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    • 3. 发明授权
    • Charging apparatus
    • 充电设备
    • US07642745B2
    • 2010-01-05
    • US12059237
    • 2008-03-31
    • Satoshi KanekoKoji OkazakiNorio NekiHiroyuki MakinoTakashi NakayamaMasaaki Muromachi
    • Satoshi KanekoKoji OkazakiNorio NekiHiroyuki MakinoTakashi NakayamaMasaaki Muromachi
    • H02J7/00
    • B25J19/005H01M10/44H01M10/46
    • An apparatus capable of charging a battery mounted on a robot while allowing the robot to remain stably still in the state of standing on its legs is provided. Driving a first connector backward while it is connected with a second connector would cause a body of the robot to tilt as if being pulled by the first connector. However, it is possible to prevent the posture of the robot from becoming unstable by utilizing the fact that the connected state of first signal terminals and second signal terminals is maintained in that state. The backward driving of the first connector is restricted when a charge control unit is capable of communicating with a control system via the first signal terminals and the second signal terminals. This prevents the undesirable event that the posture of the robot becomes unstable due to the first connector being driven backward unconditionally.
    • 提供一种能够对安装在机器人上的电池进行充电的装置,同时允许机器人保持稳定地处于其腿部的状态。 在与第二连接器连接的同时向后驱动第一连接器将导致机器人的主体倾斜,好像被第一连接器拉动。 然而,通过利用第一信号端子和第二信号端子的连接状态保持在该状态的事实,可以防止机器人的姿势变得不稳定。 当充电控制单元能够经由第一信号端子和第二信号端子与控制系统通信时,第一连接器的反向驱动受到限制。 这防止了由于第一连接器无条件地向后驱动而使机器人的姿势变得不稳定的不期望的事件。
    • 8. 发明授权
    • Vehicular illumination lamp
    • 车载照明灯
    • US09133998B2
    • 2015-09-15
    • US13742622
    • 2013-01-16
    • Junichi SaitoHiroyuki Makino
    • Junichi SaitoHiroyuki Makino
    • F21V7/00F21S8/10
    • F21S41/32F21S41/162F21S41/336F21S41/337F21S41/435
    • A parabola type vehicular illumination lamp that forms a low-beam distribution pattern with a horizontal cut-off line at its upper end, including a reflector (34) formed in its lower reflection area (34a1) with a light non-incident area (34aL1) on which light from a light source bulb (32) is not incident since the light is blocked by a shade (36) provided in front of the light source bulb (32). The light non-incident area (34aL1) of the reflector (34) has an additional reflection portion (34aL1A) for reflecting light, which is from the light source bulb (32) and reflected by the upper reflection area (34au) of the reflector (34) and then reflected by the upper area (14u) of a translucent cover (14), in a direction below the horizontal cut-off line of the low-beam distribution pattern.
    • 一种抛物线型车辆照明灯,其在其上端形成具有水平切断线的近光分布图案,包括形成在其下反射区域(34a1)中的反射器(34),具有光非入射区域(34aL1 ),由于光被设置在光源灯泡(32)前面的阴罩(36)遮挡,来自光源灯泡(32)的光不会入射。 反射器(34)的光非入射区域(34aL1)具有用于反射来自光源灯泡(32)并由反射器的上反射区域(34au)反射的光的附加反射部分(34aL1A) (34),然后由半透明盖(14)的上部区域(14u)沿着远光分布图案的水平截止线的方向反射。
    • 10. 发明授权
    • Expander
    • 扩张器
    • US07406911B2
    • 2008-08-05
    • US10469762
    • 2002-03-05
    • Makoto UdaHiroyuki MakinoKouhei Ohsono
    • Makoto UdaHiroyuki MakinoKouhei Ohsono
    • F01B3/00
    • F01B13/04F01B3/02F01B17/04F04B1/22
    • An expander (M) employing steam as a working medium is formed from a first radially inner group of axial piston cylinders (49) arranged annularly on a rotor (27) so as to surround the axis (L) of an output shaft (28), and a second radially outer group of axial piston cylinders (57) arranged annularly so as to surround the first group of axial piston cylinders (49). The first and second groups of axial piston cylinders (49, 57) are driven by a common swash plate (39), and the first and second groups of axial piston cylinders (49, 57) are arranged with circumferentially displaced pitches. High-temperature, high-pressure steam firstly operates the first group of axial piston cylinders (49), then operates the second group of axial piston cylinders (57), and the outputs from the two are combined to drive the output shaft (28). This achieves a further reduction in the size and a further increase in the output of the axial type expander (M).
    • 使用蒸汽作为工作介质的膨胀机(M)由围绕输出轴(28)的轴线(L)的第一径向内部组的轴向活塞气缸(49)形成,该轴向活塞气缸(49)环绕地设置在转子(27)上, 和围绕第一组轴向活塞气缸(49)的环形排列的第二径向外部轴向活塞气缸组(57)。 第一组和第二组轴向活塞气缸(49,57)由公共斜盘(39)驱动,第一组和第二组轴向活塞气缸(49,57)以圆周方向偏移的间距布置。 高温高压蒸汽首先操作第一组轴向活塞缸(49),然后操作第二组轴向活塞缸(57),并将两个轴向活塞缸(57)的输出组合以驱动输出轴(28) 。 这进一步减小了轴向膨胀机(M)的输出的尺寸和进一步增加。