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Device for the separation of magnetic or magnetizable microparticles consist of a suspension mittelshochgradienten-magnetic separation

机译:分离磁性或可磁化微粒的装置包括悬浮液,磁悬浮梯度-磁分离

摘要

The invention relates to a device for the separation of magnetic or magnetizable microparticles consist of a suspension (5) by means of high gradient magnetic separation. For this purpose, the apparatus has a separator (12), the housing (13), a separation chamber (1), which surrounds a suspension (5) in a predetermined flow direction (5 '') is capable of flowing. In the separation chamber (1) is a magnetic or magnetizable separating matrix (2), the more in the free lateral distance from each other surface elements (3), which, in this way, flow chambers (6) for the suspension (5) in the form of. The suspension (5), via a supply line (26) and an outlet (30) into and out of the flow spaces (6). In order to the loading state of the separating matrix (2) with microparticles in the separation chamber (1) and based thereon, a prediction about the probability of a detachment of microparticles of the separating matrix (2) to be able to meet, the invention provides for the use of an optical measuring device (7) and an illumination system (9) in front of, for the determination of the size of the clearance distance between the surface elements (3), the optical sightlines (8) of the optical measuring device (7) in the flow spaces (6) and the illumination system (9) includes at least one light source whose light (10) in the flow spaces (6) is emitted.
机译:用于分离磁性或可磁化微粒的装置技术领域本发明涉及一种用于分离磁性或可磁化微粒的装置,该装置由悬浮液(5)通过高梯度磁分离法构成。为此目的,该设备具有能够流动的分离器(12),壳体(13),分离室(1),该分离室在预定的流动方向(5'')上围绕悬浮液(5)。在分离室(1)中是磁性的或可磁化的分离基质(2),彼此之间的自由侧向距离越远,表面元件(3)便以这种方式形成用于悬浮液(5)的流动室(6)。 )的形式。悬浮液(5)经由供应管线(26)和出口(30)进入和流出流动空间(6)。为了使分离基质(2)中的微粒在分离室(1)中处于加载状态,并据此预测分离基质(2)的微粒脱离的可能性能够满足,本发明提供了光学测量装置(7)和照明系统(9)在确定表面元件(3)之间的间隙距离的尺寸之前的用途,所述光学测量装置(7)和照明系统(9)用于确定表面元件(3)之间的间隙。在流动空间(6)中的光学测量装置(7)和照明系统(9)包括至少一个光源,其流动空间(6)中的光(10)被发射。

著录项

  • 公开/公告号DE102012023382A1

    专利类型

  • 公开/公告日2014-06-18

    原文格式PDF

  • 申请/专利权人 HOCHSCHULE TRIER;

    申请/专利号DE20121023382

  • 申请日2012-11-30

  • 分类号B03C1/025;B03C1/034;B03C1/30;G01N33/543;G01N33/553;

  • 国家 DE

  • 入库时间 2022-08-21 15:37:52

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