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    • 6. 发明申请
    • WIRE CUT ELECTRIC DISCHARGE METHOD AND APPARATUS
    • 线切割放电方法和装置
    • WO1998014298A1
    • 1998-04-09
    • PCT/JP1997003561
    • 1997-10-06
    • SODICK CO., LTD.YAMADA, HisanoriKURODA, Tatsuo
    • SODICK CO., LTD.
    • B23H07/02
    • B23H7/065
    • A wire cut electric discharge method adapted to make a slit (74), which is opposed to predetermined paths (70) each of which is straight or curved, in a workpiece (W) by electric discharge while moving one of a wire electrode (22) and the workpiece (W) relatively to the other along the predetermined paths on the basis of a NC program which is an aggregate of program blocks determined as a segment of the predetermined paths includes the steps of storing a position of a wire electrode which gets out of the predetermined paths after a process has been stopped, designating one segment out of an aggregate of segments of predetermined paths, determining a connecting position (82) in which the wire electrode is connected to the designated segment (80) with the position of the wire electrode the shortest distance away therefrom, and moving the wire electrode to the connecting position so as to return the wire electrode to predetermined paths. When a perpendicular line can be drawn from the position of the wire electrode to the designated segment, the connecting position corresponds to an intersection of the segment and the perpendicular line, and, when not, the connecting position corresponds to one of both ends of the segment which is nearer to the position of the electrode.
    • 一种线切割放电方法,其适于通过放电而使工件(W)上的预定路径(70)与直线或弯曲的工件(W)相对的狭缝(74),同时移动线电极(22) )和工件(W)相对于另一个的工件(W),基于作为被确定为预定路径的段的程序块的集合的NC程序,包括存储获得的线电极的位置的步骤 在处理停止之后的预定路径中,从预定路径的段的集合中指定一个段,确定线电极连接到指定段(80)的连接位置(82),其中位置 所述线电极距离其最短距离,并且将所述线电极移动到所述连接位置,以使所述线电极返回到预定路径。 当从线电极的位置到指定的段可以将垂直线拉出时,连接位置对应于段与垂直线的交点,如果不是,则连接位置对应于 更靠近电极的位置。
    • 7. 发明申请
    • A WIRE-CUTTING MACHINE WITH ROTATING ELECTRODE WIRE
    • 具有旋转电线的线切割机
    • WO1995013895A1
    • 1995-05-26
    • PCT/CN1994000093
    • 1994-11-18
    • YANG, XinshengXU, Lilin
    • B23H07/02
    • B23H7/02B23H7/10
    • A wire-cutting machine with rotating electrode wire, comprises a differential device between a spindle (101) and a reel (103) to reel the electrode wire (112) in or out so that the working wire is rapidly rotated synchronously during its linear feeding. The wire-cutting machine according to the present invention has increased cutting thickness, and improved machining steadiness, precision and finishing surface due to the chip-discharge performed at whole machining area, and no electrode wire deformation happened. A taper cutting is possibly done in the machine, which also possesses the function of numerical control abrasive as a multi-machining.
    • 一种具有旋转电极线的线切割机,包括在主轴(101)和卷轴(103)之间的差动装置,以使电极线(112)进入或退出,使得工作线在其线性进给期间同步地快速旋转 。 根据本发明的线切割机具有增加的切割厚度,并且由于在整个加工区域进行的切屑排出而提高了加工稳定性,精度和精加工表面,并且没有发生电极丝变形。 在机器中可能进行锥形切割,这也具有数控磨料作为多机加工的功能。
    • 8. 发明申请
    • WIRE-ELECTRODE ELECTRODISCHARGE MACHINE
    • 电线电极机
    • WO1994006592A1
    • 1994-03-31
    • PCT/JP1993001183
    • 1993-08-24
    • FANUC LTDIZUMIYA, SyunzoSAKURAI, AkihiroKAWAHARA, Akiyoshi
    • FANUC LTD
    • B23H07/02
    • B23H7/04
    • A wire-electrode electrodischarge machine which supplies a pulsating current from a power supply circuit to a wire electrode through two feeder elements. The change of the discharge currents flowing through these two feeder elements with time (i.e. current differentiation value) is detected. The results of detection are used to obtain data relating to the discharge position and thus determine whether or not any change with time of the discharge position. In other words, whether or not a concentrated discharge occurs is judged. On the other hand, whether the difference between the currents in the two feeders is within a predetermined range to check for any wear or inferior contact in the feeder elements.
    • 一种线电极放电机,其通过两个馈线元件从电源电路向线电极提供脉动电流。 检测流过这两个馈线元件的放电电流随时间(即电流微分值)的变化。 检测结果用于获得与排出位置有关的数据,从而确定排出位置随时间的变化。 换句话说,判断集中排放是否发生。 另一方面,两个馈线中的电流之间的差是否在预定范围内,以检查馈线元件中的任何磨损或不良接触。
    • 10. 发明申请
    • WIRE BREAKAGE POSITION DETECTOR
    • 电线断路位置检测器
    • WO1989010816A1
    • 1989-11-16
    • PCT/JP1989000450
    • 1989-04-27
    • FANUC LTDITO, Masaya
    • FANUC LTD
    • B23H07/02
    • B23H7/04B23H7/10
    • This invention provides a wire breakage position detector capable of displaying a zone in which wire breakage in a wire feed path occurs and the causes of the breakage in that zone that have been determined in advance. At the time of wire breakage, the value of a rewind quantity storage register is updated (S4, S5) in accordance with a pulse delivered from a rotary encoder following the rewind operation of the wire by a rewind motor while a breakage position detection voltage applied to the wire through a conductor is being detected by a microprocessor through an electrode disposed downstream of the conductor (S3). Thereafter, when the cut end of the wire passes the electrode, the motor rotation and the voltage application are stopped (S6-S8). The microprocessor judges (S9) in which zone of the wire feed path the wire is broken on the basis of result of comparison of the distance between each component disposed along the wire feed path and the electrode with the detected rewound quantity, and displays the zone of the wire breakage and the causes of breakage in this zone on a CRT screen in a message form.