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    • 2. 发明授权
    • Sintered hard alloy of multiple boride containing iron
    • 含铁的多重硼化物的烧结硬质合金
    • US3999952A
    • 1976-12-28
    • US554326
    • 1975-02-28
    • Yoshikazu KondoTakeshi OkadaYoichi MinouraMichio Watanabe
    • Yoshikazu KondoTakeshi OkadaYoichi MinouraMichio Watanabe
    • C22C32/00C22C33/02B22F3/12
    • C22C32/0073C22C33/0228
    • This invention relates to a sintered alloy of a boride containing iron consisting essentially of a hard phase composed mainly of iron boride or a multiple boride containing iron in which a part of iron boride is substituted by a non-ferrous boride or multiple boride and a metal phase composed of at least one metal selected from Cu, Co, Ni, Fe, Cr, Mo, W, Ti, Zr, Hf, V, Nb, Ta and alloys composed mainly of these metals, wherein the boron content is 3 to 20% by weight, and to a method of making such sintered alloy. The sintered alloy of this invention has a hardness higher than that of high speed steel and has such high hardness and strength that it is comparable to alloys of cemented carbide, and it is characterized in that it has a good corrosion resistance at room temperature, a high oxidation resistance at high temperatures, a high hardness and a high strength, and that it is cheaper and lighter than cemented carbide. This invention provides a novel sintered high-hardness material which will take the place of cemented carbide or high speed steel.
    • 本发明涉及一种含有铁的硼化物的烧结合金,其主要由主要由铁硼化物组成的硬质相或含铁的多重硼化物组成,其中一部分铁硼化物被一种非晶合金硼化物或多个硼化物和一种金属 由选自Cu,Co,Ni,Fe,Cr,Mo,W,Ti,Zr,Hf,V,Nb,Ta中的至少一种金属和主要由这些金属组成的合金构成的相,其中硼含量为3〜20 %的重量,以及制造这种烧结合金的方法。 本发明的烧结合金的硬度比高速钢的硬度高,硬度和强度高,与硬质合金的合金相当,其特征在于:在室温下具有良好的耐腐蚀性, 在高温下具有高抗氧化性,高硬度和高强度,并且比硬质合金便宜且轻便。 本发明提供一种新型烧结高硬度材料,其代替硬质合金或高速钢。
    • 4. 发明申请
    • Machining center
    • 加工中心
    • US20050091812A1
    • 2005-05-05
    • US10938871
    • 2004-09-13
    • Kazuyuki HiramotoAkihiro MochizukiKazutoyo MoriguchiMichio Watanabe
    • Kazuyuki HiramotoAkihiro MochizukiKazutoyo MoriguchiMichio Watanabe
    • B23B3/16B23B29/32B23P23/02B23Q1/62B23Q37/00
    • B23Q1/626B23Q2220/002Y10T29/5152Y10T29/5155
    • There is provided a machining center capable of corresponding to both horizontal and vertical turret heads by one machine main body. The machining center includes a bed 2, a column 3 fixed on the bed 2, a saddle 4 supported by the column 3 to be movable in an X axis direction, a turret base supported by the saddle 4 to be movable in a Y axis direction, a quill 6 supported by the turret base 5 to be movable in a Z axis direction, and one of a horizontal turret head 20 and a vertical turret head 50 which are attached to the quill 6 in a selectively attachable/detachable manner, in which, on the horizontal turret head 20, a plurality of tools T are arranged to be located on a circumference whose center coincides with a quill axis C and to be parallel with the quill axis C, and on the vertical turret head 50, a plurality of tools are arranged to form a radial pattern in an orthogonal direction with respect to the quill axis C.
    • 提供了能够由一个机器主体对应于水平和垂直转塔头的加工中心。 加工中心包括床2,固定在床2上的柱3,由柱3支撑以可在X轴方向上移动的鞍座4,由鞍座4支撑以在Y轴方向上可移动的转台基座 由转塔底座5支撑的可在Z轴方向上移动的羽毛笔6以及以可选择性地安装/拆卸的方式安装在羽毛笔6上的水平转塔头20和垂直转塔头50中的一个,其中 在水平转塔头20上,多个工具T布置成位于圆周上,该圆周的中心与轴线C一致并且与轴线C平行,并且在垂直转塔头50上, 工具被布置成在相对于轴线C的正交方向上形成径向图案。
    • 8. 发明申请
    • INTERNAL COMBUSTION ENGINE INTAKE DEVICE
    • 内燃机发动机装置
    • US20080000442A1
    • 2008-01-03
    • US11762316
    • 2007-06-13
    • Michio WatanabeYuuki Sakai
    • Michio WatanabeYuuki Sakai
    • F02M35/104
    • F02M35/10032F02M35/02F02M35/10013F02M35/10262F02M35/116F02M35/1211F02M35/16F02M35/161Y02T10/146
    • An internal combustion engine intake duct device is provided with an intake duct body and an air flow directing structure. The intake duct body has an inlet, a left outlet and a right outlet with an intake air passage formed in the intake duct body for supplying intake air from the inlet to left and right outlets. The inlet is disposed on an opposite side of the intake duct body from the left and right outlets and laterally between the left and right outlets in a top plan view. The air flow directing structure is arranged in the intake duct body to direct a flow of intake air entering from the inlet toward the left and right outlets. The air flow directing structure includes a first sound reflecting part serving to block sound from the left intake pipe and a second sound reflecting part serving to block sound from the right intake pipe.
    • 内燃机进气管道装置设置有进气管体和气流引导结构。 入口管体具有入口,左出口和右出口,吸入通道形成在入口管体中,用于从入口向左右出口提供吸入空气。 入口在顶部平面图中设置在进气管体的与左和右出口的相对侧上,并且在左和右出口之间横向设置。 空气流动引导结构设置在进气管体中以引导从入口进入的进入空气的流向左右出口。 气流引导结构包括用于阻挡来自左进气管的声音的第一声反射部分和用于阻挡来自右进气管的声音的第二声反射部。
    • 10. 发明授权
    • Methods and apparatus for manufacturing tubes
    • 用于制造管子的方法和装置
    • US4800250A
    • 1989-01-24
    • US64548
    • 1987-06-22
    • Michio WatanabeKazuhisa IshibashiKenji MatsunoHideo Kurashima
    • Michio WatanabeKazuhisa IshibashiKenji MatsunoHideo Kurashima
    • B21D51/26B21C37/08B23K26/26B23K26/00
    • B21C37/0822B21C37/08B23K26/262
    • A method and apparatus for guiding the opposed edges of sheet material into substantially abutting edge-to-edge relationship with one another and thereafter welding said edges by a high energy welding source to form a seam. The invention enables the continuous high speed butt welding of the sheet material to form cylindrical bodies. The apparatus includes three elements, a mandrel, a mandrel holder and tube holders. Sheet material is fed to around said mandrel and advanced by a tube holder with an edge of two opposite edges of said sheet material being in intimate contact with a basis plane of said mandrel holder. Another edges is slided into contact with above mentioned edge of sheet material making abutting relationship after passing through the basis plane of said mandrel holder. These abutting edges pass a high energy zone of a welder and butt welded to make a tube.
    • 一种用于将片材的相对边缘引导成彼此基本上邻接的边缘到边缘关系的方法和装置,然后通过高能量焊接源焊接所述边缘以形成接缝。 本发明能够使片材的连续高速对接焊接形成圆柱体。 该装置包括三个元件,心轴,心轴保持器和管座。 片材被馈送到所述心轴周围并由管保持器推进,其中所述片材的两个相对边缘的边缘与所述心轴保持器的基础平面紧密接触。 另外的边缘与上述片材的边缘滑动接触,在穿过所述心轴保持器的基面之后形成邻接关系。 这些邻接边缘通过焊机的高能区域并对接焊接以制造管。