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    • 12. 发明申请
    • WIRE ELECTRIC DISCHARGE MACHINING APPARATUS AND COOLING CONTROL DEVICE
    • 电线放电加工设备和冷却控制装置
    • US20140116989A1
    • 2014-05-01
    • US13977808
    • 2012-10-30
    • Takashi YuzawaTakashi HashimotoTakayuki NakagawaYoichi Otomo
    • Takashi YuzawaTakashi HashimotoTakayuki NakagawaYoichi Otomo
    • B23H11/00
    • B23H11/00B23H1/10
    • The present invention includes a post-cooling temperature sensor that measures a temperature of the machining fluid immediately after being cooled by a cooling device as a post-cooling fluid temperature, and an intra-tank temperature sensor that measures a temperature of the machining fluid in a work tank as an intra-tank fluid temperature, for a cooling control device that controls a fluid temperature of the machining fluid in a wire electric discharge machining apparatus, and the cooling control device has a first temperature-feedback control unit that feeds back the post-cooling fluid temperature into a cooling instruction value as an instruction value for the cooling device, and a second temperature-feedback control unit adjusts the cooling instruction value by feeding back the intra-tank fluid temperature to cause the intra-tank fluid temperature to follow a target temperature.
    • 本发明包括一个后冷却温度传感器,该冷却后温度传感器在冷却装置作为后冷却液温度冷却后立即测量加工流体的温度,以及槽内温度传感器,其测量加工流体的温度 作为槽内液体温度的工作罐,用于控制线材放电加工装置中的加工液的流体温度的冷却控制装置,所述冷却控制装置具有:第一温度反馈控制部, 后冷却流体温度作为冷却指示值,作为冷却装置的指示值,第二温度反馈控制单元通过反馈槽内液体温度来调节冷却指示值,以使槽内液体温度 遵循目标温度。
    • 14. 发明申请
    • WORKING FLUID SUPPLY DEVICE OF ELECTRIC DISCHARGE MACHINE
    • 电动排料机工作流体动力装置
    • US20140083536A1
    • 2014-03-27
    • US14032944
    • 2013-09-20
    • FANUC CORPORATION
    • Daisuke YOSHIZAKIYoshinori MAKINO
    • B23H1/10
    • B23H1/10Y10T137/86035
    • A working fluid supply device of an electric discharge machine draws up a cleaned fluid from a cleaned-fluid tank by means of a pump and supplies it to a working tank. The pump is connected with a first fluid circuit configured to supply the drawn cleaned fluid to the working tank and a second fluid circuit configured to supply the drawn cleaned fluid to an ion-exchange resin and a refrigerator. In supplying the cleaned fluid to the working tank, the first and second fluid circuits are opened and closed, respectively. In supplying the cleaned fluid to the ion-exchange resin and the refrigerator, the first and second fluid circuits are closed and opened, respectively.
    • 放电机的工作流体供应装置借助于泵从清洁液罐中抽出清洁的流体并将其供应到工作罐。 泵与第一流体回路连接,第一流体回路构造成将被抽取的清洁流体供应到工作罐,以及第二流体回路,其构造成将抽出的清洗流体供应到离子交换树脂和冰箱。 在将清洁的流体供应到工作罐时,第一和第二流体回路分别打开和关闭。 在将清洁的流体供应到离子交换树脂和冰箱时,第一和第二流体回路分别关闭并打开。
    • 15. 发明申请
    • WIRE ELECTRIC DISCHARGE MACHINING APPARATUS
    • 电线放电加工设备
    • US20140008329A1
    • 2014-01-09
    • US14005826
    • 2012-03-23
    • Yuzo DohiHirotoshi Inoue
    • Yuzo DohiHirotoshi Inoue
    • B23H1/10
    • B23H1/10B23H7/102B23H7/30
    • A wire electric discharge machining apparatus is provided to equip with an automatic wire threader more reliably threading a wire electrode through an start hole. The wire electric discharge machining apparatus includes an automatic wire threader including: a feed roller disposed higher than the start hole and feeding a wire electrode toward the start hole; and a vertical drive device disposed between the feed roller and the start hole, and supplying compressed air in the upward and downward directions to vertically move the wire electrode slightly. The vertical drive device includes wire guides having guide holes through which the wire electrode is passed. The wire guides are constructed so that upward movement by the compressed air is possible.
    • 一种电线放电加工装置,其装配有一个更可靠地将线电极穿过启动孔的自动穿线机。 线材放电加工装置包括:自动线穿线器,包括:馈送辊,其设置在比起始孔高的位置,并将线电极朝向起始孔供电; 以及设置在进给辊和起动孔之间的垂直驱动装置,并且向上和向下方向供应压缩空气以稍微垂直移动线电极。 垂直驱动装置包括具有引导孔的线引导件,线电极通过该引导孔。 导线器的构造使得可以通过压缩空气向上运动。
    • 17. 发明授权
    • Electric discharge machine and electric discharge machining method
    • 放电加工机和放电加工方法
    • US07795558B2
    • 2010-09-14
    • US11660698
    • 2006-04-05
    • Yoji NakajimaHisakatsu KawaraiSyuichiro IshiharaHisashi Yamada
    • Yoji NakajimaHisakatsu KawaraiSyuichiro IshiharaHisashi Yamada
    • B23H1/10
    • B23H1/10B23H7/36C02F2001/422C02F2001/425C02F2001/427
    • In an electric discharge machining apparatus that machines a workpiece (1) by using a water-based dielectric fluid as a dielectric fluid while a voltage is being applied to a machining gap between an electrode (2) and the workpiece (1), the electric discharge machine includes:an anticorrosive power source section (26) that applies a predetermined voltage by taking the workpiece (1) as a cathode and taking as an anode an anticorrosive electrode (25) opposing the workpiece (1) with an insulator (24) therebetween;a dielectric fluid quality measuring instrument (22) that measures a quality of the dielectric fluid; anda dielectric fluid quality control section (16, 17, 18, 19, 20, 21, 23) that controls a pH level of the dielectric fluid to be within a range from 8.5 to 10.5 on the basis of the measured result of the dielectric fluid quality measuring instrument (22).
    • 在一种放电加工装置中,通过在电极(2)和工件(1)之间的加工间隙施加电压的同时,通过使用水性介电流体作为介质流体对工件(1)进行加工, 放电机包括:通过将工件(1)作为阴极施加预定电压的防腐电源部分(26),并用绝缘体(24)作为与工件(1)相对的防腐蚀电极(25)作为阳极, 之间; 电介质流体质量测量仪器(22),其测量介电流体的质量; 以及介电液质量控制部(16,17,18,19,20,21,23),其基于所述电介质的测定结果,将所述介质流体的pH值控制在8.5〜10.5的范围内 流体质量测量仪(22)。
    • 20. 发明授权
    • Device for treating working fluid for electric discharge machining
    • 用于处理放电加工的工作流体的装置
    • US07175756B2
    • 2007-02-13
    • US10902379
    • 2004-07-30
    • Yuki KitaYushi Takayama
    • Yuki KitaYushi Takayama
    • B01D17/12B23H7/36
    • B23H1/10
    • The device for treating working fluid includes a fluid level detecting device for detecting a fluid level of cleaned fluid in a cleaned fluid tank, and a control unit for determining an adjustment value for a discharge rate command for a filter device pump, based on the fluid level detected by the fluid level detecting device. The control unit operates to determine a renewed discharge rate command by adding the adjustment value thus determined to the present discharge rate command, and to output the renewed discharge rate command to a pump controller. The pump controller drives the filter device pump according to the discharge rate command to transfer the working fluid from the polluted fluid tank to the cleaned fluid tank through the filter device.
    • 用于处理工作流体的装置包括:液位检测装置,用于检测清洁的流体箱中的清洁流体的液位;以及控制单元,用于基于流体确定用于过滤装置泵的排出速率指令的调节值 液位检测装置检测到的液位。 控制单元通过将由此确定的调整值与当前排出速率指令相加来确定更新的排出速率指令,并将更新的排出速率命令输出到泵控制器。 泵控制器根据排放速率命令驱动过滤装置泵,以通过过滤装置将工作流体从污染的流体箱传送到清洁的流体箱。