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    • 66. 发明授权
    • Process for producing low-carbon chromium-containing steel
    • 低碳含铬钢生产工艺
    • US5547489A
    • 1996-08-20
    • US445947
    • 1995-05-22
    • Yoshio InagakiMotoshi ShinkaiMasahide TsunoAkihiro Nagatani
    • Yoshio InagakiMotoshi ShinkaiMasahide TsunoAkihiro Nagatani
    • C21C5/28C21C5/30C21C7/068C21C7/10
    • C21C5/30C21C7/0685C21C7/10
    • In the production of stainless steel it is aimed at to depress the highest temperature reaching during refining the molten steel with keeping the necessary tapping temperature so as to prolong the life of refractory materials of the refining furnace. After carrying out decarburization treatment under atmospheric pressure in a refining furnace by blowing an oxygen-containing gas into molten steel, further decarburization of the molten steel and reduction of chromium oxides is carried out under stirring by blowing a non-oxidizing gas under a reduced pressure, and then, reducing agent is charged into the furnace to reduce chromium oxides under keeping the reduced pressure. At the above atmospheric pressure operation total quantity of the oxygen gas blown is smaller than in a conventional process, while at the final stage of the reduced pressure operation an oxygen-containing gas is blown again in the quantity which is equivalent to the balance of the quantity of oxygen gas usually blown in the conventional process and the quantity of oxygen gas blown at the above atmospheric pressure operation so as to cause heat generation by oxidation reaction of chromium thereby increasing molten steel temperature to a necessary temperature with anticipation of subsequent temperature decrease.
    • 在不锈钢的生产中,旨在降低在精炼钢水期间达到的最高温度,同时保持必要的出钢温度,以延长精炼炉耐火材料的使用寿命。 在精炼炉中通过将含氧气体吹入钢水中进行大气压下的脱碳处理后,通过在减压下吹入非氧化性气体,在搅拌下进一步对钢水进行脱碳,还原铬氧化物 ,然后将还原剂装入炉中以在保持减压的同时还原氧化铬。 在上述大气压力运行中,吹入的氧气的总量比常规方法小,而在减压运行的最后阶段,含氧气体再次以等于 通常在常规方法中吹入的氧气量和在上述大气压力下吹入的氧气量操作,从而通过铬的氧化反应产生热量,从而将钢水温度升高到必要温度,并预期随后的温度降低。
    • 68. 发明授权
    • Heat-developable color light-sensitive material
    • 可热显色的感光材料
    • US5427901A
    • 1995-06-27
    • US176695
    • 1994-01-03
    • Hiroshi ArakatsuYoshio InagakiHiroyuki OzakiTakanori Hioki
    • Hiroshi ArakatsuYoshio InagakiHiroyuki OzakiTakanori Hioki
    • G03C1/498G03C1/00
    • G03C1/49854Y10S430/145Y10S430/159
    • A heat-developable color light-sensitive material comprising a support having thereon at least three silver halide emulsion layers each sensitive to a different spectral wavelength region, one silver halide emulsion layer or a light-insensitive layer adjacent thereto containing a yellow dye-providing compound, a second silver halide emulsion layer or a light-insensitive layer adjacent thereto containing a magenta dye-providing compound and a third silver halide emulsion layer or a light-insensitive layer adjacent thereto containing a cyan dye-providing compound; at least one of said silver halide emulsion layers having a maximum spectral sensitivity at a wavelength of at least 700 nm and a spectral sensitivity at a wavelength 20 nm longer than said maximum spectral sensitivity wavelength of at most 1/10 of said maximum spectral sensitivity.A heat-developable color light-sensitive material with such spectral sensitivity characteristics in at least one silver halide emulsion layer provides superior color separation from other layers having a sensitivity in the infrared region.
    • 一种可热显色的感光材料,其包括其上具有至少三个对不同光谱波长区域敏感的卤化银乳剂层的支持体,一个卤化银乳剂层或与其相邻的不透光层,其含有提供黄色染料的化合物 第二卤化银乳剂层或与其相邻的第二卤化银乳剂层或不透光层,其含有品红色染料提供化合物和第三卤化银乳剂层或与其相邻的不透光层,其含有提供青色染料的化合物; 所述卤化银乳剂层中的至少一种在至少700nm的波长下具有最大光谱灵敏度,并且比所述最大光谱灵敏度的至多1/10的所述最大光谱灵敏度波长长20nm的光谱灵敏度。 在至少一个卤化银乳剂层中具有这种光谱灵敏度特性的可热显色的感光材料提供了与在红外区具有灵敏度的其它层的优异的颜色分离。