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    • 5. 发明授权
    • Industrial robot system
    • 工业机器人系统
    • US08046104B2
    • 2011-10-25
    • US11667067
    • 2005-10-21
    • Ralph Sjöberg
    • Ralph Sjöberg
    • G06F21/00
    • B25J9/1674B25J13/06B25J19/06G01S5/14G01S13/878G05B2219/33008G05B2219/36162G05B2219/39447G05B2219/40202
    • An industrial robot system including at least one industrial robot including a manipulator and a control unit for controlling the manipulator, a portable operator control device for teaching and manually operating a robot. The portable operator control device includes safety equipment including an enabling device, which upon activation enables manual operation of the robot by the portable operator control device. The portable operator control device is adapted for wireless communication with the control unit, and a detecting unit that detects when the portable operator control device enters an area defined in the vicinity of the manipulator. The robot includes an enabling function which upon activation enables the enabling device of the portable operator control device, and upon deactivation disables the enabling device. The robot system is adapted to automatically activate the enabling function of the robot upon detecting that the portable operator control device enters the defined area.
    • 一种工业机器人系统,包括至少一个工业机器人,其包括操纵器和用于控制操纵器的控制单元,用于教导和手动操作机器人的便携式操作员控制装置。 便携式操作员控制装置包括安全设备,其包括使能装置,其在启动时能够由便携式操作员控制装置手动操作机器人。 便携式操作员控制装置适于与控制单元的无线通信,以及检测单元,其检测便携式操作员控制装置何时进入在机械手附近定义的区域。 机器人包括使能功能,其在启动时使得便携式操作员控制装置的使能装置能够在停用时禁用启动装置。 机器人系统适于在检测到便携式操作员控制装置进入限定区域时自动启动机器人的使能功能。
    • 8. 发明申请
    • Industrial Robot System
    • 工业机器人系统
    • US20080125908A1
    • 2008-05-29
    • US11667067
    • 2005-10-21
    • Ralph Sjöberg
    • Ralph Sjöberg
    • G05B19/414G05B19/048B25J9/00
    • B25J9/1674B25J13/06B25J19/06G01S5/14G01S13/878G05B2219/33008G05B2219/36162G05B2219/39447G05B2219/40202
    • An industrial robot system including at least one industrial robot including a manipulator and a control unit for controlling the manipulator, a portable operator control device for teaching and manually operating a robot. The portable operator control device includes safety equipment including an enabling device, which upon activation enables manual operation of the robot by the portable operator control device. The portable operator control device is adapted for wireless communication with the control unit, and a detecting unit that detects when the portable operator control device enters an area defined in the vicinity of the manipulator. The robot includes an enabling function which upon activation enables the enabling device of the portable operator control device, and upon deactivation disables the enabling device. The robot system is adapted to automatically activate the enabling function of the robot upon detecting that the portable operator control device enters the defined area.
    • 一种工业机器人系统,包括至少一个工业机器人,其包括操纵器和用于控制操纵器的控制单元,用于教导和手动操作机器人的便携式操作员控制装置。 便携式操作员控制装置包括安全设备,其包括使能装置,其在启动时能够由便携式操作员控制装置手动操作机器人。 便携式操作员控制装置适于与控制单元的无线通信,以及检测单元,其检测便携式操作员控制装置何时进入在机械手附近定义的区域。 机器人包括使能功能,其在启动时使得便携式操作员控制装置的使能装置能够在停用时禁用启动装置。 机器人系统适于在检测到便携式操作员控制装置进入限定区域时自动启动机器人的使能功能。
    • 10. 发明授权
    • Machining limit area specifying method and manuel feed machining method using numerical control unit
    • 加工极限区域指定方法和使用数控单元的手动进给加工方法
    • US06269283B1
    • 2001-07-31
    • US09077096
    • 1998-05-19
    • Satoru ShinozakiSusumu Nagayama
    • Satoru ShinozakiSusumu Nagayama
    • G06F1900
    • G05B19/4061G05B19/409G05B2219/33004G05B2219/33008G05B2219/36314G05B2219/49137G05B2219/49157
    • A machining limit area specifying method and a manual feed machining method using a numerical control unit capable of easily performing machining in a desired shape by manual feed. In specifying a machining limit area on an X-Y plane, a desired machining shape is defined by shaping data or a combination of some shaping data on the X-Y plane at a predetermined Z-coordinate, and the desired machining shape defined by the shaping data is specified as a machining limit area in which movement of a tool is permitted on the X-Y plane in manual machining using the numerical control unit. In specifying a machining limit area in the Z-axis direction, an inverse function using an X- or Y-coordinate value as a parameter is obtained based on a function for specifying the machining limit area on the X-Y plane on condition that a Z-coordinate value is used as a parameter, and the machining limit area in the Z-axis direction is specified based on the inverse function.
    • 使用能够通过手动进给容易地进行所需形状的加工的数控单元的加工限制区域指定方法和手动进给加工方法。 在XY平面上指定加工限制区域时,通过在XY平面上以预定的Z坐标成形数据或某些成形数据的组合来定义所需的加工形状,并且指定由成形数据定义的期望的加工形状 作为在使用数字控制单元的手动加工中在XY平面上允许工具移动的加工限制区域。 在指定Z轴方向的加工限制区域时,基于用于指定XY平面上的加工极限区域的功能,获得使用X或Y坐标值作为参数的反函数,条件是Z- 坐标值用作参数,并且基于反函数来指定Z轴方向上的加工限制区域。