一种自动化物料粉碎磁选分离机

Automatic material smashing and magnetic separation separator

  • Inventors: ZHENG XIAOYAN
  • Assignees: 郑小燕
  • Publication Date: September 23, 2015
  • Publication Number: CN-104923338-A

Abstract

本发明涉及一种自动化物料粉碎磁选分离机,包括底座,底座上部左侧设置有进料腔,进料腔右侧连接有左提升腔,左提升腔右侧上部连接有供料管,供料管右侧连接有粉碎腔,粉碎腔左侧下部连接有回料管,粉碎腔下部设置有过滤板,过滤板下部设置有搅拌腔,搅拌腔右侧连接有下料管,下料管右侧连接有右提升腔,右提升腔右侧上部连接有出料腔,出料腔下部设置有多个出料孔,出料孔下部设置有供料腔,供料腔下部设置有分离腔;该发明装置能有效地针对物料进行粉碎处理,并方便在粉碎后予以提升处理,改善了物料粉碎处理效果,且方便干燥处理,多次粉碎后,进行磁性分离,方便分离出杂质物,且方便统计杂质物质量,改善了杂质分离处理效果,使用方便。
The invention relates to an automatic material smashing and magnetic separation separator comprising a base. A feeding cavity is formed in the left side of the upper portion of the base. The right side of the feeding cavity is connected with a left lifting cavity. The upper portion of the right side of the left lifting cavity is connected with a feeding pipe. The right side of the feeding pipe is connected with a smashing cavity. The lower portion of the left side of the smashing cavity is connected with a material return pipe. The lower portion of the smashing cavity is provided with a filtering plate. The lower portion of the filtering plate is provided with a stirring cavity. The right side of the stirring cavity is connected with a discharging pipe. The right side of the discharging pipe is connected with a right lifting cavity. The upper portion of the right side of the right lifting cavity is connected with a discharging cavity. The lower portion of the discharging cavity is provided with multiple discharging holes. A material supplying cavity is formed below the discharging holes. A separation cavity is arranged below the material supplying cavity. The automatic material smashing and magnetic separation separator can effectively smash materials, conveniently lift smashed materials, improves the material smashing effect and facilitates drying, magnetic separation is conducted after repeated smashing, impurities can be conveniently separated from the materials, statistics of the weight of the impurities can be conveniently conducted, the impurity separation effect is improved, and the automatic material smashing and magnetic separation separator is convenient to use.

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