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    • 3. 发明授权
    • Method of detecting seam characteristic points
    • 检测缝特征点的方法
    • US5796610A
    • 1998-08-18
    • US736540
    • 1996-10-24
    • Kenichi ArakawaTakao KakizakiShinji Omyo
    • Kenichi ArakawaTakao KakizakiShinji Omyo
    • B25J13/08B05D1/02B25J19/02G05B19/402G06F19/00
    • G05B19/402G05B2219/36405G05B2219/37048G05B2219/37053G05B2219/37425G05B2219/45065
    • In order to provide a method of detecting seam characteristic points which makes it possible to accurately and quickly detect seam characteristic points, which are used as work target positions, by using coordinate data of a series of distance points detected by a sensor, when sealing is performed by a robot (1) equipped with a sensor (2), seam characteristic points P of an object are detected, a distance to an arbitrary cross section of an object is detected by the sensor (2), the data obtained through the measurement are converted into coordinate data of a series of distance points arranged in a predetermined order, a statistic value regarding the distance between paired adjacent distance points among the series of distant points is calculated so as to obtain a threshold level for judging discontinuity, based on the statistic value, the distance between paired adjacent distance points is compared with the discontinuity threshold level so as to detect a pair of adjacent distance points which are separated from each other by a distance equal to or greater than the threshold level, the center point between the detected pair of adjacent distance points which are separated from each other by a distance equal to or greater than the threshold level is obtained as a seam characteristic point.
    • 为了提供检测接缝特征点的方法,通过使用由传感器检测到的一系列距离点的坐标数据,可以精确快速地检测作为工作目标位置的接缝特征点,当密封为 通过装备有传感器(2)的机器人(1)进行检测,检测物体的接缝特征点P,通过传感器(2)检测到物体的任意截面的距离,通过测量得到的数据 被转换为以预定顺序排列的一系列距离点的坐标数据,计算关于远程点间的一对相邻距离点之间的距离的统计值,以便获得用于判断不连续性的阈值水平,基于 统计值,将成对的相邻距离点之间的距离与不连续阈值水平进行比较,以便检测一对相邻的距离点 s彼此分离等于或大于阈值水平的距离,被检测的相邻距离点对之间的中心点彼此分开等于或大于阈值水平的距离获得为 接缝特征点。
    • 5. 发明授权
    • Production positioning system
    • 生产定位系统
    • US6043621A
    • 2000-03-28
    • US125358
    • 1998-09-09
    • Karl-Erik Neumann
    • Karl-Erik Neumann
    • B23Q15/22B25J9/10B25J9/16B25J9/18B25J13/00B25J13/08
    • B25J13/089B25J9/1697G05B2219/37053G05B2219/37567
    • A positioning method for a production system for positioning the location of a positioning head (2 12, 27) in relation to a work object, comprising a positioning body (1, 11), e.g. a robot or a machine tool, a positioning control unit (3) for the positioning body (1, 11) and a control data system (4) for the positioning control unit (3), wherein the control data system (4) communicates with a three-dimensional localisation measuring system (6) comprising at least one recording device (7) which determines and adjusts the location of the positioning head (2, 12, 27) in space and a positioning device for a production system for positioning the location of a positioning head (2, 12, 27) in relation to a work object, comprising a positioning body (1, 11), e.g. a robot or a machine tool, a positioning control unit (3) for the positioning body (1, 11) and a control data system (4) for the positioning control unit (3), wherein the control data system (4) is arranged to communicate with a three-dimensional localisation measuring system (6) comprising at least one recording device (7) for determining and adjusting the location of the positioning head (2, 12, 27) in space.
    • PCT No.PCT / SE97 / 00259 Sec。 371 1998年9月9日第 102(e)1998年9月9日PCT PCT 1997年2月17日提交PCT公布。 出版物WO97 / 30826 日期1997年8月28日一种用于定位相对于工件的定位头(2,12,27)的位置的生产系统的定位方法,包括定位体(1,11) 机器人或机床,用于定位体(1,11)的定位控制单元(3)和用于定位控制单元(3)的控制数据系统(4),其中控制数据系统(4)与 三维定位测量系统(6)包括至少一个记录装置(7),该记录装置确定并调整定位头(2,12,27)在空间中的位置,以及用于定位位置的生产系统的定位装置 相对于工作对象的定位头(2,12,27)包括定位体(1,11),例如, 机器人或机床,用于定位体(1,11)的定位控制单元(3)和用于定位控制单元(3)的控制数据系统(4),其中控制数据系统(4)被布置 与包括至少一个记录装置(7)的三维定位测量系统(6)进行通信,用于在空间中确定和调整定位头(2,12,27)的位置。
    • 7. 发明申请
    • A PRODUCTION POSITIONING SYSTEM
    • 生产定位系统
    • WO1997030826A1
    • 1997-08-28
    • PCT/SE1997000259
    • 1997-02-17
    • NEOS ROBOTICS ABNEUMANN, Karl-Erik
    • NEOS ROBOTICS AB
    • B25J09/10
    • B25J13/089B25J9/1697G05B2219/37053G05B2219/37567
    • A positioning method for a production system for positioning the location of a positioning head (2, 12, 27) in relation to a work object, comprising a positioning body (1, 11), e.g. a robot or a machine tool, a positioning control unit (3) for the positioning body (1, 11) and a control data system (4) for the positioning control unit (3), wherein the control data system (4) communicates with a three-dimensional localisation measuring system (6) comprising at least one recording device (7) which determines and adjusts the location of the positioning head (2, 12, 27) in space and a positioning device for a production system for positioning the location of a positioning head (2, 12, 27) in relation to a work object, comprising a positioning body (1, 11), e.g. a robot or a machine tool, a positioning control unit (3) for the positioning body (1, 11) and a control data system (4) for the positioning control unit (3), wherein the control data system (4) is arranged to communicate with a three-dimensional localisation measuring system (6) comprising at least one recording device (7) for determining and adjusting the location of the positioning head (2, 12, 27) in space.
    • 一种用于定位相对于工件的定位头(2,12,27)的定位的生产系统的定位方法,包括定位体(1,11),例如定位体。 机器人或机床,用于定位体(1,11)的定位控制单元(3)和用于定位控制单元(3)的控制数据系统(4),其中控制数据系统(4)与 三维定位测量系统(6)包括至少一个记录装置(7),该记录装置确定并调整定位头(2,12,27)在空间中的位置,以及用于定位位置的生产系统的定位装置 相对于工作对象的定位头(2,12,27)包括定位体(1,11),例如, 机器人或机床,用于定位体(1,11)的定位控制单元(3)和用于定位控制单元(3)的控制数据系统(4),其中控制数据系统(4)被布置 与包括至少一个记录装置(7)的三维定位测量系统(6)进行通信,用于在空间中确定和调整定位头(2,12,27)的位置。
    • 10. 发明公开
    • A PRODUCTION POSITIONING SYSTEM
    • 生产定位系统
    • EP0883468A1
    • 1998-12-16
    • EP97905528.0
    • 1997-02-17
    • Neos robotics AB
    • NEUMANN, Karl-Erik
    • B23Q15B25J9B25J13
    • B25J13/089B25J9/1697G05B2219/37053G05B2219/37567
    • A positioning method for a production system for positioning the location of a positioning head (2, 12, 27) in relation to a work object, comprising a positioning body (1, 11), e.g. a robot or a machine tool, a positioning control unit (3) for the positioning body (1, 11) and a control data system (4) for the positioning control unit (3), wherein the control data system (4) communicates with a three-dimensional localisation measuring system (6) comprising at least one recording device (7) which determines and adjusts the location of the positioning head (2, 12, 27) in space and a positioning device for a production system for positioning the location of a positioning head (2, 12, 27) in relation to a work object, comprising a positioning body (1, 11), e.g. a robot or a machine tool, a positioning control unit (3) for the positioning body (1, 11) and a control data system (4) for the positioning control unit (3), wherein the control data system (4) is arranged to communicate with a three-dimensional localisation measuring system (6) comprising at least one recording device (7) for determining and adjusting the location of the positioning head (2, 12, 27) in space.
    • 一种用于定位定位头(2,12,27)相对于工件的位置的生产系统的定位方法,包括定位体(1,11),例如定位体 机器人或机床,用于定位体(1,11)的定位控制单元(3)和用于定位控制单元(3)的控制数据系统(4),其中控制数据系统(4)与 包括至少一个记录装置(7)的三维定位测量系统(6),所述记录装置(7)确定和调节所述定位头(2,12,27)在空间中的位置以及用于定位所述位置的生产系统的定位装置 所述定位头(2,12,27)相对于工作对象包括定位体(1,11),例如, 机器人或机床,用于定位体(1,11)的定位控制单元(3)以及用于定位控制单元(3)的控制数据系统(4),其中控制数据系统(4) 以与包括至少一个记录装置(7)的三维定位测量系统(6)通信,所述记录装置(7)用于确定和调节所述定位头(2,12,27)在空间中的位置。