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    • 11. 发明申请
    • MELTING FURNACE WITH AGITATOR
    • 熔化炉与搅拌机
    • US20090322000A1
    • 2009-12-31
    • US12370220
    • 2009-02-12
    • Kenzo Takahashi
    • Kenzo Takahashi
    • F27D23/04C21B7/24
    • C22B21/0084B01F13/0809C22B9/003F27B14/08F27D27/00H05B6/34Y02P10/253
    • There is provided a melting furnace with an agitator. The melting furnace with an agitator includes a melting furnace that contains melt, and an agitator that agitates the melt by an electromagnetic force. The agitator includes a first electrode that is provided at an arbitrary position of the melting furnace so as to come in contact with the melt contained in the melting furnace, a second electrode that is provided near a bottom wall of the melting furnace so as to come in contact with the melt, a first magnetic field device that is provided outside the melting furnace so as to face the bottom wall of the melting furnace and makes a north pole face the bottom wall, and a second magnetic field device that is provided outside the melting furnace so as to face the bottom wall of the melting furnace and makes a south pole face the bottom wall. The first and second magnetic field devices are disposed with a gap in a certain direction.
    • 提供了一种具有搅拌器的熔炉。 具有搅拌器的熔化炉包括熔融炉,其熔融熔化炉和通过电磁力搅拌熔体的搅拌器。 搅拌器包括:第一电极,其设置在熔炉的任意位置以与熔炉内容纳的熔体接触;第二电极,设置在熔化炉底壁附近,以便到达熔融炉 与所述熔体接触的第一磁场装置,其设置在所述熔化炉的外部,以面向所述熔炉的底壁,并使北极面向所述底壁;以及第二磁场装置, 熔化炉,以面对熔炉的底壁,使南极面向底壁。 第一和第二磁场装置以特定方向间隔设置。
    • 14. 发明授权
    • Incinerator
    • 焚烧炉
    • US5415112A
    • 1995-05-16
    • US225715
    • 1994-04-11
    • Kenzo Takahashi
    • Kenzo Takahashi
    • F23G5/14F23G5/00F23G5/16F23G5/20F23J15/00F23G5/04
    • F23G5/16F23G5/006F23G5/20F23J15/006F23G2203/207F23G2203/208F23G2203/212F23G2205/10F23G2205/14F23G2206/00F23G2207/101F23G2207/30F23G2207/40F23G2900/00001F23J2217/40F23J2217/50F23J2219/40
    • An incinerator is described which includes a cylindrical rotary furnace slightly inclined downwardly in its longitudinal direction for combusting material introduced into an entrance, a cylindrical housing for housing the furnace and a secondary combustor connected with an exit of the furnace. Partition plates are placed in an annular space between the housing and the furnace for defining a combustion air introduction zone below the furnace and recirculated gas introduction zone above the combustion air introduction zone. A gas recirculation duct extends from the secondary combustor to the furnace housing for introducing a portion of the gas flow discharged from the secondary combustor into the recirculated gas introduction zone. An external air flow is introduced to the combustion air introduction zone. The recirculated gas lowers the,temperature of the furnace and this results in reduced NOx generation. Further, since the combustion air flow enters the furnace from the bottom side of the furnace, it is effectively used in incineration.
    • 描述了一种焚烧炉,其包括在其纵向方向上稍微向下倾斜的圆柱形旋转炉,用于燃烧引入入口的材料,用于容纳炉的圆柱形壳体和与炉的出口连接的次级燃烧器。 分隔板放置在壳体和炉之间的环形空间中,用于在燃烧空气引入区上方限定炉下方的燃烧空气导入区和再循环气体导入区。 气体再循环管道从次级燃烧器延伸到炉壳体,用于将从次燃烧器排出的气流的一部分引入再循环气体导入区。 外部空气流引入燃烧空气导入区。 再循环气体降低了炉子的温度,这导致了NOx的产生。 此外,由于燃烧空气流从炉底进入炉内,因此有效地用于焚烧。
    • 19. 发明授权
    • Molding device for continuous casting with stirring unit
    • 用搅拌机连铸的成型装置
    • US09364891B2
    • 2016-06-14
    • US14391501
    • 2013-12-26
    • Kenzo Takahashi
    • Kenzo Takahashi
    • B22D11/115B22D11/00B22D11/124
    • B22D11/115B22D11/001B22D11/003B22D11/004B22D11/124
    • A molding device includes a mold that forms a casting by cooling received melt, and a stirring unit that applies a magnetic field to the melt in the mold and allows a current to flow in the melt. The mold forms a vertical casting space that includes an inlet into which the melt flows and an outlet from which a product is taken. A transition plate is disposed at the mold space inlet. The melt can flow into the casting space from a hole in the transition plate. The stirring unit includes a magnetic field unit making lines of magnetic force vertically run into the casting space, and a first electrode at the inlet side and a second electrode at the outlet side that can flow current through the melt in the casting space, and generate an electromagnetic force by making the flowing current cross the lines of magnetic force.
    • 成型装置包括通过冷却接收的熔体而形成铸件的模具,以及向模具中的熔体施加磁场并允许电流在熔体中流动的搅拌单元。 模具形成垂直铸造空间,其包括熔体流入的入口和从中取出产品的出口。 过渡板设置在模具空间入口处。 熔体可以从过渡板中的孔流入铸造空间。 搅拌单元包括磁场单元,其使垂直进入铸造空间的磁力线,以及入口侧的第一电极和出口侧的第二电极,其能够流过铸造空间中的熔体,并产生 通过使流动电流与磁力线交叉而产生电磁力。
    • 20. 发明申请
    • PERMANENT MAGNET TYPE CYLINDRICAL MOLTEN-METAL AGITATOR AND MELTING FURNACE WITH PERMANENT MAGNET TYPE SUCTION PUMP
    • 永磁电机类型金属催化剂和熔融炉与永磁吸附泵
    • US20140079561A1
    • 2014-03-20
    • US14111130
    • 2012-11-05
    • Kenzo Takahashi
    • Kenzo Takahashi
    • F27D27/00
    • F27D27/005F27D3/14H02K44/04
    • There is provided an energy-saving agitator that suppresses the amount of generated heat, is easy to use and carry out maintenance, has flexibility in an installation position, and can also adjust an agitating ability. The agitator includes a furnace body that includes a molten metal room storing a molten metal, and an agitating unit that agitates the molten metal stored in the furnace body. The agitating unit includes a molten-metal driving room-forming part that is disposed in the molten metal room, applies a driving force to the molten metal, and forms a driving room of which both ends are opened; a pair of electrodes that is disposed in the driving room and makes current flow in the driving room under the presence of the molten metal; and a magnetic field unit which is formed of a permanent magnet disposed outside the furnace body, of which one pole of an N pole and an S pole faces the furnace body so that magnetic lines of force generated from the one pole cross the current, and which generates an electromagnetic force for driving the molten metal from one end toward the other end in the driving room.
    • 提供了抑制发热量,易于使用和进行维护的节能搅拌器,在安装位置具有柔性,并且还可以调节搅拌能力。 搅拌器包括炉体,其包括熔融金属室,其存储熔融金属;以及搅拌单元,其搅拌存储在炉体中的熔融金属。 搅拌单元包括设置在熔融金属室中的熔融金属驱动室形成部,向熔融金属施加驱动力,形成两端打开的驱动室; 一对电极,其设置在所述驱动室中,并且在所述熔融金属的存在下在所述驱动室中流动; 以及磁场单元,其由设置在炉体外部的永磁体形成,其中N极和S极的一极面对炉体,使得从一个极所产生的磁力线横穿电流,以及 其产生用于从驱动室中的一端向另一端驱动熔融金属的电磁力。