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    • 5. 发明申请
    • STAND FOR A ROTARY TABLET PRESS
    • 用于旋转平板印刷机
    • US20090035413A1
    • 2009-02-05
    • US12184550
    • 2008-08-01
    • Frank SchadeJan NaeveUlrich Arndt
    • Frank SchadeJan NaeveUlrich Arndt
    • B30B11/18
    • B30B15/04B30B11/08B30B15/0076
    • A stand for a rotary tablet press, which supports a rotor with electric drive motor on a horizontal carrying element, with damping means between the stand and an underframe supporting itself on the ground for the purpose of vibration uncoupling between stand and underframe, wherein a first horizontal carrying element supports the rotor with the drive motor and a lower pressing roller unit of a least one pressing station, a second horizontal carrying element which is arranged in a distance above the first carrying element holds an upper pressing roller unit belonging to the pressing station, the first and the second carrying element are fixedly connected with each other via at least two vertical supports, and the supports rest on the underframe via damping means.
    • 旋转式压片机的支架,其在水平承载元件上支撑具有电动驱动马达的转子,其中阻尼装置位于支架和支架之间的底架上,用于支架和底架之间的振动解耦,其中第一 水平承载元件用驱动电机和至少一个按压站的下压辊单元支撑转子,第二水平承载元件布置在第一承载元件上方的距离处,保持属于加压站的上压辊单元 第一和第二承载元件经由至少两个垂直支撑件彼此固定连接,并且支撑件通过阻尼装置搁置在底架上。
    • 7. 发明授权
    • Iron sponge briquetting press
    • 钢琴海报
    • US5215765A
    • 1993-06-01
    • US722767
    • 1991-06-27
    • Hans-Georg Bergendahl
    • Hans-Georg Bergendahl
    • B23P11/02B30B11/16B30B11/18B30B15/34C22B1/14C22C38/00C22C38/44
    • B30B11/165Y10S100/907
    • The invention relates to an iron sponge briquetting press having two opposite rollers. The rollers consist of a roller base body and a coating affixed thereto, in which the moulding recesses for shaping the briquettes are formed. In order to provide less expensive roller coatings as compared with the segments used formerly as coating, which have moreover longer service lives, the invention provides that the coating is produced as a closed ring from a chromium nickel molybdenum steel and is held in press fit on the roller base body. Open grooves are produced in the sleeve surface of the roller base body or on the inner side of the ring as cooling ducts, their open sides being covered by the inner side of the ring or the sleeve surface of the base body in the assembled condition of the rollers.
    • 本发明涉及一种具有两个相对辊的铁海绵压块机。 辊由辊基体和固定在其上的涂层组成,其中形成用于成形团块的模制凹部。 为了提供比以前作为涂层使用的具有更长使用寿命的段的较便宜的辊涂层,本发明提供了涂层由铬镍钼钢制成闭环,并且压配合在 滚子基体。 在滚子基体的套筒表面中或在环的内侧上形成有敞开的沟槽作为冷却管道,其开放侧面由环的内侧或基体的套筒表面覆盖在组装状态 滚筒。
    • 8. 发明授权
    • Process for compacting iron particles and subsequent breaking apart of
the compacted iron band
    • 用于压实铁颗粒并随后分解压实的铁带的方法
    • US4804319A
    • 1989-02-14
    • US175628
    • 1988-03-31
    • Klaus Langner
    • Klaus Langner
    • B02C4/02B22F3/18B30B11/18B30B15/00C21B13/00C22B1/24
    • B30B11/18B22F3/18B30B15/0005C21B13/0086C21B13/0093Y10T225/325Y10T225/329Y10T225/336Y10T29/4979
    • An apparatus for the passivating, multistage compaction of hot iron particles supplied in the form of a packed bed from a reduction unit and for the subsequent breaking apart of the compacted iron band is described. Prior to the final compacting, the iron particles pass through a homogenizing and precompressing stage. Thus, the compacted iron has a pore volume of max. 40% and a density of at least 5.5 g/cm.sup.3. The iron compacted to a band is subsequently guided between the rollers (7,8,11) of a separating stage exposing it to bending stresses such that it breaks apart at the predetermined desired breaking points. The breaking points have a smaller density than the band regions between them. They can be produced in that in the precompression stage the feed speed is briefly decelerated compared with the feed speed in the compaction stage or in the compaction stage there is less marked compression at these points than in the intermediate regions.
    • 描述了一种用于从还原单元以填充床的形式供应的热铁颗粒的钝化,多级压实以及随后的压实铁带的分离的装置。 在最终压实之前,铁颗粒通过均质和预压阶段。 因此,压实铁的孔体积最大。 40%,密度至少5.5g / cm3。 随后在分离台的辊(7,8,11)之间引导压缩成带的铁,将其暴露于弯曲应力,使得其在预定的期望断裂点处分裂。 断点具有比它们之间的带区更小的密度。 它们可以在预压段中与进料速度相比在压缩阶段或压实阶段短暂地减速而在预压段中产生,这些点上的压缩比在中间区域略小。