会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明申请
    • VEHICLE SEAT
    • 车辆座椅
    • US20120267936A1
    • 2012-10-25
    • US13497790
    • 2010-09-07
    • Yoshihisa NakagakiTomio MatsufujiNozomu MunemuraAtsuo Matsumoto
    • Yoshihisa NakagakiTomio MatsufujiNozomu MunemuraAtsuo Matsumoto
    • B60N2/68B60R22/34B60R22/26
    • B60R22/26B60N2/2245B60N2/36B60N2/366B60N2/68B60N2/686B60R2022/1818
    • A vehicle seat that may assure stiffness of a seatback and that may realize a reduction in weight. In the present rear seat for a vehicle, a substantially X-shaped X-rib (24) is joined to a panel frame (22) of a rear seatback. A first reinforcement portion (24A) of the X-rib (24) spans in a linear shape between an anchor wire (68), which is a point of action of a load, and a first supported portion (22A) of the panel frame (22), which is supported at a vehicle body via a turning hinge (48). A second reinforcement portion (24B), which has a length direction middle portion in common with the first reinforcement portion (24A), spans in a linear shape between a second supported portion (22B) of the panel frame (22), which is supported at the vehicle body via a turning hinge (56), and a third supported portion (22C) of the panel frame (22), which is supported at the vehicle body via a lock mechanism (64).
    • 可以确保座椅靠背的刚度并且可以实现重量减轻的车辆座椅。 在本车辆用后排座椅中,大致X形的X形肋(24)与后座椅靠背的面板框架(22)接合。 X形肋(24)的第一加强部分(24A)在作为负载的作用点的锚固线(68)和面板框架的第一支撑部分(22A)之间形成直线状 (22),其经由转动铰链(48)支撑在车身上。 具有与第一加强部分(24A)共同的长度方向中间部分的第二加强部分(24B)在面板框架(22)的第二支撑部分(22B)之间跨过直线形状,其被支撑 经由转动铰链(56)和所述面板框架(22)的第三支撑部分(22C)经由锁定机构(64)被支撑在所述车体处。
    • 4. 发明授权
    • Vehicle seat
    • 车座
    • US09016795B2
    • 2015-04-28
    • US13497790
    • 2010-09-07
    • Yoshihisa NakagakiTomio MatsufujiNozomu MunemuraAtsuo Matsumoto
    • Yoshihisa NakagakiTomio MatsufujiNozomu MunemuraAtsuo Matsumoto
    • A47C7/02B60R22/26B60N2/22B60N2/36B60N2/68B60R22/18
    • B60R22/26B60N2/2245B60N2/36B60N2/366B60N2/68B60N2/686B60R2022/1818
    • A vehicle seat that may assure stiffness of a seatback and that may realize a reduction in weight. In the present rear seat for a vehicle, a substantially X-shaped X-rib (24) is joined to a panel frame (22) of a rear seatback. A first reinforcement portion (24A) of the X-rib (24) spans in a linear shape between an anchor wire (68), which is a point of action of a load, and a first supported portion (22A) of the panel frame (22), which is supported at a vehicle body via a turning hinge (48). A second reinforcement portion (24B), which has a length direction middle portion in common with the first reinforcement portion (24A), spans in a linear shape between a second supported portion (22B) of the panel frame (22), which is supported at the vehicle body via a turning hinge (56), and a third supported portion (22C) of the panel frame (22), which is supported at the vehicle body via a lock mechanism (64).
    • 可以确保座椅靠背的刚度并且可以实现重量减轻的车辆座椅。 在本车辆用后排座椅中,大致X形的X形肋(24)与后座椅靠背的面板框架(22)接合。 X形肋(24)的第一加强部分(24A)在作为负载的作用点的锚固线(68)和面板框架的第一支撑部分(22A)之间形成直线形状 (22),其经由转动铰链(48)支撑在车身上。 具有与第一加强部分(24A)共同的长度方向中间部分的第二加强部分(24B)在面板框架(22)的第二支撑部分(22B)之间跨过直线形状,其被支撑 经由转动铰链(56)和所述面板框架(22)的第三支撑部分(22C)经由锁定机构(64)被支撑在所述车体处。
    • 5. 发明申请
    • Magnetic Actuator
    • 磁力驱动器
    • US20080164963A1
    • 2008-07-10
    • US11885711
    • 2005-04-28
    • Jun TominagaAtsuo MatsumotoKazuo Furukawa
    • Jun TominagaAtsuo MatsumotoKazuo Furukawa
    • H02K33/00
    • H02K41/0356H02K2201/18
    • TASK To improve the attenuation effect of a magnetic actuator against external disturbances.SOLUTION So that an attenuation effect owing to an electromotive force may be obtained in the magnetic actuator when a moveable part (coil support member and lens holder) supported by sheet springs is displaced, an electric resonance circuit is formed by connecting an accessory coil 26 in parallel to a drive coil 11 mounted on the moveable part, and the resonance frequency of the circuit electric resonance circuit is made to agree with that of a spring mass system of the magnetic actuator. As the drive frequency is typically in a range that substantially differs from the resonance frequency, a large damping force, effective against the resonant condition owing to external disturbances, can be obtained without substantially affecting the drive property. Therefore, a favorable scanning drive property can be achieved by minimizing the influences of external vibrations on the light emitting and receiving control of a onboard laser radar device.
    • 任务提高磁力执行器对外部干扰的衰减效果。 解决方案:当由片弹簧支撑的可移动部件(线圈支撑构件和透镜架)位移时,可以在磁致动器中获得由于电动势引起的衰减效应,通过将附件线圈26连接在一起形成电谐振电路 平行于安装在可移动部件上的驱动线圈11,并且使得电路谐振电路的谐振频率与磁致动器的弹簧质量系统的谐振频率一致。 由于驱动频率通常在与谐振频率基本上不同的范围内,所以可以获得对于由于外部干扰而导致的谐振条件有效的大的阻尼力,而不会明显地影响驱动特性。 因此,可以通过最小化外部振动对机载激光雷达装置的发光和接收控制的影响来实现良好的扫描驱动特性。
    • 6. 发明授权
    • Disk brake
    • 盘式制动器
    • US06308807B1
    • 2001-10-30
    • US09038114
    • 1998-03-11
    • Atsuo MatsumotoYoshiki Matsuzaki
    • Atsuo MatsumotoYoshiki Matsuzaki
    • F16D6554
    • F16D65/0971F16D65/097F16D2125/06
    • A disk brake having members for keeping the friction pads in contact with the disk rotor in such a way that the wear of the friction members and the energy loss are kept to a minimum. The disk brake has a disk rotor, friction pads provided opposed to each other on both sides of the disk rotor, a caliper formed with a fluid pressure cylinder at least on one side of the disk rotor, and a piston slidably received in the cylinder for selectively applying braking force to the disk rotor by pushing the friction pads into sliding contact with the disk rotor. A resilient member is disposed between the piston and one of the friction pads provided opposite the piston for biasing the friction pads toward the disk rotor by a predetermined stroke, thereby keeping the friction pads in contact with the disk rotor at a predetermined surface pressure even while the brake is not applied.
    • 具有用于保持摩擦垫与盘转子接触的构件的盘式制动器以使得摩擦构件的磨损和能量损失保持最小的方式。 盘式制动器具有盘转子,在盘转子的两侧彼此相对设置的摩擦垫,在盘转子的至少一侧上形成有流体压力缸的卡钳和可滑动地容纳在缸体中的活塞 通过推动摩擦垫与盘转子滑动接触来选择性地对盘转子施加制动力。 弹性构件设置在活塞和与活塞相对设置的摩擦垫中的一个之间,用于将摩擦垫朝向盘转子偏压预定行程,从而即使在保持摩擦垫与盘转子接触的同时, 不应用制动器。
    • 7. 发明授权
    • Disk brake assembly with piston retraction seal
    • 具有活塞回缩密封的盘式制动器总成
    • US5826681A
    • 1998-10-27
    • US704246
    • 1996-08-28
    • Atsushi KuboAtsuo Matsumoto
    • Atsushi KuboAtsuo Matsumoto
    • F16D55/22F16D65/14F16D65/16F16D65/18F16D65/74F16D55/02
    • F16D65/18F16D2121/02F16D2127/02
    • A disk brake assembly has a piston retraction structure which can keep the space between the pad and the disk constant while the brake is not being applied by varying the distance the piston is retracted with the fluid pressure applied to the disk brake. The piston retraction structure has a piston seal fitted in a seal groove formed in the inner surface of a cylinder of a caliper. When a piston is advanced under fluid pressure, the piston seal is pulled by the piston and deformed until it fills up the gap defined by a chamfer formed along the edge of the seal groove. When the fluid pressure is removed thereafter, the piston is retracted by the resilient restoring force of the deformed piston seal. The piston seal is made of a rubber having a hardness of 80 IRH or more. In another arrangement, the piston seal has its outer-diameter portion fitted in the seal groove with a zero gap or with an interference. By further adjusting the size of the chamfer, it is possible to vary the distance the piston is retracted with the fluid pressure in an ideal manner.
    • 盘式制动器组件具有活塞缩回结构,其可以通过改变活塞在施加到盘式制动器的流体压力下缩回的距离而使制动器不被施加时保持垫和盘之间的空间恒定。 活塞回缩结构具有装配在形成在卡钳的圆筒的内表面中的密封槽中的活塞密封件。 当活塞在流体压力下前进时,活塞密封件被活塞拉动并变形,直到其填充由沿着密封槽边缘形成的倒角限定的间隙。 当此后除去流体压力时,通过变形的活塞密封件的弹性恢复力使活塞缩回。 活塞密封件由硬度为80IRH以上的橡胶制成。 在另一种布置中,活塞密封件的外径部分装配在密封槽中,零间隙或干涉。 通过进一步调整倒角的尺寸,可以以理想的方式改变活塞与流体压力缩回的距离。
    • 8. 发明授权
    • Vehicle seat
    • 车座
    • US09371022B2
    • 2016-06-21
    • US13885381
    • 2011-11-07
    • Nozomu MunemuraHironobu NakaneAtsuo MatsumotoRyo NagaharaKensuke Nagai
    • Nozomu MunemuraHironobu NakaneAtsuo MatsumotoRyo NagaharaKensuke Nagai
    • B60N2/427B60N2/42B60N2/68B60N2/22
    • B60N2/42709B60N2/22B60N2/4214B60N2/4228B60N2/42745B60N2/682
    • In a vehicle seat (10), a deformable portion (32) extends continuously from an edge portion of a placement hole (28) towards an outside of the placement hole (28). When the deformable portion (32) is plastically deformed by a fastening bolt (40), the deformable portion (32) does not readily deform so as to be pushed outwards, but deforms so as to be squashed. When a low press-contact force acts on a side face (32D), the deformable portion (32) does not readily perform plastic deformation, and an impact load imparted to a seatback frame (44) can be stably absorbed by the deformable portion (32). Impact load imparted to the seatback frame (44) can be continuously absorbed by the deformable portion (32) since the deformable portion (32) deforms continuously. Accordingly, impact load imparted to the seatback frame (44) can be efficiently absorbed by the deformable portion (32).
    • 在车辆座椅(10)中,可变形部分(32)从放置孔(28)的边缘部分朝着放置孔(28)的外部连续地延伸。 当可变形部分(32)由紧固螺栓(40)塑性变形时,可变形部分(32)不容易变形,从而被向外推动,而变形以便被挤压。 当低压力作用在侧面(32D)上时,可变形部分(32)不容易发生塑性变形,并且能够通过可变形部分(54)稳定地吸收向座椅靠背框架(44)施加的冲击载荷 32)。 由于可变形部分(32)连续变形,赋予座椅靠背框架(44)的冲击载荷可被可变形部分(32)持续吸收。 因此,能够通过可变形部(32)有效地吸收赋予座椅靠背框架(44)的冲击负荷。
    • 9. 发明申请
    • VEHICLE SEAT
    • 车辆座椅
    • US20130307301A1
    • 2013-11-21
    • US13885381
    • 2011-11-07
    • Nozomu MunemuraHironobu NakaneAtsuo MatsumotoRyo NagaharaKensuke Nagai
    • Nozomu MunemuraHironobu NakaneAtsuo MatsumotoRyo NagaharaKensuke Nagai
    • B60N2/427
    • B60N2/42709B60N2/22B60N2/4214B60N2/4228B60N2/42745B60N2/682
    • In a vehicle seat (10), a deformable portion (32) extends continuously from an edge portion of a placement hole (28) towards an outside of the placement hole (28). When the deformable portion (32) is plastically deformed by a fastening bolt (40), the deformable portion (32) does not readily deform so as to be pushed outwards, but deforms so as to be squashed. When a low press-contact force acts on a side face (32D), the deformable portion (32) does not readily perform plastic deformation, and an impact load imparted to a seatback frame (44) can be stably absorbed by the deformable portion (32). Impact load imparted to the seatback frame (44) can be continuously absorbed by the deformable portion (32) since the deformable portion (32) deforms continuously. Accordingly, impact load imparted to the seatback frame (44) can be efficiently absorbed by the deformable portion (32).
    • 在车辆座椅(10)中,可变形部分(32)从放置孔(28)的边缘部分朝着放置孔(28)的外部连续地延伸。 当可变形部分(32)由紧固螺栓(40)塑性变形时,可变形部分(32)不容易变形,从而被向外推动,而变形以便被挤压。 当低压力作用在侧面(32D)上时,可变形部分(32)不容易发生塑性变形,并且能够通过可变形部分(54)稳定地吸收向座椅靠背框架(44)施加的冲击载荷 32)。 由于可变形部分(32)连续变形,赋予座椅靠背框架(44)的冲击载荷可被可变形部分(32)持续吸收。 因此,能够通过可变形部(32)有效地吸收赋予座椅靠背框架(44)的冲击负荷。