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    • 1. 发明申请
    • ROTATING COIL TYPE ELECTROMAGNETIC CLUTCH
    • 旋转线圈式电磁离合器
    • US20110139569A1
    • 2011-06-16
    • US13054936
    • 2009-09-01
    • Takashi YamaguchiMassao ImamuraSatoshi HayashiToshihiko IshidaTsutomu Takeuchi
    • Takashi YamaguchiMassao ImamuraSatoshi HayashiToshihiko IshidaTsutomu Takeuchi
    • F16D27/02
    • F16D27/06
    • Brushes (20, 21) which come into slidable contact with slip rings (23, 24) having power feeding terminals (51, 53) electrically connected to a power feeding side include extending portions (32, 36) extending in the radial direction of a field core (3). These extending portions (32, 36) are bent in a direction away from a coil bobbin (12). The third bent portions (32c, 36c) located at the ends of the extending portions are electrically connected to the terminal portions (10d) of coil terminals. An outer diameter R1 of a mounting recess portion (3a) which stores a power feeding device (5) of the field core (3) is smaller than an inner diameter R2 of the coil bobbin (12). This makes it possible to position the mounting recess portion (3a) at a distance H from the coil bobbin (12) in the field core (3) in the arrow A direction, thereby reducing the size of the rotating coil type electromagnetic clutch (1) in the arrow A-B direction.
    • 与电动连接到供电侧的供电端子(51,53)滑动接触的滑环(23,24)的刷子(20,21)包括在径向方向上延伸的延伸部分(32,36) 现场核心(3)。 这些延伸部分(32,36)沿远离线圈骨架(12)的方向弯曲。 位于延伸部分的端部的第三弯曲部分(32c,36c)电连接到线圈端子的端子部分(10d)。 存储场磁芯(3)的供电装置(5)的安装凹部(3a)的外径R1小于线圈架(12)的内径R2。 这使得可以将安装凹部(3a)沿箭头A方向定位在距离线圈架(12)一定距离H处,从而减小旋转线圈型电磁离合器(1)的尺寸 )在箭头AB方向。
    • 2. 发明授权
    • Rotating coil type electromagnetic clutch
    • 旋转线圈式电磁离合器
    • US08011488B2
    • 2011-09-06
    • US13054936
    • 2009-09-01
    • Takashi YamaguchiMasao ImamuraSatoshi HayashiToshihiko IshidaTsutomu Takeuchi
    • Takashi YamaguchiMasao ImamuraSatoshi HayashiToshihiko IshidaTsutomu Takeuchi
    • F16D27/06
    • F16D27/06
    • Brushes (20, 21) which come into slidable contact with slip rings (23, 24) having power feeding terminals (51, 53) electrically connected to a power feeding side include extending portions (32, 36) extending in the radial direction of a field core (3). These extending portions (32, 36) are bent in a direction away from a coil bobbin (12). The third bent portions (32c, 36c) located at the ends of the extending portions are electrically connected to the terminal portions (10d) of coil terminals. An outer diameter R1 of a mounting recess portion (3a) which stores a power feeding device (5) of the field core (3) is smaller than an inner diameter R2 of the coil bobbin (12). This makes it possible to position the mounting recess portion (3a) at a distance H from the coil bobbin (12) in the field core (3) in the arrow A direction, thereby reducing the size of the rotating coil type electromagnetic clutch (1) in the arrow A-B direction.
    • 与电动连接到供电侧的供电端子(51,53)滑动接触的滑环(23,24)的刷子(20,21)包括在径向方向上延伸的延伸部分(32,36) 现场核心(3)。 这些延伸部分(32,36)沿远离线圈骨架(12)的方向弯曲。 位于延伸部分的端部的第三弯曲部分(32c,36c)电连接到线圈端子的端子部分(10d)。 存储场磁芯(3)的供电装置(5)的安装凹部(3a)的外径R1小于线圈架(12)的内径R2。 这使得可以将安装凹部(3a)沿箭头A方向定位在距离线圈架(12)一定距离H处,从而减小旋转线圈型电磁离合器(1)的尺寸 )在箭头AB方向。
    • 3. 发明授权
    • Drive device
    • 驱动装置
    • US08561773B2
    • 2013-10-22
    • US11997812
    • 2006-07-26
    • Ryoichi FukumotoTomoaki NishimuraTsutomu TakeuchiHiroyasu OnaiTakashi Yamaguchi
    • Ryoichi FukumotoTomoaki NishimuraTsutomu TakeuchiHiroyasu OnaiTakashi Yamaguchi
    • F16D27/112F16D27/14G01B7/30
    • E05F15/603E05F15/632E05Y2201/216E05Y2201/246E05Y2201/462F16D27/004F16D27/112
    • A drive device is provided with a housing 11 and an electromagnetic clutch mechanism 14 accommodated in the housing. The electromagnetic clutch mechanism 14 is provided with an armature 41 rotatably supported in the housing 11, a rotor 42 arranged to face the armature 41 and rotatably supported in the housing 11, and a coil 46. An annular magnet 44 is fixed on the outer circumference surface of the rotor 42. A sensor 15 arranged inside the housing 11 detects a polarity change of the magnet 44 in association with rotation of the rotor 42. The magnet 44 is provided with an annular wall portion 44b extending toward the armature 41 beyond a surface on which the armature 41 is in contact with the rotor 42 with respect to the axial direction. The annular wall portion 44b is spaced radially outward from the armature 41. The annular wall portion 44b prevents abrasion powder produced on actuation of the electromagnetic clutch mechanism 14 from being scattered.
    • 驱动装置设置有容纳在壳体中的壳体11和电磁离合器机构14。 电磁离合器机构14设置有可旋转地支撑在壳体11中的电枢41,布置成面向电枢41并可旋转地支撑在壳体11中的转子42和线圈46.环形磁体44固定在外周 转子42的表面。布置在壳体11内部的传感器15与转子42的旋转相关联地检测磁体44的极性变化。磁体44设置有环形壁部44b,该环形壁部44b朝着电枢41延伸超过表面 电枢41相对于轴向与转子42接触。 环形壁部分44b从电枢41径向向外隔开。环形壁部分44b防止在电磁离合器机构14的致动时产生的磨损粉末被分散。
    • 4. 发明申请
    • DRIVE DEVICE
    • 驱动装置
    • US20100155191A1
    • 2010-06-24
    • US11997812
    • 2006-07-26
    • Ryoichi FukumotoTomoaki NishimuraTsutomu TakeuchiHiroyasu OnaiTakashi Yamaguchi
    • Ryoichi FukumotoTomoaki NishimuraTsutomu TakeuchiHiroyasu OnaiTakashi Yamaguchi
    • F16D27/02
    • E05F15/603E05F15/632E05Y2201/216E05Y2201/246E05Y2201/462F16D27/004F16D27/112
    • A drive device is provided with a housing 11 and an electromagnetic clutch mechanism 14 accommodated in the housing. The electromagnetic clutch mechanism 14 is provided with an armature 41 rotatably supported in the housing 11, a rotor 42 arranged to face the armature 41 and rotatably supported in the housing 11, and a coil 46. An annular magnet 44 is fixed on the outer circumference surface of the rotor 42. A sensor 15 arranged inside the housing 11 detects a polarity change of the magnet 44 in association with rotation of the rotor 42. The magnet 44 is provided with an annular wall portion 44b extending toward the armature 41 beyond a surface on which the armature 41 is in contact with the rotor 42 with respect to the axial direction. The annular wall portion 44b is spaced radially outward from the armature 41. The annular wall portion 44b prevents abrasion powder produced on actuation of the electromagnetic clutch mechanism 14 from being scattered.
    • 驱动装置设置有容纳在壳体中的壳体11和电磁离合器机构14。 电磁离合器机构14设置有可旋转地支撑在壳体11中的电枢41,布置成面向电枢41并可旋转地支撑在壳体11中的转子42和线圈46.环形磁体44固定在外周 转子42的表面。布置在壳体11内部的传感器15与转子42的旋转相关联地检测磁体44的极性变化。磁体44设置有环形壁部44b,该环形壁部44b朝着电枢41延伸超过表面 电枢41相对于轴向与转子42接触。 环形壁部分44b从电枢41径向向外隔开。环形壁部分44b防止在电磁离合器机构14的致动时产生的磨损粉末被分散。
    • 6. 发明授权
    • Optical connector
    • 光连接器
    • US09164245B2
    • 2015-10-20
    • US13454611
    • 2012-04-24
    • Takashi YamaguchiKazuhiro Takizawa
    • Takashi YamaguchiKazuhiro Takizawa
    • G02B6/255G02B6/38
    • G02B6/3858G02B6/255G02B6/2555G02B6/2558G02B6/3846
    • The present invention relates to an optical connector including, a ferrule within which an integrated optical fiber is fixed, a clamp portion disposed at a rear of the ferrule, the clamp portion comprising: a base component and a lid component facing the based component, where the base component and the lid component together are configured to clamp an end portion of the integrated optical fiber and an end portion of a naked optical fiber abutting the end portion of the integrated optical fiber, and a naked optical fiber guide portion disposed at a rear of the clamp portion, where the naked optical fiber guide portion comprises a through hole through which the naked optical fiber can be inserted, and that guides the naked optical fiber to the clamp portion by the through hole.
    • 光连接器技术领域本发明涉及一种光连接器,其包括固定有集成光纤的套圈,设置在套圈后部的夹持部,所述夹持部包括:基部部件和面向所述基部部件的盖部件, 基部部件和盖部件一起构成为夹持集成光纤的端部和与该集成光纤的端部抵接的裸光纤的端部,以及设置在后方的裸光纤引导部 其中裸光纤引导部分包括可以插入裸光纤的通孔,并且通过通孔将裸光纤引导到夹持部分。