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    • 5. 发明公开
    • Apparatus for measuring angular position and displacement of a rotary table and accuracy analyzing apparatus therefor
    • 设备,用于测量旋转角和一个转台的运动和用于确定的精度
    • EP1434027A2
    • 2004-06-30
    • EP03029223.9
    • 2003-12-18
    • Mori Seiki Co., Ltd.Intelligent Manufacturing Systems International
    • Yagami, Toru
    • G01B5/00G01B21/04B23Q16/02B23Q1/00
    • G01B5/25
    • A measuring apparatus 2 comprises: a base 10 fixed onto the rotary table 83; a rotational angular position detector 35 having first and second members 36 and 37 mounted in relatively rotatable fashion about a preset rotational center axis, one member being provided with a scale and the other with a reading device, wherein the first member 36 is mounted fixedly on the base 10; a restraining mechanism 55 which engages with the second member 37 of the rotational angular position detector 35 and thereby restrains rotation of the second member 37, while allowing the base 10 and the rotational angular position detector 35 to move in vertical direction; and a ring-shaped detection member 49 mounted perpendicularly on the base 10 by orienting center axis at right angles to the upper surface of the rotary table 83 and accommodating therein the rotational angular position detector 35.
    • 的测量设备2包括:固定在旋转台83的基座10; 具有第一和第二构件36和37安装在相对可旋转的基座方式绕一预设旋转中心轴线的旋转角度位置检测器35,设置有一个刻度和其他与一个读出装置一个构件,worin第一部件36被固定安装 底座10; 一个限制机构55,其与旋转角位置检测器35的第二构件37接合,并且由此限制第二构件37的旋转,同时允许基座10和旋转角度位置检测器35在垂直方向上移动; 和垂直安装在底座10上的环状的检测构件49通过定向成直角中心轴到旋转台83的上表面和在其中容纳的旋转角度位置检测器35
    • 6. 发明公开
    • NC machine tool having spindle run-out diagnosing function
    • 系统工程技术有限公司
    • EP1162030A3
    • 2004-06-23
    • EP01112931.9
    • 2001-06-06
    • Mori Seiki Co., Ltd.Intelligent Manufacturing Systems International
    • Akamatsu, YoshiakiFujishima, Makoto
    • B23Q17/22G01B5/25G01B7/28G01B11/27
    • B23Q17/22G05B19/4065G05B2219/37242G05B2219/37374G05B2219/49177
    • The present invention provides an NC machine tool which permits a check for the run-out of a spindle thereof at any time. The NC machine tool includes deflection detecting means (22) provided on a base within a machining area, and run-out diagnosing means (8) for conducting a diagnosis on the run-out of the spindle by calculating the amount of the run-out of the spindle on the basis of a deflection detected by the deflection detecting means (22) and comparing the calculated run-out amount with a predetermined tolerance. A test tool is attached to the spindle and rotated about an axis thereof, and the deflection of an outer circumferential surface of the test tool is detected by the deflection detecting means (22). On the basis of the deflection thus detected, the run-out diagnosing means (8) conducts a diagnosis on the run-out of the spindle. The diagnosis on the run-out of the spindle can be achieved through a simple and easy operation by moving the test tool into a detection area of the deflection detecting means (22).
    • 本发明提供一种NC机床,其可以随时检查其主轴的跳动。 数控机床包括设置在加工区域内的基座上的偏转检测装置(22),以及用于通过计算出流出量来对主轴的运行进行诊断的流出诊断装置(8) 基于由偏转检测装置(22)检测到的偏转,并将计算的流出量与预定公差进行比较。 测试工具附接到主轴并围绕其轴线旋转,并且由偏转检测装置(22)检测测试工具的外圆周表面的偏转。 根据检测出的挠曲,跳动诊断装置(8)对主轴的跳动进行诊断。 通过将测试工具移动到偏转检测装置(22)的检测区域中,可以通过简单且容易的操作来实现主轴运行的诊断。
    • 8. 发明公开
    • NC machining simulation apparatus
    • 设备的数控加工仿真
    • EP1186976A3
    • 2004-03-10
    • EP01120657.0
    • 2001-08-30
    • Mori Seiko Co.,Ltd.Intelligent Manufacturing Systems International
    • Nakamura, Takayuki
    • G05B19/4069
    • G05B19/4068G05B19/4069Y02P90/265
    • The present invention relates to a more convenient machining simulation apparatus for simulating a machining operation in accordance with an NC program. The machining simulation apparatus is adapted to display the configuration of a tool and the configuration of a workpiece on a display device (31) and change the tool configuration and the workpiece configuration on the display device (31) in accordance with the NC program so as to check the movement and machining state of the tool on the display device (31). The apparatus includes a process image data storage section (27) for storing therein pixel data generated at the end of each machining process by an image data generating section (21). The image data generating section (21), in response to designation of a machining process externally inputted thereto, reads pixel data generated at the end of a machining process precedent to the designated machining process from the process image data storage section (27) to display the tool configuration and the workpiece configuration on the display device (31) on the basis of the read pixel data, and successively re-generates pixel data for the designated machining process and machining processes subsequent thereto to display the tool configuration and the workpiece configuration on the display device (31) on the basis of the re-generated pixel data.
    • 9. 发明公开
    • Accuracy analyzing apparatus for machine tool
    • Apparat zur Genauigkeitsanalysefüreine Werkzeugmachine
    • EP1329688A2
    • 2003-07-23
    • EP03000534.2
    • 2003-01-09
    • Mori Seiki Co., Ltd.Intelligent Manufacturing Systems International
    • Fujishima, Makoto
    • G01B11/27
    • G01B11/27B23Q17/22B23Q17/24G01B11/00
    • The present invention relates to an accuracy analyzing apparatus which is capable of efficiently analyzing accuracies of a machine tool including the perpendicularity of a spindle axis and the thermal displacement of a spindle with a higher level of accuracy at lower costs. The accuracy analyzing apparatus (1) comprises a laser oscillator (2) attached to the spindle (26) for emitting a laser beam having a light axis perpendicular to the spindle axis, an imaging device (5, 8) having a light receiving section (5) disposed in the vicinity of the laser oscillator (2) for receiving the laser beam from the laser oscillator (2) by the light receiving section (5) and generating two-dimensional image data, and an analyzer (15) for analyzing the accuracies of the machine tool (20) on the basis of the generated image data.
    • 精度分析装置技术领域本发明涉及一种精度分析装置,其能够以更低的成本有效地分析具有主轴轴线的垂直度和主轴的热位移的精度的准确度,并且具有更高的准确度。 精度分析装置(1)包括安装在主轴(26)上的激光振荡器(2),用于发射具有垂直于主轴轴线的光轴的激光束;成像装置(5,8),具有光接收部分 5)设置在激光振荡器(2)附近,用于由光接收部分(5)接收来自激光振荡器(2)的激光束并产生二维图像数据;以及分析器(15),用于分析 基于所生成的图像数据,机床(20)的精度。
    • 10. 发明公开
    • Machining time estimation apparatus for nc machine tool
    • 用于估计的处理时间一数控机床的装置
    • EP1320001A2
    • 2003-06-18
    • EP02027551.7
    • 2002-12-09
    • Mori Seiki Co., Ltd.Intelligent Manufacturing Systems International
    • Nakamura, Takayuki, Mori Seiko Co.,Ltd.
    • G05B19/4093
    • G05B19/406G05B2219/31407G05B2219/32184G05B2219/37336Y02P90/22
    • A machining time estimation apparatus 20, capable of accurate machining time calculation, comprising a database 22 for storing the actual operation time data of miscellaneous functions, an actual operation time calculation section 21 for calculating the actual operation time of each miscellaneous function to update the data stored in the database 22, and an operation time estimation section 24 for analyzing an NC program, block by block, for calculating the estimated operation time of axis movement on the basis of the result of the analysis, for estimating the operation time of each miscellaneous function by searching the database 22 and for calculating the estimated operation time of each block and the estimated machining time of the whole program on the basis of the estimated operation time of the axis movement and the estimated operation time of the miscellaneous function.
    • 的加工时间估计装置20中,能够准确的加工时间计算的,包括一个数据库22,用于存储的辅助功能的实际操作时间数据,在实际操作时间计算部21,用于计算每个辅助功能的实际运转时间来更新数据 存储在数据库22中,并在用于在NC程序中,逐块分析操作时间估计部分24,用于计算轴运动的估计运行时间的分析结果的基础上,估计每一杂的操作时间 通过搜索数据库22和用于计算每个块与轴线运动和杂项功能的估计运行时间的估计的操作时间的基础上整个程序的估计加工时间的估计的工作时间的功能。