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    • 1. 发明申请
    • METHOD FOR SEPARATION AND RECOVERY OF NOBLE METALS
    • 用于分离和回收贵金属的方法
    • US20100224029A1
    • 2010-09-09
    • US12160852
    • 2007-01-12
    • Kazuhiro NiisawaKazuo ShimizuTadashi Nozaki
    • Kazuhiro NiisawaKazuo ShimizuTadashi Nozaki
    • C22B11/00
    • C22B11/04B01D15/1871B01D15/265B01D15/426B01J20/24B01J2220/4825C22B3/10C22B3/24C22B11/042C22B11/048C22B11/06Y02P10/214Y02P10/234
    • A method for separation and recovery of noble metals which makes it possible to isolate noble metal components efficiently by easy operation, that is, a method which comprises passing a solution of metals in hydrochloric acid prepared by treating a metal material with hydrochloric acid through the first cellulose column, eluting through development the noble metal component adsorbed on the cellulose with a hydrochloric acid/2-propanone mixture to obtain a fraction containing light platinum-group metals and a fraction containing heavy platinum-group metals and gold, separating the former fraction with the above mixture into fractions containing palladium, ruthenium and rhodium respectively, passing the fraction containing heavy platinum-group metals and gold through the second cellulose column to made them adsorbed on the cellulose, eluting them from the cellulose with a hydrochloric acid/1-butanol mixture to obtain fractions containing gold, osmium, iridium and platinum respectively, and recovering the noble metals from the fractions containing them respectively as simple substances.
    • 贵金属的分离回收方法,能够容易地使贵金属成分有效地分离,也就是将金属溶液中的金属在盐酸中的溶液通过第1次 纤维素柱,通过用盐酸/ 2-丙酮混合物显影吸附在纤维素上的贵金属组分,得到含有轻铂族金属的部分和含有重铂族金属和金的部分,将前一部分与 将上述混合物分别含有含有钯,钌和铑的级分,使含有重铂族金属和金的级分通过第二纤维素柱,使其吸附在纤维素上,用盐酸/ 1-丁醇从纤维素中洗脱出来 混合物以分别得到含有金,锇,铱和铂的级分,a 并从分别含有它们的级分中回收贵金属作为简单物质。
    • 2. 发明授权
    • Method for separation and recovery of noble metals
    • 贵金属分离回收方法
    • US07857888B2
    • 2010-12-28
    • US12160852
    • 2007-01-12
    • Kazuhiro NiisawaKazuo ShimizuTadashi Nozaki
    • Kazuhiro NiisawaKazuo ShimizuTadashi Nozaki
    • C22B3/24
    • C22B11/04B01D15/1871B01D15/265B01D15/426B01J20/24B01J2220/4825C22B3/10C22B3/24C22B11/042C22B11/048C22B11/06Y02P10/214Y02P10/234
    • A method for separation and recovery of noble metals which makes it possible to isolate noble metal components efficiently by easy operation, that is, a method which comprises passing a solution of metals in hydrochloric acid prepared by treating a metal material with hydrochloric acid through the first cellulose column, eluting through development the noble metal component adsorbed on the cellulose with a hydrochloric acid/2-propanone mixture to obtain a fraction containing light platinum-group metals and a fraction containing heavy platinum-group metals and gold, separating the former fraction with the above mixture into fractions containing palladium, ruthenium and rhodium respectively, passing the fraction containing heavy platinum-group metals and gold through the second cellulose column to made them adsorbed on the cellulose, eluting them from the cellulose with a hydrochloric acid/1-butanol mixture to obtain fractions containing gold, osmium, iridium and platinum respectively, and recovering the noble metals from the fractions containing them respectively as simple substances.
    • 贵金属的分离回收方法,能够容易地使贵金属成分有效地分离,也就是将金属溶液中的金属在盐酸中的溶液通过第1次 纤维素柱,通过用盐酸/ 2-丙酮混合物显影吸附在纤维素上的贵金属组分,得到含有轻铂族金属的部分和含有重铂族金属和金的部分,将前一部分与 将上述混合物分别含有含有钯,钌和铑的级分,使含有重铂族金属和金的级分通过第二纤维素柱,使其吸附在纤维素上,用盐酸/ 1-丁醇从纤维素中洗脱出来 混合物以分别得到含有金,锇,铱和铂的级分,a 并从分别含有它们的级分中回收贵金属作为简单物质。
    • 3. 发明授权
    • Gear-shift mechanism for power transmission units
    • 动力传动装置的换挡机构
    • US4476738A
    • 1984-10-16
    • US412240
    • 1982-08-27
    • Shozi HagaTadashi Nozaki
    • Shozi HagaTadashi Nozaki
    • F16H61/16F16H61/34F16H63/00F16H63/20F16H63/30F16H63/32F16H63/36F16H63/38G05G9/12G05G5/10
    • F16H63/20F16H63/36F16H63/302Y10T74/20116
    • A gear-shift mechanism for a power transmission unit includes a fork shaft slidably supported from a housing assembly to be selectively shifted from its neutral position to forward and reverse positions, a detent mechanism for selectively retaining the fork shaft in its neutral and shifted positions, a shift head member slidable on the fork shaft, a one-way engagement mechanism for effecting engagement of the shift head member with the fork shaft in axial movement of the fork shaft to and away from its reverse position, and a shift arm member pivoted to the inner wall structure of the housing assembly and linked with the shift head member to retain an idler gear in its neutral position and to engage the same with driving and driven gears. The shift arm member is formed with a cam face, and a spring loaded cam follower is assembled within the inner wall structure to be in engagement with the cam face of the shift arm member to effect disengagement of the idler gear from the driving and driven gears.
    • 用于动力传递单元的变速机构包括从壳体组件可滑动地支撑的叉轴,以从其中立位置向前和向后位置选择性地移动;止动机构,用于将叉轴选择性地保持在其中立位置, 一个可在叉轴上滑动的换档头部件,一个单向接合机构,用于在叉轴向远离其倒档位置的轴向运动中实现换挡头部件与叉轴的啮合;以及一个换档臂部件, 壳体组件的内壁结构并与换档头构件相连,以将空转齿轮保持在其中立位置并将其与驱动齿轮和从动齿轮啮合。 换挡臂构件形成有凸轮面,并且弹簧加载的凸轮从动件组装在内壁结构内以与换档臂构件的凸轮面接合,以实现空转齿轮与驱动和从动齿轮的脱离接合 。
    • 10. 发明授权
    • Gear-shift mechanism for power transmission units
    • 动力传动装置的换挡机构
    • US4476739A
    • 1984-10-16
    • US412280
    • 1982-08-27
    • Hajime AraiShozi HagaTadashi Nozaki
    • Hajime AraiShozi HagaTadashi Nozaki
    • F16H61/16F16H59/04F16H61/34F16H63/00F16H63/20F16H63/26F16H63/30F16H63/32F16H63/38G05G9/12G05G5/10
    • F16H63/20F16H63/26F16H59/041F16H63/30F16H63/302Y10T74/20116
    • A gear-shift mechanism for a power transmission unit includes a fork shaft slidably supported from a housing assembly to be selectively shifted from its neutral position to forward and reverse positions, a detent mechanism for selectively retaining the fork shaft in its neutral and shifted positions, a shift head member slidable on the fork shaft, a one-way engagement mechanism for effecting engagement of the shift head member with the fork shaft in axial movement of the fork shaft to and away from its reverse position, and a shift arm member pivoted to the inner wall structure of the housing assembly and linked with the shift head member to retain an idler gear in its neutral position and to engage the same with driving and driven gears. The shift arm member is formed with first and second cam faces, and a spring loaded cam follower is assembled within the inner wall structure to be in engagement with the first cam face of the shift arm member to effect disengagement of the idler gear from the driving and driven gears and to be in engagement with the second cam face of the shift arm member to effect engagement of the idler gear with the driving and driven gears.
    • 用于动力传递单元的变速机构包括从壳体组件可滑动地支撑的叉轴,以从其中立位置向前和向后位置选择性地移动;止动机构,用于将叉轴选择性地保持在其中立位置, 一个可在叉轴上滑动的换档头部件,一个单向接合机构,用于在叉轴向远离其倒档位置的轴向运动中实现换挡头部件与叉轴的啮合;以及一个换档臂部件, 壳体组件的内壁结构并与换档头构件相连,以将空转齿轮保持在其中立位置并将其与驱动齿轮和从动齿轮啮合。 换档臂构件形成有第一和第二凸轮面,并且弹簧加载的凸轮从动件组装在内壁结构内以与换档臂构件的第一凸轮面接合,以实现空转齿轮与驾驶的脱离接合 和从动齿轮并与变速臂构件的第二凸轮面接合,以实现空转齿轮与驱动齿轮和从动齿轮的啮合。