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BATCH CENTRIFUGAL SEPARATOR OF HIGH PERFORMANCE ACHIEVED BY TECHNICALLY IMPROVING ITS FUNCTIONS

机译:通过技术改进其功能实现的批处理离心分离器

摘要

The invention is intended, on the basis of the analysis of the experimental data with regard to a batch type centrifugal separator in prior art, to improve various functions by means of newly included mechanisms, so as to provide an organically combined high performance batch type centrifugal separator having the greatest level of perfection.;The newly included mechanism improved in terms of technical functions over prior art are integrated as follows.(1) Improvements in the mechanism of material supply:A flow of object liquid is improved by providing an auxiliary supply pipe (11) disposed within a hollow bore of a hollow rotating shaft (3), and by providing a deflector plate (13).(2) Improvements in mechanisms in a separation tank (4):Functional effects of separation, sedimentation and peeling are improved by providing in the separation tank (4) a compulsive sedimentation device (5) and a fine particle peeling device (6).(3) Improvements in the mechanism of discharging purified liquid and deposited fine particles:Discharge functions are improved by providing an anti-atomization device (16) in a purified liquid recovery passage (14, and by providing fine particle discharge port (5) at the lower end of the separation tank (4).;Thus, a high performance batch type centrifugal separator has been realized.
机译:本发明旨在基于对现有技术中的间歇式离心分离机的实验数据的分析,通过新包括的机制来改善各种功能,从而提供有机结合的高性能间歇式离心机。具有最完善水平的分离器。新整合的在技术功能方面优于现有技术的机制集成如下。 (1)物料供应机制的改进:通过提供设置在中空旋转轴(3)的中空孔内的辅助供应管(11)和设置偏转板(13),可以改善目标液体的流动。 (2)分离罐中机构的改进(4):通过在分离槽(4)中设置强制沉降装置(5)和细粒剥离装置(6),可以提高分离,沉降和剥离的功能效果。 (3)排出纯净液体和沉积细颗粒的机制的改进:通过在净化液体回收通道(14)中设置防雾化装置(16),并在分离槽(4)的下端设置细颗粒排放口(5),可以改善排放功能。 ;因此,已经实现了高性能的间歇式离心分离机。

著录项

  • 公开/公告号EP0853979A1

    专利类型

  • 公开/公告日1998-07-22

    原文格式PDF

  • 申请/专利权人 WATANABE SHINICHI;

    申请/专利号EP19960906947

  • 发明设计人 WATANABE SHINICHI;

    申请日1996-03-26

  • 分类号B04B1/04;B04B11/00;

  • 国家 EP

  • 入库时间 2022-08-22 02:49:08

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