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    • 1. 发明授权
    • Method of recovering Na from sodium-sulfur cells
    • 从钠硫细胞中回收Na的方法
    • US5939221A
    • 1999-08-17
    • US871674
    • 1997-06-09
    • Tomonori TsuchimotoYoshihiko KurashimaKatsuichi Iwata
    • Tomonori TsuchimotoYoshihiko KurashimaKatsuichi Iwata
    • C22B7/00H01M10/39H01M10/54
    • H01M10/54H01M10/3909Y02W30/84
    • After opening spent NaS cells, one or more NaS cells are loaded to and maintained in separator plates within a heating tank in such a way that the opening or openings thereof are oriented downwards. After no less than the time required to melt the Na and after Na has drained from the opening, the NaS cells from which Na has drained are removed from the separator plates within the heating tank and, in addition to this, a number of other opened NaS cells equal in number to those removed are loaded into and maintained in the empty spaces within the separator plates from which these NaS cells have been removed. In the recovery of Na, this method is efficient and time reducing and, furthermore, according to this method it is possible to make recovery facilities simpler and smaller.
    • 在打开废NaS电池之后,将一个或多个NaS电池以这样的方式装载并保持在加热槽内的隔板中,使其开口或开口向下取向。 在熔融Na所需的时间不小于Na从开口排出之后,从加热槽内的分离板中除去钠已经排出的NaS细胞,另外还有一些其它的开放 将数量相等于与去除的NaS细胞相同数量的NaS细胞被装载并保持在已经从其中除去这些NaS细胞的分离板内的空白空间中。 在Na的回收中,该方法是有效的和时间的减少,此外,根据该方法,可以使恢复设施更简单和更小。
    • 4. 发明授权
    • Process for disposing of spent NaS cells
    • 处理废NaS细胞的方法
    • US5587252A
    • 1996-12-24
    • US483160
    • 1995-06-07
    • Tomonori TsuchimotoKatsuichi IwataYoshihiko Kurashima
    • Tomonori TsuchimotoKatsuichi IwataYoshihiko Kurashima
    • H01M10/39B23P21/00H01M6/50H01M10/54
    • H01M10/54H01M10/3909Y02W30/84Y10T29/51Y10T29/5124Y10T29/53278
    • A process is disclosed for disposing of a spent NaS cell, which process comprises the steps of: cutting an opening in the NaS cell for flowing out sodium from the cell and allowing an inner tube to be pulled out from the NaS cell; placing oil on sodium inside the inner tube of the spent NaS cell in a given thickness, while the cut opening is directed upwardly; setting the spent NaS cell in a workpiece-setting vessel outside a heating oil vessel, while the cut opening is directed downwardly, thereby flowing out the oil on the sodium inside the inner tube, said workpiece-setting vessel being provided at a bottom with a hole for allowing an inner tube to be pulled out from the the spent NaS cell, immersing the spent NaS cell set in the workpiece-setting vessel into oil in the heating oil vessel in the state that the cut opening is directed downwardly; sodium is melted in the oil of the heating oil vessel and flown out therein through the cut opening; and then the inner tube is pulled out from the NaS cell.
    • 公开了用于处理废NaS电池的方法,该方法包括以下步骤:切割NaS电池中的开口以从电池中流出钠,并允许将内管从NaS电池中拉出; 在给定厚度的情况下将油放置在废NaS电池的内管内部,同时切割开口向上指向; 将耗尽的NaS电池放置在加热油容器外部的工件设定容器中,同时切割开口向下指向,从而将内部的管内的油流出,所述工件固定容器设置在底部, 孔,用于使内管从废NaS电池中拉出,在切割开口朝向下方的状态下将废NaS电池组浸入加热油容器中的油中; 钠在加热油容器的油中熔化并通过切口开口流出; 然后将内管从NaS电池中拉出。
    • 6. 发明授权
    • Apparatus for disposing of spent NaS cells
    • 用于处理废NaS细胞的装置
    • US5778503A
    • 1998-07-14
    • US691531
    • 1996-08-02
    • Tomonori TsuchimotoKatsuichi IwataYoshihiko Kurashima
    • Tomonori TsuchimotoKatsuichi IwataYoshihiko Kurashima
    • H01M10/39B23P21/00H01M6/50H01M10/54
    • H01M10/54H01M10/3909Y02W30/84Y10T29/51Y10T29/5124Y10T29/53278
    • process is disclosed for disposing of a spent NaS cell, which process comprises the steps of: cutting an opening in the NaS cell for flowing out sodium from the cell and allowing an inner tube to be pulled out from the NaS cell; placing oil on sodium inside the inner tube of the spent NaS cell in a given thickness, while the cut opening is directed upwardly; setting the spent NaS cell in a workpiece-setting vessel outside a heating oil vessel, while the cut opening is directed downwardly, thereby flowing out the oil on the sodium inside the inner tube, said workpiece-setting vessel being provided at a bottom with a hole for allowing an inner tube to be pulled out from the the spent NaS cell, immersing the spent NaS cell set in the workpiece-setting vessel into oil in the heating oil vessel in the state that the cut opening is directed downwardly; sodium is melted in the oil of the heating oil vessel and flown out therein through the cut opening; and then the inner tube is pulled out from the NaS cell.
    • 公开了用于处理废NaS电池的方法,该方法包括以下步骤:切割NaS电池中的开口以从电池中流出钠并允许内管从NaS电池中拉出; 在给定厚度的情况下将油放置在废NaS电池的内管内部,同时切割开口向上指向; 将耗尽的NaS电池放置在加热油容器外部的工件设定容器中,同时切割开口向下指向,从而将内部的管内的油流出,所述工件安装容器设置在底部, 孔,用于使内管从废NaS电池中拉出,在切割开口朝向下方的状态下将废NaS电池组浸入加热油容器中的油中; 钠在加热油容器的油中熔化并通过切口开口流出; 然后将内管从NaS电池中拉出。