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    • 2. 发明申请
    • POWDER METAL CLADDING NOZZLE
    • 粉末金属包覆喷嘴
    • WO2005084875A8
    • 2005-12-15
    • PCT/IB2005000002
    • 2005-01-04
    • TOYOTA MOTOR CO LTDSATO AKIOISHIKAWA YOSHINORI
    • SATO AKIOISHIKAWA YOSHINORI
    • B23K26/00B23K26/14B23K26/34
    • B23K26/144
    • A powder metal cladding nozzle which is coaxially attached to a laser processing head that irradiates a process portion (W) with a laser beam (L) and that discharges powder metal (P) to a laser beam irradiation portion in the process portion (W). The powder metal cladding nozzle includes a body portion (2) that has a ring-shaped powder metal holding space (7) in which the powder metal (P) is held; and a nozzle portion (3) that is connected to the body portion (2) and that has plural discharge passages (18) which are communicated with the powder metal holding space (7) and which open at an outlet (19) for discharging the powder metal (P). The powder metal holding space (7) is formed in the body portion (2) and is divided into plural powder metal holding regions corresponding to plural supply passages (10) that open into the powder metal holding space (7) and that supply the powder metal (P) to the powder metal holding space (7).
    • 一种粉末金属包覆喷嘴,其与激光加工头同轴地安装,激光加工头用激光束(L)照射处理部分(W)并将粉末金属(P)排放到处理部分(W)中的激光束照射部分, 。 粉末金属包覆喷嘴包括:主体部分(2),其具有保持粉末金属(P)的环形粉末金属保持空间(7); 和与主体部分(2)连接并且具有多个排出通道(18)的喷嘴部分(3),它们与粉末金属保持空间(7)连通并且在出口(19)处打开以排出 粉末金属(P)。 粉体金属保持空间(7)形成在主体部分(2)中,并被分成多个粉末金属保持区域,该多个粉末金属保持区域对应于向粉末金属保持空间(7)开口的多个供应通道(10),并且供应粉末 金属(P)到粉末金属保持空间(7)。
    • 5. 发明专利
    • STEEL PRODUCT FOR STRUCTURAL MEMBER OF AUTOMOBILE AND METHODFOR PRODUCTION THEREOF
    • CA2548560A1
    • 2005-06-23
    • CA2548560
    • 2004-12-09
    • TOYOTA MOTOR CO LTDJFE STEEL CORP
    • TOYODA SHUNSUKESAKATA KEISATO AKIOKANEKO KOUICHIKAWAGUCHI HIROSHI
    • C21D9/46C22C38/00C21D8/02C21D8/10C22C38/58
    • A method for producing a steel product which comprises providing a steel sla b having a chemical composition satisfying C: 0.18 to 0.29 %, Si: 0.06 to 0.45 %, Mn: 0.91 to 1.85 %, P: 0.019 % or less, S: 0.0029% or less, sol.Al: 0.015 to 0.075%, N: 0.0049 % or less, O: 0.0049 % or less, B: 0.0001 to 0.0029 %, Nb: 0.001 to 0.019 %, Ti: 0.001 to 0.029 %, Cr: 0.001 to 0.195 %, Mo: 0.001 to 0.195 %, and 0.4 or more and less than 0.58 of Ceq, and satisfying that the sum (.chi.) of hardenability multiples according to Grossmann being aware of B is 1.2 or more and less than 1.7, heating the steel slab to 1160 to 1320~C, subjecting the resultant slab to a hot finish rolling having an ending temperature for the finish rolling of 750 to 980~C, annealing the rolled product for a period of 2s or more before winding, and then winding the product up at a temperature of 560 to 740~C, to thereby produce a hot-rolled steel belt which has a structure having an average grain diameter (df) corresponding to a ferrite circle of 1.1 .mu.m or more and less than 12 .mu. m and a ferrite volume percentage (Vf) of 30 to 98 %. A steel pipe is produced by a method comprising using the above hot-rolled steel belt as a material a nd subjecting it to an electric welding wherein a reduction ratio for width is 8 % or less. A steel product produced by the above method is excellent in formability, fatigue strength after hardening, toughness at a low temperatur e, characteristics of resistance to delayed break and corrosion fatigue strengt h.
    • 8. 发明专利
    • DE602005000112T2
    • 2007-03-01
    • DE602005000112
    • 2005-01-04
    • TOYOTA MOTOR CO LTD
    • SATO AKIOISHIKAWA YOSHINORI
    • B23K26/34
    • A powder metal cladding nozzle which is coaxially attached to a laser processing head that irradiates a process portion (W) with a laser beam (L) and that discharges powder metal (P) to a laser beam irradiation portion in the process portion (W). The powder metal cladding nozzle includes a body portion (2) that has a ring-shaped powder metal holding space (7) in which the powder metal (P) is held; and a nozzle portion (3) that is connected to the body portion (2) and that has plural discharge passages (18) which are communicated with the powder metal holding space (7) and which open at an outlet (19) for discharging the powder metal (P). The powder metal holding space (7) is formed in the body portion (2) and is divided into plural powder metal holding regions corresponding to plural supply passages (10) that open into the powder metal holding space (7) and that supply the powder metal (P) to the powder metal holding space (7).