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    • 1. 发明授权
    • Orthogonal two-axis moving apparatus
    • 正交双轴移动装置
    • US5063334A
    • 1991-11-05
    • US555939
    • 1990-07-23
    • Takeo TanitaHiroyuki KigamiYusaku Azuma
    • Takeo TanitaHiroyuki KigamiYusaku Azuma
    • B25J9/02B25J9/04B25J9/10B25J9/16
    • B25J9/041B25J9/023B25J9/104B25J9/1692F16H2019/069Y10T74/18848
    • An orthogonal two-axis moving apparatus includes a first guide member which extends along one direction and is attached to a stationary position, a slide block which is slidably supported on the first guide member and is movable in the one direction, and a second guide member which extends along the other direction perpendicular to the one direction and is supported by the slide block to be movable in the other direction. First and second rollers are pivotally supported on two ends of the first guide member, a third roller is pivotally supported on one end of the second guide member, and intermediate rollers are pivotally supported on four corner portions of the slide block. A coupling belt is provided and has two ends of which are fixed to the other end of the second guide member and which is looped in a cross shape on the first to third rollers and the four intermediate rollers. In addition, a first origin detection device detects an original position of the slide block along the one direction, and a second origin detection device for detecting an origin position of the second guide member along the other direction.
    • 正交的双轴移动装置包括沿着一个方向延伸并且附接到静止位置的第一引导构件,滑动支撑在第一引导构件上并可沿一个方向移动的滑动块,以及第二引导构件 其沿着垂直于该一个方向的另一个方向延伸并且由滑动块支撑以能够在另一个方向上移动。 第一和第二辊枢转地支撑在第一引导构件的两端上,第三辊枢转地支撑在第二引导构件的一端上,并且中间滚子枢转地支撑在滑块的四个角部上。 提供一个联接带,其两端固定到第二导向件的另一端,并且在第一至第三辊和四个中间辊上以十字形环绕。 此外,第一原点检测装置沿着一个方向检测滑动块的原始位置,以及第二原点检测装置,用于检测第二引导构件沿着另一个方向的原点位置。
    • 9. 发明授权
    • Moving apparatus
    • 移动装置
    • US5040427A
    • 1991-08-20
    • US443363
    • 1989-11-30
    • Takeo TanitaYusaku AzumaYasuhiro Sawada
    • Takeo TanitaYusaku AzumaYasuhiro Sawada
    • B23Q5/38F16H19/02
    • B23Q5/385F16H19/02Y10T74/18072
    • A moving mechanism according to the present invention includes a fixed base, a moving member movably provided with respect to the fixed base, a driving motor mounted on the moving member, a driving shaft rotatably supported by the moving member and rotated by the driving motor, a pair of driven wheels to be brought into rolling contact with the driving shaft, a unit for simultaneously bringing the driven wheels into rolling contact with the base, and an abutting unit for causing the driving shaft to abut against the driven wheels so that they are frictionally engaged with each other, and causing the driven wheels to abut against the fixed base so that they are fictionally engaged with each other, wherein the driven wheels are rotated on the fixed base to move the moving member with respect to the fixed base in accordance with rotation of the driving shaft. The moving mechanism further includes a slip detecting unit for detecting slip generated in a driving power transmitting system from the driving shaft to the fixed base, an abuting force adjusting unit, connected to the abutting unit, for adjusting the abutting force of the abutting unit, and a slip control unit for adjusting the abutting force adjusting unit in a direction of eliminating the slip on the basis of the detection result of the slip detecting unit.
    • 根据本发明的移动机构包括固定基座,相对于固定基座可移动地设置的移动构件,安装在移动构件上的驱动马达,由可动构件可旋转地支撑并由驱动马达旋转的驱动轴, 与驱动轴滚动的一对从动轮,用于同时使从动轮与基座滚动接触的单元,以及用于使驱动轴抵靠从动轮的邻接单元, 摩擦接合,并使从动轮与固定基座抵接,使得它们相互虚拟接合,其中从动轮在固定基座上旋转,以使移动构件相对于固定基座移动 随着驱动轴的旋转。 移动机构还包括滑动检测单元,用于检测从驱动轴到固定基座的驱动力传递系统中产生的滑移;连接到邻接单元的用于调节邻接单元的抵接力的排气力调节单元, 以及滑移控制单元,用于根据滑移检测单元的检测结果,在消除滑移的方向上调整抵接力调节单元。
    • 10. 发明授权
    • Arm origin calibrating method for an articulated robot
    • 铰接机器人的手臂原点校准方法
    • US5418890A
    • 1995-05-23
    • US898549
    • 1992-06-15
    • Katsumi IshiharaTakeo TanitaYasuhiro Sawada
    • Katsumi IshiharaTakeo TanitaYasuhiro Sawada
    • B25J9/06B25J9/10B25J9/16B25J9/18G05D3/12G05B19/42
    • B25J9/1692
    • An arm origin calibrating method for an articulated robot is capable of implementing highly accurate calibration without requiring special high-precision measuring devices. A round bar is mounted on a first arm and a round hole is provided in a second arm. A rotation angle of the second arm is detected when, with the first arm being fixed, the second arm is rotated in the first direction until the round bar comes in contact with the inner surface of the round hole. A rotation angle of the second arm is detected when, with the first arm being fixed, the second arm is rotated in the second direction reverse to the first direction until the round bar comes in contact with the inner surface of the round hole. An offset angle of the second arm is detected on the basis of the two detected rotation angles.
    • 关节式机器人的手臂原点校准方法能够实现高精度校准,而不需要特殊的高精度测量装置。 在第一臂上安装有圆棒,在第二臂上设置有圆孔。 当第一臂被固定时第二臂在第一方向上旋转直到圆棒与圆孔的内表面接触时,检测第二臂的旋转角度。 当第一臂被固定时,第二臂在与第一方向相反的第二方向上旋转直到圆棒与圆孔的内表面接触的方式来检测第二臂的旋转角度。 基于两个检测到的旋转角度来检测第二臂的偏移角。