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    • 11. 发明专利
    • MANUFACTURE OF VIBRATION DAMPING METAL SHEET
    • JPS6356423A
    • 1988-03-11
    • JP20202986
    • 1986-08-27
    • KOBE STEEL LTD
    • TANIUCHI MAMORUSAKAI KENJI
    • B32B15/08B23K20/04B29C47/02B29L31/00B32B7/02F16F15/02
    • PURPOSE:To manufacture a vibration damping metal sheet having a large bonding strength between a synthetic resin layer and a metal sheet, by a method wherein molten synthetic resin is extruded from a die so as to have the shape of a film while the extruded film is inserted between two sheets of metal sheet to ply and bond them by pressure through thermal pressure bonding rolls, thereafter, control cooling for them is effected. CONSTITUTION:Synthetic resin is a heat sensitive type synthetic resin having vibration-damping properties in the employing circumstance temperature of the vibration damping metal sheet from a normal temperature to a medium temperature and the synthetic resin, consisting of modified vinyl acetate resin with 2.3mol% of amount of modification from alkali to acid, for example, added with 15wt% of dibutyl phthalate as a plasticizer, is employed. The synthetic resin is molten under the temperature of 120 deg.C to extrude it from a die into the shape of a film by an extruder 4 while the film type resin is introduced between two sheets of metal sheets 1, 1' between hot pressure bonding rolls 3, 3 and the film is laminated with the metal sheets 1, 1'. The laminate passes through hot compression rolls 5, 5 heated to 180 deg.C and bonding is effected here. Further, the laminate is cooled to about 100 deg.C and bonding is effected here. Further, the laminate is cooled to about 100 deg.C while pressing it by a roll under a first cooling process 7, thereafter, is cooled to a normal temperature by a second cooling process 8. Thus, a vibration damping metal plate, bonded strongly under a stabilized condition without accompanying any strain, may be obtained.
    • 13. 发明专利
    • Method for joining of composite metallic plate
    • 复合金属板的加工方法
    • JPS57127581A
    • 1982-08-07
    • JP1262581
    • 1981-01-29
    • Kobe Steel Ltd
    • SAKAI KENJIFUJIWARA HARUO
    • B23K11/16
    • B23K11/163
    • PURPOSE:To improve the rigidity of a composite metallic plate interposed with a thermoplastic resin between metallic plates for bridges, etc., without degrading its vibration damping effect by spot welding said plate with metallic bar materials penetrated therethrough. CONSTITUTION:A composite steel plate 1 consists of the sandwich construction wherein a viscoelastic thermoplastic synthetic resin 3 is interposed between steel plates 2, 2. Through-holes 4 are punched at every pitch to the plate 1, and after metallic bar materials 5 are driven and fitted into the respective holes 4, electrode tips 6 of a spot welder are brought into abutment on both ends of the respective bar materials 5, and electricity i conducted, whereby these are welded with the bars 5. Then, the side faces of the bar materials 5 and the wall surfaces of the holes 4 of the plates 2, 2 attain a melt-stuck state, and the plates 2, 2 are joined surely.
    • 目的:提高用于桥梁等的金属板之间插入热塑性树脂的复合金属板的刚度,而不会通过用穿过其中的金属棒材料点焊所述板而降低其减振效果。 构成:复合钢板1由夹层结构构成,其中将粘弹性热塑性合成树脂3插入在钢板2,2之间,将通孔4以每个节距冲压到板1上,并且在金属棒材料5被驱动之后 并且装配到相应的孔4中,点焊机的电极头6在相应的棒材料5的两端被抵接,并且进行电力,由此它们与棒5焊接。然后, 棒材5和板2,2的孔4的壁面成为熔融粘合状态,并且板2,2可靠地接合。
    • 15. 发明专利
    • PRODUCTION OF CLAD STEEL PIPE
    • JPS58154488A
    • 1983-09-13
    • JP3675782
    • 1982-03-08
    • KOBE STEEL LTD
    • SATOU MASUHIROSAKAI KENJIKUROIWA NAOKATSUIZUMI TATSUMASA
    • B23K9/23B23K20/00B23K31/02
    • PURPOSE:To minimize the amt. of costly cladding materials to be used and to obtain a corrosion resistant clad steel pipe having high quality inexpensively, by forming only the cladding metals on both marginal sides that form the seam of a clad steel plate (or steel strip) to a thick wall. CONSTITUTION:A clad steel plate is produced by cladding a steel base material 2 and a cladding metal 3 consisting of a corrosion resistant raw material. The thickness over the entire part thereof is made roughly uniform, and the cladding material 3 in the central part is formed at the min. wall thickness t1 required for forming a corrosion resistant covering. The wall thickness t2 on both marginal sides 3a, 3b to be welded of the cladding metal is increased so as to provide the sound covering of the cladding metal after welding. The wall thickness on both marginal sides of the material 2 is correspondingly decreased. The widths Wa, Wb in the thick wall parts on the sides 3a, 3b are made larger than at least the widths allowing for the margins for edge preparation and the width of penetration in welding stage.