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    • 6. 发明授权
    • Two-legged walding locomotion apparatus and its walking controller
    • 双腿挂车运动装置及其步行控制器
    • US06992457B2
    • 2006-01-31
    • US10504691
    • 2003-02-07
    • Takayuki FurutaTetsuo TawaraYu OkumuraHiroaki Kitano
    • Takayuki FurutaTetsuo TawaraYu OkumuraHiroaki Kitano
    • G06F19/00
    • B25J13/085B62D57/02B62D57/032
    • A walk controller (30) for a biped (two-footed) walking mobile system, which drive-controls each joint drive motor (15L, 15R–20L, 20R) of each leg portion (13L, 13R) of a biped walking mobile system based on gait data, includes a force detector (23L, 23R) to detect the force allied to a sole of each foot portion (14L, 14R), and a compensator (32) to modify the gait data from a gait former (24) based on the force detected by a force detector, and is constituted so that each force detector (23L, 23R) comprises at least three 3-axial force sensors (36a, 36b, 36c) allocated on a sole of each foot portion (14L, 14R), and a compensator (32) modifies gait data based on the detected signals from three 3-axial force sensors (36a, 36b, 36c) which detect effective force, thereby the walk stability of a robot is realized, even on the unstable road surface condition with complex roughness.
    • 一种用于两脚架(两脚)行走移动系统的步行控制器(30),其驱动控制每个腿部(13L,13R)的每个关节驱动马达(15L,15R-20L,20R) 基于步态数据的双足步行移动系统包括用于检测与每个脚部(14L,14R)的鞋底相关联的力的力检测器(23L,23R)和用于修改的补偿器(32) 基于由力检测器检测到的力,来自步态成型器(24)的步态数据被构造成使得每个力检测器(23L,23R)包括至少三个三轴力传感器(36a,36b ,36c),分配在每个脚部(14L,14R)的鞋底上,补偿器(32)基于来自三个三轴力传感器(36a,36b,36c)的检测信号来修改步态数据 ),从而即使在具有复杂粗糙度的不稳定路面条件下也能够实现机器人的步行稳定性。
    • 7. 发明授权
    • Two-legs walking type moving device, method and device for controlling its walking
    • 双腿步行式移动装置,用于控制其行走的方法和装置
    • US06943520B2
    • 2005-09-13
    • US10450704
    • 2002-06-03
    • Takayuki FurutaKen TomiyamaHiroaki Kitano
    • Takayuki FurutaKen TomiyamaHiroaki Kitano
    • B25J5/00B25J13/00B62D57/032G05B19/416
    • B62D57/032
    • Disclosed is a biped walking mobile system which achieves stability without altering a preestablished gait, and a walk controller and control method therefor. The biped walking mobile apparatus includes a gait former for forming gait data and a walk controller for controlling actions of the drive means based on the gait data. The walk controller includes a ZMP compensator, including: a ZMP sensor, a ZMP converter for computing a ZMP target value based on the gait data from the gait former, and a ZMP compensating stage for comparing the actual measurement value of ZMP detected by the ZMP sensor with the ZMP target value from the ZMP converter to modify the targeted angular velocity and acceleration in the gait data and thereby to compensate or correct the ZMP target value. Thus, the targeted angular path of movement in the gait data remains unaltered when the ZMP target value is compensated.
    • 公开了一种在不改变预先步态的情况下实现稳定性的双足步行移动系统,以及步行控制器及其控制方法。 双足步行移动装置包括用于形成步态数据的步态成形器和用于基于步态数据控制驱动装置的动作的步行控制器。 步行控制器包括:ZMP补偿器,包括:ZMP传感器,用于基于来自步态成型器的步态数据计算ZMP目标值的ZMP转换器,以及用于比较由ZMP检测到的ZMP的实际测量值的ZMP补偿级 传感器,具有来自ZMP转换器的ZMP目标值,以修改步态数据中的目标角速度和加速度,从而补偿或校正ZMP目标值。 因此,当补偿ZMP目标值时,步态数据中的目标角度运动路径保持不变。
    • 8. 发明申请
    • Walking type moving device and walking control device therefor and walking control method
    • 步行式移动装置及步行控制装置及步行控制方法
    • US20050171635A1
    • 2005-08-04
    • US10517377
    • 2003-06-04
    • Takayuki FurutaTetsuo TawaraYu OkumuraHiroaki KitanoMasaharu Shimizu
    • Takayuki FurutaTetsuo TawaraYu OkumuraHiroaki KitanoMasaharu Shimizu
    • A63H11/18B25J5/00B25J13/08B62D57/032G06F19/00
    • B25J13/085B62D57/032
    • A walk controller (30) to drive-control drive means of respective joint portions (15L, 15R to 20L, 20R) of respective leg portions (13L, 13R) based on gait data comprises force sensors (23L, 23R) to detect forces applied to the soles of respective foot portions (14L, 14R), and a compensation part (32) to adjust the gait data from a gait forming part (24) based on horizontal floor reaction force among the forces detected by the force sensors, respective force sensor parts (23L, 23R) comprises 3-axis force sensors (36a to 36d) provided to respective parts of soles divided into a plurality at respective foot portions (14L, 14R), a contact detection part (32b) detects a contact of foot sides by the force sensors provided to regions next to end edges of respective soles, and the compensation part (32) adjusts the gait data from the gait forming part (24) referring to the contact of foot sides, and thereby the contact of foot sides to such a matter as an obstacle is detected, and a walk stability is realized.
    • 基于步态数据,用于基于步态数据的各个脚部(13L,13R)的各接合部(15L,15R〜20L,20R)的驱动控制驱动装置的行走控制器(30)包括力传感器 ,23R),用于检测施加到各脚部(14L,14R)的鞋底的力;以及补偿部(32),根据步行形成部(24)的步行数据, 由力传感器检测到的力,各自的力传感器部件(23L,23R)包括设置在各个脚部分(14L,23R)上的多个鞋底部分的三轴力传感器(36a至36d) 14R)中,接触检测部(32b)通过设置在各个鞋底的端部边缘附近的区域的力传感器检测脚侧的接触,补偿部(32)从步态形成部(32b) 24)指脚侧面的接触,从而使脚侧与诸如ob的接触 检测到突破,实现步行稳定。
    • 9. 发明授权
    • Non-reciprocal circuit device
    • 不可逆电路装置
    • US07978018B2
    • 2011-07-12
    • US12372164
    • 2009-02-17
    • Takayuki FurutaHiroshi OkazakiShoichi Narahashi
    • Takayuki FurutaHiroshi OkazakiShoichi Narahashi
    • H01P1/38
    • H01P1/383
    • A non-reciprocal circuit device comprising a magnetic plate F1; center conductors L1, L2, and L3 that are mutually insulated and disposed so as to intersect on magnetic plate F1; a plane conductor P1 that is disposed facing the center conductors with magnetic plate F1 placed therebetween, the plane conductor being connected to first ends of all the center conductors; matching capacitors C1 to C3 that have first ends grounded electrically and second ends connected to second ends of the center conductors; first matching circuits that have first ends connected to the second ends of the center conductors and second ends that are input/output ports; and a second matching circuit that has a first end connected to or integrated with the plane conductor and a second end grounded electrically.
    • 一种包括磁性板F1的不可逆电路装置; 中心导体L1,L2和L3相互绝缘并设置成与磁板F1相交; 平面导体P1,面对中心导体设置有放置在其间的磁性板F1,平面导体连接到所有中心导体的第一端; 匹配电容器C1至C3,其具有接地的第一端,第二端连接到中心导体的第二端; 第一匹配电路,其具有连接到作为输入/输出端口的中心导体和第二端的第二端的第一端; 以及第二匹配电路,其具有连接到所述平面导体或与所述平面导体一体化的第一端和被电接地的第二端。