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    • 43. 发明申请
    • VALVE FOR AN AIRCRAFT
    • 飞机阀
    • WO2014019833A2
    • 2014-02-06
    • PCT/EP2013/064798
    • 2013-07-12
    • EATON AEROSPACE LIMITED
    • POWELL, Melvyn
    • B64D37/12
    • B64D37/12B64D37/005F16J15/187F16J15/3224F16K1/465F16K27/02F16L1/00F16L27/06F16L29/02
    • A valve (100) for connecting an external tank to an aircraft, the valve comprises a valve body (112); and a seal assembly arranged, in use, to resiliently engage a seal surface on an aircraft. The seal assembly comprises a telescopic seal member (114) extending from a proximal end within the valve body (112) to a distal end. The telescopic seal member (114) is constrained within the valve body (112) so as to maintain axial alignment of the telescopic seal member and the valve body. The seal assembly further comprises a seal carrier (125) provided at the distal end of the telescopic seal member (114). The seal carrier (125) is pivotable relative to the telescopic seal (114) member for alignment, in use, with the aircraft seal surface.
    • 一种用于将外部罐连接到飞机的阀(100),所述阀包括阀体(112); 以及在使用中布置成与飞机上的密封表面弹性接合的密封组件。 密封组件包括从阀体(112)内的近端延伸到远端的伸缩密封构件(114)。 伸缩式密封构件(114)被限制在阀体(112)内,以保持伸缩密封构件和阀体的轴向对准。 密封组件还包括设置在伸缩密封构件(114)的远端处的密封载体(125)。 密封载体(125)可相对于伸缩密封件(114)构件枢转,用于在使用中与飞行器密封表面对准。
    • 44. 发明申请
    • SEALING DEVICE, IN PARTICULAR FOR A SHAFT INSERTED TRANSVERSELY IN A VESSEL OF FLUIDS UNDER PRESSURE OR GRANULAR MATERIAL IN MOVEMENT
    • 密封装置,特别是用于在运动中的压力或颗粒材料的流体中横向插入的轴
    • WO2014013048A1
    • 2014-01-23
    • PCT/EP2013/065272
    • 2013-07-19
    • DANIELI & C. OFFICINE MECCANICHE SPAHYL TECHNOLOGIES, S.A. DE C.V.
    • DELLA NEGRA, AngelicoZAMPA, MassimilianoANTONINI, Riccardo
    • F16J15/18
    • F16J15/348B63B9/00F16J15/187F27D99/0073F27D2099/0078
    • A sealing device for a vessel (12) to achieve a fluid-tight seal in an aperture (14) made in the lateral wall (18) of said vessel (12), into which aperture (14) a shaft (11) is inserted. The sealing device comprises first sealing means (24) disposed in contact with the shaft (11) in the zone of said aperture (14), and second sealing means, comprising a containing body (22) and a flexible connection element (43). The first sealing means (24) comprise a plurality of sealing rings (25), disposed coaxial to the shaft (11) and in contact with the latter, and a containing tube (32) to contain the sealing rings (25). The lateral wall (18) of the vessel (12) comprises an interface flange (17). A closing flange (37) is connected to the interface flange (17) and to a flanged end (23) of the containing body (22) by means of attachment means (47, 48) and is positioned in contact with the containing tube (32) and with the flexible connection element (43) to keep the first sealing means (24) in a determinate axial position with respect to the shaft (11).
    • 一种用于容器(12)的密封装置,用于在所述容器(12)的侧壁(18)中形成的孔(14)中实现流体密封,所述孔(14)插入到所述孔(14)中 。 密封装置包括在所述孔(14)的区域中与轴(11)接触设置的第一密封装置(24)和包括容纳体(22)和柔性连接元件(43)的第二密封装置。 第一密封装置(24)包括与轴(11)同轴设置并与其相接触的多个密封环(25)和容纳密封环(25)的容纳管(32)。 容器(12)的侧壁(18)包括接口凸缘(17)。 闭合凸缘(37)通过附接装置(47,48)连接到接口凸缘(17)和容纳体(22)的带凸缘的端部(23),并且定位成与容纳管 32)和柔性连接元件(43),以使第一密封装置(24)相对于轴(11)保持在确定的轴向位置。
    • 45. 发明申请
    • VERFAHREN UND VORRICHTUNG ZUR BEHANDLUNG EINES PRODUKTES
    • 方法和设备处理产品
    • WO2014009393A1
    • 2014-01-16
    • PCT/EP2013/064532
    • 2013-07-10
    • LIST HOLDING AG
    • WITTE, DanielKUNZ, Alfred
    • F16J15/18
    • F16J15/162B01F2015/00084B01F2015/0011B29B7/401B29B7/50B29B7/58B29B7/80F16J15/18F16J15/182F16J15/187
    • Bei einem Verfahren zur Behandlung eines Produktes, insbesondere eines zähviskos, pastösen Produktes mit mindestens einer drehenden Welle (3, 11) in einem Produktraum (5), ist eine Antriebsachse (11) der Welle (3) ausserhalb des Produktraumes (5) in einem aus mehreren Teilen (7, 8, 12) bestehenden Gehäuse gelagert und abgedichtet. Die Abdichtung wird durch zumindest zwei Dichtungen (2, 4) bewirkt, wobei eine dynamische Dichtung (2) einer exzentrischen Bewegung der Welle (3) folgt und eine dynamische Abdichtung der drehenden Welle (3) übernimmt, während eine andere Dichtung (4) eine exzentrische Bewegung der Welle (3) gegenüber dem Gehäuse durch plastische oder elastische Verformung ausgleicht und somit eine Undichtigkeit zwischen dem Gehäuseteil (12), das sich exzentrisch bewegt, und einem starren Gehäuse (10) verhindert. Dabei wird eine definierte Menge an Flüssigkeit, das als Sperr- und Schmiermittel für die dynamische Dichtung (2) der Welle (3) zum Gehäuseteil (7) hin dient, zudosiert, welches bis auf einen Restüberschuss durch ein Druckgefälle innerhalb der dynamischen Dichtung (2) in diese eingezogen wird und dadurch eine effektive Sperrung und Dichtung bildet.
    • 在用于产品的处理的方法,在与至少一个产品中的空间中旋转轴(3,11)尤其是高粘性的,糊状产物(5)在轴(3)中所涉及的产品空间(5)的外部的驱动轴(11) 安装由多个部分(7,8,12)现有壳体中并密封。 密封是由至少两个密封件(2,4)的原因,用动态密封件(2)的轴的偏心运动(3)如下与所述旋转轴的动态密封件(3)接管,而另一个垫圈(4)一 补偿轴(3)相对于所述壳体由塑料或弹性变形的偏心运动,因此,壳体部件(12),其偏心地移动,和一个刚性外壳(10)被阻止之间的泄漏。 这里,液体的动态密封件2内的限定的量,作为阻挡和润滑剂用于动态密封件(2)的轴(3)的壳体部分(7)不能进行计量,在其中残留过量(由压力梯度 )被吸入到这一点,并由此形成一个有效的阻挡和密封。
    • 46. 发明申请
    • RAM BEARING ASSEMBLY, SEAL ASSEMBLY THEREFOR AND ASSOCIATED METHOD
    • RAM轴承组件,密封组件及其相关方法
    • WO2010096644A1
    • 2010-08-26
    • PCT/US2010/024719
    • 2010-02-19
    • STOLLE MACHINERY COMPANY, LLCBLUE, Rodney Adolph
    • BLUE, Rodney Adolph
    • B21D51/26
    • F01D25/00F16J15/187
    • As seal assembly for a ram assembly is provided. An elongated ram extends through the seal assembly. The seal assembly includes a housing body, a plurality of seals and a retaining, and compression, device. The seals, as well as a male energizer and a female energizer, each have a split body. In this configuration, the seals and energizers may be replaced without removing the seal assembly housing body and retaining device from about the ram. This further allows for the ram to remain in place during seal replacement. That is, the split seals may be separated an placed about the ram. Once in place, the ends of the split seal are joined at an interface. The retaining /compression device compresses the seals so that the interface is sealed.
    • 提供了一种用于压头组件的密封组件。 细长的拉头延伸穿过密封组件。 密封组件包括壳体,多个密封件以及保持和压缩装置。 密封件,以及一个男性激励器和一个女性激励器,每个都有一个分体。 在这种构造中,可以更换密封件和增压器,而不必将密封组件壳体和保持装置从压头上卸下。 这进一步允许在密封更换期间冲头保持就位。 也就是说,分开的密封件可以被分开放置在压头周围。 一旦就位,分裂密封件的端部在界面处连接。 保持/压缩装置压缩密封,使得界面被密封。
    • 49. 发明公开
    • 패킹 조립체
    • 包装总成
    • KR1020020021022A
    • 2002-03-18
    • KR1020010055657
    • 2001-09-11
    • 부스 아게
    • 프란츠페터뢰제베른트
    • F16C33/72
    • F16J15/50F16J15/187F16J15/3224
    • PURPOSE: A packing assembly is provided to cut down manufacturing cost of the packing assembly, and to lengthen a life span by stably sealing the machine shaft for a long time with the packing assembly. CONSTITUTION: A packing assembly(1) is provided for rotating and oscillating machine shafts in a machine housing(2). The packing assembly comprises a packing containing unit(6) floating on the shaft. The packing containing unit is supported on the housing by a ball joint assembly(5), and the ball joint assembly is moved pivotally in the radial direction. The ball joint assembly has a ball member including a central bore received in a ball socket. A guiding element is protruded into the bore of the ball member to guide the ball member translationally along the axis of the bore. The axis of the bore on the ball member is extended perpendicularly to the central longitudinal axis of the shaft.
    • 目的:提供包装组件以减少包装组件的制造成本,并通过与包装组件长期稳定地密封机轴来延长使用寿命。 构成:为机器壳体(2)中的旋转和摆动的机器轴提供包装组件(1)。 包装组件包括浮在轴上的包装容纳单元(6)。 包装容纳单元通过球接头组件(5)支撑在壳体上,并且球接头组件沿径向方向可枢转地运动。 球形接头组件具有包括接收在球窝中的中心孔的球件。 引导元件突出到球形构件的孔中,以沿着孔的轴线平移地引导球构件。 滚珠构件上的孔的轴线垂直于轴的中心纵向轴线延伸。