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    • 41. 发明授权
    • Spindle motor
    • 主轴电机
    • US06512316B2
    • 2003-01-28
    • US09795490
    • 2001-03-01
    • Rikuro ObaraHiroshi Yoshikawa
    • Rikuro ObaraHiroshi Yoshikawa
    • H02K500
    • G11B19/2009F16C19/54F16C35/077F16C2370/12
    • A spindle motor of the present invention is capable of keeping its ball (5a, 5b)'s pre-load constant, because a sleeve (6) is capable of being resiliently deformed due to its resiliency, and therefore capable of constantly keeping a pre-load applied to the balls (5a, 5b) from inner and inner ring raceways of inner and outer rings (3a, 4a, 3b, 4b) of ball bearings (3, 4). In this motor, a rotor hub (7) has an axial center bore (8). This bore (8) is provided with: a large-diameter bore portions in its opposite axial ends; and, a small-diameter bore portion (8a) axially interposed between the large-diameter bore portions. An inner diameter of the small-diameter bore portion (8a) is smaller than an outer diameter of the sleeve (6). The axial center bore (8) of the hub (7) is fitted to an outer peripheral surface of the sleeve (6) in an insertion manner through a heating shrinkage fit process, so that the sleeve (6) is subjected to a radially inwardly exerted pressure applied from outside to resiliently deform radially inwardly. As a result, a small-diameter portion (6a) is formed in the sleeve (6) to extend radially inwardly between the outer rings (3b, 4b).
    • 本发明的主轴电动机能够保持其球(5a,5b)的预加载恒定,因为套筒(6)由于其弹性而能够弹性变形,因此能够不断地保持预先 从滚珠轴承(3,4)的内圈和外圈(3a,4a,3b,4b)的内圈和内圈滚道施加到滚珠(5a,5b)上。 在该电动机中,转子毂(7)具有轴向中心孔(8)。 该孔(8)设置有:其相对轴向端部的大直径孔部; 以及轴向插入在大直径孔部之间的小直径孔部(8a)。 小直径孔部(8a)的内径小于套筒(6)的外径。 轮毂(7)的轴向中心孔(8)通过加热收缩配合工艺以插入方式装配到套筒(6)的外周表面,使得套筒(6)经受径向向内 施加从外部施加的压力以径向向内弹性变形。 结果,在套筒(6)中形成小直径部分(6a),以在外环(3b,4b)之间径向向内延伸。
    • 42. 发明授权
    • Round die type form rolling apparatus
    • 圆形型轧机
    • US06418767B2
    • 2002-07-16
    • US09895313
    • 2001-07-02
    • Toshinaka ShinbutsuMinoru YoshizawaShuichi AmanoKatsuyuki NakataHiroshi YoshikawaHiroshi Okino
    • Toshinaka ShinbutsuMinoru YoshizawaShuichi AmanoKatsuyuki NakataHiroshi YoshikawaHiroshi Okino
    • B21H502
    • B21H1/00
    • A round die type form rolling apparatus comprises: a pair of die moving blocks 15a, 15b rotatably supporting a pair of round dies 12a, 12b; four beam shafts 19 disposed around the rolling position of a work 33 being rolled by the round dies 12a, 12b and extending between the pair of die moving blocks 15a, 15b; and a push mechanism 20 for moving the pair of die moving blocks 15a, 15b toward each other. The die moving blocks 15a, 15b are moved, guided by the beam shafts 19, toward each other and the reaction forces generated between a pair of the round dies 12a, 12b by the rolling pressure are shared by the beam shafts 19 to prevent the round dies from escaping outwardly upwardly due to the reaction force from the work that is generated when the rolling pressure is applied to the work. This arrangement improves the machining precision of the work.
    • 一种圆模式轧制设备,包括:一对可移动地支撑一对圆形模具12a,12b的模具移动块15a,15b; 四个光束轴19设置在工件33的滚动位置周围,被圆形模具12a,12b卷绕并在一对模具移动块15a,15b之间延伸; 以及用于将一对模具移动块15a,15b朝向彼此移动的推动机构20。 模具移动块15a,15b由梁轴19引导彼此移动,并且通过轧制压力在一对圆形模具12a,12b之间产生的反作用力被梁轴19共享,以防止圆形 由于当轧制压力施加到工件时产生的作用的反作用力,模具向外向外逸出。 这种布置提高了加工的加工精度。
    • 46. 发明授权
    • Method of manufacturing casing base for hard disc drive device
    • 制造硬盘驱动装置的底座的方法
    • US5649442A
    • 1997-07-22
    • US553907
    • 1995-11-06
    • Hiroshi YoshikawaRikuro Obara
    • Hiroshi YoshikawaRikuro Obara
    • G11B25/04G11B33/02G11B33/12B21C23/00
    • G11B33/121G11B25/04G11B33/02
    • In the manufacture of a casing base for a hard disc drive device, an elongate semi-product of a light metal having a predetermined sectional profile having opposite side frame portions, is extrusion molded and then cut to a predetermined length to obtain an eventual casing base, which is then formed with necessary holes and recessed or raised portions using a press, thus completing the casing base. Like the case of die casting, no cavities are generated, so that it is possible to readily carry out washing and surface treatment. In addition, unlike the case of forming frames in a sole press process, a large number of press forming steps are not involved, and it is possible to permit mass production of a highly accurate and highly rigid product in a small number of steps and at a low cost of manufacture.
    • 在制造用于硬盘驱动装置的壳体基座时,具有具有相对侧框架部分的具有预定截面轮廓的轻金属的细长半成品被挤压成型,然后切割成预定长度,以获得最终的套管基座 ,然后使用冲压机形成必要的孔和凹部或凸起部分,从而完成壳体基部。 与压铸的情况一样,不产生空腔,因此可以容易地进行洗涤和表面处理。 此外,与在底压机中形成框架的情况不同,不涉及大量的压制成形工序,能够以少量的台阶大规模生产高精度,高刚性的产品 制造成本低。
    • 47. 发明授权
    • Food production apparatus
    • 食品生产设备
    • US5205206A
    • 1993-04-27
    • US867605
    • 1992-04-13
    • Shozo KitamaHiroshi YoshikawaAkimitsu Kanemaki
    • Shozo KitamaHiroshi YoshikawaAkimitsu Kanemaki
    • A21C11/16A23L1/00A23L1/217A23P1/12A47J37/12G07F9/10
    • G07F17/0078A21C11/16A23L19/19A23P30/20A47J37/1228G07F9/105
    • This invention relates to a food production apparatus which is preferably used in the preparation of foods such as fried potatoes. In the invention, powder obtained by pulverizing and drying potatoes or the like is provided with water and stirred, and the resulting mixture is extruded to be formed into a predetermined shape. In the invention the mixture of the powder and water is shaped by extruding it through extrusion holes communicating with a mixing chamber, and the shaped mixture which has been extruded from the shaper is then heated. According to the invention, the food is able to be prepared at a desired time and food which has just been prepared is able to be provided in the apparatus. Further, the powder can be preserved for a long time without lowering its freshness, and the powder is mixed with water and shaped as a food material rapidly at a desired time.
    • 本发明涉及一种优选用于制备油炸马铃薯等食品的食品生产装置。 在本发明中,将通过粉碎和干燥马铃薯等获得的粉末提供水并搅拌,将所得混合物挤出成形为预定形状。 在本发明中,粉末和水的混合物通过与混合室连通的挤出孔挤出成型,然后将从成形器挤出的成型混合物加热。 根据本发明,能够在期望的时间制备食物,并且能够在设备中提供刚准备好的食物。 此外,粉末可以长时间保存而不降低其新鲜度,并且将粉末与水混合并在期望的时间快速成型为食品材料。