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    • 1. 发明授权
    • Device for machining by electroerosion
    • 电腐蚀加工装置
    • US06958460B2
    • 2005-10-25
    • US10419788
    • 2003-04-22
    • Roland MartinSebastian DortheMaurizio Tognolini
    • Roland MartinSebastian DortheMaurizio Tognolini
    • B23H7/14B23H1/02
    • B23H1/022B23H2300/20
    • The device for machining by electroerosion comprises an electrode-tool (EO) and an electrode-workpiece (EP) constituting the opposite poles of a working gap (GA) and an electrical circuit with a double voltage source (UD) connected to a supply network (A) arranged so as to produce erosive discharges between the electrode-tool (EO) and the electrode-workpiece (EP). This double voltage source (UD) comprises a first (U1) and a second (U2) voltage source connected galvanically to each other by their poles. This double source (UD) is connected to the working gap by at least four separate branches (B1 to B4) of which at least one comprises a self-induction element (LL, LL). Switching elements (SW1, SW2) permit producing by selective connection of the branches at least two increasing current slopes and at least two decreasing current slopes.
    • 通过电蚀加工的装置包括电极工具(EO)和构成工作间隙(GA)的相反极的电极 - 工件(EP)和具有连接到供电网络的双电压源(UD)的电路 (A)布置成在电极工具(EO)和电极 - 工件(EP)之间产生腐蚀性放电。 该双电压源(UD)包括通过它们的极彼此电连接的第一(U 1)和第二(U 2)电压源。 该双重源(UD)通过至少四个独立的分支(B 1至B 4)连接到工作间隙,其中至少一个包括自感应元件(LL,LL)。 开关元件(SW 1,SW 2)允许通过选择性地连接分支至少两个增加的电流斜率和至少两个减小的电流斜率来产生。
    • 2. 发明授权
    • Device for machining by electroerosion
    • 电腐蚀加工装置
    • US07608795B2
    • 2009-10-27
    • US10551688
    • 2004-04-30
    • Fabrice JaquesSebastian DortheMaurizio TognoliniGuy DemuleErnesto Bühler
    • Fabrice JaquesSebastian DortheMaurizio TognoliniGuy DemuleErnesto Bühler
    • B23H7/04B23H1/02
    • B23H7/04B23H1/022B23H2300/20B23H2300/22
    • The electrical discharge machining device comprises a first voltage/current source (U1) for discharge initiation connected to the tool electrode (F) and a workpiece electrode (P) forming the poles of a machining gap (G) and a second voltage/current source (U2) that can be disconnected by way of two switches (SW1, SW2). Capacitive elements (C1, C5) are mounted in series in the lines (10, 11) connecting the first source to the poles of the machining gap (G). In addition, these poles can be connected by a self-induction coil (Lm) mounted in series with an adjustable DC source (Sm). Thanks to these features, the energy of the eroding discharges can be significantly reduced in order to obtain a superfine surface finishing process of high quality, while at the same time precisely controlling the mean voltage across the terminals of the machining gap.
    • 放电加工装置包括用于与工具电极(F)连接的用于放电起始的第一电压/电流源(U1)和形成加工间隙(G)的极的工件电极(P)和第二电压/电流源 (U2),可以通过两个开关(SW1,SW2)断开。 将电容元件(C1,C5)串联安装在将第一源极连接到加工间隙(G)的极的线(10,11)中。 此外,这些极可以通过与可调直流电源(Sm)串联安装的自感式线圈(Lm)连接。 由于这些特征,可以显着降低侵蚀放电的能量,以获得高质量的超细表面精加工,同时精确地控制加工间隙的端子两端的平均电压。
    • 3. 发明申请
    • Device for machining by electroerosion
    • 电腐蚀加工装置
    • US20070163999A1
    • 2007-07-19
    • US10551688
    • 2004-04-30
    • Fabrice JaquesSebastian DortheMaurizio TognoliniGuy DemuleErnesto Buhler
    • Fabrice JaquesSebastian DortheMaurizio TognoliniGuy DemuleErnesto Buhler
    • B23H7/04
    • B23H7/04B23H1/022B23H2300/20B23H2300/22
    • The electrical discharge machining device comprises a first voltage/current source (U1) for discharge initiation connected to the tool electrode (F) and a workpiece electrode (P) forming the poles of a machining gap (G) and a second voltage/current source (U2) that can be disconnected by way of two switches (SW1, SW2). Capacitive elements (C1, C5) are mounted in series in the lines (10, 11) connecting the first source to the poles of the machining gap (G). In addition, these poles can be connected by a self-induction coil (Lm) mounted in series with an adjustable DC source (Sm). Thanks to these features, the energy of the eroding discharges can be significantly reduced in order to obtain a superfine surface finishing process of high quality, while at the same time precisely controlling the mean voltage across the terminals of the machining gap.
    • 放电加工装置包括用于与工具电极(F)连接的用于放电起始的第一电压/电流源(U 1)和形成加工间隙(G)的极的工件电极(P)和第二电压/电流 源(U 2),可通过两个开关(SW 1,SW 2)断开。 将电容元件(C 1,C 5)串联安装在将第一源极连接到加工间隙(G)的极的线(10,11)中。 此外,这些极可以通过与可调直流电源(Sm)串联安装的自感式线圈(Lm)连接。 由于这些特征,可以显着降低侵蚀放电的能量,以获得高质量的超细表面精加工,同时精确地控制加工间隙的端子两端的平均电压。