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    • 2. 发明专利
    • Method for controlling tact time scaling of industrial robot
    • 控制工业机器人时间缩放的方法
    • JPS6111813A
    • 1986-01-20
    • JP13088984
    • 1984-06-27
    • Hitachi Keiyo Eng Co LtdHitachi Ltd
    • IMANISHI KEIJI
    • B25J9/16B25J9/22G05B19/42
    • G05B19/42G05B2219/36471
    • PURPOSE:To obtain easily and precisely a changed result for a short period by executing multiplying and dividing processing based upon a tact time factor as for setting speed and time successively required at the playback of a manipulator to control the playback. CONSTITUTION:A teaching playback type industrial robot device system is constitued of a robot control device 1, a teaching console 4 and a robot body (mainpulator) 5 and the control device 1 operate the robot body 5 on the basis of a signal inputted from an operation key 2 or the like. Real data (setting time) set in each timer No. is multiplied or divided by the tact time factor and then used for the control of the robot 5. Thus,the current tact time can be easily changed to an optional length only by setting an optional tact time factor.
    • 目的:通过执行基于节拍时间因子的乘法和分割处理来简化和精确地获得改变的结果,用于设置在操纵器的重放时连续需要的速度和时间来控制回放。 构成:机器人控制装置1,教学台4和机器人主体(主控器)5构成教学回放型工业机器人装置系统,控制装置1基于从 操作键2等。 将每个定时器编号中设置的实际数据(设定时间)乘以或除以节拍时间因子,然后用于机器人5的控制。因此,当前节拍时间可以通过设置一个 可选节拍时间因素。
    • 4. 发明专利
    • METHOD AND DEVICE FOR CONTROLLING ROBOT
    • JPS60123905A
    • 1985-07-02
    • JP23133183
    • 1983-12-09
    • HITACHI LTDHITACHI KEIYO ENG
    • IMANISHI KEIJI
    • G05B9/02B25J9/16B25J9/18B25J9/22G05B19/18G05B19/4063G05B19/4067
    • PURPOSE:To safely start a robot from a midpoint of its moving course, by deciding whether or not the coordinate value of a stopping robot moving section is the allowable route extent of a scheduled route and controlling the movement of the robot to the next target teaching point in accordance with the judged result. CONSTITUTION:A whole robot system is constituted of the main body of a robot 300, control section 100 which controls the robot 300, and teaching section 200 which teaches the operating route of the robot. The control section 100 is provided with a magnetic bubble memory MBM which stores a control program and teaching program, system controlling processor SCP, etc., and drives and controls the robot main body 300. When the robot 300 is driven and controlled, it is decided whether or not the coordinate value of the stopping moving section of the robot, such as welding torch 311, etc., exists in a prefixed allowable route extent against a scheduled moving route between preset teaching coordinate points. If the moving section exists in the extent, the movement of the robot is controlled along the scheduled route from the stopping point to the next target teaching point.
    • 5. 发明专利
    • Gear mechanism
    • 齿轮机构
    • JPS6124875A
    • 1986-02-03
    • JP14429084
    • 1984-07-13
    • Hitachi Keiyo Eng Co LtdHitachi Ltd
    • IMANISHI KEIJI
    • F16H55/24
    • F16H55/24
    • PURPOSE:To provide a gearing mechanism with no backlash at low cost by using a coil spring for one of the gears meshing together, and by reducing the number of parts. CONSTITUTION:One 2 of the members of a gearing mechanism such as worm gear is made as a cylindrical coil spring from a elastic material. This is meshed with the other member 3 of gearing mechanism. This arrangement can prevent backlash owing to restoration force of the gear member 2 by said cylindrical coil spring. In the case of plain gears, fixation shall be made by winding a cylindrical coil spring round the core.
    • 目的:通过使用用于啮合在一起的齿轮之一的螺旋弹簧和通过减少部件的数量来提供没有齿隙的齿轮传动机构。 构成:蜗轮传动机构的一个构件中的一个由弹性材料制成为圆柱形螺旋弹簧。 这与齿轮机构的另一个构件3啮合。 这种布置可以防止齿轮构件2由所述圆柱形螺旋弹簧的恢复力产生的齿隙。 在平齿轮的情况下,应通过将圆柱形螺旋弹簧缠绕在芯上来进行固定。