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    • 1. 发明公开
    • 2족형 이동기구
    • 两种类型的机器人
    • KR1020070104847A
    • 2007-10-29
    • KR1020070039153
    • 2007-04-23
    • 가부시키가이샤 히타치세이사쿠쇼
    • 아미노아즈사나카무라료스케다마모토준이치
    • B25J5/00B25J17/00
    • A two-leg type moving device is provided to enable stable high speed movement on a plane ground and small-angle rotation by mounting casters and wheels whose directions are changed. A two-leg type moving device comprises left and right legs, first and second body links(2,4), casters(1bR,1bL), wheels(2bL,3bL), and a control unit. The left and the right legs have first leg actuators(1aL,1aR), a first leg link(1dL), second leg actuators(2aL,2aR), and a second leg link(2dL). The device is moved by fluctuating the first and the second leg links. The first body link is installed on an output shaft of a body actuator. The center of the second body link is mounted with the body actuator. The direction-changed casters are mounted on the first leg link side of the second leg link. The wheels are mounted on the first leg link side of the second leg link. The control unit fluctuates the first body link through the body actuator.
    • 提供双腿型移动装置,通过安装方向改变的脚轮和车轮,实现平面地面上的稳定高速运动和小角度旋转。 双腿式移动装置包括左腿和右腿,第一和第二主体连杆(2,4),脚轮(1bR,1bL),轮子(2bL,3bL)和控制单元。 左腿和右腿具有第一腿致动器(1aL,1aR),第一腿连杆(1dL),第二腿致动器(2aL,2aR)和第二腿连杆(2dL)。 通过使第一和第二腿连杆波动来移动装置。 第一主体连杆安装在主体致动器的输出轴上。 第二主体连杆的中心安装有主体致动器。 方向改变的脚轮安装在第二腿连杆的第一腿连杆侧上。 车轮安装在第二腿连杆的第一腿连杆侧上。 控制单元通过主体致动器使第一主体连杆波动。
    • 3. 发明公开
    • 안내 로봇장치 및 안내시스템
    • 接收机器人和接收机系统
    • KR1020080056669A
    • 2008-06-23
    • KR1020070132506
    • 2007-12-17
    • 가부시키가이샤 히타치세이사쿠쇼
    • 이치노세료코다마모토준이치
    • B25J5/00B25J13/00G08B21/00
    • G01C22/006
    • A guide robot and a guide system are provided to determine guide information based on the position of a counterpart and the distance from the guide robot to the counterpart, so that a destination guide display function is performed. A guide robot(1) includes a guide information display(3) and a moving unit(9). The guide information display displays guide information for a counterpart(2). The moving unit is used to move the guide information display. A destination position setting unit(4) sets the position of a destination of the counterpart. A position detecting unit(5) detects the position of the counterpart. A guide position calculating unit(8) calculates a position to be guided based on the position of the counterpart and the distance from the guide robot to the counterpart.
    • 提供引导机器人和引导系统以基于对方的位置以及从引导机器人到对方的距离来确定引导信息,从而执行目的地引导显示功能。 引导机器人(1)包括引导信息显示(3)和移动单元(9)。 指南信息显示显示对方(2)的指导信息。 移动单元用于移动引导信息显示。 目的地位置设定单元(4)设定对方的目的地的位置。 位置检测单元(5)检测对方的位置。 引导位置计算单元(8)基于对方的位置和从引导机器人到对方的距离来计算要被引导的位置。
    • 5. 发明公开
    • 로봇
    • 机器人
    • KR1020080084570A
    • 2008-09-19
    • KR1020080007193
    • 2008-01-23
    • 가부시키가이샤 히타치세이사쿠쇼
    • 아미노아즈사다마모토준이치나카무라료스케
    • B25J19/02B25J17/00
    • B25J19/022G01S17/88
    • A robot is provided to perform an automatic manipulation operation while measuring a distance between a workpiece and an obstacle by employing a unit of measuring a distance from a surrounding object. A neck link(3) is disposed in parallel to a yaw direction. A first head unit actuator(6) has an output shaft installed in parallel to the yaw direction. A first head unit link(7) moves at a predetermined angle only in the yaw direction along the output shaft of the first head unit actuator. A second head unit actuator(8) is installed in the first head unit link so that the direction of an output shaft is a pitch direction. A second head unit link(9) moves at a predetermined angle only in the pitch direction along the output shaft of the second head unit actuator. A third head unit actuator(10) is installed in the second head unit link so that the direction of an output shaft is a roll direction. A third unit link(11) moves at a predetermined angle only in the roll direction along the output shaft of the third head unit actuator. A robot face(12) is mounted on an end of the third head unit link. A robot eye(13) is installed in the robot face.
    • 提供机器人,通过采用测量与周围物体的距离的单位来测量工件与障碍物之间的距离,进行自动操作操作。 颈部连杆(3)平行于偏航方向设置。 第一头单元致动器(6)具有平行于偏航方向安装的输出轴。 第一头单元连杆(7)沿着第一头单元致动器的输出轴在偏航方向上以预定角度移动。 第二头单元致动器(8)安装在第一头单元连杆中,使得输出轴的方向为俯仰方向。 第二头单元连杆(9)仅沿着沿着第二头单元致动器的输出轴的俯仰方向以预定角度移动。 第三头单元致动器(10)安装在第二头单元连杆中,使得输出轴的方向为卷筒方向。 第三单元连杆11沿着第三头单元致动器的输出轴在卷轴方向上以预定角度移动。 机器人面(12)安装在第三头单元连杆的一端上。 机器人眼睛(13)安装在机器人面部。