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    • 1. 发明授权
    • Floating brake disk assembling method
    • 浮动制动盘组装方式
    • US09057413B2
    • 2015-06-16
    • US13266880
    • 2010-04-19
    • Naoki YamanakaMasayoshi HayashideFumihiko Metsugi
    • Naoki YamanakaMasayoshi HayashideFumihiko Metsugi
    • B21D39/00F16D65/12F16D65/02F16D69/00
    • F16D65/12F16D65/123F16D2065/026F16D2065/1368F16D2065/1392F16D2069/004F16D2250/00F16D2250/0084F16D2250/0092Y10T29/49826Y10T29/53
    • Provided are a floating brake disk assembling method and a floating brake disk, and a floating brake disk assembling device, wherein a washer or a spring member can be accurately attached to a coupling pin. In the floating disk brake assembling method, a coupling pin 32 for coupling a brake disk (10) to a hub disk (20), which has a cylindrical body portion (41) to be mounted in a coupling hole (31), a first jaw portion (42) formed in one end portion of the body portion (41), and a portion to be swaged (43A) continuous to the other end portion of the body portion (41), is used; and the portion to be swaged (43A) is swaged so that a second jaw portion (42) having a diameter larger than that of the body portion (41) can be formed. The second jaw portion is formed by swaging the portion to be swaged (43A) while the coupling pin (32) is mounted in the coupling hole (31), and the spring member (33) and the washer (34) are attached to the outside of the coupling pin (32), to compress and deform the spring member (33) via the washer (34).
    • 提供了一种浮动制动盘组装方法和浮动制动盘,以及浮动制动盘组装装置,其中垫圈或弹簧构件可精确地附接到联接销。 在浮盘式制动器组装方法中,将制动盘(10)与轮毂盘(20)联接的联接销32具有安装在联接孔(31)中的圆筒体部(41),第一 使用形成在主体部分(41)的一个端部中的颚部(42)和与主体部分(41)的另一个端部连续的待模锻部分(43A); 并且要锻造的部分(43A)被模压,使得可以形成直径大于主体部分(41)的直径的第二钳口部分(42)。 第二钳口部分通过将联接销(32)安装在联接孔(31)中而使待模制部分(43A)模锻而形成,并且弹簧构件(33)和垫圈(34)附接到 在联接销(32)的外部,经由垫圈(34)压缩和变形弹簧构件(33)。
    • 2. 发明申请
    • FLOATING BRAKE DISK ASSEMBLING METHOD
    • 浮动制动盘组装方法
    • US20120097491A1
    • 2012-04-26
    • US13266880
    • 2010-04-19
    • Naoki YamanakaMasayoshi HayashideFumihiko Metsugi
    • Naoki YamanakaMasayoshi HayashideFumihiko Metsugi
    • F16D65/12B23P19/00B23P17/04
    • F16D65/12F16D65/123F16D2065/026F16D2065/1368F16D2065/1392F16D2069/004F16D2250/00F16D2250/0084F16D2250/0092Y10T29/49826Y10T29/53
    • Provided are a floating brake disk assembling method and a floating brake disk, and a floating brake disk assembling device, wherein a washer or a spring member can be accurately attached to a coupling pin. In the floating disk brake assembling method, a coupling pin 32 for coupling a brake disk (10) to a hub disk (20), which has a cylindrical body portion (41) to be mounted in a coupling hole (31), a first jaw portion (42) formed in one end portion of the body portion (41), and a portion to be swaged (43A) continuous to the other end portion of the body portion (41), is used; and the portion to be swaged (43A) is swaged so that a second jaw portion (42) having a diameter larger than that of the body portion (41) can be formed. The second jaw portion is formed by swaging the portion to be swaged (43A) while the coupling pin (32) is mounted in the coupling hole (31), and the spring member (33) and the washer (34) are attached to the outside of the coupling pin (32), to compress and deform the spring member (33) via the washer (34).
    • 提供了一种浮动制动盘组装方法和浮动制动盘,以及浮动制动盘组装装置,其中垫圈或弹簧构件可精确地附接到联接销。 在浮盘式制动器组装方法中,将制动盘(10)与轮毂盘(20)联接的联接销32具有安装在联接孔(31)中的圆筒体部(41),第一 使用形成在主体部分(41)的一个端部中的颚部(42)和与主体部分(41)的另一个端部连续的待模锻部分(43A); 并且要锻造的部分(43A)被模压,使得可以形成直径大于主体部分(41)的直径的第二钳口部分(42)。 第二钳口部分通过将联接销(32)安装在联接孔(31)中而使待模制部分(43A)模锻,并且弹簧构件(33)和垫圈(34)附接到 在联接销(32)的外部,经由垫圈(34)压缩和变形弹簧构件(33)。
    • 3. 发明授权
    • Sprocket and brake disc having a function to prevent a warpage
    • 具有防止翘曲的功能的链轮和制动盘
    • US5980407A
    • 1999-11-09
    • US875583
    • 1997-10-08
    • Norihiko TakamoriFumihiko MetsugiAkihito Ohata
    • Norihiko TakamoriFumihiko MetsugiAkihito Ohata
    • F16D65/12F16D69/00F16H55/14F16H55/30G05G1/14G05G3/00
    • F16H55/14F16D65/12F16H55/30F16D2065/1308F16D2069/004Y10T74/2165
    • A rotary member in the form of a sprocket or a brake disc for transmitting a drive force or brake force, the rotary member having an annular hub portion arranged on a center side, an annular ring portion arranged on an outer circumferential side, and a plurality of arm portions connecting the hub portion and the ring portion, with a plurality of weight reduction holes partitioned by the arm portions between the hub portion and the ring portion. The plurality of arm portions are provided so that centers of their distal end portions on the ring portion side and centers of their proximal end portions on the hub portion side are offset in one circumferential direction, respectively, and the hub portion and the ring portion are not directly connected to each other by longitudinal sectional lines that intersect with the arm portions in a radial direction of the rotary member.
    • PCT No.PCT / JP96 / 00213 Sec。 371日期1997年10月8日第 102(e)日期1997年10月8日PCT 1996年1月31日PCT PCT。 公开号WO96 / 23994 日期:1996年8月8日具有用于传递驱动力或制动力的链轮或制动盘形式的旋转构件,所述旋转构件具有布置在中心侧的环形轮毂部,设置在外周的环形圈部 以及连接所述轮毂部和所述环部的多个臂部,以及在所述轮毂部与所述环部之间由所述臂部分隔开的多个重量减轻孔。 多个臂部被设置成使得其环部侧的前端部的中心部分和其轮毂部侧的基端部的中心分别在一个圆周方向上偏移,并且毂部和环部是 通过与旋转部件的径向方向上的臂部相交的纵向截面线彼此不直接连接。