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    • 1. 发明授权
    • Spring clutch
    • 弹簧离合器
    • US07878315B2
    • 2011-02-01
    • US11783697
    • 2007-04-11
    • Takahide SaitoMasafumi NakakojiKatsumi FurutaniKoji AkiyoshiTomoaki Makino
    • Takahide SaitoMasafumi NakakojiKatsumi FurutaniKoji AkiyoshiTomoaki Makino
    • F16D41/20
    • F16D41/206
    • A spring clutch is provided for which durability is improved by preventing a clutch spring from breaking due to fatigue. A cylindrical clutch spring made from a wire having a square section is mounted between a pulley and a pulley hub mounted in the pulley. An end of the clutch spring is coupled to the pulley hub. A clutch surface is formed on the inner periphery of the pulley and is formed with a large-diameter recess at a position opposite to the end portion of the clutch spring including the torque transmission end. When the pulley rotates in one direction, the clutch spring expands. At this time, the end portion of the clutch spring including the torque transmission end expands in the large-diameter recess, thus relaxing sharp torque produced in the clutch. This prevents local stress concentration on the clutch spring and breakage of the clutch spring and improves the durability of the clutch.
    • 提供了一种通过防止离合器弹簧由于疲劳而破裂而提高耐久性的弹簧离合器。 由具有正方形截面的线制成的圆柱形离合器弹簧安装在滑轮和安装在滑轮中的滑轮轮毂之间。 离合器弹簧的端部联接到滑轮毂。 离合器表面形成在滑轮的内周上,并且在与包括转矩传递端的离合器弹簧的端部相对的位置处形成有大直径的凹部。 当滑轮沿一个方向旋转时,离合器弹簧膨胀。 此时,包括转矩传递端的离合器弹簧的端部在大直径凹部中膨胀,从而放松在离合器中产生的急剧的扭矩。 这防止离合器弹簧的局部应力集中和离合器弹簧的断裂,并提高离合器的耐久性。
    • 2. 发明申请
    • SPRING CLUTCH
    • 弹簧离合器
    • US20110088993A1
    • 2011-04-21
    • US12972779
    • 2010-12-20
    • Takahide SAITOMasafumi NakakojiKatsumi FurutaniKoji AkiyoshiTomoaki Makino
    • Takahide SAITOMasafumi NakakojiKatsumi FurutaniKoji AkiyoshiTomoaki Makino
    • F16D41/20
    • F16D41/206
    • A spring clutch is provided for which durability is improved by preventing a clutch spring from breaking due to fatigue. A cylindrical clutch spring made from a wire having a square section is mounted between a pulley and a pulley hub mounted in the pulley. An end of the clutch spring is coupled to the pulley hub. A clutch surface is formed on the inner periphery of the pulley and is formed with a large-diameter recess at a position opposite to the end portion of the clutch spring including the torque transmission end. When the pulley rotates in one direction, the clutch spring expands. At this time, the end portion of the clutch spring including the torque transmission end expands in the large-diameter recess, thus relaxing sharp torque produced in the clutch. This prevents local stress concentration on the clutch spring and breakage of the clutch spring and improves the durability of the clutch.
    • 提供了一种通过防止离合器弹簧由于疲劳而破裂而提高耐久性的弹簧离合器。 由具有正方形截面的线制成的圆柱形离合器弹簧安装在滑轮和安装在滑轮中的滑轮轮毂之间。 离合器弹簧的端部联接到滑轮毂。 离合器表面形成在滑轮的内周上,并且在与包括转矩传递端的离合器弹簧的端部相对的位置处形成有大直径的凹部。 当滑轮沿一个方向旋转时,离合器弹簧膨胀。 此时,包括转矩传递端的离合器弹簧的端部在大直径凹部中膨胀,从而放松在离合器中产生的急剧的扭矩。 这防止离合器弹簧的局部应力集中和离合器弹簧的断裂,并提高离合器的耐久性。
    • 3. 发明申请
    • Spring Clutch
    • 弹簧离合器
    • US20070240964A1
    • 2007-10-18
    • US11783697
    • 2007-04-11
    • Takahide SaitoMasafumi NakakojiKatsumi FurutaniKoji AkiyoshiTomoaki Makino
    • Takahide SaitoMasafumi NakakojiKatsumi FurutaniKoji AkiyoshiTomoaki Makino
    • F16D41/20F16D13/08
    • F16D41/206
    • A spring clutch is provided which has improved durability by preventing a clutch spring from breaking due to fatigue. A cylindrical clutch spring made from a wire having a square section is mounted between a pulley and a pulley hub mounted in the pulley. An end of the clutch spring is coupled to the pulley hub. A clutch surface is formed on the inner periphery of the pulley and is formed with a large-diameter recess at a position opposite to the end portion of the clutch spring including the torque transmission end. When the pulley rotates in one direction, the clutch spring expands. At this time, the end portion of the clutch spring including the torque transmission end expands in the large-diameter recess, thus relaxing sharp torque produced in the clutch. This prevents local stress concentration on the clutch spring and breakage of the clutch spring and improves the durability of the clutch.
    • 提供一种弹簧离合器,其通过防止离合器弹簧由于疲劳而破裂而具有改善的耐久性。 由具有正方形截面的线制成的圆柱形离合器弹簧安装在滑轮和安装在滑轮中的滑轮轮毂之间。 离合器弹簧的端部联接到滑轮毂。 离合器表面形成在滑轮的内周上,并且在与包括转矩传递端的离合器弹簧的端部相对的位置处形成有大直径的凹部。 当滑轮沿一个方向旋转时,离合器弹簧膨胀。 此时,包括转矩传递端的离合器弹簧的端部在大直径凹部中膨胀,从而放松在离合器中产生的急剧的扭矩。 这防止离合器弹簧的局部应力集中和离合器弹簧的断裂,并提高离合器的耐久性。
    • 4. 发明授权
    • Friction type continuously variable transmission
    • 摩擦式无级变速器
    • US5746676A
    • 1998-05-05
    • US596110
    • 1996-05-29
    • Tatsuo KawaseNaoshi HattoriTakashi NozakiTomoaki MakinoTakahide Saito
    • Tatsuo KawaseNaoshi HattoriTakashi NozakiTomoaki MakinoTakahide Saito
    • F16H15/22F16H15/16F16H57/04
    • F16H57/04F16H15/22
    • A friction type continuously variable transmission has double cones kept in contact with an input shaft and a drive cone and is capable of transmitting the rotation of the input shaft to an output shaft so that the output shaft rotates at a higher speed than the input shaft. A mechanism is provided for preventing the double cones from rotating about the input shaft and from coming off of their support shafts. A stay is mounted on a carrier supporting the double cones. The stay carries a guide roller bearing received in a guide fixed to a housing of the transmission. The stay thus prevents the rotation of the carrier while allowing only its axial movement. A stopper surface is provided at one end of the guide to restrict the axial movement of the carrier within a predetermined range.
    • PCT No.PCT / JP95 / 00840 Sec。 371日期:1996年5月29日 102(e)日期1996年5月29日PCT提交1995年4月27日PCT公布。 出版物WO95 / 33147 日期1995年12月7日摩擦式无级变速器具有与输入轴和驱动锥保持接触的双锥,并且能够将输入轴的旋转传递到输出轴,使得输出轴以更高的速度旋转 比输入轴。 提供一种用于防止双锥体围绕输入轴旋转并从其支撑轴脱落的机构。 支架安装在支撑双锥的托架上。 托架承载接收在固定到变速箱的壳体的导轨中的导向滚柱轴承。 因此,支撑件可防止载体的旋转,同时仅允许其轴向运动。 在引导件的一端设置止动器表面,以将载体的轴向移动限制在预定范围内。
    • 9. 发明申请
    • CYCLOIDAL SPEED REDUCER, IN-WHEEL MOTOR DRIVE DEVICE, AND VEHICLE MOTOR DRIVE DEVICE
    • 循环减速器,车轮电机驱动装置和车辆电机驱动装置
    • US20110082000A1
    • 2011-04-07
    • US12996686
    • 2009-06-10
    • Tomoaki Makino
    • Tomoaki Makino
    • F16H1/28F16H57/04
    • F16H1/32B60K1/00B60K7/0007B60K17/046B60K2007/0038B60K2007/0092B60L2200/26B60L2220/46
    • A speed reducer part B of an in-wheel motor drive device (21) includes a casing (22), an input shaft (25) having one end arranged in the casing (22), disk-shaped eccentric members (25a and 25b) eccentric with respect to an axis O of the input shaft (25) and coupled to the one end of the input shaft, revolution members (26a and 26b) having a center part supported by outer circumstances of the eccentric members (25a and 25b) through a rolling bearing (41), to make a revolution motion around the axis O together with a rotation of the input shaft (25), an outer circumference engagement member (27) supported by the casing (22) and engaging with outer circumferential parts of the revolution members (26a and 26b) to cause the revolution members (26a and 26b) to make a rotation motion, and an output shaft (28) engaging with the revolution members (26a and 26b) to extract the rotation motion, in which the rolling bearing (41) has a lubricant oil hole (59) to supply a lubricant oil to a track surface (42a) being in rolling contact with a rolling body (44), and the lubricant oil hole (59) is arranged in a non-load range (360°−φ) where a bearing load applied from the output shaft (28) and the outer circumference engagement member (27) to the revolution members (26a and 26b) is not shared, in the track surface (42a) of the rolling bearing (41).
    • 轮式电动机驱动装置(21)的减速器部(B)具备壳体(22),具有设置于壳体(22)的一端的输入轴(25),盘状偏心部件(25a,25b) 相对于输入轴(25)的轴线O偏心并联接到输入轴的一端,具有由偏心构件(25a和25b)的外部环境支撑的中心部分的旋转构件(26a和26b)穿过 滚动轴承(41),与输入轴(25)的旋转一起围绕轴线O进行旋转运动;外周接合构件(27),其由壳体(22)支撑并与外周部分 旋转构件(26a和26b)使旋转构件(26a和26b)旋转运动,以及与旋转构件(26a和26b)接合的输出轴(28)以提取旋转运动,其中 滚动轴承(41)具有润滑油孔(59),用于向轨道su供给润滑油 表面(42a)与滚动体(44)滚动接触,并且所述润滑油孔(59)布置在从所述输出轴(28)施加的轴承载荷的非负载范围(360° - )和外周接合构件(27)与转动构件(26a和26b)之间不共用于滚动轴承(41)的轨道表面(42a)。