • 2016-10-12
    • EP14806610.3
    • 2014-12-02
    • Robert Bosch GmbH
    • DROLL, KatharinaSCHMID, JoergREEB, Georg
    • F16K31/06
    • F16K31/0627F16K31/0693
    • The invention relates to a solenoid valve (10), in particular for a liquid-regulated heating and/or cooling system, comprising a valve housing (16), which has at least three channels (12, 14, 15), in particular feed or outlet channels, and an electromagnetically-switched first valve element (18) which is secured on a valve shaft (26) together with an armature (32) and which establishes the connection between the first channel (12) and the third channel (15) in a first switch position and blocks said connection in a second switch position. The valve shaft (26) is plunged into an armature area (54) together with the armature (32), a liquid at least temporarily flowing through said armature area via movement gaps (80) and via an axial channel (48) in the valve shaft (26). The armature area (54) is connected to the third channel (15) on the first valve element (18) face facing the armature area (54) via the movement gaps (80) and via the axial channel (48), said third channel (15) being designed as an auxiliary feed channel (15).
    • 本发明涉及一种电磁阀(10),特别是用于液体调节的加热和/或冷却系统,其包括具有至少三个通道(12,14,15)的阀壳体(16),特别是进料 或出口通道,以及与电枢(32)一起固定在阀轴(26)上并且在第一通道(12)和第三通道(15)之间建立连接的电磁开关第一阀元件(18) ),并且在第二开关位置阻止所述连接。 阀轴(26)与电枢(32)一起插入到电枢区域(54)中,至少通过运动间隙(80)暂时流经所述电枢区域并且经由阀中的轴向通道(48)流动的液体 轴(26)。 电枢区域(54)经由移动间隙(80)和经由轴向通道(48)连接到面向电枢区域(54)的第一阀元件(18)的第三通道(15)上,所述第三通道 (15)被设计为辅助进料通道(15)。
    • 20. 发明公开
    • VENTIL
    • EP2452104A1
    • 2012-05-16
    • EP10731489.0
    • 2010-06-29
    • Robert Bosch GmbH
    • PFETZER, JohannesKOTLARSKI, ThomasSCHOENEMANN, AnjaSCHMID, JoergMAHFOUDH, Samir
    • F16K1/42
    • F16K1/427
    • The invention relates to a valve (100, 101) comprising a housing (110, 111), an annular sealing element (140, 146), and a displaceable closure element (170), wherein the sealing element (140, 146) and the closure element (170) are disposed within the housing (110, 111), and wherein the valve (100, 101) can be closed by placing the closure element (170) against the sealing element (140, 146). The valve (100, 101) is characterized by a hollow space (131, 132) in the region of an outer side of the sealing element (140, 146), in which a part (143, 144) of the sealing element (140, 146) can be received during thermal expansion. The invention further relates to another valve (102) in which the annular sealing element is an O-ring (150).
    • 本发明涉及包括壳体(110,111),环形密封元件(140,146)和可移位封闭元件(170)的阀(100,101),其中密封元件(140,146)和 封闭元件(170)设置在壳体(110,111)内,并且其中可以通过将封闭元件(170)放置在密封元件(140,146)上来关闭阀(100,101)。 阀(100,101)的特征在于在密封元件(140,146)的外侧的区域中的中空空间(131,132),密封元件(140,146)的部分(143,144) ,146)可以在热膨胀期间被接收。 本发明还涉及另一个阀(102),其中环形密封元件是O形环(150)。