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    • 3. 发明申请
    • Machine having movable unit to be controllably driven by servo motor
    • 具有由伺服电机可控地驱动的可动单元的机器
    • US20070052383A1
    • 2007-03-08
    • US11498041
    • 2006-08-03
    • Hiroyuki AbeToshiyuki OgataHiroyuki Kawamura
    • Hiroyuki AbeToshiyuki OgataHiroyuki Kawamura
    • G05D13/00
    • G05B19/4062G05B2219/37626G05B2219/37632
    • A speed region of a motor is divided into a region lower than a first switch speed VS1, a region higher than a second switch speed VS2 and a region between the first and second switch speeds. An abnormal load determination level to be compared with an estimated load obtained by an observer is set for each of the regions. An abnormal load determination level AL4 applied when an acceleration exceeds a threshold value is set. The abnormal load determination level AL4 is used for comparison with the estimated load until a predetermined period of time elapses after the acceleration to be commanded to the motor, which once exceeded the threshold level, drops. In other cases, the estimated load is compared with the abnormal load determination level having a value according to the speed. If the estimated load exceeds the compared abnormal load determination level, it is judged that a collision is detected.
    • 电动机的速度区域被划分为低于第一开关速度VS1,高于第二开关速度VS2的区域和第一和第二开关速度之间的区域的区域。 针对每个区域设定要与观察者获得的估计负载进行比较的异常负载确定水平。 设定当加速度超过阈值时施加的异常负载判定水平AL 4。 异常负载判定电平AL4用于与估计的负载进行比较,直到在超过阈值电平的电动机被命令的加速后经过预定时间段时。 在其他情况下,将估计负载与根据速度具有值的异常负载确定水平进行比较。 如果估计负载超过比较的异常负载判定水平,则判断为检测到碰撞。
    • 4. 发明授权
    • Wire electric discharge machine
    • 线放电机
    • US06984800B2
    • 2006-01-10
    • US10956072
    • 2004-10-04
    • Hiroyuki AbeToshiyuki Ogata
    • Hiroyuki AbeToshiyuki Ogata
    • B23H7/10
    • B23H7/065B23H7/02B23H7/10B23H7/101B23H7/105
    • A wire electric discharge machine capable of adjusting spacing between a nozzle and a workpiece without manual operation and without causing damage to a machine and a workpiece. The wire electric discharge machine includes wire supply apparatus for supplying a wire electrode through the wire guide toward the workpiece; wire supply-amount measuring apparatus for measuring a supply amount of the wire electrode; wire front-end detecting apparatus for detecting a front end of the wire electrode being supplied by the wire supply apparatus at a wire front-end detecting position; and wire contact detecting apparatus for detecting contact of the front end of the wire electrode with an upper surface of the workpiece. A position of the upper surface of the workpiece is determined based on the wire front-end detecting position and a supply amount of the wire electrode measured by the supply amount measuring apparatus from when the front end of the workpiece is detected by the wire front-end detecting apparatus till the contact of the front end of the wire electrode with the upper surface of the workpiece is detected by the wire contact detecting apparatus.
    • 一种能够在不进行手动操作的情况下调整喷嘴和工件之间的间隔并且不会对机器和工件造成损坏的线材放电机。 电线放电机包括用于通过导线器将线电极朝向工件供电的供线装置; 用于测量线电极的供给量的电线供给量测量装置; 线前端检测装置,用于检测由电线供给装置在线前端检测位置供给的线电极的前端; 以及用于检测线电极的前端与工件的上表面的接触的线接触检测装置。 基于线前端检测位置和由供给量测量装置测量的线电极的供给量,从工件的前端由线前端检测位置检测工件的上表面的位置, 通过线接触检测装置检测直到线电极的前端与工件的上表面接触的端部检测装置。
    • 5. 发明申请
    • Wire electric discharge machine
    • 线放电机
    • US20050072760A1
    • 2005-04-07
    • US10956072
    • 2004-10-04
    • Hiroyuki AbeToshiyuki Ogata
    • Hiroyuki AbeToshiyuki Ogata
    • B23H7/02B23H7/06B23H7/10B23H7/08
    • B23H7/065B23H7/02B23H7/10B23H7/101B23H7/105
    • A wire electric discharge machine capable of adjusting spacing between a nozzle and a workpiece without manual operation and without causing damage to a machine and a workpiece. The wire electric discharge machine comprises: wire supply means for supplying a wire electrode through the wire guide toward the workpiece; wire supply-amount measuring means for measuring a supply amount of the wire electrode; wire front-end detecting means for detecting a front end of the wire electrode being supplied by the wire supply means at a wire front-end detecting position; and wire contact detecting means for detecting contact of the front end of the wire electrode with an upper surface of the workpiece. A position of the upper surface of the workpiece is determined based on the wire front-end detecting position and a supply amount of the wire electrode measured by the supply amount measuring means from when the front end of the workpiece is detected by the wire front-end detecting means till the contact of the front end of the wire electrode with the upper surface of the workpiece is detected by the wire contact detecting means.
    • 一种能够在不进行手动操作的情况下调整喷嘴和工件之间的间隔并且不会对机器和工件造成损坏的线材放电机。 线材放电机包括:线材供给装置,用于通过导线器将线电极朝向工件供电; 线供给量测量装置,用于测量线电极的供给量; 线前端检测装置,用于检测在电线前端检测位置由电线供给装置提供的线电极的前端; 以及线接触检测装置,用于检测线电极的前端与工件的上表面的接触。 基于线前端检测位置和由供给量测量装置测量的线电极的供给量,从工件的前端由线前端检测位置检测工件的上表面的位置, 通过线接触检测装置检测直到线电极的前端与工件的上表面接触的端部检测装置。
    • 6. 发明授权
    • Machine having movable unit to be controllably driven by servo motor
    • 具有由伺服电机可控地驱动的可动单元的机器
    • US07638964B2
    • 2009-12-29
    • US11498041
    • 2006-08-03
    • Hiroyuki AbeToshiyuki OgataHiroyuki Kawamura
    • Hiroyuki AbeToshiyuki OgataHiroyuki Kawamura
    • B23Q15/00G05B19/404G05B23/02
    • G05B19/4062G05B2219/37626G05B2219/37632
    • A speed region of a motor is divided into a region lower than a first switch speed VS1, a region higher than a second switch speed VS2 and a region between the first and second switch speeds. An abnormal load determination level to be compared with an estimated load obtained by an observer is set for each of the regions. An abnormal load determination level AL4 applied when an acceleration exceeds a threshold value is set. The abnormal load determination level AL4 is used for comparison with the estimated load until a predetermined period of time elapses after the acceleration to be commanded to the motor, which once exceeded the threshold level, drops. In other cases, the estimated load is compared with the abnormal load determination level having a value according to the speed. If the estimated load exceeds the compared abnormal load determination level, it is judged that a collision is detected.
    • 电动机的速度区域被分成低于第一开关速度VS1,高于第二开关速度VS2的区域和第一和第二开关速度之间的区域。 针对每个区域设定要与观察者获得的估计负载进行比较的异常负载确定水平。 设定加速度超过阈值时施加的异常负荷判定水平AL4。 异常负载确定电平AL4用于与估计的负载进行比较,直到在超过阈值电平的电动机被命令的加速之后经过预定时间段时。 在其他情况下,将估计负载与根据速度具有值的异常负载确定水平进行比较。 如果估计负载超过比较的异常负载判定水平,则判断为检测到碰撞。
    • 7. 发明申请
    • Numerical control system
    • 数控系统
    • US20060229760A1
    • 2006-10-12
    • US11397624
    • 2006-04-05
    • Koji SuzukiToshiyuki Ogata
    • Koji SuzukiToshiyuki Ogata
    • G06F19/00
    • G05B19/408G05B19/4148G05B2219/31421G05B2219/34273G05B2219/34376
    • When the system is powered on, a BOOT device detecting unit detects which data exchange device (memory card or the like) is to be booted first, and the detected data exchange device is booted first. A data exchange process program which is set as software starting at BOOT is started to detect a data exchange file. At this time, with reference to a type code of a numerical control apparatus to be used, data matched to the type code is selected. A data exchange file is transferred to an internal storing device to which the data exchange device is connected. Then, a data exchange file is transferred to an internal storing device to which the data exchange device is not connected.
    • 当系统通电时,BOOT设备检测单元首先检测哪个数据交换设备(存储卡等)被引导,并且检测到的数据交换设备首先启动。 开始设置为以BOOT开始的软件的数据交换处理程序来检测数据交换文件。 此时,参考要使用的数字控制装置的类型代码,选择与类型代码相匹配的数据。 数据交换文件被传送到数据交换设备连接到的内部存储设备。 然后,将数据交换文件传送到未连接数据交换装置的内部存储装置。
    • 8. 发明申请
    • Machining condition setting method for electrical discharge machines
    • 放电加工条件设定方法
    • US20070051701A1
    • 2007-03-08
    • US11507475
    • 2006-08-22
    • Toshiyuki OgataKoji Suzuki
    • Toshiyuki OgataKoji Suzuki
    • B23H7/20G06F19/00
    • B23H7/20
    • Standard machining conditions are registered in advance for each workpiece material and other factors in correspondence to machining speed and precision. The standard machining conditions are selected for execution of machining. The machining precision is measured to determine whether or not the measured machining precision and machining speed (machining time) fall within an allowable target range. If they are not within the range, the machining conditions are modified and machining is executed again. This procedure is repeated until the machining speed and precision fall within the allowable range, at which point the machining conditions are additionally registered and stored. The added machining conditions can be used in the next machining process.
    • 对于每个工件材料和其他与加工速度和精度相对应的因素,预先记录标准加工条件。 选择标准加工条件进行加工。 测量加工精度以确定所测量的加工精度和加工速度(加工时间)是否在允许的目标范围内。 如果不在范围内,则修改加工条件并再次进行加工。 重复该过程直到加工速度和精度落在允许范围内,此时加工条件被附加地登记和存储。 添加的加工条件可用于下一个加工过程。
    • 9. 发明授权
    • Numerical control system
    • 数控系统
    • US07239936B2
    • 2007-07-03
    • US11397624
    • 2006-04-05
    • Koji SuzukiToshiyuki Ogata
    • Koji SuzukiToshiyuki Ogata
    • G06F19/00
    • G05B19/408G05B19/4148G05B2219/31421G05B2219/34273G05B2219/34376
    • When the system is powered on, a BOOT device detecting unit detects which data exchange device (memory card or the like) is to be booted first, and the detected data exchange device is booted first. A data exchange process program which is set as software starting at BOOT is started to detect a data exchange file. At this time, with reference to a type code of a numerical control apparatus to be used, data matched to the type code is selected. A data exchange file is transferred to an internal storing device to which the data exchange device is connected. Then, a data exchange file is transferred to an internal storing device to which the data exchange device is not connected.
    • 当系统通电时,BOOT设备检测单元首先检测哪个数据交换设备(存储卡等)被引导,并且检测到的数据交换设备首先启动。 开始设置为以BOOT开始的软件的数据交换处理程序来检测数据交换文件。 此时,参考要使用的数字控制装置的类型代码,选择与类型代码相匹配的数据。 数据交换文件被传送到数据交换设备连接到的内部存储设备。 然后,将数据交换文件传送到未连接数据交换装置的内部存储装置。
    • 10. 发明授权
    • Machining monitor
    • 加工显示器
    • US06897398B2
    • 2005-05-24
    • US10855503
    • 2004-05-28
    • Toshiyuki OgataKoji Suzuki
    • Toshiyuki OgataKoji Suzuki
    • B23H11/00B23H7/20G05B19/4068B23H7/02
    • B23H7/20
    • A machining monitor has a depicting function for depicting the machining status of a wire electric discharge machine controlled by a numerical control device. The machining monitor has current position depicting means for depicting a current position according to current position information obtained during machining by the wire electric discharge machine and/or during an operation check by depicting, and has workpiece shape depicting means for depicting a workpiece shape according to workpiece shape information obtained during machining and/or workpiece shape information during an operation check by depicting. The machining monitor displays the workpiece shape and current position concurrently.
    • 机械监视器具有描绘由数控装置控制的放线机的加工状态的描绘功能。 加工监视器具有当前位置描述装置,用于根据当前位置信息描绘当前位置信息,该当前位置信息是通过放线机进行加工和/或通过描绘操作检查期间获得的,并且具有用于描绘根据 在加工期间获得的工件形状信息和/或通过描绘操作检查期间的工件形状信息。 加工显示器同时显示工件形状和当前位置。