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    • 1. 发明授权
    • Plug for sealing a filler neck of a fuel tank
    • 用于密封燃料箱的加注口的塞子
    • US06685045B1
    • 2004-02-03
    • US09658441
    • 2000-09-08
    • Sandor Palvölgyi
    • Sandor Palvölgyi
    • B65D5300
    • B60K15/0406B60K2015/0451Y10S220/33
    • A plug (2) for sealing a filler neck (1) of a fuel tank has a cap (3) which is dismountably attached to the end (5) of the filler neck using a thread (4) or bayonet, and a seal (6) whose sealing surface (7) faces a counter-sealing surface (8) of the filler neck, whereby a ring-shaped molding (9) is provided between the sealing surface and the counter-sealing surface. In order to minimize the amount of permeation, a sealing ring (10) outside of the molding (9) is provided, the sealing ring being made of an elastomer with high resistance to permeation, and the sealing surface (7) and the counter-sealing surface (8) create a narrow gap (20) on the sealing ring (10) side facing the molding (9), this gap extending to the sealing ring (10).
    • 用于密封燃料箱的加注口(1)的塞子(2)具有盖子(3),该盖子可以使用螺纹(4)或卡口和密封件(...)可拆卸地附接到加注口的端部(5) 6),其密封面(7)面对加注口的反密封面(8),由此在密封面和反密封面之间设置有环状的模制件(9)。 为了最小化渗透量,提供了在模制件(9)外部的密封环(10),密封环由具有高耐渗透性的弹性体制成,并且密封表面(7)和反向 密封表面(8)在面向模制件(9)的密封环(10)侧上产生窄的间隙(20),该间隙延伸到密封环(10)。
    • 2. 发明授权
    • Closure with extended seal member
    • 关闭与延长的密封件
    • US06527132B1
    • 2003-03-04
    • US09462781
    • 2000-06-15
    • Rodney Malcolm DruittMichael Patrick Furlong
    • Rodney Malcolm DruittMichael Patrick Furlong
    • B65D5300
    • B65D41/0428Y10S215/01
    • A closure (10) having a sealing rib (14) projecting downwardly from the underside of its top portion (11). The first portion (15) of the sealing rib (14) increases in thickness as it extends away from the top portion (11). In another aspect, the invention relates to a closure (10) in which the sealing rib (14) has a third portion (18) that is substantially no thicker than the second portion (17) of the rib (14) and has a length longer, and preferably substantially longer, than its thickness. In the second aspect, the third portion (18) of the rib (14) is connected to the second portion (17) at or adjacent its free edge and extends generally in a direction away from the top portion (11). Upon attachment of the closure (10) with the neck (22) of a container, the third portion (18) will be displaced to lie between the end portion (23) of the neck (22) of the container and the top portion (11) of the closure (10).
    • 具有从其顶部(11)的下侧向下突出的密封肋(14)的封闭件(10)。 密封肋(14)的第一部分(15)在远离顶部(11)延伸的同时,厚度增加。 另一方面,本发明涉及一种封闭件(10),其中密封肋(14)具有基本上不比肋(14)的第二部分(17)更厚的第三部分(18),并且具有长度 比其厚度更长,优选地基本上更长。 在第二方面,肋(14)的第三部分(18)在其自由边缘处或邻近其自由边缘处连接到第二部分(17),并且大体沿远离顶部部分(11)的方向延伸。 在将封盖(10)与容器的颈部(22)连接时,第三部分(18)将被移位以位于容器的颈部(22)的端部(23)和顶部部分 (10)。
    • 4. 发明授权
    • Air-tightly sealable container with bell jar covering
    • 带喇叭罩的气密密封容器
    • US06170690B2
    • 2001-01-09
    • US09311636
    • 1999-05-14
    • Masato Hosoi
    • Masato Hosoi
    • B65D5300
    • H01L21/67373H01L21/67376
    • Provided by the invention is an air-tightly sealable bell jar container comprising a base plate and a bell jar covering mountable on the base plate. An air-tight sealing mechanism is obtained by forming a laterally and downwardly opening annular groove in the base plate to support an O-ring gasket of rubber and providing, below the base plate, a presser plate which presses up the O-ring gasket against the base plate by a means of cams or screw means in such a fashion that the O-ring gasket is elastically deformed and laterally bulged out to be brought into air-tight contacting with the inner wall of the bell jar covering surrounding the base plate.
    • 本发明提供一种气密密封的钟形瓶容器,其包括可安装在基板上的基板和钟罩。 通过在基板中形成横向和向下打开的环形槽来支撑橡胶的O形圈垫圈并在基板的下方提供压紧O形圈垫圈的压板抵靠着的方式获得气密密封机构 通过凸轮或螺丝装置的方式,使得O形圈垫圈弹性变形并横向膨胀,使其与围绕基板的钟罩盖的内壁气密接触。
    • 7. 发明授权
    • Filler neck closure with static charge dissipater
    • 填充颈部闭合带静电荷消散器
    • US06508374B1
    • 2003-01-21
    • US09706031
    • 2000-11-03
    • Jeffery GriffinLisa Levi
    • Jeffery GriffinLisa Levi
    • B65D5300
    • B60K15/0406B60K15/04B60K2015/03401Y10S220/33
    • A fuel cap fuel system and method establishing a common electric potential and preventing escape of fuel vapors as used with a fuel system. The cap includes a fuel port closure for engaging a fuel receiving assembly, and an electrically conductive retainer carried on the fuel cap. An electrical charge is passed from an operator of the fuel cap, through the cap, and to the electrically conductive retainer and to the fuel receiving assembly. As the cap is removed from the fuel receiving assembly, the conductive retainer maintains a conductive contact with the fuel receiving assembly to convey a charge therethrough. As fuel vapor escapes from the fuel receiving assembly, the electrical contact is maintained. The seal is disengaged from the fuel port after the cap and fuel receiving assembly achieve a generally common electrical potential.
    • 一种燃料盖燃料系统和方法,其建立共同的电势并防止与燃料系统一起使用的燃料蒸汽的逸出。 盖包括用于接合燃料接收组件的燃料端口盖和承载在燃料盖上的导电保持器。 电荷从燃料盖的操作者通过盖子传递到导电保持器和燃料接收组件。 当盖从燃料接收组件移除时,导电保持器保持与燃料接收组件的导电接触,以将电荷传送通过其。 当燃料蒸汽从燃料接收组件逸出时,保持电接触。 在盖和燃料接收组件达到普遍的电势之后,密封件与燃料端口脱离。
    • 8. 发明授权
    • Closure cap
    • 封闭帽
    • US06502710B1
    • 2003-01-07
    • US09787046
    • 2001-05-07
    • Udo BöslGeorg Pfefferkorn
    • Udo BöslGeorg Pfefferkorn
    • B65D5300
    • B65D51/1661B65D41/045
    • A closure cap (1) for a container consists essentially of a cap base (2), of a cap skirt (3) and of a sealing disk (5) which bears at least partly on the cap base (2). A circumferential bulge (6) is arranged in the transition region (7) between the cap base (2) and the cap skirt (3). The bulge (6) serves for pressing the sealing disk (5) onto the container opening. The bulge (6) is divided by interruptions (8) into several blocks (9). On the inner side (10) of the cap base (2) there is arranged at least one rib (11) running radially outwards. The, rib seen in the circumferential direction, is located neighboring one of the interruptions.
    • 用于容器的封闭盖(1)基本上由帽基部(2),帽裙部(3)和密封盘(5)组成,其至少部分地承载在帽基部(2)上。 在帽基部(2)和帽裙(3)之间的过渡区域(7)中布置圆周凸起(6)。 凸起(6)用于将密封盘(5)压到容器开口上。 凸起(6)被中断(8)划分成几个块(9)。 在盖基(2)的内侧(10)上设置有至少一个径向向外延伸的肋(11)。 在圆周方向上看到的肋位于相邻的一个中断位置。
    • 9. 发明授权
    • Hatch cover gasket
    • 舱口盖垫片
    • US06494338B1
    • 2002-12-17
    • US09687729
    • 2000-10-12
    • Francis R. Schultz
    • Francis R. Schultz
    • B65D5300
    • B65D53/02B61D17/16B65D90/10
    • A hatch cover (10) is engageable with a hatch (11) on a railroad car (13). The hatch cover comprises a first rib (30) and a second rib (32) running annularly about the under side of the hatch cover and has an associated first coefficient of expansion. A gasket (70) having an annular shape and a U-shaped cross-section is coupled to the first and second ribs. The gasket forms a seal between the hatch and the hatch cover. The gasket has a second coefficient of expansion which is greater than the first coefficient of expansion. As the railroad car moves through different external temperature environments, the second coefficient of expansion being greater than the first coefficient of expansion allows the gasket to remain coupled to the hatch cover and maintain the seal between the hatch cover and the hatch throughout the various temperatures experienced.
    • 舱口盖(10)可与铁路车辆(13)上的舱口(11)接合。 舱口盖包括围绕舱口盖的下侧环状运行并具有相关的第一膨胀系数的第一肋(30)和第二肋(32)。 具有环形和U形横截面的垫圈(70)联接到第一和第二肋。 垫圈在舱口盖和舱口盖之间形成密封。 垫片具有大于第一膨胀系数的第二膨胀系数。 当铁路车辆移动通过不同的外部温度环境时,第二膨胀系数大于第一膨胀系数允许垫圈保持联接到舱口盖并且在经历的各种温度期间保持舱口盖和舱口之间的密封 。
    • 10. 发明授权
    • Gripping and sealing cap
    • 夹紧和密封帽
    • US06488165B1
    • 2002-12-03
    • US09645702
    • 2000-08-24
    • Douglas J. Hidding
    • Douglas J. Hidding
    • B65D5300
    • B65D41/48B65D2251/205
    • The closure of the present invention provides a seal a variety of neck configurations, including substantially new and different neck profiles. The top of the cap, which may or may not include a valve, has side wall depending from the top of the cap and a skirt extending further downwardly from the side wall. The inside surface of the cap has an elongated sealing flange extending downwardly and outwardly from the underside of the top of the cap. The lower tip of the sealing flange is preferably disposed outside, in the radial direction, of the inside diameter of the latch bead formed at the base of the side wall of the cap. The length of the sealing flange, its position on the underside of the cap and the length-to-basewidth ratio of the flange keep it from becoming misaligned or twisted. The inside surface of the wedge-shaped sealing flange is preferably disposed at an obtuse angle from the plane of the top of the cap. The side wall of the cap may include a concave section or seat immediately above the latch bead and a stop above the concave section which has a slightly convex configuration. The seat and stop provide a way of locating the outside surface of the neck finish relative to the sealing flange to ensure that a consistent pressure is applied at the interface between the sealing flange and the upwardly facing surface of the neck finish. The extended-length sealing flange of the cap of the present invention enhances the stability of liners, such as foam liners, preferred by some bottlers as a extra measure of sealing.
    • 本发明的封闭件提供了各种颈部构造的密封,包括基本上新的和不同的颈部轮廓。 可以包括或可以不包括阀的盖的顶部具有从盖的顶部垂下的侧壁和从侧壁进一步向下延伸的裙部。 盖的内表面具有从盖的顶部的下侧向下和向外延伸的细长的密封凸缘。 密封凸缘的下端优选地设置在形成在盖的侧壁的基部处的闩锁凸缘的径向的径向外侧。 密封凸缘的长度,其在盖的下侧上的位置以及凸缘的长度与基底宽度比使其不会变得不对准或扭曲。 楔形密封凸缘的内表面优选地设置成与盖的顶部的平面成钝角。 盖的侧壁可以包括紧靠在闩锁凸起上方的凹部或座位,并且在凹部上方具有略微凸起的构造的止动件。 座椅和止动件提供了一种相对于密封凸缘定位颈部表面的外表面的方式,以确保在密封凸缘与颈部表面的向上表面之间的界面处施加一致的压力。 本发明的盖的延长长度的密封凸缘提高了一些灌装机优选的衬垫(例如泡沫衬垫)的稳定性,作为额外的密封措施。