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    • 91. 发明申请
    • DEVICE AND METHOD FOR RECOVERING MAGNETIC PARTICLES TRAPPED ON A MAGNETIC PLUG
    • 用于回收磁性片上的磁性颗粒的装置和方法
    • US20120204910A1
    • 2012-08-16
    • US13504277
    • 2010-10-22
    • Fabrice Colladon
    • Fabrice Colladon
    • B08B5/00
    • B03C1/284B03C1/032B03C1/286
    • A device for recovering magnetic particles trapped on a magnetic plug, which includes a supporting end and a magnetized element for retaining the magnetic particles in a liquid resulting from the wear of parts with which the liquid has been in contact, the recovery device including a magnetization device and an enclosure having an opening, the enclosure to receive the magnetic plug via the opening such that the magnetized element is located inside the enclosure and the supporting end is located outside the enclosure. The opening is sized such that the supporting end blocks the opening. The device also includes an injection nozzle to inject a gaseous fluid inside the enclosure, the nozzle being oriented such that the flow of gaseous fluid expels the magnetic particles retained on the magnetized element toward the bottom of the enclosure. The magnetization device traps the particles urged toward the bottom of the enclosure.
    • 一种用于回收被捕获在磁性塞子上的磁性颗粒的装置,该装置包括支撑端和用于将磁性颗粒保持在由液体已经接触的部件的磨损所导致的液体中的磁化元件,该恢复装置包括磁化 装置和具有开口的外壳,所述外壳经由所述开口接收所述磁性塞,使得所述磁化元件位于所述外壳内并且所述支撑端位于所述外壳外部。 开口的尺寸使得支撑端阻挡开口。 该装置还包括注射喷嘴以在壳体内注入气体流体,喷嘴被定向为​​使得气态流体流将保留在磁化元件上的磁性颗粒朝向外壳的底部排出。 磁化装置捕获朝外壳的底部被推动的颗粒。
    • 92. 发明申请
    • METHOD FOR SUSPENDING OR RE-SUSPENDING PARTICLES IN A SOLUTION AND APPARATUS ADAPTED THERETO
    • 解决方案中的悬挂或再悬浮颗粒的方法和适用于其的设备
    • US20110205835A1
    • 2011-08-25
    • US12673099
    • 2008-08-14
    • Daniel Zwirner
    • Daniel Zwirner
    • B01F13/08
    • B03C1/286B03C1/284
    • A method for suspending or re-suspending magnetically attractable particles is provided. In the present method at least a mixing vessel (10) is provided filled at least partially with a mixture (30) containing magnetically attractable particles (40) at least partially precipitated at the bottom (11) of the mixing vessel (10). An effective magnetic field acting at least in the front end area (3) of the mixing bar (1) is switched on by the magnetic field generating apparatus (4) while the mixing bar (1) is immersed in the mixture (30). Subsequently, the magnetic field is moved away from the bottom (11) of the mixing vessel (10) along with the mixing bar, whereby the movement of the magnetic field along with the mixing bar is carried out such that at least a part of the magnetically attractable particles (40) is raised from the bottom (11) of the mixing vessel (10) and the portion of the particles sticking to the bar is minimized. The magnetic field is switched off in a predefined distance from the bottom which is greater than the distance from the bottom at the time when the magnetic field is switched on. Thereafter, repeated mixing movements of the mixing bar (1) are carried out until the magnetically attractable particles present in the mixture (30) are sufficiently suspended or re-suspended whereby a magnetic field which is switched on does not exist at the front end (3) of the mixing bar (1).
    • 提供了悬浮或再悬浮磁性可吸引颗粒的方法。 在本方法中,至少提供至少部分填充混合物(10)的至少一个混合容器(10),所述混合容器(30)含有至少部分地在混合容器(10)的底部(11)沉淀的磁性可吸引颗粒(40)。 至少在混合棒(1)的前端区域(3)中起作用的有效磁场在混合棒(1)浸入混合物(30)中时由磁场产生装置(4)接通。 随后,磁场与混合杆一起从混合容器(10)的底部(11)移开,由此磁化搅拌棒的移动被执行,使得至少一部分 磁性吸引颗粒(40)从混合容器(10)的底部(11)升起,并且粘附到杆上的颗粒的部分被最小化。 磁场在距离底部预定义的距离处被切断,其大于在磁场接通时距离底部的距离。 此后,进行混合棒(1)的反复混合运动,直到存在于混合物(30)中的磁性可吸引颗粒充分悬浮或重新悬浮,由此在前端不存在接通的磁场( 3)混合棒(1)。
    • 93. 发明申请
    • MAGNETIC TOOL CLEANER
    • 磁性工具清洁剂
    • US20100326468A1
    • 2010-12-30
    • US12879271
    • 2010-09-10
    • Earl H. ParrisJohn Michael Kay
    • Earl H. ParrisJohn Michael Kay
    • B08B7/00
    • B25B9/00B03C1/0332B03C1/284B03C1/286B08B7/00B25B11/002
    • An apparatus and method for cleaning metal debris from a magnetic tool (some tools of which have magnetic properties) is disclosed. For one embodiment, the magnetic cleaner comprises a magnetic element suitably sized to interface with a surface of a tool associated with metal debris. A housing comprising a magnetic interface constructed of magnetically transparent material surrounds the magnetic element wherein the remainder of the housing is optionally constructed from material that forms a magnetic barrier. The magnetic element may be movably associated with the housing allowing the magnetic element to be associated/disassociated with the housing magnetic interface.
    • 公开了一种用于从磁性工具(其一些工具具有磁性)清除金属碎屑的装置和方法。 对于一个实施例,磁性清洁器包括适当尺寸以与与金属碎片相关联的工具的表面相接合的磁性元件。 包括由磁性透明材料构成的磁性界面的壳体围绕着磁性元件,其中壳体的其余部分任选地由形成磁屏障的材料构成。 磁性元件可以与壳体可移动地相关联,允许磁性元件与壳体磁性界面相关联/分离。
    • 94. 发明申请
    • Liquid Exchange Method, Ingredient Extraction Method Using the Same, Composite Container and Autoanalyzer
    • 液体交换方法,使用它的成分萃取方法,复合容器和自动分析仪
    • US20080277348A1
    • 2008-11-13
    • US11886188
    • 2006-05-22
    • Yuji Izumizawa
    • Yuji Izumizawa
    • B03C1/02G01N33/20
    • B03C1/286B01L3/502B01L2200/0647B01L2300/0803B01L2300/0809B01L2300/087B01L2400/043B03C1/284B03C2201/18G01N33/54333G01N35/0098
    • A liquid exchange method of exchanging liquids present around a magnetic substance is provided. The method serves to prevent a remaining liquid from transferring to a next step and a loss of the magnetic substance. Even when the liquid exchange method is applied to an autoanalyzer, the device structure will not be complicated. A vessel 11 in which a liquid 16 containing a magnetic substance 15, a vessel 12 containing a liquid 17, a magnetic substance move-mediating member 13 and also a magnet 18 are prepared. The magnet 18 is disposed at the exterior of the vessel 11, and the magnet 18 is moved to move the magnetic substance 15 on the inner wall face of the vessel 11 in order to take out the magnetic substance 15 from the magnetic substance containing liquid 16, to move the magnetic substance 15 from the inner wall face of the vessel 11 to the surface of the magnetic substance move-mediating member 13, and to move to the inner wall face of the other vessel 12 via the magnetic substance move-mediating member 13 so as to introduce the magnetic substance 15 into the liquid 17 in the vessel 12, thereby exchanging the liquids present around the magnetic substance 15.
    • 提供了一种交换存在于磁性物质周围的液体的液体交换方法。 该方法用于防止剩余液体转移到下一步骤和磁性物质的损失。 即使将液体交换方法应用于自动分析仪,装置结构也不复杂。 制备容器11,其中容纳有磁性物质15的液体16,容纳液体17的容器12,磁性物质移动介质构件13和磁体18。 磁体18设置在容器11的外部,磁体18被移动以将磁性物质15移动到容器11的内壁面上,以便从含磁性物质的液体16中取出磁性物质15 将磁性物质15从容器11的内壁面移动到磁性物质移动介质构件13的表面,并且经由磁性物质移动介质构件移动到另一容器12的内壁面 以便将磁性物质15引入容器12中的液体17中,从而交换存在于磁性物质15周围的液体。
    • 96. 发明申请
    • Filter element
    • 过滤元件
    • US20070029244A1
    • 2007-02-08
    • US10555667
    • 2004-04-14
    • Ralf WnukSeddik LahbibMarkus Olschok
    • Ralf WnukSeddik LahbibMarkus Olschok
    • B01D35/06
    • B03C1/284B01D29/33B01D29/48B01D29/52B01D29/668B01D35/06B01D2201/02
    • The invention relates to a filter element (8), especially for us in backwash filtering systems, which comprises a filtering clement through which a contaminated fluid flows in at least one direction (24). An intercepting device (62) comprises at least one rod-shaped permanent magnet or solenoid (64) that at least partially removes magnetizable, especially ferritic portions from the fluid before the latter flows through the filtering element. A detaching device (68) removes the above-mentioned portions from the intercepting device (62). The detaching device (68) is configured by a stripper ring (70) that travels along the rod-shaped magnet (64) and removes the portions retained by the intercepting device (62). When the filtering element is backwashed, the stripper ring (70), moved by the fluid flow, detaches the portions retained by the intercepting device (62). The inventive element requires little construction space and allows for the automatic and energetically favorable removal of magnetizable, especially ferritic portions when the filtering element is backwashed.
    • 本发明涉及一种过滤元件(8),特别适用于我们在反冲洗过滤系统中,其包括过滤元件,污染流体通过该过滤元件至少在一个方向(24)流动。 拦截装置(62)包括至少一个杆状永磁体或螺线管(64),其至少部分地在液体流过过滤元件之前从流体中去除可磁化的,特别是铁素体部分。 分离装置(68)从拦截装置(62)移除上述部分。 分离装置(68)由沿着棒状磁体(64)移动并移除由拦截装置(62)保持的部分的剥离环(70)构成。 当过滤元件被反冲洗时,通过流体流动移动的汽提器环(70)分离由截留装置(62)保持的部分。 本发明的元件需要很小的构造空间,并且允许当过滤元件被反洗时自动且有能量地有效地去除可磁化的,特别是铁素体部分。
    • 100. 发明申请
    • Magnetic cleaning tool
    • 磁性清洁工具
    • US20020088756A1
    • 2002-07-11
    • US09755578
    • 2001-01-05
    • Dan L. Wolosion
    • B03C001/02
    • B03C1/284
    • A magnetic cleaning tool having a housing defining a cavity, a plunger partially disposed within the cavity, and a magnet located on the plunger is provided. Withdrawal of the plunger from the cavity moves the magnet along the cavity and thereby removes the magnetic field from one end of the housing. This removal of the magnetic field allows a user to easily detach any particles adhered to the exterior surface of the housing due to the presence of the magnetic field by simply pulling the plunger and moving the magnet. The assembly may also include a peripheral skirt that assures the removal of adhered particles, and straps that facilitate securement of the assembly to another body, such as a tank. A method of using the magnetic cleaning tool to remove metallic fines from lapping compounds is also provided.
    • 一种磁性清洁工具,其具有限定空腔的壳体,部分地设置在空腔内的柱塞和位于柱塞上的磁体。 柱塞从空腔中取出使磁体沿空腔移动,从而从壳体的一端移除磁场。 这种磁场的去除允许用户通过简单地拉动柱塞并移动磁体而容易地分离由于磁场的存在而粘附到壳体的外表面的任何颗粒。 组件还可以包括确保去除粘附的颗粒的周边裙部,以及便于将组件固定到另一个主体(例如罐)上的带子。 还提供了使用磁性清洁工具从研磨化合物中除去金属细粉的方法。