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    • 1. 发明公开
    • INGROWN NAIL CORRECTION TOOL, METHOD FOR MANUFACTURING INGROWN NAIL CORRECTION TOOL, AND METHOD FOR IMPROVING DURABILITY AND CORRECTIVE FORCE OF INGROWN NAIL CORRECTION TOOL
    • 工具校正嵌甲,工艺用于生产嵌甲矫正和方法工具的能力增加工具来纠正嵌甲的生命和更正
    • EP2561841A1
    • 2013-02-27
    • EP11768956.2
    • 2011-04-15
    • Furukawa Techno Material Co., LtdFurukawa Electric Co., Ltd.Ishida, Kiyohito
    • ISHIDA, KiyohitoTANAKA, ToyonobuHABU, TetsushiHAGIWARA, Takuzo
    • A61F5/11
    • A61F5/11B21D5/16
    • The longitudinal direction (rolling direction) of a cold processed plate material 11 is indicated by the letter L and the width direction by the letter W. The layout direction of an ingrown nail correction tool material 13 is arranged such that the longitudinal direction of a material 13a of a body portion (corresponding to correction tool body 3) substantially corresponds to the width direction W, and the direction in which a nail holder portion material 13b (corresponding to nail holder portion 5) of a nail holder portion is formed substantially corresponds to a direction in which the cold processed plate material is processed. That is to say, the material 13 of the ingrown nail correction tool is integrally cut out from the cold processed plate material 11 and processed such that the longitudinal direction of the correction tool body 3 of an ingrown nail correction tool 1 is substantially perpendicular (direction W) to the direction in which the cold processed plate material 11 is processed; and the direction in which the nail holder portion 5 is formed substantially corresponds to the direction in which the cold processed plate material 11 is processed (direction L).
    • 冷处理的板材料11的长度方向(轧制方向)由字母L和由字母W的一个的layoutDirection嵌甲矫正工具材料13的宽度方向指示的布置检查做了材料的纵向方向 主体部分的13A(对应于矫正工具主体3)基本上对应于宽度方向W,并且其中一个爪座部体13b(对应于钉保持部5)钉保持器部的方向形成为大致对应于 其中冷加工板材料加工的方向。 也就是说,所述嵌甲矫正工具的材料13一体从冷处理板材11切出并处理检查做了一个嵌甲矫正工具1的校正刀具本体3的纵向方向基本上垂直(方向 W)到其中冷加工板材11被加工的方向; 并且其中所述爪座部5形成为大致的方向对应于其中冷加工板材料11被处理的方向(方向L)。
    • 3. 发明公开
    • METHOD OF CONTINUOUS VACUUM CARBURIZATION OF METAL WIRE, METAL BAND OR METAL PIPE AND APPARATUS THEREFOR
    • METHOD FOR金属线的连续真空渗碳,波段或管及其装置
    • EP1642995A1
    • 2006-04-05
    • EP04746650.3
    • 2004-06-30
    • Nachi-Fujikoshi Corp.Ishida, Kiyohito
    • ISHIDA, KiyohitoAMANO, HirokuniHARA, YasushiMACHI, Tetsushi
    • C23C8/20C23C8/36
    • C23C8/22
    • A continuous vacuum carburizing process carburizes material such as a steel wire 7 with a carbon content equal to or less than a desired carbon content by passing it under reduced pressure continuously through a carburizing atmosphere 5 with constant pressure and constant gas composition. A continuous vacuum carburizing apparatus for carrying out this process has at least one furnace core tube 1, 11, or 12 and a feeding/taking-up mechanism 13, 14 for the steel wire 7 in a vacuum container 1. Carburizing medium gas is supplied to the furnace core tube 1 via pipes 2, 4 to form the carburizing atmosphere 5. A heater 10 heats the furnace core tube 1, thereby activating carbon of the carburizing medium gas. In this way, material having a small thickness of, for example, 0.02 mm to 3 mm is carburized with less variation in the amount of carburization and no surface oxidation or sooting.
    • 连续真空渗碳处理carburizes材料:诸如钢丝7的碳含量比通过将其在减压下连续通过渗碳气氛5与恒定的压力和恒定的气体组合物中的期望的碳含量等于或以下。 用于执行该处理的连续真空渗碳设备具有至少一个炉心管1,图11,或12,并在真空容器1渗碳气体介质的馈送/卷取机构13,14为钢线7 SUPPLIED 通过管2的炉芯管1,4以形成渗碳气氛5.一种加热器10个加热的炉芯管1,从而激活渗碳介质气体的碳。 以这种方式,将具有材料的一个小的厚度,例如,0.02毫米至3mm与在渗碳量较小变化和没有表面氧化或煤烟渗碳。
    • 6. 发明公开
    • COPPER ALLOY WIRE AND COPPER ALLOY SPRING
    • KUPFERLEGIERUNGSDRAHT UND KUPFERLEGIERUNGSFEDER
    • EP2653575A1
    • 2013-10-23
    • EP11849226.3
    • 2011-12-13
    • NIPPON SEISEN CO., LTD.Ishida, Kiyohito
    • ISHIDA KiyohitoAKIZUKI, Takayuki
    • C22C9/06C22C9/01C22F1/08F16F1/02H01B1/02H01B5/04C22F1/00
    • F16F1/021C22C9/01C22C9/06C22F1/08H01B1/026
    • To provide a copper alloy wire being a filamentary material of a copper alloy containing, in percent by mass, Ni: 3.0 to 15.0%, Al: 0.5 to 5.0%, and Si: 0.1 to 3.0%, with the remainder being composed of Cu and incidental impurities, which is provided with the tensile strength (σB) of 900 to 1300 MPa and electrical conductivity of 10 to 22% IACS and, in addition to that property, satisfies an intensity ratio of A:B:C of 1.0 : 1.2 to 6.0: 2.2 to 8.0 when A, B and C represent diffraction intensities of Cu (111), Cu (200) and Cu (220), respectively, according to an X-ray diffraction method in a predetermined cross section, and which is used for an operation or contact spring by incorporating in mobile phones and various small electronic instruments by formulating into a copper alloy spring used, particularly, for an electrical conductive spring which copes with heat sagging, does not contain a harmful element such as Be, is excellent in electrical conductivity and spring property, particularly, heat sagging property accompanied with heat generation at energization, and is of the high strength and high electrical conductivity, and a copper alloy spring resulting from the copper alloy wire.
    • 为了提供一种铜合金丝,其为以质量%计含有Ni:3.0〜15.0%,Al:0.5〜5.0%,Si:0.1〜3.0%,余量由Cu构成的铜合金 并具有900〜1300MPa的拉伸强度(×)和10〜22%IACS的导电率的附带杂质,除了该性能之外,还满足A:B:C的强度比为1.0:1.2 至6.0:2.2〜8.0,当A,B和C分别表示Cu(111),Cu(200)和Cu(220)的衍射强度时,根据X射线衍射法, 用于操作或接触弹簧,通过结合在手机和各种小型电子仪器中,通过配制成所使用的铜合金弹簧,特别是用于应对热下垂的导电弹簧,不含有诸如Be的有害元件。 导电性和弹簧性能优异 较大的热下垂性能伴随着通电时产生热量,具有高强度和高导电性,而铜合金弹簧由铜合金丝制成。