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    • 2. 发明授权
    • Multifunction multiport slider valve
    • 多功能多端口滑阀
    • US5273074A
    • 1993-12-28
    • US734632
    • 1991-07-23
    • Hilmar ConradtErnst-August Meyer
    • Hilmar ConradtErnst-August Meyer
    • F16K11/07F15B13/00F15B13/04F15B13/043F16K27/00
    • F15B13/0402F15B13/0431F15B2013/006Y10T137/5109Y10T137/5196Y10T137/86614Y10T137/8663
    • A casing bore (29) running parallel to a valve center longitudinal axis (5), with cross bores is furnished at a second longitudinal side of a multifunction multiport slider valve with a valve casing, with a sealed connector plane (3) furnished at a first longitudinal side (2) for supply lines, control lines, user lines and ventilation lines, and with a corresponding support plate. In order to increase the number of functions performed by the multiport slider valve and to easily adjust said slider valve, the casing bore (29) is subdivided into two longitudinal sections (29a, 29b) with individual cross bores (30). Turnable and displaceable sealing discs (32), furnished with openings (33), are disposed in front of the joined ports (31) of the cross bore (30), and cross channels (36), and connected to the pressure line (P), the control line (Z, X), the ventilation lines (R or S) are led starting from the longitudinal side (2) into the two separate longitudinal sections (29a, 29b) of the casing fore (29). The individual cross channels (36) are set in each case to the respective opening or closing function by way of a single-piece floor seal (4).
    • 在具有阀壳体的多功能多端口滑阀的第二纵向侧上设置有平行于阀中心纵向轴线(5)延伸的具有十字孔的套管孔(29),其具有密封的连接器平面(3) 第一纵向侧(2)用于供应管线,控制线,用户管线和通风管线,以及相应的支撑板。 为了增加由多端口滑动阀执行的功能的数量并且容易地调节所述滑动阀,所述套管孔29被分成具有各个十字孔(30)的两个纵向部分(29a,29b)。 设置有开口(33)的可转动和可移位的密封盘(32)设置在十字孔(30)的接合端口(31)的前面,并且横向通道(36)连接到压力管线 ),控制线(Z,X),通风线(R或S)从纵向侧(2)开始被引导到壳体前部(29)的两个分离的纵向部分(29a,29b)中。 各个交叉通道(36)在每种情况下通过单件地板密封件(4)设定为相应的打开或关闭功能。
    • 5. 发明授权
    • Fluid valve, in particular an air pressure valve
    • 流体阀,特别是空气压力阀
    • US5207246A
    • 1993-05-04
    • US808653
    • 1991-12-17
    • Ernst-August Meyer
    • Ernst-August Meyer
    • F16K11/085
    • F16K11/0856Y10T137/86622Y10T137/86654Y10T137/86662
    • A valve for fluids exhibits a valve casing (1) with a sealed valve element (2) movable into various switching positions, as well as connections (3) through (6) for operating lines, pressure lines, vent lines, and the like. The valve is furnished with sealing rings (7) forming a valve seat (19) in the individual switching position in each case together with the peripheral faces of the valve casing (1). The valve is of a simplest construction for a large number of switching positions and for different numbers of switching positions with short switching times and with a smallest possible number of parts. At least one sealing ring (7) is coordinated to the rotary-driven valve element (2). The sealing ring (7) is in each case disposed in a plane (9), running at an angle relative to the rotation axis (8). A disk (11) or an axial body are disposed in the same plane (9) defined by the sealing ring. The disk (11) or axial body form the valve seat (19 ) in each case together with a spatially fixed sealing ring (7), or the respective disk (11) or, respectively, the axial body and at least one corresponding sealing ring (7) form the valve seat (19) together with the valve casing bore (1a) in different rotary positions of the valve element.
    • 用于流体的阀表现出具有可移动到各种切换位置的密封阀元件(2)的阀壳体(1)以及用于操作管线,压力管线,排气管线等的连接(3)至(6)。 所述阀具有密封环(7),该密封环与阀壳(1)的周面一起形成在各个开关位置中的阀座(19)。 该阀具有用于大量开关位置和不同数量的开关位置的最简单的结构,具有短的开关时间和最小可能数量的部件。 至少一个密封环(7)与旋转驱动阀元件(2)协调。 密封环(7)在每种情况下均设置在相对于旋转轴线(8)以一定角度运行的平面(9)中。 盘(11)或轴向体设置在由密封环限定的同一平面(9)中。 盘(11)或轴向体在每种情况下与空间固定的密封环(7)或相应的盘(11)或分别轴向主体和至少一个对应的密封环一起形成阀座(19) (7)在阀元件的不同旋转位置与阀壳体孔(1a)一起形成阀座(19)。
    • 6. 发明授权
    • Plate-shaped valve arrangement
    • 板形阀门装置
    • US6138717A
    • 2000-10-31
    • US400226
    • 1999-09-21
    • Ernst-August Meyer
    • Ernst-August Meyer
    • F15B13/00F15B13/08F16K11/16F16K31/124
    • F15B13/0839F15B13/0817F15B13/0821F15B13/0857F15B13/0864F15B13/0867F15B13/0875F15B13/0889F16K11/161Y10T137/7668Y10T137/87209Y10T137/87885
    • A plate-shaped valve arrangement has oppositely located connection surfaces and includes a baseplate element with at least two pressure medium channels and a valve element with pressure medium connections on at least one surface which is outfitted on at least one surface with corresponding pressure medium connections. An electrically controllable valve drive is arranged at a controlling narrow side which is freely accessible from the outside for selectively conveying a pressure medium between the pressure medium channels. A recess having at least two surfaces in the baseplate element cooperates in a corresponding manner with the valve element such that the pressure medium connections arranged on at least one surface of the recess are connected flush with the pressure medium connections of the valve element when the valve element is inserted. A multi-pin socket electrically connected to a control unit is arranged in the recess to cooperate in a corresponding manner with a connector arranged opposite thereto at the valve element, wherein the connector is electrically connected to the valve drive.
    • 板形阀装置具有相对定位的连接表面,并且包括具有至少两个压力介质通道的底板元件和在至少一个表面上具有压力介质连接的阀元件,该至少一个表面装配在具有相应压力介质连接的至少一个表面上。 可控制的阀驱动器设置在控制窄侧,可从外部自由地接近,用于选择性地在压力介质通道之间输送压力介质。 在基板元件中具有至少两个表面的凹部以与阀元件相对应的方式协作,使得布置在凹槽的至少一个表面上的压力介质连接件与阀元件的压力介质连接件相连接,当阀门 元素被插入。 电连接到控制单元的多针插座布置在凹部中,以相应的方式与在阀元件处与其相对布置的连接器协作,其中连接器电连接到阀驱动器。
    • 9. 发明授权
    • Balanced servo-operated multiway valve
    • 平衡伺服多通阀
    • US4966196A
    • 1990-10-30
    • US448878
    • 1989-12-12
    • Ernst-August Meyer
    • Ernst-August Meyer
    • F16K31/124F16K31/42
    • F16K31/426Y10T137/5109Y10T137/86582Y10T137/86614
    • A servo-operated multiway valve is disclosed which can be optionally used as both a pressurization valve and a ventilation valve for use with a fluid consuming device. The valve utilizes a valve body to allow fluid communication alternatively between two inlet/vent fluid chambers and an outlet fluid chamber disposed along a central bore, in which the valve body is located. The device utilizes a servo to displace the valve body of the multiway valve. Fluid may be introduced to the valve through either of two inlet/vent chambers, to alternatively allow fluid to flow to the outlet chamber in the resting or the activated mode of the servo. The servo is in fludi communication with the selected inlet chamber at all times, and does not communicate with the selected vent chamber. This is achieved through the use of dual passages, connecting each of the inlet/vent chambers to the servo. Fluid flows from the appropriate inlet chamber to the servo, through the associated passage. A check valve in each passage prevents backflow between the servo and the associated chamber, when that chamber is functioning as a vent.
    • 公开了一种伺服操作的多通阀,其可任选地用作加压阀和与流体消耗装置一起使用的通气阀。 阀门利用阀体来允许在两个入口/排气流体室之间流体连通,以及沿阀体位于其中的中心孔设置的出口流体室。 该装置利用伺服器来移动多通阀的阀体。 可以通过两个入口/排气室中的任何一个将流体引入阀中,以备以允许流体在伺服的静止或激活模式下流到出口室。 伺服系统始终与选定的进气腔室进行通气,不与选定的通气室连通。 这是通过使用将每个入口/排气室连接到伺服机构的双通道来实现的。 流体通过相关的通道从适当的入口室流向伺服机构。 每个通道中的止回阀防止伺服器和相关联的腔室之间的回流,当该腔室用作通风口时。
    • 10. 发明授权
    • Sealing arrangement for a slide valve
    • 滑阀密封装置
    • US4630800A
    • 1986-12-23
    • US828926
    • 1986-02-12
    • Walter BrausfeldErnst-August Meyer
    • Walter BrausfeldErnst-August Meyer
    • F16J15/16F16K11/07
    • F16K11/0712Y10T137/8671
    • A sealing arrangement, which can be inserted into a recess formed in a valve housing, to effectively provide a fluid pressure seal between at least one input chamber and one output chamber, and in which a slide piston is movably-disposed in the recess. The sealing arrangement includes a first gasket and a second gasket, which are disposed in coaxial relationship to one another, and which are concentric to the recess of the valve housing. The two gaskets are connected to one another by means of elastic annular connecting pieces. The connecting pieces of the two gaskets are located between a plurality of apertured retaining elements, which have a portion of the end surfaces of projections in contact with the connecting pieces. A plurality of rivet members pass through the apertured retaining elements and the connection pieces to hold them in the form of a sealing cartridge.
    • 密封装置可以插入到形成在阀壳体中的凹部中,以有效地在至少一个输入室和一个输出室之间提供流体压力密封,并且其中滑动活塞可移动地设置在凹部中。 密封装置包括第一垫圈和第二垫圈,它们彼此同轴地设置并且与阀壳体的凹部同心。 两个垫片通过弹性环形连接件相互连接。 两个垫片的连接片位于多个有孔保持元件之间,该多个保持元件具有与连接片接触的突起端面的一部分。 多个铆钉构件穿过有孔保持元件和连接件以将其保持为密封盒的形式。