会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Accuracy analyzing apparatus for machine tool
    • 机床精度分析仪
    • US06917418B2
    • 2005-07-12
    • US10395203
    • 2003-03-25
    • Makoto FujishimaMasao Kanamoto
    • Makoto FujishimaMasao Kanamoto
    • G01B11/00B23Q17/24G01B11/27G01B11/26
    • G01B11/272B23Q17/24
    • An accuracy analyzing apparatus 1 comprises: a light projector 2 attached to a main spindle 26 for emitting a light beam having a light axis coaxial with the axis of the main spindle 26; a semitransparent mirror 3 which transmits part of the emitted light beam and reflects other part; a first imaging device 4a for receiving the transmitted light beam; a second imaging device 4b for receiving the reflected light beam; and an analyzer 10 which calculates light receiving positions in the first and second imaging devices 4a and 4b, which estimates the light receiving position where the reflected light beam is to be received by the second imaging device 4b in the case where it is assumed that the axis of the main spindle 26 coincides with the first axis, and which compares the estimated light receiving position with the calculated light receiving position to analyze the perpendicularity of the axis of the main spindle 26.
    • 精度分析装置1包括:安装在主轴26上的光投射器2,用于发射具有与主轴26的轴线同轴的光轴的光束; 透射部分发射光束并反射其他部分的半透明镜3; 用于接收透射光束的第一成像装置4a; 用于接收反射光束的第二成像装置4b; 以及分析器10,其计算在第一和第二成像装置4a和4b中的光接收位置,其估计在第二成像装置4b的情况下由第二成像装置4b接收反射光束的光接收位置 假设主轴26的轴线与第一轴线重合,并且将估计的光接收位置与计算的光接收位置进行比较,以分析主轴26的轴线的垂直度。
    • 2. 发明授权
    • Pump control device and pump device
    • 泵控制装置和泵装置
    • US09217438B2
    • 2015-12-22
    • US13246959
    • 2011-09-28
    • Makoto Fujishima
    • Makoto Fujishima
    • F04B49/06H02P1/04F04D15/00
    • F04D15/0066H02P1/04
    • A pump control device for a pump device having a DC brushless motor as a drive source and a flow rate of the pump device is increased and decreased depending on a corresponding increase and decrease of a rotational speed of the DC brushless motor is structured so that, when the rotational speed of the DC brushless motor is higher than a predetermined speed, the DC brushless motor is controlled in an open loop control and, when the rotational speed of the DC brushless motor is lower than the predetermined speed, the DC brushless motor is controlled in a closed loop control on the basis of a measurement result of an actual rotating speed which is an actual rotational speed of the DC brushless motor.
    • 具有作为驱动源的直流无刷电动机和泵装置的流量的泵装置的泵控制装置根据相应的直流无刷电动机的转速的增减而被增加和减小, 当直流无刷电动机的转速高于预定速度时,直流无刷电动机被控制在开环控制中,并且当直流无刷电动机的转速低于预定速度时,直流无刷电动机是 基于作为直流无刷电动机的实际转速的实际转速的测量结果控制在闭环控制中。
    • 3. 发明授权
    • Machine tool to control driving of control objects
    • 机床控制控制对象的驱动
    • US08629641B2
    • 2014-01-14
    • US12950181
    • 2010-11-19
    • Makoto FujishimaHiroki Nakahira
    • Makoto FujishimaHiroki Nakahira
    • G05B13/00
    • G05B19/416G05B2219/34314
    • A machine tool includes a time calculation unit calculating the time for a spindle to arrive at a target rotational speed, and the time for a spindle head to arrive at a target position; a comparison unit comparing the time to arrive at the target rotational speed and the time to arrive at the target position; and a drive control unit controlling the drive of the spindle and the drive of the spindle head. The drive control unit controls the drive of the spindle head, when a determination is made that the time to arrive at the target rotational speed is longer than the time to arrive at the target position, such that the time for the spindle head to arrive at the target position is longer than the calculated time to arrive at the target position, and less than or equal to the calculated time to arrive at the target rotational speed. Accordingly, the machine tool can drive the spindle head that is a control object in a power-saving mode.
    • 一种机床,包括计算主轴到达目标转速的时间的时间计算单元,以及主轴头到达目标位置的时间; 对比单元,比较达到目标转速的时间和到达目标位置的时间; 以及控制主轴的驱动和主轴头的驱动的驱动控制单元。 当确定到达目标转速的时间比到达目标位置的时间长时,驱动控制单元控制主轴头的驱动,使得主轴头到达的时间 目标位置比计算出的到达目标位置的时间长,并且小于或等于计算出的达到目标转速的时间。 因此,机器能够以省电模式驱动作为控制对象的主轴头。
    • 4. 发明授权
    • Machining status monitoring method and machining status monitoring apparatus
    • 加工状态监控方法和加工状态监控装置
    • US08355813B2
    • 2013-01-15
    • US12554530
    • 2009-09-04
    • Masahiko MoriXiaodong TianBingyan ZhaoMakoto FujishimaZhe Jin
    • Masahiko MoriXiaodong TianBingyan ZhaoMakoto FujishimaZhe Jin
    • G05B13/04G05B19/18G06F3/048
    • G05B19/406G05B2219/37563G05B2219/50064
    • A machining status monitoring apparatus is provided on a machine tool, and has a plurality of actual CCD cameras for imaging the tool and workpiece from different view points and generating actual two-dimensional image data thereof, a virtual image generating section having a plurality of virtual CCD cameras corresponding to the actual CCD cameras, in which the tool and workpiece of three-dimensional model are imaged by the virtual CCD cameras from each point and virtual two-dimensional image data thereof are generated, and a display control section for selecting one virtual CCD camera corresponding to the virtual two-dimensional image data in which the distal end of the tool is not hidden by the workpiece among the generated two-dimensional image data, and displaying the actual two-dimensional image data generated by the actual CCD camera corresponding to the selected virtual CCD camera on a display device.
    • 在机床上设置加工状态监视装置,具有多个实际CCD摄像机,用于对来自不同视点的工具和工件进行成像,并生成其实际二维图像数据;虚拟图像生成部,具有多个虚拟 生成与实际CCD摄像机相对应的CCD摄像机,其中三维模型的工具和工件由虚拟CCD摄像机从每个点成像,并且生成虚拟二维图像数据;以及显示控制部分,用于选择一个虚拟 对应于在生成的二维图像数据中工具的远端不被工件隐藏的虚拟二维图像数据的CCD摄像机,并且显示由实际的CCD照相机对应生成的实际二维图像数据 到显示设备上的所选择的虚拟CCD摄像机。
    • 5. 发明授权
    • Three-dimensional model data generating method, and three dimensional model data generating apparatus
    • 三维模型数据生成方法,三维模型数据生成装置
    • US08335666B2
    • 2012-12-18
    • US12281112
    • 2007-08-31
    • Xiaodong TianMakoto Fujishima
    • Xiaodong TianMakoto Fujishima
    • G06F17/50
    • G06T7/593G05B2219/35074G05B2219/35493G05B2219/37563G06T2207/30164
    • An apparatus 1 for generating three-dimensional model data is provided with: two CCD cameras 13 and 14 for imaging an attached object attached to a machine tool to generate two-dimensional image data; a first model-data storing section 19 for storing model data of the attached object, a second model-data storing section 21 for storing the model data related to at least a part of the machine tool; an edge detecting section 17 for detecting edges; a shape-feature recognizing section 18 for recognizing a shape feature; an object recognizing section 20 for recognizing the model data of the attached object imparted with the recognized shape feature; and a model-data generating section 22 for generating three-dimensional model data including the attached object and a part of the machine tool.
    • 一种用于产生三维模型数据的装置1具有:两个CCD摄像机13和14,用于对附着在机床上的附着物进行成像以产生二维图像数据; 用于存储附加对象的模型数据的第一模型数据存储部分19,用于存储与机床的至少一部分有关的模型数据的第二模型数据存储部分21; 用于检测边缘的边缘检测部分17; 用于识别形状特征的形状特征识别部分18; 用于识别被赋予了识别的形状特征的附加对象的模型数据的对象识别部20; 以及用于生成包括附着对象和机床的一部分的三维模型数据的模型数据生成部22。
    • 6. 发明申请
    • Feed Apparatus
    • 饲料设备
    • US20120096964A1
    • 2012-04-26
    • US13169218
    • 2011-06-27
    • Makoto FujishimaMasami Yabuta
    • Makoto FujishimaMasami Yabuta
    • F16H25/12F16H61/02
    • G05B19/402G05B2219/41279G05B2219/42231Y10T74/1418Y10T74/1447Y10T74/1488Y10T74/18704Y10T409/306776
    • A feed apparatus has a ball screw, a nut, a drive motor, a braking mechanism and a controller and moves a movable body vertically. When recognizing a movement command for rapid traverse relating to the movable body, the controller, when the movable body is to be moved upward, moves the movable body past a target position according to the movement command and then reverses the moving direction thereof and moves the movable body to the target position and stops it there, and, when the movable body is to be moved downward, moves the movable body directly to the target position and stops it there. After moving the movable body to the target position and stopping it there, the controller causes the drive motor to keep the position of the movable body at the stop position and causes the braking mechanism to brake the movement of the movable body.
    • 进给装置具有滚珠丝杠,螺母,驱动马达,制动机构和控制器,并且可移动体垂直移动。 当识别到与移动体相关的快速移动的移动指令时,控制器当可移动体向上移动时,根据移动指令使可移动体移动到目标位置,然后使其移动方向反转, 可移动体到目标位置并停止在那里,并且当可移动体向下移动时,将可移动体直接移动到目标位置并将其停在那里。 在将可动体移动到目标位置并将其停止之后,控制器使驱动电机将可动体的位置保持在停止位置,并使制动机构制动可移动体的运动。
    • 7. 发明授权
    • Method for controlling a machine tool and apparatus therefor
    • 用于控制机床及其装置的方法
    • US08077327B2
    • 2011-12-13
    • US12410761
    • 2009-03-25
    • Makoto FujishimaKeizo KashiharaShizuo Nishikawa
    • Makoto FujishimaKeizo KashiharaShizuo Nishikawa
    • G01B11/14
    • G05B19/402B23Q17/2485
    • Relative movement in X, Y and Z axis directions is made between a main spindle and a table 6 for application in a machine tool in which a work is machined. An emitting element 12 for irradiating laser beam 11 and a photosensitive element 13 are disposed on the table 6. A measuring tool 8 with its top end being shaped as a cone form is attached to the main spindle 4. The laser beam 11 is interrupted with the cone form portion 15 of the measuring tool 8 through relative movement between the table 6 and measuring tool 8 before and after machining a work. Detection signal of interruption is generated at the moment of interruption, position is detected, operation processing is performed so that difference in X, Y and Z axes before and after machining is obtained along with values for correction. Positional coordinate values for three axis directions are detected simultaneously with a measuring device of a simple constitution by use of laser beam and values for correction such as of thermal displacement is obtained by operation processing of displacement values.
    • 在主轴和工作台6之间进行X,Y和Z轴方向的相对运动,以用于加工工件的机床。 用于照射激光束11和感光元件13的发光元件12设置在台面6上。其顶端成锥形的测量工具8安装在主轴4上。激光束11被中断 通过在加工工件之前和之后在工作台6和测量工具8之间的相对运动,测量工具8的锥形部分15。 在中断时产生中断检测信号,检测位置,进行运算处理,使得加工前后的X,Y,Z轴的差异与校正值一起获得。 通过使用激光束与简单结构的测量装置同时检测三轴方向的位置坐标值,并且通过位移值的操作处理获得热位移等校正值。
    • 8. 发明授权
    • Motor
    • 发动机
    • US07994663B2
    • 2011-08-09
    • US12627213
    • 2009-11-30
    • Takaji HarataMakoto Fujishima
    • Takaji HarataMakoto Fujishima
    • H02K5/10
    • H02K5/1675H02K1/187H02K5/08H02K7/085
    • A motor may include a motor base plate, a bearing holder provided with a through hole whose both ends hold bearings and vertically disposed with respect to the motor base plate, a stator provided with a center hole and fixed to an outer peripheral face of the bearing holder, and a rotor having a shaft supported by the bearings, a rotor case fixed to the shaft, and a magnet fixed on an inner peripheral face of the rotor case. The bearing holder may be provided with a stepped part, protruded toward a radial direction. The stator may be provided with a first resin block structured so that an end face on a motor base plate side of the stator core is molded with resin to cover a coil wound around the stator core, and inner peripheral faces of the stator core and the first resin block structure the center hole, and the center hole of the stator is press-fitted and fixed to the bearing holder until an end face of the first resin block is abutted with the stepped part.
    • 电动机可以包括电动机基板,具有通孔的轴承保持架,其两端保持轴承并相对于电动机基板垂直设置;定子,其设置有中心孔并固定到轴承的外周面 保持器和具有由轴承支撑的轴的转子,固定到轴的转子壳体和固定在转子壳体的内周面上的磁体。 轴承座可以设置有向径向突出的台阶部。 定子可以设置有第一树脂块,其被构造成使得定子芯的电动机基板侧上的端面用树脂模制以覆盖卷绕在定子芯上的线圈,并且定子芯的内周面和 第一树脂块结构为中心孔,并且定子的中心孔被压配合并固定到轴承座,直到第一树脂块的端面与台阶部分抵接。
    • 9. 发明授权
    • Control method and control apparatus for feed system
    • 饲料系统控制方法及控制装置
    • US06759825B2
    • 2004-07-06
    • US10212815
    • 2002-08-07
    • Makoto Fujishima
    • Makoto Fujishima
    • G05D23275
    • G05B19/404G05B2219/41036G05B2219/41078G05B2219/42298G05B2219/49195
    • The invention concerns a feed system control method and apparatus that can calculate an accurate backlash amount and can accomplish highly precise position control. Position errors are calculated before and after a reversal in direction of movement of a slide 30, each from the difference between the position data of the slide 30 detected by a linear scale 25 and the position data of the slide 30 calculated from the rotational position data of the servo motor 23 detected by a rotary encoder 24. The backlash amount of the slide 30 is calculated from the difference between the position error before the reversal and the position error after the reversal thus calculated. Thereafter, when reversing the direction of movement of the slide 30, the feed speed during direction reversal is increased in accordance with the backlash amount.
    • 本发明涉及能够计算精确的间隙量并可以实现高精度位置控制的进料系统控制方法和装置。 在滑块30的移动方向反转之前和之后计算位置误差,每个滑块30根据由线性刻度25检测到的滑块30的位置数据与根据旋转位置数据计算的滑块30的位置数据之间的差值 由旋转编码器24检测出的伺服马达23的滑移量,根据反转前的位置误差和如此计算出的反转后的位置误差之间的差计算出滑块30的间隙量。 此后,当反转滑块30的移动方向时,根据间隙量增加方向反转时的进给速度。