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    • 5. 发明申请
    • Spherical annular seal member
    • 球形环形密封件
    • US20070257443A1
    • 2007-11-08
    • US11822484
    • 2007-07-06
    • Shuichi KubotaKouhei Kurose
    • Shuichi KubotaKouhei Kurose
    • F16J15/12
    • C09K3/10C09K2200/0208C09K2200/0417C09K2200/0635F01N13/1827F16J15/0812F16J15/126F16L27/073
    • A spherical annular seal member (58) includes: a spherical annular base member (56) defined by a cylindrical inner surface (52), a partially convex spherical surface (56), and end faces (54, 55); and an outer layer (57) formed integrally with the partially convex spherical surface (53) of the spherical annular base member (56). The spherical annular base member (56) includes a reinforcing member (5) made from a compressed metal wire net (4) and a heat-resistant material filling meshes of the metal wire net (4) of the reinforcing member (5), integrated with the reinforcing member (5) in mixed form, and containing expanded graphite and an organic phosphorus compound. The outer layer (56) includes a heat-resistant material constituted by a heat-resistant sheet member (6) containing expanded graphite and an organic phosphorus compound, and a reinforcing member constituted by a metal wire net (4) integrated with the heat-resistant material in mixed formed.
    • 球形环形密封件(58)包括:由圆柱形内表面(52),部分凸出的球形表面(56)和端面(54,55)限定的球形环形底座件(56)。 以及与所述球形环形基部构件(56)的所述部分凸出的球形表面(53)整体形成的外层(57)。 球形环形基座构件(56)包括由压缩金属丝网(4)制成的加强构件(5)和填充加强构件(5)的金属丝网(4)的网格的耐热材料, 与加强构件(5)混合形成,并且含有膨胀石墨和有机磷化合物。 外层56包括由含有膨胀石墨和有机磷化合物的耐热片构件(6)构成的耐热材料,以及由与热膨胀石墨一体化的金属丝网(4)构成的加强构件, 混合形成的耐热材料。
    • 7. 发明授权
    • Spherical annular seal member and method of manufacturing the same
    • 球形环形密封件及其制造方法
    • US07063330B2
    • 2006-06-20
    • US10680343
    • 2003-10-08
    • Shuichi KubotaYoshikazu SakairiToshihiko ShimuraKouhei Kurose
    • Shuichi KubotaYoshikazu SakairiToshihiko ShimuraKouhei Kurose
    • F16J15/08
    • F16J15/126F16L27/073
    • A spherical annular seal member 55 has a cylindrical inner surface 52 defining a through hole 51 in a central portion thereof, an outer surface 53 formed in the shape of a partially convex spherical surface, and an annular end face 54 on a large-diameter side of the outer surface 53. In its inner portion extending from the cylindrical inner surface 52 to the outer surface 53 formed in the shape of the partially convex spherical surface, the spherical annular seal member 55 has a reinforcing member 6 made from a compressed metal wire net 5, as well as a heat-resistant material, which contains expanded graphite, phosphorus pentoxide, and a phosphate, fills meshes of the metal wire net 5 of the reinforcing member 6, and is compressed in such a manner as to be formed integrally with the reinforcing member 6 in mixed form. The outer surface 53 formed in the shape of the partially convex spherical surface is formed into a smooth surface where an outer surface layer of the heat-resistant material containing expanded graphite, phosphorus pentoxide, and the phosphate and the reinforcing member 6 made from the metal wire net 5 and formed integrally with the outer surface layer in mixed form are exposed.
    • 球形环形密封件55具有在其中心部分限定通孔51的圆柱形内表面52,形成为部分凸出的球形表面的外表面53和大直径侧的环形端面54 的外表面53。 在从圆筒形内表面52延伸到形成为部分凸形球形的外表面53的内部,球形环形密封件55具有由压缩金属丝网5制成的加强件6,以及 包含膨胀石墨,五氧化磷和磷酸盐的耐热材料填充加强构件6的金属丝网5的网格,并且以与加强构件6一体形成的方式被压缩 混合形式。 形成为部分凸出的球面形状的外表面53形成为光滑表面,其中包含膨胀石墨,五氧化二磷和磷酸盐的耐热材料的外表面层和由金属制成的加强构件6 以与混合形式的外表面层一体形成的网状网5露出。