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    • 31. 发明授权
    • Spherical annular seal member
    • 球形环形密封件
    • US07717435B2
    • 2010-05-18
    • 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。
    • 32. 发明授权
    • Spherical annular seal member
    • 球形环形密封件
    • US07413195B2
    • 2008-08-19
    • US10530717
    • 2003-10-06
    • 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。
    • 39. 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
    • US07172202B2
    • 2007-02-06
    • US10487740
    • 2002-09-18
    • Shuichi KubotaTakeshi FurukidoYoshikazu Sakairi
    • Shuichi KubotaTakeshi FurukidoYoshikazu Sakairi
    • F16J15/12
    • F16L27/053F01N13/16F01N13/1811F01N13/1827F01N2450/24F16J15/126F16L27/073
    • A spherical annular seal member (1) has a seal body (4) in which a heat-resistant material (2) and a reinforcing member (3) made of a metal wire have been compressed to fill meshes of the metal wire net of the reinforcing member (3) with the heat-resistant material (2) such that the heat-resistant material (2) and the reinforcing member (3) are integrally formed in mixed form. The seal body (4) has a cylindrical inner peripheral surface (6) defining a through hole (5); an outer peripheral surface (10) constituted by a partially convex spherical surface (7); and annular end faces (8, 9) respectively provided on a large-diameter side and a small-diameter side of the partially convex spherical surface (7). In the seal body (4), the reinforcing member (3) and the heat-resistant material (2) are respectively contained at a rate of 15 to 80 wt. % and at a rate of 20 to 85 wt. %. The heat-resistant material (2) in the seal body (4) has a density of 1.20 g/cm3 to 2.00 g/cm3.
    • 球形环形密封件(1)具有密封体(4),其中耐热材料(2)和由金属丝制成的加强件(3)已经被压缩以填充金属丝网的网格 加强构件(3)与耐热材料(2)成一体,使得耐热材料(2)和加强构件(3)以混合形式一体形成。 密封体(4)具有限定通孔(5)的圆筒形内周面(6)。 由部分凸起的球面(7)构成的外周面(10); 以及分别设置在部分凸出的球面(7)的大直径侧和小直径侧的环形端面(8,9)。 在密封体(4)中,加强部件(3)和耐热材料(2)分别以15〜80重量%的比例含有。 %和20至85重量%的速率。 %。 密封体(4)中的耐热材料(2)的密度为1.20g / cm 3至2.00g / cm 3。