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    • 3. 发明授权
    • Improved arc reactor with advanceable electrode
    • 改进的具有可推进电极的电弧反应器
    • US5046145A
    • 1991-09-03
    • US512166
    • 1990-04-20
    • Michel G. Drouet
    • Michel G. Drouet
    • H05B7/152F27B3/08F27D11/10H05B7/00
    • F27D11/10H05B7/00
    • There is disclosed an arc reactor for treating a material in powder form conductive at very high temperatures, the reactor comprising a vertical electrically insulated sleeve cylindrical in shape, an upper electrode coaxially mounted with the sleeve at its upper end, a bottom electrode cooperating with the upper electrode, injectors for injecting a gas tangentially into the sleeve in order to create a vortex inside the same, a feed mechanism for introducing the powder material inside the sleeve near its upper end, so as to form a uniform cylindrical curtain of particles falling down into the sleeve, the particles being centrifugally projected against the internal wall of the sleeve by the vortex and entirely covering the internal wall while they are being simultaneously treated by the arc column, a crucible positioned under the sleeve to collect the treated particles in molten form that drip down from the sleeve, the molten material in use being in conductive contact with the bottom electrode, and a drive system to adjust a vertical position of the upper electrode, the upper electrode being slideable through the upper end and being made of a consumable electrode material. The upper electrode does not require water cooling and lasts for longer operation.
    • 公开了一种用于在非常高的温度下处理粉末状导电材料的电弧反应器,该反应器包括垂直的电绝缘套筒,其上部电极同轴地安装在其上端的套筒上,底部电极与 上部电极,用于将气体切向地注入到套筒中以在其内部产生涡流的喷射器,用于将粉末材料引导到靠近其上端的套筒内部的进料机构,以形成均匀的圆柱形窗帘落下 通过涡流将颗粒离心地突出抵靠套筒的内壁,并且通过弧柱同时处理内壁,同时处理颗粒,定位在套筒下方的坩埚以收集熔融形式的处理颗粒 从套筒中滴下来,使用的熔融材料与底部el导电接触 电极以及用于调节上部电极的垂直位置的驱动系统,上部电极可以通过上端滑动并且由可消耗电极材料制成。 上电极不需要水冷却,持续更长时间的运行。
    • 4. 发明授权
    • Compensation for power feed line weight in weight measurement devices
    • 重量测量装置中馈线重量的补偿
    • US4742528A
    • 1988-05-03
    • US895890
    • 1986-08-12
    • Otto Stenzel
    • Otto Stenzel
    • G01G17/00B22D23/10C22B9/18G01G23/16H05B7/152H05B7/148
    • C22B9/18G01G23/16H05B7/152Y02P10/256Y02P10/259
    • A compensation device for the influence of the weight of a power feed line on a weight measurement device determining the weight of an electrode and/or the melting rate in an electro-slag remelting process, in a vacuum arc furnace or the like. When an x-y device is adjusted, a weight jump occurs due to the forces of the power cable or the forces of the bellows, which has a disturbing effect on the rate definition. This weight jump can be prevented by means of mechanical devices, or can be made so small that it no longer constitutes a disturbance. However, the expenditure for this is disproportionately high. The invention is more cost efficient, since hardware or software means suffice. The weight function G=f(t) is extrapolated and compared with the actually measured weight G'=f(t). The magnitude of the difference between the two is stored and later added as a correction value.
    • 在真空电弧炉等中,用于影响供电线的重量对确定电极重量的重量测量装置和/或电渣重熔过程中的熔化速率的影响的补偿装置。 当x-y装置被调整时,由于电力电缆的力或波纹管的力而产生重量跳跃,这对速率定义具有不利影响。 这种重量跳跃可以通过机械装置来防止,或者可以使其小到不再构成干扰。 但是,这方面的支出却不成比例。 本发明更具成本效益,因为硬件或软件装置就足够了。 权重函数G = f(t)被外推,并与实际测量的权重G'= f(t)进行比较。 两者之间的差值的大小被存储并且随后被添加为校正值。