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    • 2. 发明授权
    • Method for determining measuring points on a workpiece and a measuring system therefor
    • 用于确定工件上的测量点的方法及其测量系统
    • US06704684B2
    • 2004-03-09
    • US10125600
    • 2002-04-19
    • Rolf Beck
    • Rolf Beck
    • G01B728
    • G01B21/045B23Q17/20G05B2219/37193G05B2219/37526G05B2219/37532
    • The invention relates to a method for detecting measurement data on coordinate measuring and digitalizing machines. When the measuring times of the coordinate measuring machine and the sensor are determined by an electric signal (trigger), the equality thereof can be guaranteed and the influence of signal propagation delays can be excluded. The nth sensor information always corresponds to the nth machine information. Allocation is made easier when each value detected at a measuring time obtains an identifier. In one embodiment, surface points of a free forming surface can be detected during movement of the sensor on the coordinate measuring machine and by means of a measuring sensor. The measuring times are determined by an electric signal that is produced by the sensor and is transmitted to the coordinate measuring machine. The signal triggers distance measuring of the sensor as well as the output of the current machine position.
    • 本发明涉及一种用于检测坐标测量和数字化机器的测量数据的方法。 当坐标测量机和传感器的测量时间由电信号(触发)确定时,可以保证其等同性,并且可以排除信号传播延迟的影响。 第n个传感器信息总是对应于第n个机器信息。 当在测量时间检测到的每个值获得标识符时,分配变得更容易。 在一个实施例中,自由成形表面的表面点可以在传感器在坐标测量机上运动期间并通过测量传感器被检测到。 测量时间由传感器产生的电信号决定,并传输给坐标测量机。 该信号触发传感器的距离测量以及当前机器位置的输出。
    • 4. 发明授权
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    • 按制动
    • US5839310A
    • 1998-11-24
    • US702697
    • 1996-09-12
    • Shigeru TokaiMasaaki Takada
    • Shigeru TokaiMasaaki Takada
    • B21D5/02G05B19/404
    • G05B19/404B21D5/02B21D5/0209G05B2219/37403G05B2219/37526G05B2219/45143G05B2219/49184Y10S72/702
    • For starting bending of a workpiece, a provisional drive end for a ram is computed from information such as processing conditions for the workpiece input through a processing (condition input section and the relationship between the target bending angle for the workpiece and the springback angle of the workpiece stored in a springback data section. The ram is driven to the provisional drive end and then the bending angle of the workpiece is measured thereat by an angle measuring unit. Thereafter, a final drive end for the ram is obtained from (i) the measured bending angle, (ii) the relationship between the bending angle of the workpiece and the amount of driving the ram stored in a bending angle vs. driving amount data section, and (iii) the relationship between the target bending angle for the workpiece and the springback angle of the workpiece stored in a springback data section. The ram is driven to the final drive end thus obtained to complete the bending operation.
    • PCT No.PCT / JP95 / 00571 Sec。 371日期:1996年9月12日 102(e)日期1996年9月12日PCT 1995年3月27日PCT PCT。 WO95 / 26239 PCT出版物 日期1995年10月5日对于工件的起弧弯曲,通过处理(条件输入部以及工件的目标弯曲角度与工件的目标弯曲角度之间的关系)等信息,计算用于冲头的临时驱动端 将回转角度保存在回弹数据部分中,将压头驱动到临时驱动端,然后通过角度测量单元测量工件的弯曲角度,然后获得冲头的最终传动端 从(i)测量的弯曲角度,(ii)工件的弯曲角度与弯曲角度相对于驱动量数据部分存储的冲头的驱动量之间的关系,以及(iii)目标弯曲之间的关系 工件的角度和存储在回弹数据部分中的工件的回弹角度,将柱塞驱动到由此获得的最终传动端,以完成弯曲操作 n。
    • 7. 发明申请
    • Method for determining measuring points on a workpiece and a measuring system therefor
    • 用于确定工件上的测量点的方法及其测量系统
    • US20020185998A1
    • 2002-12-12
    • US10125600
    • 2002-04-19
    • Rolf Beck
    • G01R023/02
    • G01B21/045B23Q17/20G05B2219/37193G05B2219/37526G05B2219/37532
    • The invention relates to a method for detecting measurement data on coordinate measuring and digitalizing machines. Usually, the position of the machine, e.g. the x-, y-, z-coordinate, has to be linked to a value, e.g. distance value, that is generated by calipers or a sensor for obtaining the space coordinates of a surface point during detection of geometries on a coordinate measuring machine or digitalizing machine. It has to be guaranteed that the information of the coordinate measuring machine and the sensor originate from the same measuring time, whereby said information has to be linked, when a measuring sensor is used for detecting the geometry of an object, e.g. a free forming surface, and when said sensor is moved during detection. When the measuring times of the coordinate measuring machine and the sensor are determined by an electric signal (trigger), the equality thereof can be guaranteed and the influence of signal propagation delays can be excluded. The nth sensor information always corresponds to the nth machine information. Allocation is made easier when each value detected at a measuring time obtains an identifier. In one embodiment, surface points of a free forming surface can be detected during movement of the sensor on the coordinate measuring machine and by means of a measuring sensor. The measuring times are determined by an electric signal that is produced by the sensor and is transmitted to the coordinate measuring machine. Said signal triggers distance measuring of the sensor as well as the output of the current machine position.
    • 本发明涉及一种用于检测坐标测量和数字化机器的测量数据的方法。 通常,机器的位置,例如, x-,y-,z-坐标必须被链接到一个值,例如。 距离值,由卡尺或传感器产生,用于在坐标测量机或数字化机器上检测几何时获得表面点的空间坐标。 必须保证坐标测量机和传感器的信息来自相同的测量时间,从而当使用测量传感器来检测物体的几何形状时,所述信息必须被链接。 自由成形表面,并且当所述传感器在检测期间移动时。 当坐标测量机和传感器的测量时间由电信号(触发)确定时,可以保证其等同性,并且可以排除信号传播延迟的影响。 第n个传感器信息总是对应于第n个机器信息。 当在测量时间检测到的每个值获得标识符时,分配变得更容易。 在一个实施例中,自由成形表面的表面点可以在传感器在坐标测量机上运动期间并通过测量传感器被检测到。 测量时间由传感器产生的电信号决定,并传输给坐标测量机。 所述信号触发传感器的距离测量以及当前机器位置的输出。