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    • 31. 发明申请
    • CLAMP OF DISK ROTATION DRIVER
    • 盘旋转驱动器
    • US20100097719A1
    • 2010-04-22
    • US12596909
    • 2008-03-24
    • Toshimitsu ArakiTakashi OginoAtsushi Shitama
    • Toshimitsu ArakiTakashi OginoAtsushi Shitama
    • G11B17/02
    • G11B17/0284
    • A disc can be supported stably and surely. The clamp (7) of a disc rotation driver (1) provided with an abutting portion (13) circularly at the outer circumferential part with the central part being secured and fixed to a rotary drivable hub (5), and supporting a magnetic disc (3) fixedly on the hub (5) by bringing the abutting portion (13) into contact with the magnetic disc (3) attached to the hub (5) to enable recording of information thereby imparting a pushing force (Fy) in the direction of the axis of rotation, characterized in that a wall portion (25) provided with the abutting portion (13) and directed in the direction of the axis of rotation is provided at the outer circumferential part in order to make the frictional force (μFy) between the abutting portion (13) and the magnetic disc (3), resisting against a radial outward moving force (Fx) acting on the abutting portion (13) under a state where the abutting portion (13) is in contact with the magnetic disc (3), equal to or higher than the moving force (Fx).
    • 可以稳定可靠地支撑光盘。 盘旋转驱动器(1)的夹具(7)在外圆周部分设有一圆形的邻接部分(13),其中心部分被固定并固定到旋转可驱动轮毂(5)上,并且支撑磁盘 3)通过使邻接部分(13)与附接到轮毂(5)的磁盘(3)接触而固定在轮毂(5)上,以便能够记录信息,从而在方向上施加推力(Fy) 旋转轴线,其特征在于,在外周部分设置有设置有抵接部分(13)并沿着旋转轴线方向指向的壁部分(25),以使摩擦力(μFy)在 抵靠部分(13)和磁盘(3)在抵靠部分(13)与磁盘接触的状态下抵抗作用在邻接部分(13)上的径向向外移动力(Fx) 3),等于或高于移动力(Fx)。
    • 33. 发明授权
    • Boot band
    • 启动乐队
    • US07424769B2
    • 2008-09-16
    • US10560355
    • 2004-06-04
    • Takashi OginoTakashi MorimotoHiroshi IkedaToshiya Migita
    • Takashi OginoTakashi MorimotoHiroshi IkedaToshiya Migita
    • F16B2/08
    • A43C11/00B65D63/02F16L33/025F16L33/035Y10T24/1457Y10T24/21
    • Buckling is prevented at the time of clamping a band body, and the band body is made short. A boot band comprises a band body 31 that is wound in a ring shape—around a member to be clamped—in such a way that the outer-layer portion 32 of the band body 31 overlaps the inner-layer portion 33 of the band body 31, engagement holes 34, 35 that are formed in the outer-layer portion 32, engagement pawls 36, 37 that are formed on the inner-layer portion 33 and that are to be engaged with the engagement holes 34, 35, so that the band body 31 is maintained in a clamped condition, a first boot-band pawl 41 that is formed on the to and at the end of the outer-layer portion 32, a planar end 39 that is formed closer to the end of the outer-layer portion 32 than the first boot-band pawl 41 is, a second boot-band pawl 38 that (1) is formed in the inner-layer portion 33, (2) has (a) an opening 38a wherein the terminal end 39 can be inserted, and (b) a pressing portion 38b for pressing—from the outside—the terminal end 39 that is inserted in the opening 38a, and (3) clamps the band body 31 together with the first boot-band pawl 41, and a slit 42 that is formed between the first boot-band pawl 41 and the engagement hole 34 in the outer-layer portion 32.
    • 在夹持带体时防止弯曲,并且使带体短。 靴带包括带状体31,该带体31围绕被夹持的构件缠绕成环形,使得带体31的外层部分32与带体的内层部分33重叠 31,形成在外层部分32中的接合孔34,35,形成在内层部分33上并且与接合孔34,35接合的接合爪36,37,使得 带体31保持在夹紧状态,形成在外层部分32的端部和端部的第一靴带棘爪41,形成为更靠近外层部分32的端部的平面端39, (1)形成在第二内壳部分33中的第二靴带棘爪38(2)具有(a)开口38a,其中终端39 可以插入,(b)从插入开口部41a的终端39的外侧按压的按压部38b,(3)将带子 y 31与第一靴带爪41一起形成,狭缝42形成在外层部分32中的第一靴带棘爪41和接合孔34之间。
    • 34. 发明申请
    • Ring Compression Device and Ring Compression Method
    • 环压缩装置和环压缩方法
    • US20070205564A1
    • 2007-09-06
    • US10561539
    • 2004-06-18
    • Hitoshi SuzukiTakashi OginoTakashi Miura
    • Hitoshi SuzukiTakashi OginoTakashi Miura
    • F16J15/16
    • B21D39/04B21D39/048B25B27/10Y10T29/49913
    • There are provided a plurality of pressing members (2) provided in the radial state with the tips oriented to a central axis (O) of a substrate (1) capable of moving back and forth the tips to and from the central axis (O) on a prespecified plane; a rotational body (3) rotatably provided on the substrate (1) around the central axis (O); and driven units (25, 32) for moving forward tips of the pressing members (2) toward the central axis (O) in association with rotation of the rotational body (3) to apply force to the ring with the tips of the pressing members (2) from outside of the ring. In this state, force is applied to the ring with the tips moving forward from outside of the ring. Furthermore, hooking units (16, 26) for hooking the ring on the tips are provided. In addition, a holding unit (7) is provided for positioning and holding a mounting body against the central axis (O).
    • 提供了以径向状态设置的多个按压构件(2),其中尖端被定向到能够前后移动中心轴线(O)的基板(1)的中心轴线(O) 在预先指定的飞机上 围绕所述中心轴线(O)可旋转地设置在所述基板(1)上的旋转体(3); 以及与所述旋转体(3)的旋转相关联地将所述按压部件(2)的前端朝向所述中心轴线(O)移动的从动部件(25,32),以将所述按压部件 (2)从戒指外面。 在这种状态下,将力从环的外部向前移动到环上。 此外,提供用于将环钩挂在尖端上的钩单元(16,26)。 此外,设置有保持单元(7),用于将安装体抵靠着中心轴线(O)定位和保持。
    • 38. 发明授权
    • Method and apparatus for thermal analysis
    • 热分析方法和装置
    • US06885964B2
    • 2005-04-26
    • US10202884
    • 2002-07-26
    • Takashi OginoHirotaka Murakami
    • Takashi OginoHirotaka Murakami
    • G01N25/18G06F17/12G06F17/18G01K13/00
    • G01N25/18
    • In a method and an apparatus for thermal analysis, a target region is divided by dividing the geometry of the target object of the thermal analysis into a finite number of finite elements or cells. The thermal analysis on the target region is conducted using the results of the division. A temperature distribution on the target object is obtained from the heat transfer coefficients by a temperature distribution calculating unit. The actual temperatures at specific points are obtained based on temperature distribution obtained by the specific point temperature calculating unit. Differences between the actually obtained temperatures at the specific points and the predetermined target temperatures at the specific points are obtained by a difference calculating/determining unit. If the differences are determined to be out of the prescribed range, the heat transfer coefficients are changed by a heat transfer coefficient updating unit. These steps are repeated until the differences fall within the prescribed range so that temperature distribution on the target object is obtained. The method and apparatus for thermal analysis obtains temperature distribution universally, irrespective of geometries of the target object.
    • 在用于热分析的方法和装置中,通过将热分析的目标对象的几何形状划分为有限数量的有限元素或单元来划分目标区域。 目标区域的热分析采用划分结果进行。 通过温度分布计算单元从传热系数获得目标物体上的温度分布。 基于由特定点温度计算单元获得的温度分布,获得特定点的实际温度。 通过差分计算/确定单元获得特定点处的实际获得的温度和特定点处的预定目标温度之间的差异。 如果差异被确定为超出规定范围,则传热系数由传热系数更新单元改变。 重复这些步骤,直到差异落在规定范围内,从而获得目标物体上的温度分布。 用于热分析的方法和装置通常获得温度分布,而与目标物体的几何形状无关。