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    • 1. 发明授权
    • Method for operating an industrial robot
    • 操作工业机器人的方法
    • US09387590B2
    • 2016-07-12
    • US14389822
    • 2013-04-05
    • REIS GROUP HOLDING GMBH & CO. KG
    • Franz Som
    • G05B15/00G05B19/00B25J13/06G05B19/409G06F3/0488
    • B25J13/06G05B19/409G06F3/04883
    • A method for operating an industrial robot by means of an operating device, including a step of touching a virtual operating element of a touch display of a graphical user interface. A function associated with the operating element is triggered when the virtual operating element is touched, the movement of the industrial robot being carried out relative to a robot coordinate system and the movement on the touch display being carried out relative to a display coordinate system. In order to be able to simply align the coordinate systems of the operating device and of the industrial robot with each other, the display coordinate system is recalibrated after a relative movement of the operating device with respect to the robot coordinate system.
    • 一种用于通过操作装置操作工业机器人的方法,包括触摸图形用户界面的触摸显示器的虚拟操作元件的步骤。 当触摸虚拟操作元件时,触发与操作元件相关联的功能,相对于机器人坐标系进行工业机器人的移动,并且相对于显示坐标系来执行触摸显示器上的移动。 为了能够简单地将操作装置和工业机器人的坐标系相互对准,在操作装置相对于机器人坐标系的相对移动之后,显示坐标系被重新校准。
    • 2. 发明授权
    • Assembly and method for detecting radiation
    • 检测辐射的装配和方法
    • US09314877B2
    • 2016-04-19
    • US13575382
    • 2011-01-20
    • Klaus R. GoebelMatthias Miessen
    • Klaus R. GoebelMatthias Miessen
    • B23K26/40B23K26/30F16P1/02F16P1/06
    • F16P1/06B23K26/702B23K26/706F16P1/02
    • The invention relates to an assembly and method for detecting laser radiation which hits a disc (20, 28) sealing an opening (16, 18) of an enclosure, wherein at least one sensor (22) detecting the radiation is aligned having the radiation sensitive region (24) thereof on a circumferential edge section (26) of the disc, which is designed to be radiation-conducting. In order to enable secure monitoring both of the disc and of the enclosure, without a plurality of sensors being required, according to the invention, the enclosure has two walls (12, 14) spaced apart from each other and having openings (16, 18) which are sealed by the disc (20), the disc (20, 28) is arranged between the walls at the edge and the sensor (22) is arranged having the sensitive region (24) thereof between the walls, spaced apart from the disc or within an opening of the disc.
    • 本发明涉及一种用于检测激光辐射的组件和方法,该激光辐射撞击密封外壳的开口(16,18)的盘(20,28),其中检测辐射的至少一个传感器(22)对准具有辐射敏感 区域(24)在盘的圆周边缘部分(26)上,其设计成是辐射导电的。 为了能够安全地监视光盘和外壳,不需要多个传感器,根据本发明,外壳具有彼此间隔开并具有开口(16,18)的两个壁(12,14) ),其被所述盘(20)密封,所述盘(20,28)布置在所述边缘处的所述壁之间,并且所述传感器(22)布置成具有位于所述壁之间的敏感区域(24) 光盘或光盘的开口内。
    • 3. 发明授权
    • Method and arrangement for firm bonding of materials
    • 材料牢固粘合的方法和布置
    • US08698039B2
    • 2014-04-15
    • US13027782
    • 2011-02-15
    • Axel HeinriciLars-Soren Ott
    • Axel HeinriciLars-Soren Ott
    • B23K26/00B23K26/20
    • B23K1/0056B23K26/034B23K26/0676B23K26/0734B23K2101/36
    • A method and an arrangement for a firm bonding of a first material with a second material by means of soldering through focused laser radiation impacting on the first material, with the output controlled in dependence on the temperature measured in the area of the impacting focused laser radiation. To assure that surface properties will not lead to a noticeable distortion of the material temperature to be measured so that a reproducible, high quality soldering will be possible, it is provided for the temperature to be measured in an area of the first material that is adjacent to that in which the focused laser radiation impacts on the first material, with the area in which the temperature is measured and the area of impact of the laser radiation lying within the area of the soldering spot.
    • 一种用于通过焊接通过聚焦激光辐射冲击第一材料而使第一材料与第二材料牢固结合的方法和装置,其中输出根据在冲击聚焦激光辐射的区域中测量的温度来控制 。 为了确保表面特性不会导致要测量的材料温度的明显变形,使得可再现的高质量焊接将成为可能,在相邻的第一材料的区域中提供待测量的温度 涉及聚焦的激光辐射冲击第一材料的区域,其中测量温度的区域和激光辐射的冲击面积位于焊接点的区域内。
    • 5. 发明授权
    • Method and device for applying a strip-shaped material onto an object
    • 用于将条形材料施加到物体上的方法和装置
    • US09539796B2
    • 2017-01-10
    • US14051667
    • 2013-10-11
    • Thomas BischofHarald Danz
    • Thomas BischofHarald Danz
    • B65H37/00B32B37/00B23P19/04B65H35/00
    • B32B37/0046B23P19/047B65H35/0013B65H37/002Y10T156/10Y10T156/12Y10T156/17
    • The invention relates to a method and a device for applying a strip-shaped material (28) onto a contact area (60) of an object that is limited by at least one second section emanating from the first section, whereby the strip-shaped material is applied in a direction of application (70) onto the contact area by a pressure element (30) and the pressure element emanates from a pivotable pivoting element (20) that is connected to a holder. In order to make a completely automated application of the strip-shaped material onto the object possible, it is suggested that the actively pivotable pivoting element (20) is pivoted during the application of the strip-shaped material (28) onto the contact area (60) in and/or counter to the direction of application (70) and executes a lifting movement during the course of the pivoting movement.
    • 本发明涉及一种用于将条形材料(28)施加到由从第一部分发出的至少一个第二部分限制的物体的接触区域(60)上的方法和装置,由此带状材料 通过压力元件(30)沿着施加方向(70)施加到接触区域上,并且压力元件从连接到保持器的可枢转枢转元件(20)发出。 为了使带状材料完全自动化地应用到物体上,建议在将带状材料(28)施加到接触区域(20)上时,主动枢转的枢转元件(20)枢转 60)和/或与施加方向(70)相反,并且在枢转运动的过程中执行提升运动。
    • 7. 发明授权
    • Device and method for operating an industrial robot
    • 用于操作工业机器人的装置和方法
    • US09579800B2
    • 2017-02-28
    • US14388105
    • 2013-03-28
    • REIS GROUP HOLDING GMBH & CO. KG
    • Franz Som
    • G05B19/04G05B19/18B25J13/06G05B19/409G06F3/041G06F3/0488G06F3/03
    • B25J13/06G05B19/409G05B2219/23377G05B2219/23378G05B2219/36168G05B2219/39443G06F3/03G06F3/0412G06F3/04886
    • The invention relates to a hand-held operating device for operating an industrial robot, the device including a graphical operator interface having a touch-sensitive display for displaying at least one virtual operating element, which represents a function for operating the robot, and which can be operated by touching the operating element with a finger of an operating person or a pen, a control unit for controlling the graphical operator interface and for communicating with a robot controller, a haptic mark associated with at least one virtual operating element and designed as a guide, which haptic mark is arranged in a display frame; that surrounds the touch-sensitive display at least in some areas and/or is arranged in frame segments of the display frame and by means of which haptic mark the finger of an operating person or the pin can be guided in the direction of the at least one operating element.
    • 本发明涉及一种用于操作工业机器人的手持式操作装置,该装置包括具有用于显示至少一个虚拟操作元件的触敏显示器的图形操作器界面,该虚拟操作元件表示用于操作机器人的功能,并且其可以 通过用操作者或笔的手指触摸操作元件来操作;控制单元,用于控制图形操作者界面并与机器人控制器通信,与至少一个虚拟操作元件相关联的触觉标记,并被设计为 引导,哪个触觉标记被布置在显示框架中; 至少在一些区域中包围触摸敏感显示器和/或布置在显示框架的框架段中,并且借助于触觉标记操作人员的手指或者可以在至少一个方向上引导该引脚 一个操作元件。
    • 10. 发明申请
    • METHOD AND ARRANGEMENT FOR FIRM BONDING OF MATERIALS
    • 材料结合的方法和布置
    • US20110210099A1
    • 2011-09-01
    • US13027782
    • 2011-02-15
    • Axel HEINRICILars-Soren OTT
    • Axel HEINRICILars-Soren OTT
    • B23K26/00
    • B23K1/0056B23K26/034B23K26/0676B23K26/0734B23K2101/36
    • A method and an arrangement for a firm bonding of a first material with a second material by means of soldering through focused laser radiation impacting on the first material, with the output controlled in dependence on the temperature measured in the area of the impacting focused laser radiation. To assure that surface properties will not lead to a noticeable distortion of the material temperature to be measured so that a reproducible, high quality soldering will be possible, it is provided for the temperature to be measured in an area of the first material that is adjacent to that in which the focused laser radiation impacts on the first material, with the area in which the temperature is measured and the area of impact of the laser radiation lying within the area of the soldering spot.
    • 一种用于通过焊接通过聚焦激光辐射冲击第一材料而使第一材料与第二材料牢固结合的方法和装置,其中输出根据在冲击聚焦激光辐射的区域中测量的温度来控制 。 为了确保表面特性不会导致要测量的材料温度的明显变形,使得可再现的高质量焊接将成为可能,在相邻的第一材料的区域中提供待测量的温度 涉及聚焦的激光辐射冲击第一材料的区域,其中测量温度的区域和激光辐射的冲击面积位于焊接点的区域内。