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    • 1. 发明授权
    • Method and apparatus for use in separation and recovery of non-magnetic
metal pieces
    • 用于分离和回收非磁性金属片的方法和装置
    • US4106627A
    • 1978-08-15
    • US650852
    • 1976-01-21
    • Ryuji WatanabeSyoichi SatoSadami Tomita
    • Ryuji WatanabeSyoichi SatoSadami Tomita
    • B03C1/23B03C1/247B03B1/00
    • B03C1/247B03C2201/20
    • An apparatus for use in separation and recovery of pieces of different materials according to the difference in electric conductivity of each kind of materials, by utilizing the interaction between a magnetic field, induced by the eddy current and an external magnetic field. The separating capability of the apparatus of the type is largely dependent upon the shape of pieces being separated as well as the difference in electric conductivity between the pieces of different materials. According to the apparatus of the present invention, samples to be separated are rolled into a flat shape, then subjected to the screening, followed by their passing through a plurality of rotating magnetic fields whose intensities are being increased one by one, whereby the sample pieces are separated effectively according to their electric conductivity, and thus recovered.
    • 通过利用由涡电流引起的磁场与外部磁场之间的相互作用,根据各种材料的导电性差异,分离回收不同材料的装置。 该类型的装置的分离能力在很大程度上取决于分离件的形状以及不同材料之间的导电性差异。 根据本发明的装置,将要分离的样品卷成平面形状,然后进行筛分,然后通过其强度一个接一个地增加的多个旋转磁场,由此样品 根据其电导率有效分离,从而回收。
    • 3. 发明授权
    • Light source excited by high frequency for Zeeman effect atomic
absorption analysis
    • 光源激发高频泽西效应原子吸收分析
    • US4253038A
    • 1981-02-24
    • US919610
    • 1978-06-27
    • Akira HosoyaKunihiro MaedaKeiichi KuniyaSadami TomitaKohnosuke Ohishi
    • Akira HosoyaKunihiro MaedaKeiichi KuniyaSadami TomitaKohnosuke Ohishi
    • H01J61/09G01N21/31H01J1/02H01J61/68H01J1/14
    • H01J1/025
    • A light source is disclosed which can be used in atomic absorption analysis using the Zeeman effect. In operation, an external magnetic field is applied to the hollow cathode of the light source to cause the Zeeman-splitting of an emission line from the cathode material. The hollow cathode is made of a ferromagnetic metal as which is the element of interest for analysis and a metal for reducing the magnetic shield of the externally applied magnetic field by the ferromagnetic metal so that the external magnetic field effectively acts on the hollow portion of the cathode to provide the desired Zeeman-splitting. The hollow cathode is designed such that the product of the saturation flux densities of the cathode materials and the volume thereof is equal to or smaller than 0.2(Wb.multidot.m).times.10.sup.-6. The emission line from the cathode material is produced by excitation from a high frequency power supply, the power supply being connected to the cathode and the anode of the light source.
    • 公开了一种可用于使用塞曼效应进行原子吸收分析的光源。 在操作中,将外部磁场施加到光源的中空阴极,以使来自阴极材料的发射线的塞曼分裂。 中空阴极由用于分析的元素的铁磁金属制成,并且金属用于通过强磁性金属减少外部施加的磁场的磁屏蔽,使得外部磁场有效地作用在 阴极以提供所需的塞曼分裂。 空心阴极的设计使得阴极材料的饱和磁通密度及其体积的乘积等于或小于0.2(Wb×m)×10-6。 来自阴极材料的发射线通过从高频电源的激发产生,电源连接到光源的阴极和阳极。
    • 4. 发明授权
    • Apparatus for producing metal ribbon
    • 金属带生产设备
    • US4301855A
    • 1981-11-24
    • US102557
    • 1979-12-11
    • Hideo SuzukiIsao IkutaSadami TomitaJoo Ishihara
    • Hideo SuzukiIsao IkutaSadami TomitaJoo Ishihara
    • B22D11/06
    • B22D11/0665B22D11/0694B22D11/0697
    • An apparatus for producing a metal ribbon has a rotary roll. Molten metal is poured from a heated nozzle onto the outer peripheral surface of the roll to form a solidified metal ribbon on the roll surface. To facilitate easy separation of the metal ribbon from the roll surface, a jet of a non-oxidizing gas is directed to the point of separation of the ribbon from the roll surface. The roll surface just upstream of the metal-pouring nozzle is enclosed by a cover the inside of which is evacuated to assure intimate contact of the poured metal with the roll surface and thus improve cooling of the poured metal. A heater is provided in the cover to heat the roll surface just upstream of the metal-pouring nozzle for thereby removing dew droplets and ambient gases from the roll surface whereby the formation of depressions or recesses in the roll-containing ribbon surface is prevented.
    • 金属带的制造装置具有旋转辊。 将熔融金属从加热的喷嘴浇注到辊的外周表面上,以在辊表面上形成固化的金属带。 为了便于金属带从辊表面的容易分离,非氧化气体的射流被引导到带子与辊表面的分离点。 金属浇注喷嘴刚好上游的辊表面由盖子包围,盖子内部被抽真空以确保浇注的金属与辊表面的紧密接触,从而改善浇注金属的冷却。 在盖中设置有加热器,以便在金属浇注嘴的正上方加热辊表面,从而从辊表面去除露滴和环境气体,从而防止在含辊的带表面中形成凹陷或凹陷。
    • 6. 发明授权
    • Uniform magnetic field generating device
    • 均匀磁场发生装置
    • US4122386A
    • 1978-10-24
    • US683280
    • 1976-05-05
    • Sadami TomitaAkio ChibaYoshiharu Utsumi
    • Sadami TomitaAkio ChibaYoshiharu Utsumi
    • G01R33/383G01R33/3875H01F7/02H01F7/20G01R33/08
    • H01F7/0278G01R33/383G01R33/3875H01F7/20
    • A uniform magnetic field generating device for generating a uniform magnetic field such as that required in a nuclear magnetic resonance device is disclosed. In prior art devices, in order to obtain a highly uniform magnetic field space, a parallel gap has been formed between pole pieces which were magnetically homogenized and mounted on magnets coupled by a yoke. In place of such pole pieces, a magnetically homogenized pole block or a pole block sandwiched by pole pieces is inserted between the magnets and a cylindrical hole or space is formed in the pole block, a sectional area of the space taken in parallel with the direction of a magnetic field due to the magnets and perpendicular to the axial line of the space being of circular, ellipse or rectangular shape, whereby a highly uniform magnetic field space is established.
    • 公开了用于产生诸如核磁共振装置所需的均匀磁场的均匀磁场产生装置。 在现有技术的装置中,为了获得高度均匀的磁场空间,在被磁性均匀化并安装在由磁轭耦合的磁体上的极片之间形成了平行间隙。 代替这样的极片,将磁性均匀的极块或由极片夹住的极块插入到磁体之间,并且在磁极块中形成圆柱形的孔或空间,与方向平行的空间的截面积 由磁体引起的磁场垂直于圆形,椭圆形或矩形形状的空间的轴线,从而建立了高度均匀的磁场空间。