首页> 外国专利> An improved form of perforate body adapted for use in aerating or carbonating liquids, for separating liquids from solids, for emulsifying immiscible ingredients and other like purposes

An improved form of perforate body adapted for use in aerating or carbonating liquids, for separating liquids from solids, for emulsifying immiscible ingredients and other like purposes

机译:一种改进形式的穿孔体,适用于对液体充气或碳酸化,用于从固体中分离液体,用于乳化不混溶的成分和其他类似目的

摘要

PICT:0398114/III/1 Apparatus for emulsifying immiscible ingredients comprises a perforate body formed of a plurality of peripherally flanged metal plates d assembled and clamped together on a central stem a, and having on their abutting faces shallow annular ribs e which cause the interior plane areas of the adjacent flanges to be spaced apart forming recesses f, the ribs e being intersected at frequent intervals by notches g cut into the flanges from the external surfaces thereof. The depths of the recesses f may be about one to three thousandths of an inch. The flanged plates d are held between end plates b, c. The notches g may be arranged in staggered relation in adjacent plates, a stud o passing through appropriately spaced apertures in the plates being provided to enable the alignment to be more readily effected. The stem a may have a central bore j communicating with longitudinal slots h formed on the external surface thereof. The plates d may also be apertured at i to provide free passage for the fluid inside the body, which in the form shown is secured to the base m of a tank or vat for the material to be treated. The mixed ingredients to be emulsified may be forced through the body in either direction.
机译:一种用于乳化不混溶成分的设备,该设备包括由多个周边带凸缘的金属板d形成的穿孔体,这些金属板d组装并夹紧在中心杆a上,并且在其邻接面上具有浅环形肋e,这导致了相邻凸缘的内平面区域间隔开形成凹口f,肋e通过从凸缘的外表面切入凸缘的凹口g以频繁的间隔相交。凹部f的深度可以是大约一英寸的千分之三。凸缘板d保持在端板b,c之间。凹口g可以以交错的关系布置在相邻的板中,设置穿过板中适当间隔的孔的螺柱o以使对准更容易实现。杆a可具有中心孔j,该中心孔j与形成在其外表面上的纵向槽h连通。板d也可以在i处开孔以为主体内的流体提供自由通道,该流体以所示的形式固定至待处理材料的罐或桶的底部m。可以将要乳化的混合成分沿任一方向推入人体。

著录项

  • 公开/公告号GB398114A

    专利类型

  • 公开/公告日1933-09-07

    原文格式PDF

  • 申请/专利号GB19330008110

  • 发明设计人

    申请日1933-03-17

  • 分类号B01F5/06;

  • 国家 GB

  • 入库时间 2022-08-24 07:21:19

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