首页> 外国专利> Wire electric discharge method comprises adding an estimated discharge gap and minimum gap between work and wire electrode required to avoid short-circuit, and performing program check determining estimated wear amount

Wire electric discharge method comprises adding an estimated discharge gap and minimum gap between work and wire electrode required to avoid short-circuit, and performing program check determining estimated wear amount

机译:焊丝放电方法包括增加估算的放电间隙以及避免短路所需的工件和焊丝电极之间的最小间隙,并执行程序检查以确定估算的磨损量

摘要

Wire electric discharge method comprises adding an estimated discharge gap and minimum gap between work and wire electrode required to avoid short-circuit, and performing program check determining estimated wear amount. A wire electric discharge method comprising adding to the machining conditions an estimated discharge gap (g(n)) and an estimated minimum gap (gmax(n)) between a work (1) and a wire electrode (2) required to avoid a short-circuit, reading these quantities during program check determining an estimated wear amount (m(n)) during the n-th machining from the estimated discharge gap (g(n)), the moving amount (y(n)) of the wire electrode (2) toward the work (1) and the wire electrode diameter (d), and displaying on the display (17) the estimated wear amount (m(n)) during the n-th machining and the estimated minimum gap (gmax(n)) between the work and the wire electrode at which a short-circuit can be avoided during the n-th machining.
机译:线材放电方法包括增加估计的放电间隙以及避免短路所需的工件和线材电极之间的最小间隙,并执行程序检查以确定估计的磨损量。一种线放电方法,包括将加工间隙(g(n))和估计的最小间隙(gmax(n))加到加工条件上,以防止短路而在工件(1)和线电极(2)之间进行估计。 -电路,在程序检查期间读取这些量,从而从估计的放电间隙(g(n)),金属丝的移动量(y(n))确定第n次加工期间的估计磨损量(m(n))电极(2)朝向工件(1)和金属丝电极直径(d),并在显示屏(17)上显示第n次加工时的估计磨损量(m(n))和估计的最小间隙(gmax) (n))在工件和金属丝电极之间,可以避免在第n次加工期间发生短路。

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