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    • 7. 发明授权
    • Process and device for deaeration of liquids
    • 液体流动和装置
    • US5182031A
    • 1993-01-26
    • US541158
    • 1990-06-20
    • Jean-Pierre Lamort
    • Jean-Pierre Lamort
    • B01D19/00B01D19/02D21B1/32D21C5/02D21D5/26
    • D21D5/26B01D19/0052B01D19/02
    • The device comprises a closed chamber (1) equipped with an inlet pipe (3) for the aerated liquid, an outlet pipe (4) for the deaerated liquid, and an air evacuation pipe (5); and a rotor having a shaft extending into the chamber. The shaft carries means (7) for centrifugation of the liquid and means (8,9,10) for intensive agitation of the centrifuged liquid.The device works according to the following process: continuously, the liquid is introduced into the closed chamber and it is vigorously centrifuged there in with the aid of mechanical means (7) and simultaneously subjected to intensive agitation with the aid of second mechanical means (8,9,10).The released air gathers freely at the center of the chamber whence it is evacuated, as the deaereated liquid is evacuated through the outlet pipe.
    • 该装置包括一个装有充气液体的入口管(3),一个用于脱气液体的出口管(4)和一个排气管(5))的封闭室(1)。 以及具有延伸到所述腔室中的轴的转子。 轴装有用于液体离心的装置(7)和用于密集搅动离心液体的装置(8,9,10)。 该装置根据以下过程工作:连续地将液体引入密封室中,并借助于机械装置(7)在其中剧烈离心,同时借助于第二机械装置(8 ,9,10)。 释放的空气在室的中心自由地聚集,因为脱气的液体通过出口管抽真空。
    • 8. 发明授权
    • Screens for paper pulp purifiers
    • 纸浆净化器筛网
    • US4898665A
    • 1990-02-06
    • US177502
    • 1988-04-04
    • Jean-Pierre Lamort
    • Jean-Pierre Lamort
    • B01D29/01B07B1/46D21D5/16
    • D21D5/16
    • A screening device is provided with a screening element having a plurality of perforations going therethrough. Each perforation has an inlet and an outlet.The screen element includes a plurality of step-type obstacle members positioned in the vicinity of the inlets of the perforations to produce turbulence in a flow of a fluid passing through the perforations. Each obstacle member has a shielding member positioned substantially above the inlet so that a gap is defined between the shielding member and the screening element. The shielding element extending over the inlet of the perforation forms an entry baffle above the outlet.At least one blade having a hydrodynamic profile rotates at high speed above the shielding element.
    • 筛选装置设置有具有穿过其中的多个穿孔的筛选元件。 每个穿孔都有一个入口和一个出口。 屏幕元件包括定位在穿孔入口附近的多个阶梯式障碍物,以在穿过穿孔的流体流中产生湍流。 每个障碍构件具有基本上位于入口上方的遮蔽构件,使得在屏蔽构件和屏蔽元件之间限定间隙。 在穿孔的入口上延伸的屏蔽元件在出口上方形成进入挡板。 具有流体动力学轮廓的至少一个叶片在屏蔽元件上方高速旋转。
    • 9. 发明授权
    • Sieves for scrubbers and their method of manufacture
    • 洗涤器的筛子及其制造方法
    • US4846971A
    • 1989-07-11
    • US157180
    • 1988-02-16
    • Pierre Lamort
    • Pierre Lamort
    • B01D29/17B01D29/23B01D29/25B01D29/37B07B1/12B07B1/18B07B1/46B07B1/50D21D5/02D21D5/16
    • B07B1/4618B01D29/23B01D29/25B07B1/12B07B1/18B07B1/4681B07B1/50D21D5/16B01D2201/184B01D2201/287Y10T29/49604Y10T29/49925
    • The invention relates to a sieve for a paper pulp scrubber or similar equipment, and to a method for fabricating such a sieve. The sieve is produced by mechanical interfit of bars with support members, the bars carrying notches, the lips of which engage at least one V-shaped lateral groove formed in each support member, while the support members present, on their face receiving the bars, a first set of notches for positioning the bars. The cross-section of the support members at the level of the first notches has the same configuration and dimensions as the cross-section of the second notches and the cross-section of bars at the level of notches has the same configuration as the cross-section of notches formed in the support members. Assembling is made by bending a bar by an angle of about 20-25.degree. for widening a second notch and inserting a support member therein. The bar is then straightened back, so that the support member will be firmly clamped in the notch.
    • 本发明涉及一种用于纸浆洗涤器或类似设备的筛子,以及用于制造这种筛子的方法。 该筛是通过具有支撑构件的杆的机械相互作用产生的,所述杆承载切口,其唇部接合形成在每个支撑构件中的至少一个V形横向槽,而支撑构件在其接收杆的表面上, 用于定位杆的第一组凹口。 在第一凹口处的支撑构件的横截面具有与第二凹口的横截面相同的构造和尺寸,并且在凹口水平处的横截面具有与横截面相同的构造, 形成在支撑构件上的切口部分。 通过将杆弯曲约20-25°的角度来进行组装,以加宽第二切口并将支撑构件插入其中。 然后将该杆拉直,使得支撑构件将牢固地夹紧在凹口中。