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    • 41. 发明申请
    • Electrical Rotating Machine
    • 电动旋转机
    • US20100320878A1
    • 2010-12-23
    • US12781386
    • 2010-05-17
    • Mitsuaki IZUMIToshio IshikawaYosuke Umesaki
    • Mitsuaki IZUMIToshio IshikawaYosuke Umesaki
    • H02K9/06
    • H02K9/06H02K1/243H02K5/20
    • A direction in which cooling air generated by a cooling fan flows to be discharged is perpendicular or nearly perpendicular to a direction in which diffusers are inclined. Thus, airflow resistance is increased by the diffusers, and the cooling air cannot be efficiently discharged from discharge ports provided circumferentially in an outer peripheral portion of a housing. Further, a stator coil cannot be sufficiently cooled. An electrical rotating machine includes: a rotor having a cooling fan on an end face of the rotor; a stator that is arranged opposite the rotor and has a stator coil with a rotation clearance provided between the stator and the rotor; a housing that holds the rotor and the stator; a plurality of intake ports that are provided in a side wall portion of the housing; a plurality of discharge ports that are provided circumferentially in an outer peripheral portion of the housing; and a plurality of diffusers that are provided circumferentially on an inner wall surface of a corner portion of the housing, the diffusers inclining toward the side opposite to a rotational direction of the rotor.
    • 由冷却风扇产生的冷却空气流动排出的方向与扩散器倾斜的方向垂直或几乎垂直。 因此,通过扩散器增加了通气阻力,并且冷却空气不能从壳体的外周部分周向设置的排出口有效地排出。 此外,定子线圈不能充分冷却。 旋转电机包括:转子,其在转子的端面上具有冷却风扇; 定子,其与所述转子相对配置并具有设置在所述定子和所述转子之间的具有旋转间隙的定子线圈; 保持转子和定子的壳体; 多个进气口,设置在壳体的侧壁部分中; 多个排出口,其设置在所述壳体的外周部的圆周方向上; 以及在壳体的角部的内壁面周向设置的多个扩散器,扩散器向与转子的旋转方向相反的一侧倾斜。
    • 46. 发明授权
    • Magnetic recording and reproduction apparatus for data processing unit
and magnetic tape for use in such apparatus
    • 用于数据处理单元的磁记录和再现设备以及用于这种设备的磁带
    • US5293280A
    • 1994-03-08
    • US739218
    • 1991-08-01
    • Toshio IshikawaShigeo TerashimaTaizo Sasada
    • Toshio IshikawaShigeo TerashimaTaizo Sasada
    • G11B5/09G11B5/008G11B15/00G11B15/087G11B20/10G11B20/12G11B27/10G11B27/30G11B15/48
    • G11B15/087G11B15/005G11B20/10G11B20/1202G11B27/107G11B27/3027G11B27/3063G11B5/0083G11B2020/10592G11B2020/10888G11B2220/90G11B2220/913
    • Disclosed are a magnetic recording and reproduction apparatus for a data processing unit, which includes a plurality of magnetic heads formed integrally by a thin-film forming technology, and a magnetic tape. A magnetic tape has a plurality of recording tracks corresponding to a plurality of independent data. The recording tracks are arranged in parallel to a moving direction of the magnetic tape and share the same starting position. A plurality of magnetic heads are arranged in parallel to a width direction of the magnetic tape to correspond to the recording tracks in a one-to-one correspondence, and are fixed at the starting position of the recording tracks. The magnetic tape is moved in a direction in which the starting position is away from the magnetic heads for data recording onto the magnetic tape and for data reproduction from the magnetic tape. Further, the magnetic tape is controlled to automatically and immediately move in an opposite direction to the previous direction until the starting position reaches the position of the magnetic heads in response to each of the end of the data recording and the end of the data reproduction. Thus, the starting position of the recording tracks is the same, i.e. at the position of magnetic heads upon the start of data recording and the start of data reproduction.
    • 公开了一种用于数据处理单元的磁记录和再现装置,其包括通过薄膜形成技术一体地形成的多个磁头和磁带。 磁带具有对应于多个独立数据的多个记录道。 记录轨道与磁带的移动方向平行地布置,并且共享相同的起始位置。 多个磁头与磁带的宽度方向平行布置,以一一对应的方式对应于记录磁道,并固定在记录磁道的起始位置。 磁带沿起始位置远离磁头的方向移动,用于数据记录到磁带上,并从磁带进行数据再现。 此外,磁带被控制以自动地并且立即沿与先前方向相反的方向移动,直到起始位置响应于数据记录的每个结束和数据再现的结束而到达磁头的位置。 因此,记录磁迹的起始位置是相同的,即在开始数据记录和开始数据再现时在磁头的位置。
    • 50. 发明授权
    • Insulating spacers for use in gas-insulated electric apparatus
    • 绝缘垫片用于气体绝缘电气设备
    • US4818825A
    • 1989-04-04
    • US118252
    • 1987-11-09
    • Toshio IshikawaTokio Yamagiwa
    • Toshio IshikawaTokio Yamagiwa
    • H02G5/06H01B17/42H01B17/18
    • H02G5/068
    • An insulating spacer for use in a gas-insulated electric apparatus for supporting a high-tension electric conductor inserted through a metallic pipe enclosing an insulating gas, in which the insulating spacer is provided with a plurality of fins on its creeping surface, and in which fin intervals between the metallic pipe and one of the fins adjacent to the metallic pipe, between adjacent ones of the fins, and between the high-tension electric conductor and one of the fins adjacent to the high-tension electric conductor are formed in a manner so that the fin interval formed at a position where a creeping component electric field is high is made narrower than the fin interval formed at a position where a creeping component electric field is lower than that in the first-mentioned position. Thus, the dielectric strength improvement rate becomes larger at a position where the creeping component electric field is higher so that substantially even creeping dielectric strength can be obtained even when an electrically conductive foreign matter adheres wherever on the outside of the insulating spacer.
    • 一种用于气体绝缘电气设备中的绝缘间隔件,用于支撑插入通过封闭绝缘气体的金属管的高压电导体,其中绝缘间隔件在其蠕变表面上设置有多个翅片,其中 在金属管与与金属管相邻的翅片之间,相邻的翅片之间以及高压导体与与高压导体相邻的翅片之一之间的翅片间隔形成为 使得形成在蠕变分量电场高的位置处的翅片间隔比形成在蠕变分量电场低于前述位置的位置处的翅片间隔窄。 因此,在蠕变成分电场较高的位置处的介电强度提高率变大,即使当导电异物附着在绝缘间隔物的外侧时也能获得基本上均匀的蠕变介电强度。