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
    • 67. 发明授权
    • Robot apparatus and method of controlling the same
    • 机器人装置及其控制方法
    • US07949428B2
    • 2011-05-24
    • US11703332
    • 2007-02-07
    • Gen EndoJun MorimotoJun NakanishiGordon Chang
    • Gen EndoJun MorimotoJun NakanishiGordon Chang
    • G06F19/00
    • B25J9/161G05B2219/39273G05B2219/40264G05B2219/40304G06N3/008
    • A robot apparatus having a plurality of movable sections includes a motion control section that generates a control signal for the periodic motion of at least part of the movable sections according to the output of an oscillator showing self-oscillation and entrainment characteristics, an environment measuring section that measures the motion according to the control signal for the movable sections or the physical environment at the time of the motion of the movable sections, a periodic oscillator control section that inputs a periodic signal to the oscillator as feedback according to the outcome of the measurement by the environment measuring section and generates an entrainment phenomenon and a non-periodic oscillator control section that inputs a non-periodic or temporary feedback signal to the oscillator.
    • 具有多个可移动部分的机器人装置包括运动控制部分,其根据显示自振动和夹带特性的振荡器的输出产生用于至少部分可移动部分的周期性运动的控制信号;环境测量部分 根据可移动部分的运动控制信号或可移动部分的运动时的物理环境来测量运动;周期性振荡器控制部分,根据测量结果向振荡器输入周期信号作为反馈 通过环境测量部分产生夹带现象和将非周期性或临时反馈信号输入到振荡器的非周期振荡器控制部分。
    • 68. 发明授权
    • Gyro employing semiconductor laser
    • 陀螺采用半导体激光器
    • US07835008B2
    • 2010-11-16
    • US10591453
    • 2005-03-02
    • Takahisa HarayamaTakehiro Fukushima
    • Takahisa HarayamaTakehiro Fukushima
    • G01C19/72
    • G01C3/08G01C19/66
    • A semiconductor laser gyro including a photodetector and a semiconductor laser 10 that emits first and second laser lights. The photodetector is disposed in a position where interference fringes are formed by the first and second laser lights. The semiconductor laser 10 includes an active layer as well as first and second electrodes 13 and 14 for injecting carriers into the active layer. The first laser light is one obtained through emission of a part of laser light (L1) that circulates on a polygonal path in the active layer. The second laser light is one obtained through emission of a part of laser light (L2) that circulates on the polygonal path in the opposite direction to the laser light (L1).
    • 一种包括光电检测器的半导体激光陀螺仪和发射第一和第二激光的半导体激光器10。 光检测器设置在通过第一和第二激光形成干涉条纹的位置。 半导体激光器10包括有源层以及用于将载流子注入有源层的第一和第二电极13和14。 第一激光是通过在有源层的多边形路径上循环的一部分激光(L1)的发射而获得的。 第二激光是通过在与激光(L1)相反的方向上在多边形路径上循环的一部分激光(L2)的发射而获得的。
    • 70. 发明授权
    • Robot and attitude control method of robot
    • 机器人的机器人和姿态控制方法
    • US07657345B2
    • 2010-02-02
    • US10922907
    • 2004-08-23
    • Gen EndoMitsuo KawatoGordon ChengJun NakanishiJun Morimoto
    • Gen EndoMitsuo KawatoGordon ChengJun NakanishiJun Morimoto
    • B25J9/10G06F15/00G05B19/18G05B19/04
    • B62D57/032B25J9/161B25J13/08
    • The motion of the movable sections of the robot is taken for a periodic motion so that the attitude of the robot can be stably controlled in a broad sense of the word by regulating the transfer of the movable sections. More specifically, one or more than one phase generators are used for the robot system and one of the plurality of controllers is selected depending on the generated phase. Then, the controller controls the drive of the movable sections according to continuous phase information. Additionally, the actual phase is estimated from the physical system and the frequency and the phase of the phase generator are regulated by using the estimated value, while the physical phase and the phase generator of the robot system are subjected to mutual entrainment so that consequently, it is possible to control the motion of the robot by effectively using the dynamics of the robot.
    • 机器人的可移动部分的运动被采取周期性的运动,使得通过调节可移动部分的转移,能够以广义的方式将机器人的姿态稳定地控制。 更具体地,一个或多于一个的相位发生器用于机器人系统,并且根据生成的相位选择多个控制器之一。 然后,控制器根据连续相位信息控制可动部分的驱动。 另外,从物理系统估计实际相位,并且通过使用估计值来调节相位发生器的频率和相位,同时机器人系统的物理相位和相位发生器受到相互夹带, 可以通过有效地利用机器人的动力来控制机器人的运动。