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    • 1. 发明授权
    • Grinding apparatus
    • 研磨机
    • US5170951A
    • 1992-12-15
    • US681359
    • 1991-04-08
    • Stig Obitz
    • Stig Obitz
    • D21B1/14D21D1/34
    • D21D1/34D21B1/14
    • A fibrous material grinding apparatus which includes a rotatable grinding device mounted within a housing about which is disposed a number of stationary grinding devices and which are selectively spaced and moveable with respect to the rotatable grinding device to vary a grinding gap therebetween and wherein the fibrous material is introduced into a channel which extends centrally around the periphery of the rotatable grinding device so as to distribute the fibrous material to the grinding gap spaces between the rotary and stationary grinding devices.
    • 一种纤维材料研磨设备,其包括安装在壳体内的可旋转磨削装置,围绕所述可旋转研磨装置设置有多个固定磨削装置,并且相对于所述可旋转研磨装置选择性地间隔开并且可移动,以改变其间的研磨间隙,并且其中所述纤维材料 被引入到围绕可旋转磨削装置的周边中心延伸的通道中,以将纤维材料分配到旋转和固定磨削装置之间的研磨间隙空间。
    • 2. 发明授权
    • Apparatus for producing disintegrated material, preferably pulp
    • 用于生产分解材料,优选纸浆的装置
    • US4199114A
    • 1980-04-22
    • US887537
    • 1978-03-17
    • Arne Asplund
    • Arne Asplund
    • B02C18/14B02C19/10D21B1/30D21D1/32D21D1/34B02C18/18
    • D21D1/32D21D1/34
    • Method and apparatus for controlling the refining of fibrous lignocellulose pulp material in which the pulp stock or grist is conveyed into a cylindrical stationary drum and propelled therein in a linear direction in a pulsating fashion by a co-axial rotor comprising a plurality of impellers which attack the grist in a wedging action as it is compacted by the centrifugal force of rotation and pushed ahead of the leading edges of the impellers and thus inducing in the grist internal frictional shear forces while it is forced through a gap defined between the terminal edges of the impellers and a series of shear members arranged axially along the interior surface of the drum. The impellers are detachably and adjustably anchored in slots in the peripheral wall of the drum to vary the gap clearance. A plurality of adjustable plow members for enhancing the linear flow of the grist through the drum may be additionally mounted in the peripheral wall of the drum to extend radially inwards to engage accommodating slots in the impellers to thereby regulate the amount of grist pushed ahead during each revolution of the impellers and to control the centrifugal force exerted on the grist.
    • 用于控制纤维状木质纤维素纸浆材料的精炼的方法和装置,其中纸浆原料或粗粒料被输送到圆柱形固定鼓中并且通过同轴转子在线性方向上以线性方向在其中被推进,所述同轴转子包括多个叶轮 在楔形作用下,其由于离心力而被压缩,并且在叶轮的前缘之前被推到叶轮的前缘,并且因此在被迫穿过限定在叶轮的端部边缘之间的间隙内时产生内部的摩擦剪切力 叶轮和沿着滚筒的内表面轴向布置的一系列剪切构件。 叶轮可拆卸地可调节地锚固在滚筒的周壁中的槽中以改变间隙。 多个可调节的犁部件可以增加滚筒的线性流动,可以额外地安装在滚筒的圆周壁上,以径向向内延伸以与叶轮中的容纳槽接合,从而调节每个 叶轮的旋转和控制施加在砂浆上的离心力。
    • 6. 发明申请
    • PROCESS FOR PRODUCING NANOFIBERS
    • 生产NANOFIBERS的工艺
    • US20080057307A1
    • 2008-03-06
    • US11694087
    • 2007-03-30
    • Evan E. KoslowAnil C. Suthar
    • Evan E. KoslowAnil C. Suthar
    • D01D5/40
    • D01D5/423D21D1/02D21D1/20D21D1/34D21H11/18Y10T428/2913
    • A process for making nanofibers includes preparing a fluid suspension of fibers, shear refining the fibers to create fibrillated fibers, and subsequently closed channel refining or homogenizing the fibrillated fibers to detach nanofibers from the fibrillated fibers. The shear refining of the fibers in the fluid suspension generates fiber cores having attached nanofibers. The closed channel refining or homogenizing of the fibrillated fibers is initially at a first shear rate and, subsequently, at a second, higher shear rate, to detach nanofibers from fiber cores and to create additional nanofibers from the fiber cores. The fiber suspension may flow continuously from the shear refining to the closed channel refining or homogenizing, and include controlling the rate of flow of the fiber suspension from the shear refining to the closed channel refining or homogenizing.
    • 制备纳米纤维的方法包括制备纤维的流体悬浮液,剪切精制纤维以产生原纤化纤维,随后封闭通道精炼或均化原纤化纤维以将纳米纤维从原纤化纤维分离。 流体悬浮液中的纤维的剪切精制产生具有附着纳米纤维的纤维芯。 原纤化纤维的闭合通道精炼或均化最初处于第一剪切速率,并且随后以第二较高剪切速率从纳米纤维脱离纤维芯并从纤维芯中产生另外的纳米纤维。 纤维悬浮液可以从剪切精炼连续流动到闭合通道精炼或均化,并且包括控制纤维悬浮液从剪切精炼到闭合通道精炼或均化的流速。