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    • 2. 发明授权
    • Agitator mill
    • 搅拌机
    • US5133508A
    • 1992-07-28
    • US647951
    • 1991-01-30
    • Norbert StehrPhilipp Schmitt
    • Norbert StehrPhilipp Schmitt
    • B02C17/16B02C17/18
    • B02C17/16
    • An agitator mill has an in each case annular cylindrical exterior grinding chamber and an interior grinding chamber, which are delimitated from each other by a cup-shaped agitator element, the interior grinding chamber and the exterior grinding chamber being connected with each other by bypasses formed in the agitator element for the return of auxiliary grinding bodies. In order to improve the grinding result and to increase the lifetime of the auxiliary grinding bodies or to be able to use even smaller auxiliary grinding bodies without their reaching a separator device arranged ahead of a grinding stock exit, carriers are arranged in the area of the bypasses at the inner casing of the agitator element and extend over a substantial part of the radial width of the interior grinding chamber and into it.
    • 搅拌机具有环形圆柱形外部研磨室和内部研磨室,内部研磨室通过杯形搅拌器元件彼此分隔开,内部研磨室和外部研磨室通过形成的旁路相互连接 在搅拌器元件中用于返回辅助研磨体。 为了提高磨削效果并增加辅助研磨体的使用寿命,或者能够使用甚至更小的辅助磨削体而不到达设置在研磨料出口前方的分离器装置,则载体布置在 绕过搅拌器元件的内壳并在内部研磨室的径向宽度的大部分上延伸并进入其中。
    • 3. 发明授权
    • Method for processing thermoplastics or thermosetting plastics
    • 热塑性塑料或热固性塑料加工方法
    • US4334784A
    • 1982-06-15
    • US63401
    • 1979-08-03
    • Kaspar Engels
    • Kaspar Engels
    • B01F15/04B28C7/04B29B7/72B29B7/74
    • B01F15/0429B28C7/0459B29B7/72B29B7/748
    • A method of processing plastic material uses a device which operates in a batchwise fashion. The device includes a cylindrical container having a shaft disposed coaxially therein. The shaft is provided with mixing tools and can be driven at high speed. Material to be processed, and liquid if desired, is supplied to the container in pre-metered amounts, gelled by resultant frictional heat and granulated, if necessary, then expelled from the container. The material is supplied in a continuous, metered constant quantity stored temporarily and then fed into the container cyclically at predetermined intervals. The apparatus for carrying out the method includes at least one metering device which feeds an intermediate container and instrumentalities for cyclically emptying the intermediate container into the cylindrical container.
    • 处理塑料材料的方法使用以间歇方式操作的装置。 该装置包括具有同轴设置在其中的轴的圆柱形容器。 轴上配有搅拌工具,可以高速驱动。 待处理的材料和液体(如果需要)以预先计量的量被供应到容器中,由所产生的摩擦热和颗粒凝胶化,如有必要,然后从容器中排出。 材料以临时存储的连续计量恒定量供给,然后以预定的间隔循环地进料到容器中。 用于执行该方法的装置包括至少一个计量装置,其将中间容器和用于将中间容器循环地排空到圆筒形容器中的装置。
    • 4. 发明授权
    • Device for continuous coating of fibers
    • 连续涂布纤维的装置
    • US4006887A
    • 1977-02-08
    • US603271
    • 1975-08-11
    • Kaspar Engels
    • Kaspar Engels
    • B27N1/02B01F7/02B01F15/00B05B17/00
    • B27N1/0245
    • A device for continuous coating of fibers has a horizontally mounted cylindrical mixing container with an inlet for fibers at one end and an outlet for coated fibers at the other end. The container has a mixing shaft mounted coaxially therewithin, which shaft is driveable at a considerably supercritical speed. The shaft is at least partially hollow and is provided with a glue feed through its interior. In a glue feed zone of the container the shaft is provided with glue agitating elements projecting therefrom and dispensing glue to the ring of fibers formed in the vicinity of the wall of the container. The shaft also has ventilator ridges mounted thereon extending radially outwardly for most of the length of the shaft, which ventilator ridges support mixing tools which extend into the ring of fibers.
    • 用于连续涂覆纤维的装置具有水平安装的圆柱形混合容器,其一端具有用于纤维的入口,另一端具有用于涂覆纤维的出口。 容器具有与其同轴地安装的混合轴,该轴以相当超临界速度驱动。 轴至少部分是中空的,并且通过其内部设置有胶料供给。 在容器的胶料供给区域中,轴设置有从其突出的胶搅拌元件,并将胶分配到形成在容器壁附近的纤维环。 轴还具有安装在其上的通气机脊,其中径向向外延伸到轴的大部分长度,该通风机脊支撑延伸到纤维环中的混合工具。
    • 8. 发明授权
    • Agitator mill
    • 搅拌机
    • US5062577A
    • 1991-11-05
    • US439048
    • 1989-11-06
    • Philipp SchmittNorbert Stehr
    • Philipp SchmittNorbert Stehr
    • B02C17/16
    • B02C17/16
    • An agitator mill for the treatment of flowable grinding stock has a grinding receptacle (3) with a mostly closed grinding chamber (9) and a rotatingly drivable agitator element (21) disposed therein. An interior stator (24) is disposed in the agitator element. A grinding stock supply chamber (53) is placed ahead of the grinding chamber. On the same side of the grinding receptacle (3) a separator device (34) is provided through which the grinding stock is discharged again after treatment. In order to prevent to a large extent wear on the separator device (34) and, at the same time, to achieve as even as possible a distribution of the grinding bodies in the grinding chamber (9), the agitator element (21) is designed approximately cup-shaped and disposed between the interior stator (24) and the wall of the grinding receptacle (3) with the formation of an exterior grinding chamber (9') and an interior grinding chamber (9"). The grinding stock supply chamber (53) is placed ahead of the exterior grinding chamber (9') and the separator device (34) is placed behind the interior grinding chamber (9"). The interior grinding chamber (9") is connected by bypasses (60), placed ahead of the separator device (34), with the exterior grinding chamber (9') for the purpose of returning the auxiliary grinding bodies (41).
    • PCT No.PCT / EP88 / 00408 Sec。 371日期:1989年11月6日 102(e)日期1989年11月6日PCT提交1988年5月10日PCT公布。 出版物WO88 / 09212 日本1990年12月1日。用于处理可流动研磨料的搅拌机具有研磨容器(3),其具有主要封闭的研磨室(9)和设置在其中的可旋转驱动的搅拌器元件(21)。 内部定子(24)设置在搅拌器元件中。 研磨料供给室(53)放置在研磨室的前方。 在研磨容器(3)的同一侧设置有分离器装置(34),经处理后再次将研磨料排出。 为了防止在分离器装置(34)上的磨损,同时尽可能均匀地实现研磨体在研磨室(9)中的分布,搅拌器元件(21)为 设计成大致杯形并且设置在内部定子(24)和研磨容器(3)的壁之间,形成外部研磨室(9')和内部研磨室(9“)。 研磨料供给室53位于外研磨室9'的前方,分离装置34被配置在内研磨室9'的后方。 内部研磨室(9“)通过旁路(60)连接,放置在分离器装置(34)的前方,与外部研磨室(9')一起用于返回辅助研磨体(41)。