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    • 1. 发明授权
    • Thin-film magnetic head and method for fabricating the same
    • 薄膜磁头及其制造方法
    • US4550353A
    • 1985-10-29
    • US559083
    • 1983-12-07
    • Osamu HiraiTetsuo KobayashiShunichiro KuwatsukaSaburo Suzuki
    • Osamu HiraiTetsuo KobayashiShunichiro KuwatsukaSaburo Suzuki
    • G11B5/31G11B5/12
    • G11B5/3153G11B5/3116G11B5/3163Y10T29/49044Y10T29/49046
    • A thin-film magnetic head having a magnetic core of double step structure and a method of fabricating it. A first magnetic core is formed on a substrate, which has a predetermined thickness at a pole chip region thereof and a thickness larger than the predetermined thickness at a back region thereof; a magnetic gap is formed thereon, a conductor coil is formed on the magnetic gap, which is encircled by an inter-layer, insulating film; a first magnetic film is formed thereon, which constitutes one layer of a second magnetic core and is connected with the first magnetic core at the back region; and a second magnetic film is formed thereon through an inorganic insulating film, which constitutes another layer of the second magnetic core and is removed at the pole chip region. When the second magnetic film is removed, the inorganic insulating film serves to protect the first magnetic film, and hence the thickness of the first magnetic film is maintained unvaried. Thus, there is obtained the thin-film magnetic head having a magnetic film which is of a predetermined thickness at the pole chip region and a thickness larger than the predetermined thickness at the back region.This structure enhances the conversion efficiency of the head as well as boosts the resolution for reproduction and relaxes the magnetization saturation for recording.
    • 一种具有双层结构的磁芯的薄膜磁头及其制造方法。 第一磁芯形成在基板上,该基板在其极片区域具有预定厚度,并且在其后部区域具有大于预定厚度的厚度; 在其上形成磁隙,在由间隔绝缘膜包围的磁隙上形成导体线圈; 在其上形成第一磁性膜,其构成一层第二磁芯并且在后部区域处与第一磁芯连接; 并且通过无机绝缘膜在其上形成第二磁性膜,该无机绝缘膜构成第二磁芯的另一层,并在极性芯片区域被去除。 当除去第二磁性膜时,无机绝缘膜用于保护第一磁性膜,因此第一磁性膜的厚度保持不变。 因此,获得了在磁极片区域具有预定厚度的磁性膜,并且在后部区域具有大于预定厚度的厚度的薄膜磁头。 这种结构提高了磁头的转换效率,并提高了再现的分辨率,并且放松了用于记录的磁化饱和度。
    • 7. 发明授权
    • High strength porous concrete structure and method of manufacturing the high strength porous concrete structure
    • 高强度多孔混凝土结构及高强度多孔混凝土结构的制造方法
    • US06293065B1
    • 2001-09-25
    • US09232735
    • 1999-01-19
    • Hiroaki SuzukiKikuo TachibanaTatsuji TanahashiTetsuo Kobayashi
    • Hiroaki SuzukiKikuo TachibanaTatsuji TanahashiTetsuo Kobayashi
    • E04C500
    • B28B7/007B28B7/346B44C5/0438B44C5/0453Y10T428/24372
    • This invention is intended to provide a high strength porous concrete structure which is preferably applied to a water permeable pavement, a draining pavement, a sound insulating board, a sound-proofing barrier, a sound absorbing block for acoustic, a block for plants, a riverbed block, a water purifying matrix, a gas absorbing matrix, a decorative board for building, a fish reef, a block for fish reef or a block for breeding algae and to provide a method of manufacturing the high strength porous concrete structure. The high strength porous concrete structure 1 having an arrangement in which a plurality of lumps 2 whose configuration is rough aggregates are integrally formed with the same concrete tissue and a gap 3 formed between the lumps 2 is through to a back side 2a of the lump 2 is manufactured by putting a thermoplastic material 8 into contact with a surface of a porous concrete structure 6 using rough aggregates 10 so as to form a form 9 and placing mortar or concrete 13 which does not include rough aggregates into the form 9.
    • 本发明旨在提供一种高强度多孔混凝土结构,其优选应用于透水路面,排水路面,隔音板,隔音屏障,用于声学的吸音块,植物块, 河床块,水净化基质,吸气基质,建筑用装饰板,鱼礁,鱼礁块或藻类繁殖块,并提供制造高强度多孔混凝土结构的方法。 具有这样一种结构的强度多孔混凝土结构1,其中构造为粗骨料的多个块体2与相同的混凝土组织一体地形成,并且在块体2之间形成的间隙3通过到块体2的后侧2a被制造 通过使用粗骨料10将热塑性材料8与多孔混凝土结构6的表面接触以形成形式9并放置砂浆或混凝土13,其中d 不包括形式9的粗略聚集。
    • 10. 发明授权
    • Clearance adjusting device
    • 间隙调整装置
    • US4326617A
    • 1982-04-27
    • US150622
    • 1980-05-16
    • Haruo MochidaTetsuo Kobayashi
    • Haruo MochidaTetsuo Kobayashi
    • B60K23/02F16C1/22F16C1/26F16D23/12G05G1/00G05G1/50G05G7/10F16D13/75
    • G05G1/46F16C1/226F16C1/262F16C2361/43
    • A device for adjusting a clearance between a certain member and another member, includes a first elongate member such as an outer cable of a clutch system, a locking coil member having a pair of bent portions at its ends which is wound around a male screw portion of the first member, a second member such as a nut provided with a female screw portion screwed with the male screw portion of the first member and a notched portion formed in the second member, and control means such as a ring which is movable in its rotational and axial directions in relation to the second member within a limited range. The control means is operated to control the rotation of the second member so that the locking coil member is loosened from or tightly locked on the male screw portion of the first member depending on a position of the control means in relation to the second member.
    • 用于调节某个构件和另一构件之间的间隙的装置包括:第一细长构件,例如离合器系统的外部缆索;锁定线圈构件,其端部具有卷绕在外螺纹部分上的一对弯曲部分 第一构件的第二构件,具有螺纹连接有第一构件的外螺纹部的内螺纹部分的螺母和形成在第二构件中的切口部分的第二构件以及可在其中移动的环的控制装置 相对于第二构件的旋转和轴向方向在有限的范围内。 控制装置被操作以根据控制装置相对于第二构件的位置来控制第二构件的旋转,使得锁定线圈构件从第一构件的外螺纹部分松开或紧密地锁定在第一构件的外螺纹部分上。