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    • 51. 发明公开
    • LIQUID FEEDER FOR ELECTRODISCHARGE MACHINING
    • FLÜSSIGKEITSAUFGABEVORRICHTUNGFÜRELEKTROCHEMISCHES ABTRAGEN
    • EP1293282A1
    • 2003-03-19
    • EP00993107.2
    • 2000-09-13
    • Sodick Co., Ltd.
    • HOSAKA, Akio, Sodick Co., Ltd.
    • B23H7/36B23H1/10
    • B23H1/10B23H7/102
    • A dielectric fluid system (2) for an electric discharge machining apparatus comprises an auxiliary tank (22) positioned higher up than a work tank (12) on a dielectric fluid reservoir (21), a filter device (23), and a first pump (P1) and a second pump (P2) upstream and downstream of the filter device 23. Dielectric fluid in the dielectric fluid reservoir (21) is filtered by the filter device (23), and pumped to the auxiliary tank (22) using the first and second pumps (P1) and (P2). The filtered dielectric fluid is then rapid fed from the auxiliary tank (22) to the work tank (12). During electric discharge machining, dielectric fluid is pumped from the work tank (12), filtered, then cooled and circulated directly back to the work tank (12). A flushing pipeline and a third pump (P3) are added into the circulating pipeline. Also, a relief pipeline (K) containing a relief valve (RV) is provided in parallel with the filter device (23), and regulating pipeline (H) is provided as an effective safety measure in parallel with the first pump (P1) and the filter device (23).
    • 一种用于放电加工设备的电介质流体系统(2)包括一个位于比介电流体储存器(21)上的工作箱(12)高的辅助箱(22),过滤装置(23)和第一泵 (P1)和第二泵(P2),在过滤装置23的上游和下游。介质流体储存器(21)中的介质流体被过滤装置(23)过滤,并使用 第一和第二泵(P1)和(P2)。 然后将过滤的介电流体从辅助罐(22)快速进料到工作罐(12)。 在放电加工期间,介电流体从工作罐(12)泵送,过滤,然后冷却并直接循环回工作罐(12)。 冲洗管道和第三个泵(P3)被添加到循环管道中。 而且,与过滤装置(23)并联设置有包含安全阀(RV)的排泄管路(K),并且,将调节管路(H)作为与第一泵(P1)并联的有效的安全措施来设置, 过滤装置(23)。
    • 55. 发明公开
    • WORKING LIQUID DETECTING APPARATUS, FOR WIRE-CUT ELECTRIC DISCHARGE MACHINES.
    • BEARBEITUNGSFLUSSIGKEITERFASSUNGSGERÄTFÜRDRAHTSCHNEIDEFUNKENEROSIONSMASCHINE。
    • EP0680801A4
    • 1997-07-16
    • EP94931202
    • 1994-11-01
    • FANUC LTD
    • KITA YUKIABE HIROYUKI
    • B23H1/10B23H7/02B23H7/36
    • B23H1/10
    • This invention provides a working liquid detecting apparatus for wire-cut electric discharge machines, capable of detecting by a single detector both a specific resistance value and a level of a working liquid. In a wire-cut electric discharge machine having a working liquid supply tank (1), an electrode (21) set in a position, in which the electrode can be immersed in a working liquid, in the working liquid tank (1) constitutes a working liquid detector (2), and at least a part of at least one electrode member of the electrode (21) constituting the working liquid detector (1) is set at a detection level of the working liquid, whereby the detection of the liquid level in the electrode-set position is carried out. At least a part of the electrode (21) is immersed in the working liquid, and electric current is detected through the working liquid, whereby the detection of a specific resistance value of the working liquid in the vicinity of the electrode is carried out.
    • 本发明提供一种电火花线切割加工机的加工液检测装置,能够利用一个检测器检测比电阻值和加工液的液位。 在具有工作液供给槽(1)的电火花线切割机中,在工作液槽(1)内设置在电极能够浸渍在工作液中的位置的电极(21)构成 工作液体检测器(2),并且构成工作液体检测器(1)的电极(21)的至少一个电极部件的至少一部分被设定为工作液体的检测液位,从而检测液位 在电极设置位置被执行。 将电极(21)的至少一部分浸渍在工作液中,通过工作液检测电流,由此进行电极附近的工作液的比电阻值的检测。
    • 57. 发明公开
    • WORKING LIQUID DETECTING APPARATUS, FOR WIRE-CUT ELECTRIC DISCHARGE MACHINES
    • 工作液体检测装置,用于线切割电机
    • EP0680801A1
    • 1995-11-08
    • EP94931202.9
    • 1994-11-01
    • FANUC LTD.
    • KITA, Yuki, Fanuc Manshonharimomi, Room 10-203ABE, Hiroyuki, Fanuc Dai-2 Vira-karamatsu
    • B23H7/36B23H1/10
    • B23H1/10
    • This invention provides a working liquid detecting apparatus for wire-cut electric discharge machines, capable of detecting by a single detector both a specific resistance value and a level of a working liquid. In a wire-cut electric discharge machine having a working liquid supply tank (1), an electrode (21) set in a position, in which the electrode can be immersed in a working liquid, in the working liquid tank (1) constitutes a working liquid detector (2), and at least a part of at least one electrode member of the electrode (21) constituting the working liquid detector (1) is set at a detection level of the working liquid, whereby the detection of the liquid level in the electrode-set position is carried out. At least a part of the electrode (21) is immersed in the working liquid, and electric current is detected through the working liquid, whereby the detection of a specific resistance value of the working liquid in the vicinity of the electrode is carried out.
    • 本发明提供一种电火花线切割加工机的加工液检测装置,能够利用一个检测器检测比电阻值和加工液的液位。 在具有工作液供给槽(1)的电火花线切割机中,在工作液槽(1)内设置在电极能够浸渍在工作液中的位置的电极(21)构成 工作液体检测器(2),并且构成工作液体检测器(1)的电极(21)的至少一个电极部件的至少一部分被设定为工作液体的检测液位,从而检测液位 在电极设置位置被执行。 将电极(21)的至少一部分浸渍在工作液中,通过工作液检测电流,由此进行电极附近的工作液的比电阻值的检测。
    • 59. 发明授权
    • LIQUID LEVEL REGULATOR OF DISCHARGE MACHINING TANK
    • 处理液体容器的液面调整。
    • EP0476155B1
    • 1994-07-27
    • EP91907283.5
    • 1991-04-05
    • FANUC LTD.
    • HOSODA, Hiroshi, Fanuc Dai-3 Vira-KaramatsuASO, Toshiyuki, Room 7-208, Fanuc Manshion
    • B23H7/36B23H1/10
    • B23H7/36B23H1/10Y10T137/86236
    • A liquid level regulator which can regulate easily and accurately a liquid level in a discharge machining tank. The regulator includes a discharge pipe (10) communicating with a machining solution discharge port (3) of a discharge machining tank (1) and a regulation pipe (20) which fits slidably into the discharge pipe (10). An O-ring (30) is discharged in an annular groove in a lower part of the outer peripheral wall of the regulation pipe to be brought into pressure contact with the inner peripheral surface of the discharge pipe. When an operator holds a rod (40) projecting upward from the regulation pipe, slides the regulation pipe with respect to the discharge pipe (21) and positions its upper open end (21) to a predetermined height, the regulation pipe is held at this height by the O-ring. When a machining solution is supplied into the machining tank and the liquid level reaches the upper end of the regulation pipe, the machining solution overflows from the machining tank through the upper end of the pipe and is discharged outside the machining tank from the upper end of the pipe through the regulation pipe and the discharge pipe. Then, the supply of the machining solution is stopped and the liquid level regulation is completed. Leak of the machining solution from the machining tank is prevented by the O-ring and a substantial drop of the liquid level does not occur.