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    • 6. 发明授权
    • Process for reconstituting dehydrated food
    • 重组脱水食品的方法
    • US4348421A
    • 1982-09-07
    • US265807
    • 1981-05-21
    • Sakuichi SakakibaraKo SugisawaTakashi Kimura
    • Sakuichi SakakibaraKo SugisawaTakashi Kimura
    • A47J47/14B65D81/00B65D81/32B65D85/816A23L1/00B65B29/06B65D81/34
    • B65D85/816A47J47/14B65D81/3216
    • A utensil for reconstituting a two-component dehydrated dish includes three approximately cup-shaped container members having each a bottom wall and an annular wall transverse to the bottom wall and bounding an open side of the member opposite the bottom wall. A first container defines a cavity dimensioned to receive the other two members substantially entirely. The bottom walls of the first and of a second member are imperforate, the bottom wall of the third member being formed with a plurality of perforations. Positioning means permit the second and third members to be positioned in the cavity of the first member in respective positions in which the bottom walls of the second and third members are transversely offset from each other and from the bottom wall of the first member, and the second and third members are open in the same direction as the first member.
    • 用于重构双组分脱水盘的器具包括三个近似杯形的容器构件,每个杯形容器构件具有横截于底壁的底壁和环形壁,并且将构件的与底壁相对的开口侧限定。 第一容器限定了尺寸适于基本上完全接收另外两个构件的空腔。 第一和第二构件的底壁是无孔的,第三构件的底壁形成有多个穿孔。 定位装置允许第二和第三构件在第二和第三构件的底壁彼此横向偏移并且与第一构件的底壁相对的相应位置中定位在第一构件的空腔中,并且 第二和第三成员与第一成员的方向相同。
    • 8. 发明授权
    • Magnetization reversal device, memory element, and magnetic field generation device
    • 磁化反转装置,存储元件和磁场产生装置
    • US09252356B2
    • 2016-02-02
    • US13382801
    • 2010-07-09
    • Takashi KimuraKohei Hamaya
    • Takashi KimuraKohei Hamaya
    • G11C11/00H01L43/08G11C11/16H01L27/22
    • H01L43/08G11C11/16G11C11/161G11C11/1653G11C11/1659G11C11/1675H01L27/22
    • A magnetization reversal device includes a ferromagnetic 12 body which is provided in an interconnection of a non-ferromagnetic dot 11 so that a part or a whole of the ferromagnetic dot is three-dimensionally buried in the interconnection of said non-ferromagnetic dot, and a spin injection source 13 which generates a spin-polarized pure spin current without a flow of charges, and which is provided in the interconnection of the non-ferromagnetic dot 11 to be in contact therewith so that the interconnection of the non-ferromagnetic dot serves as a common electrode, and the pure spin current flows into the ferromagnetic dot 2 through the interconnection of the non-magnetic body by the spin injection source 13 due to a diffusion current, to thereby reverse magnetization of the ferromagnetic dot 12. By injecting the pure spin current, using this planar structure, it is possible to easily carry out the magnetization reversal of the ferromagnetic dot 12 even if it is a thick film ferromagnetic dot without being subjected to limitation of a spin diffusion length.
    • 磁化反转装置包括铁磁体12,其设置在非铁磁点11的互连中,使得铁磁点的一部分或全部三维地埋在所述非铁磁点的互连中,并且 自旋注入源13,其产生自旋极化的纯自旋电流而不流动电荷,并且设置在非铁磁点11的互连中以与其接触,使得非铁磁性点的互连用作 公共电极,并且纯自旋电流由于扩散电流而通过自旋注入源13通过非磁性体的互连而流入铁磁点2,从而反转铁磁点12的磁化。通过注入纯的 自旋电流使用这种平面结构,即使是厚膜铁磁体也可以容易地进行铁磁性点12的磁化反转 c点,而不受自旋扩散长度的限制。