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    • 2. 发明授权
    • Structure for connecting tubular member to fuel tank
    • 用于将管状构件连接到燃料箱的结构
    • US07128346B2
    • 2006-10-31
    • US10837943
    • 2004-05-03
    • Atsuo MiyajimaTomohide ItoHiroaki Ito
    • Atsuo MiyajimaTomohide ItoHiroaki Ito
    • F16L5/00
    • B60K15/035B60K15/04B60K2015/03453B60K2015/03523
    • An cylindrical convex portion of which opposite ends are open is integrally formed onto a fuel tank made of HDPE therewith so as to inwardly extend in the fuel tank to provide an opening thereon. A press-fit portion of a filler hose connecting pipe made of PA as a tubular member is press-fitted in the cylindrical convex portion to connecting the tubular member to the fuel tank. At least one continuous annular projection is provided on the outer peripheral surface of the press-fit portion of the tubular member so as to bite into the inner peripheral surface of the cylindrical convex portion to provide continuous circumferential contact. A face of the annular projection in direction axially of one end of tubular member is formed so as to extend outwardly and inclinedly with respect to the axial direction of the tubular member form one end toward the other end thereof.
    • 其相对端敞开的圆柱形凸起部分一体地形成在由HDPE制成的燃料箱上,以便在燃料箱中向内延伸以在其上提供开口。 将由PA制成的填充软管连接管作为管状部件的压入部压配合在圆筒形凸部中,以将管状部件连接到燃料箱。 在管状部件的压入部的外周面上设置有至少一个连续的环状突起,以便咬入到圆筒形凸部的内周面,以提供连续的周向接触。 形成管状构件的一端的轴向方向上的环状突起的面,其向管状构件的轴向方向向外侧倾斜地形成,形成一端朝向另一端。
    • 4. 发明授权
    • Fuel hose of low fuel permeability
    • 燃油软管燃油渗透率低
    • US06446673B1
    • 2002-09-10
    • US10040496
    • 2002-01-09
    • Shinji IioHiroaki ItoYoshimitsu IshidaKatsutoshi MizunoTomohide Ito
    • Shinji IioHiroaki ItoYoshimitsu IshidaKatsutoshi MizunoTomohide Ito
    • F16L1100
    • F16L11/04B32B1/08F16L2011/047Y10S138/07Y10T428/139
    • A hose of low fuel permeability has a fuel permeability in a bent state with R50 not more than three times a fuel permeability in a straight state, R50 being a bent state where the hose has its longitudinal axis bent to form an arc having a diameter of 100 mm. Its low fuel permeability is achieved if the resin forming its inner wall layer has a melt viscosity falling within a certain range, which can be obtained by, for example, increasing the degree of polymerization of the resin, or grafting a specific side chain to the main chain in each molecule of the resin, or if the resin has a volume swelling degree falling within a certain range, which can be obtained by copolymerizing a monomer having fuel resistance, or blending a polymer having fuel resistance. The hose maintains its low fuel permeability even if it may be subjected to a large load of bending stress as when it is used to form a fluid conveying line.
    • 具有低燃料渗透性的软管在弯曲状态下具有燃料渗透性,其中R50在直线状态下不超过燃料渗透性的三倍,R50是弯曲状态,其中软管的纵轴弯曲形成直径为 100毫米。 如果形成其内壁层的树脂的熔融粘度落在一定范围内,则可以获得低的燃料渗透性,这可以通过例如增加树脂的聚合度或将特定的侧链接枝到 或者树脂的体积溶胀度落入一定范围内,这可以通过使具有耐燃料性的单体共聚,或者混合具有耐燃料性的聚合物而获得。 软管保持其低的燃料渗透性,即使它可能受到大量的弯曲应力的负载,因为它用于形成流体输送线。
    • 5. 发明授权
    • Quick connector
    • 快速连接器
    • US06517120B1
    • 2003-02-11
    • US09830601
    • 2001-04-27
    • Atsuo MiyajimaKazushige SakazakiAkira TakayanagiTomohide Ito
    • Atsuo MiyajimaKazushige SakazakiAkira TakayanagiTomohide Ito
    • F16L3700
    • F16L37/0985F16L37/1225Y10S285/921
    • A quick connector including: (a) a tubular male element having an introduced end portion which has an extreme end portion and an annular protrusion portion; and (b) a tubular female element having a first receiving portion and a second receiving portion which have respective tubular shapes configured to receive therein the annular protrusion portion and the extreme end portion of the introduced end portion of the tubular male element, respectively. The first receiving portion has an elastically-deformable tongue portion which is defined by a U-shaped slot formed through the cylindrical wall of the first receiving portion. The tongue portion extends in a circumferential direction of the tubular female element, and has a free end portion which is displaceable in a radial direction of the tubular female member. An engaging protrusion portion is provided in the free end portion so as to protrude inwardly in the radial direction so as to be brought into engagement with the annular protrusion portion of the introduced end portion of the tubular male element in a snap action manner. The engaging protrusion portion preferably has a tapered guide surface in its inner surface.
    • 一种快速连接器,包括:(a)管状阳元件,其具有引入的端部,其具有最前端部分和环形突出部分; 和(b)具有第一接收部分和第二接收部分的管状阴元件,所述第一接收部分和第二接收部分分别具有构造成在其中容纳环形突出部分和管状阳性元件的引入端部的末端部分的管状形状。 第一接收部分具有可弹性变形的舌部,其由通过第一接收部分的圆柱形壁形成的U形槽限定。 舌部在管状阴元件的圆周方向上延伸,并且具有可在管状阴构件的径向方向上移位的自由端部。 接合突出部设置在自由端部分中,以便沿径向方向向内突出,从而以卡扣动作的方式与管状阳性元件的引入端部的环形突出部分接合。 接合突出部优选在其内表面具有锥形引导表面。
    • 6. 发明授权
    • Connection structure and valved connection member
    • US06397884B1
    • 2002-06-04
    • US09960331
    • 2001-09-24
    • Atsuo MiyajimaTomohide Ito
    • Atsuo MiyajimaTomohide Ito
    • F16K1502
    • F16L33/30F02M25/0872F16K15/026Y10T137/7939
    • A connection member includes a nipple portion formed at one end and a first end face portion formed at an end part of the nipple portion. A valve cap includes a small-diameter portion; a large-diameter portion; a valve seat portion having a valve seal surface formed on an inner circumferential surface of the valve cap and located between the small-diameter portion and the large-diameter portion; and a fitting end portion fitted to the outer circumferential surface of the end part of the nipple portion. A valve body includes a bottom portion having an abutment part to abut the valve seal surface; a cylindrical open end portion extending from the bottom portion; a second end face portion formed at the open end portion in such a manner as to face the first end face portion; a first sliding portion provided on the open end portion; and a first flow path portion provided in the first sliding portion. The valve body is accommodated within the large-diameter portion in an axially slidable condition. A compression spring is disposed between the first end face portion and the second end face portion and adapted to bias the valve body toward the valve seat portion of the valve cap. One end portion of a flexible tube is fitted to the outer circumferential surface of the valve cap and the outer circumferential surface of the nipple portion.