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    • 67. 发明公开
    • IMPACT ABSORPTION MEMBER FOR VEHICLE
    • AUFPRALLABSORBIERENDES GLIEDFÜRFAHRZEUG
    • EP1923273A1
    • 2008-05-21
    • EP06715213.2
    • 2006-03-03
    • Toyoda Iron Works Co., Ltd.SUMITOMO METAL INDUSTRIES, LTD.Sumitomo Pipe & Tube Co., Ltd.
    • KANO, MitsutoshiTOMIZAWA, AtsushiUCHIDA, Mitsutoshi
    • B60R19/34F16F7/12
    • F16F7/12B60R19/34
    • An impact absorber for a vehicle, which has a tubular shape and which is to be disposed between a side member and a bumper beam of the vehicle, so as to be crushed like an accordion in an axial direction thereof upon application of a compressive load thereto, for absorbing an impact energy. (a) The impact absorber has a tubular main body and a pair of attachment plates that are welded to be fixed to respective axially opposite end portions of the tubular main body. (b) The main body has a thin plate portion having a plate thickness smaller than 1.4 mm and constituting an axially intermediate portion of the main body, and a pair of thick plate portions having a plate thickness not smaller than 1.4 mm and provided integrally on axially opposite sides of the thin plate portion, the thick plate portions being arc-welded to be fixed to the respective attachment plates while being held in contact with the respective attachment plates.
    • 一种用于车辆的冲击吸收器,其具有管状并且设置在车辆的侧构件和保险杠梁之间,以便在施加压缩载荷时像手风琴一样在其轴向方向上被压碎 ,用于吸收冲击能量。 (a)冲击吸收器具有管状主体和一对焊接固定到管状主体的各轴向相对端部的附接板。 (b)主体具有板厚小于1.4mm并构成主体的轴向中间部分的薄板部分,以及一对板厚度不小于1.4mm并且一体地设置在其上的厚板部分 薄板部分的轴向相对侧,厚板部分被电弧焊接以固定到各个安装板,同时与相应的安装板保持接触。
    • 68. 发明公开
    • CONTINUOUS HEAT TREATMENT FURNACE AND UTILIZING THE SAME, METAL PIPE AND METHOD OF HEAT TREATMENT
    • KONTINUIERLICHEWÄRMEBEHANDLUNGVON METALLROHREN
    • EP1914325A1
    • 2008-04-23
    • EP05761733.4
    • 2005-07-25
    • SUMITOMO METAL INDUSTRIES, LTD.
    • TATSUOKA, Mikio, Sumitomo Metal Industries, Ltd.SAKAMOTO, Akihiro, Sumitomo Metal Industries, Ltd.
    • C21D9/08C21D1/00C21D1/74
    • C21D1/00C21D1/74C21D9/08F27B9/045F27B9/20F27D7/06F27D99/007F27D99/0073Y10T428/12
    • One aspect of the present invention provides a continuous heat treatment furnace in which an atmosphere-control gas is introduced to a heating chamber 1 having a heating zone 1a, metal tubes are continuously charged along an axial direction from a furnace entrance 2a, and the metal tube subjected to a heat treatment is taken out from a furnace exit 2b. The continuous heat treatment furnace includes a front chamber 4 which has a preheating zone 3 on an entrance side of the heating chamber and seal curtains 5a and 5b which are located on an entrance side and an exit side of the front chamber. Another aspect of the present invention provides a metal tube subjected to the heat treatment using the continuous heat treatment furnace, and yet another aspect of the present invention provides a heat treatment method for performing the heat treatment using the heat treatment furnace. Desirably a rear chamber 6 is provided on an exit side of the heating chamber and seal curtains 7a are attached onto an entrance side of the rear chamber. Even if a post-cold working washing process is performed only by alkali degreasing and washing, an adhered substance to inner and outer surfaces of the metal tube can easily be removed before the heat treatment by the heat treatment furnace and the heat treatment method.
    • 本发明的一个方面提供一种连续热处理炉,其中将气氛控制气体引入到具有加热区域1a的加热室1中,从炉入口2a沿轴向连续地填充金属管,并且金属 从炉出口2b取出经受热处理的管。 连续热处理炉包括前室4,其在加热室的入口侧具有预热区域3,并且位于前室的入口侧和出口侧的密封窗5a和5b。 本发明的另一方面提供一种使用连续热处理炉进行热处理的金属管,本发明的另一方面提供一种使用该热处理炉进行热处理的热处理方法。 理想地,后室6设置在加热室的出口侧,密封窗7a附着在后室的入口侧。 即使仅通过碱脱脂和洗涤进行后冷加工清洗工序,在通过热处理炉的热处理和热处理方法之前,可以容易地除去金属管内外表面的粘附物质。
    • 69. 发明公开
    • PROCESS FOR PRODUCING SEAMLESS STEEL PIPE
    • 生产无缝钢管的过程
    • EP1914324A1
    • 2008-04-23
    • EP06781542.3
    • 2006-07-25
    • SUMITOMO METAL INDUSTRIES, LTD.
    • ARAI, Yuji c/o Sumitomo Metal Industries, Ltd.NAKAMURA, Keiichi, Sumitomo Metal Industries, Ltd.
    • C21D8/10C21D9/08C22C38/00C22C38/32
    • C22C38/02C21D8/105C21D9/08C22C38/04C22C38/22C22C38/24C22C38/28C22C38/32
    • A seamless steel pipe produced by heating a steel billet, which has a chemical composition C: 0.15 to 0.20%, Si: not less than 0.01% to less than 0.15%, Mn: 0.05 to 1.0%, Cr: 0.05 to 1.5%, Mo: 0.05 to 1.0%, Al ≤ 0.10%, V: 0.01 to 0.2%, Ti: 0.002 to 0.03%, B: 0.0003 to 0.005% and N: 0.002 to 0.01%, further optionally one or more of Ca, Mg and REM in a specific amount, under the provision that the conditions "C + (Mn/6) + (Cr/5) + (Mo/3) ≥ 0.43" and "Ti × N 3 transformation point followed by tempering at a temperature range from 600°C to the Ac 1 transformation point, or instead of the above after the said pipe-making rolling, complementarily heating the resulting steel pipe in a temperature range from the Ac 3 transformation point to 1000°C in-line, and then quenching it from a temperature not lower than the Ar 3 transformation point followed by tempering at a temperature range from 600°C to the Ac 1 transformation point, has high strength and excellent toughness and at the same time has a high yield ratio and is excellent in SSC resistance as well.
    • 通过加热具有化学组成C:0.15至0.20%,Si:不小于0.01%至小于0.15%,Mn:0.05至1.0%,Cr:0.05至1.5%的钢坯制成的无缝钢管, Mo:0.05〜1.0%,Al≤0.10%,V:0.01〜0.2%,Ti:0.002〜0.03%,B:0.0003〜0.005%,N:0.002〜0.01%,进一步可以根据需要含有Ca,Mg, REM满足条件“C +(Mn / 6)+(Cr / 5)+(Mo / 3)≥0.43”和“Ti×N <0.0002-0.0006×Si”的规定量时, 余量为铁和杂质,其中杂质中的P≤0.025%,S≤0.010%和Nb≤0.005%,温度为1000-1250℃,随后在终轧温度900-1050℃下进行制管轧制 然后,将得到的钢管直接从Ar3相变点以上的温度淬火后,在600℃〜Ac1相变点的温度范围内进行回火,或者在上述制管轧制后代替上述 ,在Ac3相变点至1000℃的温度范围内对所得到的钢管进行互补加热,然后从不低于Ar3相变点的温度淬火,然后在600℃〜 Ac1相变点具有高强度和优异的韧性,同时具有高屈服比,并且具有优异的耐SSC性。