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    • 1. 发明公开
    • Z VALVE
    • Z-VENTIL
    • EP2271864A4
    • 2017-08-16
    • EP09735974
    • 2009-04-15
    • FLIGHT RAIL CORP
    • SCHLIENGER MAX PGIBSON LARRY D
    • F16K3/00
    • F16K31/44F16K5/14Y10T137/6126Y10T137/87467Y10T137/87515
    • The present invention provides a valve that controls a flow of gas or solid objects through a pipe, and particularly a z-valve used in an elevated rail transportation system. The valve includes vanes hinged to a valve stem that fold into a z-shape and retract into the valve body when the valve is open. A valve cap positioned at the top of the valve stem matches the contour of the inner surface of the pipe, allowing unobstructed flow. When the valve is closed, the valve stem is elevated into the interior of the pipe and the valve cap rotates 90° to match the contour at the top, providing a seal. The vanes extend from the z-shape to completely block a cross-section of the pipe, stopping the flow. The flow may be modulated by varying the extension of the vanes to allow a portion of the flow to pass the valve.
    • 本发明提供了一种控制气体或固体物体通过管道的流动的阀,特别是用于高架轨道运输系统中的z阀。 该阀包括铰接到阀杆的叶片,该阀杆折叠成Z形并且当阀打开时缩回到阀体中。 位于阀杆顶部的阀帽与管道内表面的轮廓相匹配,可以实现畅通无阻的流动。 当阀门关闭时,阀杆升高到管道内部,阀帽旋转90°以匹配顶部轮廓,提供密封。 叶片从Z形延伸以完全堵塞管道的横截面,从而停止流动。 该流动可以通过改变叶片的延伸来调节,以允许一部分流动通过阀门。
    • 3. 发明公开
    • Z VALVE
    • Z阀门
    • EP2271864A2
    • 2011-01-12
    • EP09735974.9
    • 2009-04-15
    • Flight Rail Corporation
    • SCHLIENGER, Max, P.GIBSON, Larry, D.
    • F16K3/00
    • F16K31/44F16K5/14Y10T137/6126Y10T137/87467Y10T137/87515
    • The present invention provides a valve that controls a flow of gas or solid objects through a pipe, and particularly a z-valve used in an elevated rail transportation system. The valve includes vanes hinged to a valve stem that fold into a z-shape and retract into the valve body when the valve is open. A valve cap positioned at the top of the valve stem matches the contour of the inner surface of the pipe, allowing unobstructed flow. When the valve is closed, the valve stem is elevated into the interior of the pipe and the valve cap rotates 90 to match the contour at the top, providing a seal. The vanes extend from the z-shape to completely block a cross-section of the pipe, stopping the flow. The flow may be modulated by varying the extension of the vanes to allow a portion of the flow to pass the valve.
    • 本发明提供了一种控制气体或固体物体通过管道的流动的阀,特别是用于高架轨道运输系统中的z阀。 该阀包括铰接到阀杆的叶片,该阀杆折叠成Z形并且当阀打开时缩回到阀体中。 位于阀杆顶部的阀帽与管道内表面的轮廓相匹配,可以实现畅通无阻的流动。 当阀门关闭时,阀杆升高到管道内部,阀帽旋转90°以匹配顶部的轮廓,提供密封。 叶片从Z形延伸以完全堵塞管道的横截面,从而停止流动。 该流动可以通过改变叶片的延伸来调节,以允许一部分流动通过阀门。
    • 4. 发明公开
    • Valve, core sampling apparatus and method
    • Ventil,Kernprobenahmevorrichtung und -verfahren
    • EP2107210A2
    • 2009-10-07
    • EP09250892.8
    • 2009-03-27
    • CORPRO SYSTEMS LIMITED
    • Cravatte, PhilippeBartette, Pascal
    • E21B25/08
    • E21B25/08E21B31/18E21B33/072E21B34/00E21B2034/005Y10T137/87515
    • A selectively operable downhole valve for use with core sampling apparatus, the valve comprising a throughbore through which a first body may pass, and an obstructing member which is capable of selectively obturating the throughbore, the obstructing member being arranged to open or close the throughbore by movement of the first body with respect to the valve. A core sample of the formation may then be obtained and retrieved from the bore under pressure since the valve seals the bore downhole. Retrieving the sample under pressure maintains the integrity of the core sample so that subsequent analysis of the sample will more closely reflect the true characteristics of the formation.
    • 一种与核心取样装置一起使用的选择性可操作的井下阀,所述阀包括第一主体可以通过的通孔,以及能够选择性地堵塞所述通孔的阻挡构件,所述阻碍构件布置成通过所述通孔打开或闭合所述通孔, 第一主体相对于阀的运动。 然后可以在压力下从孔中获得并回收地层的岩心样品,因为阀将钻孔密封在井下。 在压力下检索样品保持了核心样品的完整性,因此随后的样品分析将更加密切地反映出地层的真实特征。
    • 8. 发明公开
    • A high-speed solenoid valve for a fluid under pressure,e.g. for pneumatic circuits
    • 在压力下流体电磁高速阀,例如用于气动回路。
    • EP0400504A1
    • 1990-12-05
    • EP90109997.8
    • 1990-05-25
    • MATRIX S.r.l.
    • Gaiardo, Mario
    • F16K31/06F16K47/04F16K27/00
    • F16K27/003F16K31/0682F16K47/04Y10T137/87314Y10T137/87515Y10T137/87877
    • The solenoid valve comprises an electromagnet (117) arranged in a chamber (12) into which an inlet duct (9) and an outlet duct (111) of the solenoid valve open, whereby the coil (22) is constantly ventilated by the compressed air itself. The armature of the elec­tromagnetic has a disc (42) for shutting off the outlet duct (111) and is formed by a plate (34) which is urged into the closed position of the solenoid valve by the compressed air. The plate (34) rotates about a beading (145) of elastomeric material and exhibits extremely low inertia, whereby the solenoid valve can be operated at high frequency. The chamber (12) can house a plurali­ty of electromagnets (117) each of which controls a shut-off member for a corresponding outlet duct (111). The body (5) also comprises an interchangeable shell which has funnel-shaped chambers for directing the air of at least one set of ducts to a common outlet aperture.
    • 电磁阀包括布置在一个腔室(12)电磁体(117)到进气导管(9)的哪个,并在电磁阀打开,从而使线圈(22)不断地通过压缩空气通风的出口管道(111) 本身。 电磁电枢具有用于关闭所述出口管道(111)的盘(42)和由板(34),所有这些都被推入通过压缩空气的电磁阀的关闭位置形成。 所述板(34)绕弹性材料和展品极其低惯性的卷边(145),由此,电磁阀可在高频率下操作。 所述腔室(12)可以容纳电磁体(117),其中每个控制用于一个相应的出口管道(111)的切断构件复数。 主体(5),以便更换壳体,其具有包括漏斗形的腔室,用于引导至少一个组通道中的空气,以共同的出口孔。