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    • 1. 发明授权
    • Injection molding machine
    • 注塑机
    • US4349324A
    • 1982-09-14
    • US168664
    • 1980-07-11
    • Engelbert NeffFriedrich Laimer
    • Engelbert NeffFriedrich Laimer
    • B29C45/00B29C37/00B29C45/50B29C45/57B29C45/77B29C45/82B29C45/84B29F1/06
    • B29C45/77B29C2045/776
    • An injection molding machine, comprises, an injection piston which is hydraulically actuated during programmed injection and dwell pressure phases. During a speed-controlled injection phase I, the pressure in a tool or mold cavity is measured and monitored. As soon as the pressure reaches an initial desired value, a pressure surge-free switching to the dwell pressure phase II is effected. During the dwell pressure phase, the pressure in the tool cavity is controlled and a pressure in a hydraulic cylinder for moving the injection piston is measured and monitored. A switch signal is produced from the tool pressure and the hydraulic pressure, by means of which a switching to a solidification phase III is effected without causing pressure surges. The actual pressure value at the instant of switching serves as the initial desired value for the solidification phase III. The hydraulic pressure is controlled during this phase.
    • 一种注射成型机,包括在编程注射和停留压力阶段期间液压致动的注射活塞。 在速度控制的注射阶段I期间,测量和监测工具或模腔中的压力。 一旦压力达到初始期望值,则进行到停留压力阶段II的无压力喘振切换。 在停留压力阶段期间,控制工具腔中的压力并且测量和监测用于移动注射活塞的液压缸中的压力。 从工具压力和液压产生开关信号,通过该开关信号切换到凝固阶段III而不产生压力浪涌。 在切换瞬间的实际压力值作为凝固阶段III的初始期望值。 液压在此阶段得到控制。
    • 5. 发明授权
    • Converter arrangement
    • 转换器安排
    • US4256289A
    • 1981-03-17
    • US39827
    • 1979-05-17
    • Ludwig NeunerFriedrich Laimer
    • Ludwig NeunerFriedrich Laimer
    • C21C5/40C21B7/00
    • C21C5/40
    • A converter arrangement includes a tiltable converter vessel surrounded by a casing on whose ceiling a principal discharge conduit for conducting away refining gases, and a secondary discharge conduit for conducting away the smoke forming during charging and pouring, are connected. One side wall of the casing has an opening closeable by a door. The casing is widened in the tilting direction of the converter and a car carrying a charging container is movable into the widened space through the opening in the side wall. The opening can be completely closed when the car is in the moved-in position during charging and pouring off.
    • A转换器装置包括一个由一个壳体围绕的可倾斜的转换器容器,该壳体在其天花板上连接用于导出精炼气体的主要排出管道,以及用于在装料和倾倒期间导致烟雾形成的二次排放管道。 壳体的一个侧壁具有可由门关闭的开口。 壳体在转换器的倾斜方向上加宽,并且携带充电容器的汽车可以通过侧壁中的开口移动到加宽的空间中。 当汽车在充电和倾倒期间处于移入位置时,开口可以完全关闭。
    • 7. 发明授权
    • Converter plant
    • 转炉厂
    • US4243208A
    • 1981-01-06
    • US39750
    • 1979-05-17
    • Friedrich Laimer
    • Friedrich Laimer
    • C21C5/40C21C5/38
    • C21C5/40
    • In a converter plant including a tiltable converter surrounded by a casing to whose ceiling a principal discharge conduit for conducting away refining gases is connected, part of the casing is fastened to a charging device and is displaceable with the same. The charging device is designed as a portal crane displaceable in the direction of the tilting axis of the tiltable converter. A cellular casing part is fastened to the portal crane, is open towards the tiltable converter and has a gas-discharge opening in the ceiling. The remaining casing part is closed, and the cellular part, in the charging position and, if desired, also in the pouring-off position, closes the casing and the discharge opening lies below an additional discharge conduit for conducting away secondary emissions.
    • 在包括由外壳包围的可倾斜转换器的转换器设备中,其顶部连接有用于导出精炼气体的主排放导管,壳体的一部分被紧固到充电装置并且可与其一起移动。 充电装置设计成可沿可倾斜转换器的倾斜轴线方向移动的门式起重机。 蜂窝壳体部分被固定到门式起重机,朝向可倾斜转换器敞开,并且在天花板中具有排气口。 剩余的外壳部分是关闭的,并且在充电位置的蜂窝状部件,并且如果需要也在排出位置中封闭壳体,并且排出开口位于另外的排出管道的下方,用于导出二次排放物。