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    • 92. 发明公开
    • SHIP HELM APPARATUS
    • SCHIFFSRUDERVORRICHTUNG
    • EP2896558A1
    • 2015-07-22
    • EP13836895.6
    • 2013-09-10
    • NHK Spring Co., Ltd.
    • WASHINO, Keishi
    • B63H25/24B63H25/02
    • G05G5/04B63H20/12B63H25/02B63H25/24B63H25/52B63H2025/022G05G5/03
    • A stop mechanism (23) of a helm device (16) includes a rotation member (80) which can be relatively rotated with respect to a steering shaft (22), rotatable disks (81), fixed disks (82) opposed to the rotatable disks (81), and an electromagnet (83) which presses these disks (81, 82) against one another. An inversion control pin (110) is provided in the steering shaft (22). Slits (120) are formed in a cylindrical portion (80a). Both ends of the inversion control pin (110) are inserted into the slits (120). The slits (120) are shaped to be elongated in a circumferential direction of the cylindrical portion (80a). A first pin receiving stopper wall (121) is formed on one end of the slits (120). A second pin receiving stopper wall (122) is formed on the other end of the slits (120). The inversion control pin (110) can move within the range of inversion allowance angle (θ) between the pin receiving stopper walls (121, 122).
    • 舵装置(16)的止动机构(23)包括可相对于转向轴(22)相对旋转的旋转构件(80),可旋转盘(81),与可旋转 盘(81)和将这些盘(81,82)彼此压紧的电磁体(83)。 转向轴(22)中设置有反转控制销(110)。 狭缝(120)形成在圆筒部(80a)中。 反转控制销(110)的两端插入狭缝(120)中。 狭缝(120)成形为在圆筒部(80a)的圆周方向上细长。 第一销接收止动壁(121)形成在狭缝(120)的一端上。 第二销接收止动壁(122)形成在狭缝(120)的另一端上。 反转控制销(110)可以在销接收止动壁(121,122)之间的反转允许角(¸)的范围内移动。
    • 95. 发明公开
    • DISC SPRING AND PRODUCTION METHOD THEREFOR
    • TELLERFEDER UND HERSTELLUNGSVERFAHRENDAFÜR
    • EP2735755A4
    • 2015-06-03
    • EP12815323
    • 2012-05-24
    • NHK SPRING CO LTD
    • HARADA TAKAFUMI
    • F16F1/32B24C1/10F16F1/02
    • F16F1/32B24C1/10F16F2226/02
    • A disc spring and a production method therefor are provided in which an attempt is made to improve precision of an inside diameter portion, and in which residual stress can be applied to an inside diameter portion side edge of a tensile surface. Shot peening is carried out at at least a tensile surface 114A, after a chamfered portion 121A is formed at an inside diameter portion 112A side edge of a tensile surface 114A in a blank 100A. Residual stress is applied to the chamfered portion 121A of the inside diameter portion 112A side edge of the tensile surface 114A. The inside diameter portion 112A is machined after the shot peening. In this case, since at least an outside diameter portion side of the chamfered portion 121A remains, the remaining chamfered portion 121A constitutes the inside diameter portion 112A side edge of the tensile surface 114A after the machining. Therefore, the inside diameter portion 112 side edge of the tensile surface 114 in which the maximum stress can be generated in the disc spring 100 has residual stress.
    • 提供一种碟形弹簧及其制造方法,其中试图提高内径部分的精度,并且可以对拉伸表面的内径部分侧边缘施加残余应力。 在坯料100A的拉伸面114A的内径部112A侧边缘形成有倒角部121A后,至少在拉伸面114A上进行喷丸硬化处理。 残余应力被施加到拉伸表面114A的内径部分112A侧边缘的倒角部分121A。 在喷丸硬化后加工内径部分112A。 在这种情况下,由于倒角部121A的至少外径部侧保留,所以余下的倒角部121A构成加工后的拉伸面114A的内径部112A的侧缘。 因此,盘簧100中可能产生最大应力的拉伸面114的内径部112侧边缘具有残余应力。