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    • 1. 发明授权
    • Superconducting bearing device
    • 超导轴承装置
    • US5838082A
    • 1998-11-17
    • US602654
    • 1996-02-16
    • Norio ItoJunichiro ShinozakiHiroshi Imaizumi
    • Norio ItoJunichiro ShinozakiHiroshi Imaizumi
    • F16C32/04F16C39/06H02J15/00H02K7/09H02K21/22
    • F16C32/0438F16C15/00H02K1/04H02K1/278H02K15/03F16C2300/62
    • A superconducting bearing device comprising a superconductor mounted on a stationary member and a magnet section to be mounted on a rotating member, the superconductor and the magnet section being disposed to oppose each other with a gap therebetween. Also disclosed is a method for producing the magnet section thereof, wherein the magnet section consists of a plurality of annular permanent magnets which are concentric with the axis of the rotating member and also include at least one soft magnetic yoke disposed between these annular permanent magnets. Each annular magnet, in turn, may be comprised of a plurality of arcuate magnet portions whose joint surfaces may be concentrically or axially staggered to disperse nonuniform flux densities observed at their junction surfaces. The joint surfaces between the annular and magnets and the interposing rings may be curved or slanted to reduce axial displacement when the magnet section is rotated. Also, the yoke members may protrude towards the superconductor relative to the permanent magnets comprising the magnet section, and these yokes may be optimally shaped to concentrate and direct magnetic flux to the opposing superconductor in conjunction with curled magnetization of the permanent magnets. Finally, one or more restraining members or wedge portions may be fitted to the magnet section to radially and circumferentially compress the permanent magnets sections and prevent their displacement and breakage at high rotational speeds.
    • 一种超导轴承装置,包括安装在固定部件上的超导体和安装在旋转部件上的磁体部分,超导体和磁体部分设置成彼此相对并且间隔开。 还公开了一种用于制造其磁体部分的方法,其中磁体部分由与旋转部件的轴线同心的多个环形永磁体组成,并且还包括设置在这些环形永磁体之间的至少一个软磁轭。 每个环形磁体又可以由多个弓形磁体部分组成,其接合表面可以同心或轴向交错以分散在其连接表面处观察到的不均匀的磁通密度。 环形和磁体与插入环之间的接合表面可以是弯曲的或倾斜的,以减小当磁体部分旋转时的轴向位移。 此外,轭构件可相对于包括磁体部分的永磁体朝向超导体突出,并且这些磁轭可以被最佳地成形为将磁通量集中并引导到相对的超导体以及永磁体的卷曲磁化。 最后,可以将一个或多个约束构件或楔形部分装配到磁体部分上以径向和周向地压缩永磁体部分,并防止其在高转速下的位移和断裂。
    • 2. 发明申请
    • Blind Rivet and Fastening Method Thereof
    • 盲铆钉和紧固方法
    • US20120079708A1
    • 2012-04-05
    • US13240047
    • 2011-09-22
    • Hiroshi IMAIZUMI
    • Hiroshi IMAIZUMI
    • F16B19/10B21J15/04
    • F16B19/1045Y10T29/49956
    • The blind rivet assembly for fastening components having a mounting hole comprises a rivet body and a mandrel. The body has a hollow sleeve with a flange at one end. The mandrel has a stem having a diameter smaller than the inner diameter of the sleeve and a length greater than the sleeve, and a head whose diameter is greater than the inner diameter of the sleeve. A beveled face is formed in the end portion of the through hole in the sleeve. When the stem of the mandrel is pulled to fasten the mounted components, the head expands the end portion of the sleeve is pushed by the head to expand the diameter, the head is pulled through the rivet body without breaking off from the mandrel stem, and the mounted components are fastened between the flange of the rivet body and the expanded end portion of the sleeve.
    • 用于紧固具有安装孔的部件的盲铆钉组件包括铆钉体和心轴。 主体有一个中空的套管,一端有法兰。 心轴具有直径小于套筒内径并且长度大于套筒的杆,以及直径大于套筒内径的头部。 在套筒的通孔的端部形成有斜面。 当拉动芯棒的杆以固定安装的部件时,头扩展套筒的端部被头部推动以扩大直径,头部被拉动穿过铆钉体而不从心轴杆断开,并且 安装的部件被紧固在铆钉体的凸缘和套筒的扩展端部之间。
    • 6. 发明授权
    • Superconducting bearing
    • 超导轴承
    • US5525849A
    • 1996-06-11
    • US284680
    • 1994-08-09
    • Norio ItoTatsuya ShimodaHiroshi ImaizumiHiromasa HigasaFumihiko Ishikawa
    • Norio ItoTatsuya ShimodaHiroshi ImaizumiHiromasa HigasaFumihiko Ishikawa
    • F16C39/06H02K7/09
    • F16C32/0438Y10S505/877
    • A superconducting bearing comprises a rotating member A and a fixed member B, one of which is provided with a superconducting member (5) while the other is provided with a magnet (8). The superconducting member (5) includes a superconductor (4) for floating the magnet (8) and a support (3) for supporting the superconductor (4). The magnet (8) includes a ring-like magnet (11) which is coaxial with the axis of the rotary member A, and the ring-like magnet (11) and the superconductor member (5) are so disposed as to face each other with a gap between them. A magnetic flux diffusion member (13) is disposed on the surface of the ring-like magnet (11) opposed to the superconductor (5). The ring-like magnet (11) comprises two ring-like magnets (11A and 11B) having mutually different diameters, and the ring-like magnets (11A and 11B) are magnetized so that the directions of magnetic fluxes face slantingly with one another.
    • PCT No.PCT / JP93 / 00172 Sec。 371日期1994年8月9日 102(e)日期1994年8月9日PCT提交1993年2月10日PCT公布。 公开号WO93 / 16294 日期:1993年8月19日。超导轴承包括旋转构件A和固定构件B,其中一个具有超导构件(5),而另一个设置有磁体(8)。 超导构件(5)包括用于浮动磁体(8)的超导体(4)和用于支撑超导体(4)的支撑件(3)。 磁体(8)包括与旋转构件A的轴线同轴的环状磁体(11),并且环状磁体(11)和超导体构件(5)被设置成彼此面对 他们之间有差距。 在与超导体(5)相对的环状磁体(11)的表面上设置磁通扩散部件(13)。 环形磁体(11)包括具有相互不同直径的两个环状磁体(11A和11B),并且使环状磁体(11A和11B)磁化,使得磁通量的方向彼此倾斜。
    • 8. 发明授权
    • Suction apparatus for use in internal combustion engine
    • 内燃机用吸油装置
    • US06349690B2
    • 2002-02-26
    • US09810552
    • 2001-03-19
    • Hajime UtsumiHiroshi Imaizumi
    • Hajime UtsumiHiroshi Imaizumi
    • F02M3502
    • F02M35/14F02M35/1255
    • The suction apparatus comprises an apparatus main body which is divided into lower and upper box bodies 11 and 15. In the apparatus main body, there are stored a first duct for sucking in air from the open air, a resonator connected to the first duct, a cleaner for cleaning the sucked-in air, and a second duct 30 for sending out the air, after it has passed through the cleaner, into the internal combustion engine. A plurality of ribs 19a, which are situated in the suction openings 30a of the second duct 30 and are used to reinforce the upper box body 15, are respectively inclined at an angle conformed to the installation angle &thgr; of the second duct 30, whereby the ribs 19a can contribute toward guiding the flow of the air.
    • 抽吸装置包括被分为下箱体11和上箱体15的装置主体。在装置主体中存储有用于从露天空气吸入空气的第一管道,连接到第一管道的谐振器, 用于清洁吸入的空气的清洁器,以及用于在空气通过清洁器之后将空气排出到内燃机中的第二管道30。 分别位于第二管道30的吸入口30a中并用于加强上部箱体15的多个肋19a分别以与第二管道30的安装角度θ相符的角度倾斜,由此, 肋19a可以有助于引导空气的流动。
    • 9. 发明授权
    • Semi-automatic TIG welding apparatus
    • 半自动TIG焊接设备
    • US5789717A
    • 1998-08-04
    • US848033
    • 1997-04-28
    • Hiroshi ImaizumiToshio KatoHideaki Nakashima
    • Hiroshi ImaizumiToshio KatoHideaki Nakashima
    • B23K9/12B23K9/167B23K9/29
    • B23K9/167
    • A semi-automatic TIG welding apparatus including a torch handle, a wire-feeding curved nozzle which is disposed within the torch handle and is curved at a point slightly extended from the torch handle, and a TIG torch supporting arm which is fixed to a TIG torch having a shielding gas hose and center gas hose. An inside portion of the TIG torch supporting arm is formed of an electroconductive material. The apparatus further includes water-cooling welding cable hoses which are attached to a water tank, extend through the inner side of the torch handle, and are attached to the TIG torch. The water-cooling welding cable hoses being formed with electroconductive cables provided therein. The apparatus may additionally include a TIG torch rotation block which is rotatably mounted to the wire-feeding curved nozzle and fixed to the TIG torch supporting arm. Thus, a semi-automatic TIG welding apparatus is provided wherein a TIG welder can freely adjust the position of the welding wire, and wherein the welding wire can be inserted to an ideal position, and also wherein the wire-feeding curved nozzle and thus the wire do not fluctuate in position, resulting in great savings in the expense and time related to TIG welding, and also in the amount of labor on the part of the welder.
    • 一种半自动TIG焊接设备,包括手电筒,送丝弯曲喷嘴,其设置在炬手内并在从割炬手柄稍微延伸的点处弯曲;以及TIG焊炬支撑臂,其固定到TIG 手电筒具有保护气体软管和中心气体软管。 TIG焊枪支撑臂的内部由导电材料形成。 该装置还包括水冷焊接电缆软管,其附接到水箱,延伸穿过手电筒手柄的内侧,并附接到TIG手电筒。 水冷焊接电缆软管由其中设置的导电电缆形成。 该装置还可以包括TIG手电筒旋转块,其可旋转地安装到送丝弯曲喷嘴并固定到TIG手电筒支撑臂。 因此,提供了一种半自动TIG焊接设备,其中TIG焊机可以自由地调节焊丝的位置,并且其中焊丝可以插入到理想位置,并且还包括馈线弯曲喷嘴,从而 电线不会在位置上波动,从而大大节省了与TIG焊接相关的费用和时间,以及焊工的劳动量。