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
    • 51. 发明授权
    • Control device of inverted pendulum type vehicle
    • 倒立摆式车辆控制装置
    • US08463523B2
    • 2013-06-11
    • US13394449
    • 2009-09-18
    • Kazushi AkimotoHideo MurakamiToru Takenaka
    • Kazushi AkimotoHideo MurakamiToru Takenaka
    • G01P15/14
    • B62K1/00B60B3/048B60B19/003B60Y2200/12B62K11/007B62K2207/04
    • An inverted pendulum type vehicle includes a loaded mode in which an object to be transported is loaded on a boarding unit, and a non-loaded state mode in which the object to be transported is not loaded thereon. When traveling velocities of a representative point of the vehicle in a steady-state, in which tilt errors θbe_x_s, θbe_y_s between actual tilt angles of a boarding unit and desired tilt angles thereof are maintained, constant are Vb_x_stb, Vb_y_stb, a traveling motion of a traveling motion unit is controlled such that at least a ratio of a magnitude of Vb_x_stb with respect to a magnitude of θbe_x_s becomes a smaller ratio in the non-loaded state mode than in the loaded state mode. Such inverted pendulum type vehicle is difficult to move in the non-loaded state mode, and is easy to move in the loaded mode.
    • 倒立摆式车辆包括其中待运送物体被装载在登机单元上的加载模式,以及未装载被运送物体的未加载状态模式。 当车辆的代表点的行驶速度处于稳定状态(其中倾斜误差为tabe_x_s)时,维持登机单元的实际倾斜角度与期望倾斜角度之间的tabe_y_s,常数为Vb_x_stb,Vb_y_stb,a 控制行驶运动单元,使得Vb_x_stb的大小相对于tabe_x_s的大小的至少比率在非加载状态模式下比在负载状态模式中变得较小。 这种倒立摆式车辆难以在无负载状态下移动,并且容易在加载模式下移动。
    • 54. 发明授权
    • Leg joint assist device of legged mobile robot
    • 腿式移动机器人的腿关节辅助装置
    • US07658246B2
    • 2010-02-09
    • US11575545
    • 2005-08-17
    • Toru TakenakaHiroshi GomiKazushi HamayaKazushi AkimotoShinya ShirokuraMinami AsataniKatsushi Tanaka
    • Toru TakenakaHiroshi GomiKazushi HamayaKazushi AkimotoShinya ShirokuraMinami AsataniKatsushi Tanaka
    • B25J19/00
    • B62D57/032B25J19/0012Y10T403/32606
    • An assist device 11 is equipped with a spring means 21 (gas spring), and a piston 24 in a cylinder 23 moves upward or downward according to a relative displacement motion (flexing or stretching motion) of a thigh 4 and a crus 5 at a knee joint 8 of a leg 3 of a robot. Air chambers 25 and 26 above and below the piston 24 are filled with gases. If a flexing degree at the knee joint 8 is a predetermined value or less, then the air chambers 25 and 26 are brought into communication through a groove 28 in the cylinder 23, and the spring means 21 does not generate an elastic force, but if the flexing degree exceeds the predetermined value, then the air chambers 25 and 26 are hermetically sealed from each other and the spring means 21 produces an elastic force, the elastic force acting on the knee joint 8 as assisting driving force. A burden on a joint actuator of a leg can be reduced, while reducing energy consumption of the robot by using a small and simple construction. Moreover, a change in the characteristics of an assisting driving force of the spring means 21 in response to a flexing degree of the knee joint 8 can be restrained.
    • 辅助装置11配备有弹簧装置21(气弹簧),并且气缸23中的活塞24根据大腿4和小腿5的相对位移运动(弯曲或拉伸运动)向上或向下移动 机器人腿3的膝关节8。 在活塞24上方和下方的气室25和26充满气体。 如果膝关节8的弯曲度为规定值以下,则气室25,26通过气缸23内的槽28连通,弹簧装置21不产生弹性力,但如果 挠曲度超过预定值,则空气室25和26彼此气密地密封,并且弹簧装置21产生作为辅助驱动力的作用在膝关节8上的弹力。 通过使用小而简单的结构,能够减轻腿的联合执行器的负担,同时减少机器人的能量消耗。 此外,可以抑制响应于膝关节8的弯曲程度的弹簧装置21的辅助驱动力的特性的变化。
    • 57. 发明申请
    • INVERTED PENDULUM TYPE VEHICLE
    • 逆变式车型
    • US20120175176A1
    • 2012-07-12
    • US13496487
    • 2009-09-18
    • Kazushi HamayaHironori WaitaHiroshi GomiJoonheon ShinKazushi Akimoto
    • Kazushi HamayaHironori WaitaHiroshi GomiJoonheon ShinKazushi Akimoto
    • B62D61/00
    • B62K1/00B60L11/1805B62J1/005B62J25/00B62K11/007B62K15/008Y02T10/7005
    • An inverted pendulum type vehicle (1) includes a lower frame incorporated with load sensor having an input portion 60 for receiving an external force and an upper frame (3) provided with a saddle 11 for supporting a load of a rider or a cargo and a grip handle (31) for enabling a user not riding the vehicle to support the vehicle (1), the upper frame being connected to the lower frame via the input portion of the load sensor. Therefore, in the vehicle including the lower frame supporting a propelling unit for the vehicle and the upper frame detachably attached to the lower frame, by using a single force sensor, not only the force acting on a load support portion of the upper frame can be detected in an accurate manner, but also the force acting on the load support portion when the user is transporting the vehicle can be detected.
    • 倒立摆式车辆(1)包括具有负载传感器的下框架,该负载传感器具有用于接收外力的输入部分60和设置有用于支撑乘员或货物的负载的鞍座11的上框架(3) 握持手柄(31),用于使得不骑车的用户能够支撑车辆(1),上框架经由负载传感器的输入部分连接到下框架。 因此,通过使用单个力传感器,在包括支撑车辆用推进单元的下框架和可拆卸地安装于下框架的上框架的车辆中,不仅作用在上框架的负载支撑部上的力可以 可以检测出准确的方式,而且可以检测到当用户正在运送车辆时作用在负载支撑部分上的力。
    • 60. 发明授权
    • Inverted pendulum type vehicle
    • 倒立摆式车
    • US08381859B2
    • 2013-02-26
    • US13496487
    • 2009-09-18
    • Kazushi HamayaHironori WaitaHiroshi GomiJoonheon ShinKazushi Akimoto
    • Kazushi HamayaHironori WaitaHiroshi GomiJoonheon ShinKazushi Akimoto
    • B62D61/00
    • B62K1/00B60L11/1805B62J1/005B62J25/00B62K11/007B62K15/008Y02T10/7005
    • An inverted pendulum type vehicle (1) includes a lower frame incorporated with load sensor having an input portion 60 for receiving an external force and an upper frame (3) provided with a saddle 11 for supporting a load of a rider or a cargo and a grip handle (31) for enabling a user not riding the vehicle to support the vehicle (1), the upper frame being connected to the lower frame via the input portion of the load sensor. Therefore, in the vehicle including the lower frame supporting a propelling unit for the vehicle and the upper frame detachably attached to the lower frame, by using a single force sensor, not only the force acting on a load support portion of the upper frame can be detected in an accurate manner, but also the force acting on the load support portion when the user is transporting the vehicle can be detected.
    • 倒立摆式车辆(1)包括具有负载传感器的下框架,该负载传感器具有用于接收外力的输入部分60和设置有用于支撑乘员或货物的负载的鞍座11的上框架(3) 握持手柄(31),用于使得不骑车的用户能够支撑车辆(1),上框架经由负载传感器的输入部分连接到下框架。 因此,通过使用单个力传感器,在包括支撑车辆用推进单元的下框架和可拆卸地安装于下框架的上框架的车辆中,不仅作用在上框架的负载支撑部上的力可以 可以检测出准确的方式,而且可以检测到当用户正在运送车辆时作用在负载支撑部分上的力。