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    • 2. 发明申请
    • GEAR SPINDLE AND ROLLING MILL PROVIDED WITH SAME
    • 齿轮主轴和滚子铣刀同时提供
    • US20150314347A1
    • 2015-11-05
    • US14649974
    • 2013-11-14
    • MITSUBISHI-HITACHI METALS MACHINERY, INC.
    • Kenji YAMAMOTO
    • B21B35/14F16D3/18
    • F16D3/185B21B35/14
    • A gear spindle (3) obtained by inclining the axis of a spindle inner tube (10) provided at one end with an external cog inner tube gear section (40) at 0.6 degrees to 1.6 degrees with respect to the axis of a spindle outer tube (20) provided with an internal cog outer tube gear section (50) that meshes the inner tube gear section (40). On the teeth of the inner tube gear section (40) having a face width (B), a crowning of radius (Cr) is provided so that the center in the face width direction is expanded and both tooth ends are thin. The face width (B) and the crowning radius (Cr) are set within an area that is enclosed by graphs of (Cr)=1200 [mm], (Cr)=4000 [mm], (B)=0.0272×(Cr)+28 [mm], (B)=59.04×exp (0.0005×(Cr)) [mm], and (B)=32×(Cr)0.274 [mm].
    • 一齿轮主轴(3),其通过使设置在一端的主轴内管(10)的轴线相对于主轴外管的轴线以0.6度到1.6度的方式使外齿轮内齿轮部分(40)倾斜, (20),其具有啮合所述内管齿轮部(40)的内齿轮外筒齿轮部(50)。 在具有面宽度(B)的内管齿轮部分(40)的齿上,设置半径(Cr)的隆起,使得面宽度方向上的中心膨胀,并且两个齿端都较薄。 面积宽度(B)和凸面半径(Cr)设定在由(Cr)= 1200 [mm],(Cr)= 4000 [mm],(B)= 0.0272×(Cr )+28 [mm],(B)= 59.04×exp(0.0005×(Cr))[mm],(B)= 32×(Cr)0.274 [mm]。
    • 3. 发明申请
    • PARTIALLY-REDUCED IRON PRODUCING APPARATUS
    • 部分减少铁生产设备
    • US20140084524A1
    • 2014-03-27
    • US14032980
    • 2013-09-20
    • MITSUBISHI HITACHI METALS MACHINERY, INC.
    • Susumu KAMIKAWAHideaki MIZUKIHideki ITOKeiichi SATOKhanhson PHAM
    • F27D17/00
    • F27D17/001C21B13/0053C21B2100/44C21B2100/66C22B1/20F27D17/008Y02P10/216
    • A partially-reduced iron producing apparatus includes: an exhaust gas circulating device supplying an oxygen-containing gas to raw-material pellets to be heated by ignition of raw-material pellets, the oxygen-containing gas made by circulating part of an exhaust gas by use of the heat of the ignition raw-material pellets and mixing the discharged exhaust gas with air; and a liquid-tar separating device which is provided in the exhaust gas circulating device. A partially-reduced iron is produced by heating and reducing the whole of the raw-material pellets in a bed height direction thereof through a combustion region for the raw-material pellets and a heating region for the raw-material pellets, the combustion region formed on an upstream side of an endless grate by supplying the gas having a high oxygen concentration; and the heating region formed downstream of the combustion region of the endless grate by supplying the gas having a low oxygen concentration.
    • 一种部分还原铁生产设备包括:废气循环装置,用于将原料颗粒的原料颗粒供给待加热的原料颗粒,通过原料颗粒的点燃供给含氧气体,通过将废气的一部分循环而形成的含氧气体 使用点火原料颗粒的热量并将排出的废气与空气混合; 以及设置在废气循环装置中的液体焦油分离装置。 通过在原料粒子的燃烧区域和原料粒料的加热区域中加热和还原整个原料粒料在其床高度方向上,形成部分还原铁,形成燃烧区域 通过供给具有高氧浓度的气体在无限格栅的上游侧; 以及通过供给氧浓度低的气体而形成在无极炉排的燃烧区域下游的加热区域。
    • 8. 发明授权
    • Partially-reduced iron producing apparatus and partially-reduced iron producing method
    • 部分还原铁生产设备和部分还原铁生产方法
    • US08974571B2
    • 2015-03-10
    • US13731801
    • 2012-12-31
    • Mitsubishi-Hitachi Metals Machinery, Inc.
    • Susumu KamikawaHiroshi NakajimaKeiichi SatoKhanhson Pham
    • C21B11/00F27D17/00C21B13/00C21B13/10F27B9/24F27B9/30
    • C21B11/00C21B13/0046C21B13/0073C21B13/10F27B9/243F27B9/3011F27B2009/3027F27D17/004
    • A partially-reduced iron producing apparatus includes: a supplying device laying ignition raw-material pellets on an endless-grate; a heating furnace heating the ignition raw-material pellets; another supplying device laying the raw material pellets on the ignition raw-material pellets; and an exhaust gas circulation device supplying an oxygen-containing gas to the raw-material pellets. The oxygen containing gas is made by circulating part of an exhaust gas discharged from the raw-material pellets and mixing it with air. A partially-reduced iron is produced by thermally reducing the raw-material pellets in a bed height direction thereof through separate combustion and heating regions. The combustion region formed on an upstream side in a travelling direction of the endless grate by supplying the oxygen-containing gas having a high oxygen concentration. The heating region formed downstream of the combustion region in the travelling direction of the endless grate by supplying the oxygen-containing gas having a low oxygen concentration.
    • 一种部分还原的铁生产设备包括:将点燃原料颗粒放置在环形炉排上的供应装置; 加热炉加热着火原料颗粒; 将原料颗粒放置在点火原料颗粒上的另一供给装置; 以及向原料粒料供给含氧气体的排气循环装置。 含氧气体是通过将从原料颗粒排出的废气的一部分循环并将其与空气混合而制成的。 通过分开的燃烧和加热区域,通过在原料颗粒的床高度方向上热还原原料颗粒而产生部分还原的铁。 通过供给氧浓度高的含氧气体,形成在无端炉排的行进方向的上游侧的燃烧区域。 通过供给具有低氧浓度的含氧气体,在不连续炉排的行进方向上形成在燃烧区域下游的加热区域。