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    • 105. 发明授权
    • Dredging vessel
    • 挖泥船
    • US4206057A
    • 1980-06-03
    • US912849
    • 1978-06-05
    • Petrus J. H. Nieuwendijk
    • Petrus J. H. Nieuwendijk
    • E02F3/88B63B35/00B63B35/30E02D15/10E02F3/90E02F7/04B01D43/00
    • E02F3/885E02F7/04E02F7/065
    • When loading a loading space 2 of a dredging vessel 1 with sand the head er 5 is removed from the loading space 2 by means of more than one siphon 12 and is conducted away into the water stream 26 moving around the vessel 1. This head water can be polluted with much sludge or another pollutant.In order to reduce pollution of the environment with the aid of effluent means which are not very expensive and which can be easily adjusted, said effluent means comprises in accordance with the invention a tubular sheath 24, inside which is telescopically arranged a level-adjustable common outlet conduit 21 which can be withdrawn into said tubular sheath and be brought out thereof to a considerable distance below the vessel 1 respectively, and which is connected with coupled conduits 16, 19, 18 of more than one siphon 12.
    • 当用沙子装载疏浚船1的装载空间2时,通过多于一个的虹吸管12将头部水5从装载空间2中移出,并被引导到围绕容器1移动的水流26中。该头部水 可能会污染很多污泥或其他污染物。 为了减少环境污染,借助于不是非常昂贵并且可以容易地调节的流出物装置,所述流出装置包括根据本发明的管状护套24,管状护套24可伸缩地布置有水平调节的共同 出口管道21,其可以被抽出到所述管状护套中并且分别在容器1下方离开相当远的距离,并且与多于一个虹吸管12的连接管道16,19,18连接。
    • 106. 发明授权
    • Process for removing colloidal suspensions from a liquid
    • 从液体中去除胶体悬浮液的方法
    • US4140609A
    • 1979-02-20
    • US878987
    • 1978-02-17
    • Jerry Zucker
    • Jerry Zucker
    • B01D43/00B03C5/02C02F1/463C02F1/48D21C11/00C02C5/12
    • B03C5/02B01D43/00C02F1/463C02F1/48D21C11/0007
    • A system and method for removing colloidal suspensions or particles from a liquid, in particular tall oil soap particles from black liquor of a wood pulping process. Black liquor is moved along a flow path from an upstream to a downstream zone. First and second electrical conductors are respectively located in the upstream and downstream zones and means are provided for applying opposite electrical potentials to these conductors. For removal of anionic colloids, the first conductor is made positive and the second conductor negative. Thus, colloidal particles in the liquid having a relative potential opposite to the potential of the first conductor are attracted towards the first conductor as the liquid flows through the upstream zone, and some of the ions attached to some of these particles are stripped off by the electrical field, leaving these particles with a potential of the opposite polarity from particles not so affected. The stripped colloidal particles attract other colloidal particles the charge of which has not been changed by stripping, thereby commencing the formation of agglomerates. The particles are carried downstream by the liquid and through the field adjacent the second conductor, whereby the particles continue to agglomerate. As a result of the continuous pressure from the flow, and of air introduced into the stream and a small amount of hydrogen and oxygen resulting from electrolysis of the water present, these agglomerates or globules are "washed off" the conductors into a separation vessel wherein there results a separation in the phases. Removal of the soap or other separated materials in the vessel is accomplished by conventional means. Improved agglomeration is achieved by also applying pulsating potentials to the conductors and by insulating both conductors so that, in addition to the electric field between them, there are separate electric fields between each of them and ground.
    • 一种用于从液体中去除胶体悬浮液或颗粒的系统和方法,特别是由木材制浆工艺的黑液中的妥尔油皂颗粒。 黑液沿着从上游到下游区域的流动路径移动。 第一和第二电导体分别位于上游和下游区域中,并且提供用于向这些导体施加相反电位的装置。 为了去除阴离子胶体,第一导体为正,第二导体为负极。 因此,当液体流过上游区域时,具有与第一导体的电位相反的相对电位的液体中的胶体颗粒被吸引到第一导体,并且附着到这些颗粒中的一些的一些离子被剥离 电场,使这些颗粒具有与不受影响的颗粒相反极性的电位。 剥离的胶体颗粒吸引其它胶体颗粒,其电荷没有通过汽提改变,从而开始形成附聚物。 颗粒在液体下游并通过邻近第二导体的场,由此颗粒继续凝聚。 由于来自流动的连续压力和引入流中的空气以及由电解存在的水产生的少量氢和氧,这些附聚物或小球被“洗出”导体进入分离容器,其中 导致阶段分离。 通过常规方法实现容器中肥皂或其它分离的物质的去除。 通过向导体施加脉动电位并且通过绝缘两个导体来实现改进的聚集,使得除了它们之间的电场之外,它们中的每一个和地之间都有单独的电场。