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    • 4. 发明授权
    • Papermachine headbox profiling bar with fluid discharge orifices along
its length
    • 造纸机流浆箱型材,其流体排放孔沿其长度
    • US4885060A
    • 1989-12-05
    • US228842
    • 1988-08-03
    • Robert L. BeranJohn DeLigt
    • Robert L. BeranJohn DeLigt
    • D21F1/02
    • D21F1/028D21F1/02
    • Flocs of papermaking fiber are dispersed by a multiplicity of white-water jets directed into a papermachine headbox prior to the slice opening. Jet direction is oriented counterflow to the papermaking stock slice flow to create maximum turbulence, fluid shear and energy dissipation. Such jets issue from nozzle orifices in the slice profiling bar and are supplied with fluid through a two-stage manifold system. To preserve vertical plane pliability of the conduit-connected profiling bar, section area of the profiling bar between nozzles is minimized. Self sealing, push fit, fluid conduit connections with the jet nozzle orifices are made with flexible conduits between a sectional bar type of intermediate header and the profiling bar.
    • 造纸纤维的絮凝物在切片打开之前通过引导到造纸机流浆箱中的多个白水喷射器分散。 喷射方向与造纸浆料流逆流,产生最大湍流,流体剪切和能量耗散。 这种喷嘴从切片分析棒中的喷嘴孔发出并且通过两级歧管系统供给流体。 为了保持导管连接型材的垂直平面柔韧性,喷嘴之间的型材棒的截面积最小化。 自动密封,推动配合,与喷嘴喷嘴孔的流体导管连接在分段杆型中间头部和型材杆之间用柔性管道制成。
    • 5. 发明授权
    • Pressurized fluid carrier conduit connection
    • 加压流体载体导管连接
    • US5000227A
    • 1991-03-19
    • US413069
    • 1989-09-27
    • Robert L. BeranJohn DeLigt
    • Robert L. BeranJohn DeLigt
    • D21F1/02
    • D21F1/028D21F1/02
    • Flocs of papermaking fiber are dispersed by a multiplicity of white-water jets directed into a papermachine headbox prior to the slice opening. Jet direction is oriented counter-flow to the papermaking stock slice flow to create maximum turbulence, fluid shear and energy dissipation. Such jets issue from nozzle orifices in the slice profiling bar and are supplied with fluid through a two-stage manifold system. To preserve vertical plane pliability of the conduit-connected profiling bar, section area of the profiling bar between nozzles is minimized. Self sealing, push fit, fluid conduit connections with the jet nozzle orifices are made with flexible conduits between a sectional bar type of intermediate header and the profiling bar.
    • 造纸纤维的絮凝物在切片打开之前通过引导到造纸机流浆箱中的多个白水喷射器分散。 喷射方向定向逆流到造纸浆料流,产生最大的湍流,流体剪切和能量耗散。 这种喷嘴从切片分析棒中的喷嘴孔发出并且通过两级歧管系统供给流体。 为了保持导管连接型材的垂直平面柔韧性,喷嘴之间的型材棒的截面积最小化。 自动密封,推动配合,与喷嘴喷嘴孔的流体导管连接在分段杆型中间头部和型材杆之间用柔性管道制成。
    • 6. 发明授权
    • Papermachine deckle means
    • 造纸机甲板装置
    • US4968387A
    • 1990-11-06
    • US468764
    • 1990-01-23
    • Robert L. BeranRalph S. PetersonWilliam J. Thurston
    • Robert L. BeranRalph S. PetersonWilliam J. Thurston
    • D21F1/56
    • D21F1/56
    • The lateral edges of a papermachine forming fabric pond are contained by a deckle board having a bottom edge positioned above the forming fabric upper surface elements but below the fabric supported stock pond surface. Lateral edges of the forming fabric run under the deckle board and upon an edge support beam within an elongated fluid channel between the outside surfaces of the deckle board structure and the inside surfaces of the edge support beam. Fluid flow within the elongated fluid channel, preferably independent of the papermachine headbox slice opening, supplies the elongated fluid channel volume for a fluid barrier to pond stock loss under the deckle board bottom edge.
    • 造纸机成形织物池的侧边缘由具有位于成形织物上表面元件上方但在织物支撑的库存池表面下方的底部边缘的盖板所包含。 成形织物的侧边缘在甲板板下方延伸并且在边缘支撑梁之间延伸在板状结构的外表面和边缘支撑梁的内表面之间的细长流体通道内。 细长流体通道内的流体流动,优选独立于造纸机流浆箱切片开口,为流体屏障提供细长的流体通道体积,以在盖板底部边缘下方的池塘库存损失。