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公开(公告)号：JPS61111113A
公开(公告)日：1986-05-29
申请号：JP23193884
申请日：1984-11-02
Applicant: Orijin:Kk
Inventor： WADA YONEJI
CPC classification number: B01D35/306 , B01D27/06 , B01D27/108 , B01D27/144 , B01D2201/188 , B01D2201/206 , F01M2001/1057
Abstract: PURPOSE: To obtain the title filter which is small-sized, inexpensive, and easy to fit by collecting the function of a flow divider, a main filter, and an auxiliary filter into one unit.
CONSTITUTION: Lubricating oil flowing in from an inflow port 31 is mostly passed through a clearance between the wall surface of a case 11 and an auxilia ry filtration part 13, and passed into a filter medium 16 from the periphery of a low-density main filtration part 12. Meanwhile, most of the coarse of for eign matter is removed. The oil then passes through the through-hole of a cylindrical body 15, flows into a flow passage 20, and flows out from an outflow port 30. When the lubricating oil after passing through the main filtration part 12 passes through the throttled part 26 of the flow passage 20, a part of the oil is forcibly passed through a high-density filter medium 25 due to the pressure difference from a space part 24 provided at the outside of the auxiliary filtration part 13, and then joined to the flow in the side passage 20. Consequently, the fine foreign matter in the lubricating oil can be efficiently removed, and the space is also reduced. Moreover, the filter can be conveniently fitted into an internal combustion engine without any further working.
COPYRIGHT: (C)1986,JPO&JapioAbstract translation: 目的：通过将分流器，主过滤器和辅助过滤器的功能集中到一个单元中，获得小尺寸，便宜，易于贴合的标题过滤器。 构成：从流入口31流入的润滑油大部分通过壳体11的壁面和辅助过滤部13之间的间隙，并从低密度主过滤器的周边进入过滤介质16 第12部分。同时，大部分的外部物质的粗糙被去除。 油然后通过圆筒体15的通孔，流入流路20，从流出口30流出。当通过主过滤部12的润滑油经过节流部26后， 流路20中，由于与设置在辅助过滤部13的外侧的空间部24的压力差，强制地将一部分油强制地通过高密度的过滤介质25，然后与该流路连通 因此，可以有效地除去润滑油中的微细异物，并且空间也减小。 此外，过滤器可以方便地装配到内燃机中，而无需任何进一步的工作。
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公开(公告)号：JP2015073933A
公开(公告)日：2015-04-20
申请号：JP2013211155
申请日：2013-10-08
Applicant: メタウォーター株式会社
CPC classification number: B01D29/66 , B01D65/02 , B01D2201/206 , B01D2321/04
Abstract: 【課題】装置構造が簡素で運転管理が容易なろ過装置において、効率的な逆洗を可能とするろ過装置を提供する。 【解決手段】本発明によるろ過装置は、ろ過材を有するろ過部と、ポンプと、ポンプの吐出口とろ過部とを接続する被処理水配管と、処理水流出口を有する処理水貯留槽と、処理水流出口よりも下方で処理水貯留槽とろ過部とを接続する処理水配管と、一端が被処理水配管に接続され、他端が処理水流出口の鉛直方向位置よりも下方に位置し、処理水流出口の位置よりも鉛直方向に所定の高さだけ高い位置まで立ち上げられたサイホン管と、ポンプの駆動および停止を制御する制御部と、サイホンの形成によるろ過材の逆洗開始を検知する逆洗開始検知手段と、逆洗の終了タイミングを検知する逆洗終了検知手段とを備え、制御部は、逆洗開始検知手段の検知結果に基づいてポンプを停止し、逆洗終了検知手段の検知結果に基づいてポンプを再び駆動する。 【選択図】図1
Abstract translation: 要解决的问题：提供一种结构简单并且操作控制容易并且可以进行有效的反向洗涤的过滤装置。解决方案：一种过滤装置，包括：具有过滤介质的过滤器部件; 一个泵 处理水管，其将泵的排出口和过滤器部件彼此连接; 具有处理水流出口的处理用储水箱; 处理水管，其将处理水储存罐和过滤器部分彼此连接在处理水流出口下方; 虹吸管，其一端连接到处理水管，另一端位于处理水流出口的垂直方向位置的下方，并被升高到高于处理水流出口的位置的高位置 在垂直方向上预定高度; 用于控制泵的驱动和停止的控制部件; 用于通过形成虹吸来检测过滤介质的反向清洗开始的反向清洗开始检测装置; 以及用于检测反向清洗的完成定时的反向清洁完成检测装置。 控制部基于由反向清洗开始检测单元检测到的结果停止泵，并且基于由反向清洗完成检测单元检测到的结果再次驱动泵。
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公开(公告)号：JP2005206983A
公开(公告)日：2005-08-04
申请号：JP2004016316
申请日：2004-01-23
Applicant: Sakae Koki Kk , 栄工機株式会社
Inventor： KAMO EIICHI , KAMO SEIKO
CPC classification number: D21B1/30 , B01D33/11 , B01D33/463 , B01D33/60 , B01D2201/204 , B01D2201/206 , B07B1/24 , B08B3/045 , B08B3/047 , B08B3/06 , D21C9/06 , D21D1/40
Abstract: PROBLEM TO BE SOLVED: To provide a drum type refining or washing apparatus in which refining or washing efficiency of a pulp suspension or a food suspension is remarkably enhanced by filtration function of the rotary drum and by sucking force of a filtrate receptive cell.
SOLUTION: This drum type refining or washing apparatus is constituted so as to define a filtrate receptive chamber 34 facing the outer peripheral surface of a rotary drum 1 by a plurality of the filtrate receptive cells 31 arranged in the peripheral direction of the outer peripheral surface of the rotary drum 1 laterally installed, provide a discharge port 32 for discharging the filtrate received in the filtrate receptive cell 31 through a rotary drum-forming wall into a liquid vessel 11 at one end opposite to the rotating direction of the drum of each cell 31, discharge a filtrate received in the filtrate receptive chamber 34 of the filtrate receptive cell 31 through the discharging port 32 into the liquid vessel 11 during an escaping process of the filtrate receptive cell 31 onto the liquid surface 17 of the liquid vessel 11 in the accordance with rotation of the rotary drum 1 and generate the filtrate sucking force directing toward the inside of the receptive chamber 34 at a rotary drum-forming wall to which which the receptive chamber 34 of the cell 31 faces by discharge of the filtrate.
COPYRIGHT: (C)2005,JPO&NCIPIAbstract translation: 要解决的问题：提供一种鼓式精炼或洗涤装置，其中通过旋转鼓的过滤功能和滤液接受细胞的吸力显着提高了纸浆悬浮液或食品悬浮液的精制或洗涤效率 。 解决方案：该滚筒式精炼或洗涤装置构成为通过多个沿外周方向排列的滤液接收单元31来限定面向旋转滚筒1的外周面的滤液容纳室34 旋转滚筒1的周边表面横向安装，提供排出口32，用于将容纳在滤液接收单元31中的滤液通过旋转鼓形成壁排放到液体容器11中，该液体容器11的一端与滚筒的旋转方向相反 每个单元31在滤液接收单元31逸出过程中将滤液接受单元31的滤液接收室34中的滤液通过排出口32排出到液体容器11中，液体容器11在液体容器11的液面17上 根据旋转滚筒1的旋转，产生在转动时朝向容纳室34的内部引导的滤液吸引力 电池31的容纳室34通过排出滤液而面对的鼓形成壁。 版权所有（C）2005，JPO＆NCIPI
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公开(公告)号：WO2013122530A1
公开(公告)日：2013-08-22
申请号：PCT/SE2013/050105
申请日：2013-02-08
Applicant: RIOKS PATENTER AB
Inventor： STRID, Kent , OSWALDSON, Rolf
CPC classification number: B01D33/073 , B01D2201/206 , B01D2201/583 , D21C9/06 , D21C9/18 , Y02P70/24
Abstract: A device for filtration of a liquid substance, comprising: - at least one filter element (8), through which liquid is intended to be sucked from the liquid substance in order to obtain a filtrate; - at least one vacuum generating fall tube (12), through which filtrate is arranged to fall in order to generate an underpressure required for sucking liquid from the liquid substance through said filter element (8); and - a turbine (17) provided in a lower part (18) of the fall tube (12), this turbine (17) being configured to be driven by the filtrate falling through the fall tube (12) in order to recover energy.
Abstract translation: 一种用于液体物质过滤的装置，包括： - 至少一个过滤元件（8），通过该过滤器元件从液体物质中吸出液体以获得滤液; - 至少一个真空产生下降管（12），通过所述至少一个真空产生落管（12），滤液被布置成落下，以便产生通过所述过滤元件（8）从液体物质吸取液体所需的负压; 以及 - 设置在所述落管（12）的下部（18）中的涡轮机（17），所述涡轮机（17）构造成由通过所述落管（12）落下的滤液驱动，以便回收能量。
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公开(公告)号：WO1998017875A1
公开(公告)日：1998-04-30
申请号：PCT/AU1997000710
申请日：1997-10-23
Applicant: ECOSOL PTY. LTD. , ROY, Scott, Wade
Inventor： ECOSOL PTY. LTD.
IPC: E03F05/14
CPC classification number: B01D21/0012 , B01D17/00 , B01D17/0211 , B01D17/0214 , B01D29/05 , B01D29/52 , B01D29/902 , B01D2201/206 , B01D2201/287 , B01D2201/48 , E03F5/14
Abstract: A water filter arrangement (10) for trapping gross pollutants flowing in a storm water system is provided in-line or at end-of-line of a storm water pipe. The arrangement comprises an inlet (14) and an inlet area (18) which directs incoming water (16) into a filter (20). The filter traps entrained gross pollutants and filtered water exits the filter via filter outlet (50). The outlet (50) and surrounding walls (58 and 57) are shaped to create a flow of filtered water which forms a water barrier which restrains the flow of water and gross pollutants from the inlet (14) to the outlet (52). The water barrier is located between the inlet (14) and the outlet (52) preferably closer to the outlet than the inlet. As the filter (20) becomes full and the flow of filtered water exiting the filter decreases the water barrier subsides. When the filter is completely blocked, the water barrier completely subsides and the incoming water and gross pollutants by-pass the filter (20) and flow unrestrained without head loss from the inlet (14) to the outlet (52).
Abstract translation: 在雨水管道的直线或行尾设置有用于捕获在雨水系统中流动的总污染物的滤水器装置（10）。 该装置包括入口（14）和将进入的水（16）引导到过滤器（20）中的入口区域（18）。 过滤器夹带的总污染物和过滤水通过过滤器出口（50）离开过滤器。 出口（50）和周围壁（58和57）被成形为产生过滤水流，其形成水屏障，其限制水和从污染物入口（14）到出口（52）的总污染物质。 水阻挡物位于入口（14）和出口（52）之间，优选地比入口更靠近出口。 当过滤器（20）变满时，离开过滤器的过滤水的流量减少，阻水减少。 当过滤器被完全堵塞时，防水层完全消失，进水和总污染物绕过滤器（20）并且流过无限流而不会从进口（14）到出口（52）的头部损失。
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Patent Agency Ranking16.发明申请
公开(公告)号：WO2017007298A1
公开(公告)日：2017-01-12
申请号：PCT/MY2015/000051
申请日：2015-07-03
Applicant: MAK, Moon Tuck
Inventor： MAK, Moon Tuck
CPC classification number: B01D29/661 , B01D24/14 , B01D24/4631 , B01D29/15 , B01D29/52 , B01D65/02 , B01D2201/0446 , B01D2201/206 , B01D2313/24 , B01D2321/04 , C02F1/001
Abstract: A water filter with an automatic backwash that utilizes an artificially created back pressure to reduce the overall height of the water filter, and a water filter with a typical overall height of less than 3.5 meters for membrane filters and less than 5 meters for media filters, that incorporates a means of automatically creating, in a repeatable fashion, a backwash that removes trapped suspended solids from an upstream side of the filter.
Abstract translation: 具有自动反冲洗的水过滤器，其利用人工产生的背压来降低水过滤器的整体高度，以及对于膜过滤器具有小于3.5米的典型总高度以及介质过滤器小于5米的水过滤器， 其结合了以可重复的方式自动创建从过滤器的上游侧去除捕获的悬浮固体的反洗的手段。
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公开(公告)号：WO99010074A1
公开(公告)日：1999-03-04
申请号：PCT/SE1998/001497
申请日：1998-08-20
CPC classification number: D21F1/66 , B01D33/21 , B01D33/463 , B01D33/60 , B01D33/663 , B01D2201/206 , B01D2201/48
Abstract: A filter and a method for filtration is based upon a moving filter surface (10) being caused to move through a first filtration region (FF) for separation of a pre-filtrate and a second filtration region (KF) for separation of a clear filtrate. A vacuum is applied on the filtrate side in the clear filtrate filtration region (KF) for the purpose of promoting filtrate passage. According to the invention two filtration zones (FF1 and FF2) with mutually different pressure conditions are established in the pre-filtrate region (FF). In the first filtration zone (FF1) atmospheric pressure or a relatively weak vacuum is present on the filtrate side. In the second filtration zone (FF2), a vacuum involving a pressure which is lower than the pressure in the first filtration zone (FF1) is present on the filtrate side. The pressure change between the filtration zones (FF1 and FF2) is performed in the pre-filtrate region, i.e. before the filter surface has reached the clear filtrate region (KF).
Abstract translation: 过滤器和过滤方法基于运动过滤器表面（10）移动通过用于分离前滤液的第一过滤区域（FF）和用于分离澄清滤液的第二过滤区域（KF） 。 为了促进滤液通过的目的，在透明滤液过滤区域（KF）中的滤液侧施加真空。 根据本发明，在预滤液区（FF）中建立了具有相互不同的压力条件的两个过滤区（FF1和FF2）。 在第一过滤区（FF1）中，大气压或滤液侧存在较弱的真空。 在第二过滤区域（FF2）中，在滤液侧存在包含比第一过滤区域（FF1）中的压力低的压力的真空。 过滤区域（FF1和FF2）之间的压力变化在预滤液区域，即在过滤表面达到澄清滤液区域（KF）之前进行。
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公开(公告)号：EP0935699A4
公开(公告)日：2001-12-05
申请号：EP97944642
申请日：1997-10-23
Applicant: ECOSOL PTY LTD
Inventor： ROY SCOTT WADE
CPC classification number: B01D21/0012 , B01D17/00 , B01D17/0211 , B01D17/0214 , B01D29/05 , B01D29/52 , B01D29/902 , B01D2201/206 , B01D2201/287 , B01D2201/48 , E03F5/14
Abstract: PCT No. PCT/AU97/00710 Sec. 371 Date Apr. 22, 1999 Sec. 102(e) Date Apr. 22, 1999 PCT Filed Oct. 23, 1997 PCT Pub. No. WO98/17875 PCT Pub. Date Apr. 30, 1998A water filter arrangement (10) for trapping gross pollutants flowing in a storm water system is provided in-line or at end-of-line of a storm water pipe. The arrangement comprises an inlet (14) and an inlet area (18) which directs incoming water (16) into a filter (20). The filter traps entrained gross pollutants and filtered water exits the filter via filter outlet (50). The outlet (50) and surrounding walls (58 and 57) are shaped to create a flow of filtered water which forms a water barrier which restrains the flow of water and gross pollutants from the inlet (14) to the outlet (52). The water barrier is located between the inlet (14) and the outlet (52) preferably closer to the outlet than the inlet. As the filter (20) becomes full and the flow of filtered water exiting the filter decreases the water barrier subsides. When the filter is completely blocked, the water barrier completely subsides and the incoming water and gross pollutants by-pass the filter (20) and flow unrestrained without head loss from the inlet (14) to the outlet (52).
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公开(公告)号：EP0745415B1
公开(公告)日：2001-08-01
申请号：EP96113134.9
申请日：1994-01-05
Applicant: FUJI ELECTRIC CO. LTD.
CPC classification number: B01D29/33 , B01D29/39 , B01D29/52 , B01D29/66 , B01D29/822 , B01D29/92 , B01D2201/0484 , B01D2201/206
Abstract: A water supply means to pump up the filtrate pumped up from a filtrate tank (13) into a filtrate discharge pipe (3), and a filtrate discharge pump (5) are provided, while an unthickened sludge extracting device (20) is fitted to the bottom of a sludge tank (1), where a high negative pressure acts upon the inside of filter plates (2) to conduct filtration, the unthickened sludge (10) is discharged from the unthickened sludge extracting device (20), and/or the unthickened sludge (10) present near the thickened sludge (11) is displaced by an unthickened sludge displacement means (22, 24, 28,29) so as not to contact the thickened sludge (11), and filtration of only thickened sludge (11) continues so that high-concentration thickened sludge (11) can be obtained without being affected by the water in the unthickened sludge (10).
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20.发明公开Sludge filtering and thickening installation and method 失效Anlage und Verfahren zum Filtern und Eindicken vonSchlämmen。
公开(公告)号：EP0606154A2
公开(公告)日：1994-07-13
申请号：EP94300040.6
申请日：1994-01-05
Applicant: FUJI ELECTRIC CO. LTD.
Inventor： Yamaguchi, Mikimasa , Fukuzawa, Hiroshi , Arai, Toshitaka
CPC classification number: B01D29/33 , B01D29/39 , B01D29/52 , B01D29/66 , B01D29/822 , B01D29/92 , B01D2201/0484 , B01D2201/206
Abstract: A water supply means to pump up the filtrate pumped up from a filtrate tank (13) into a filtrate discharge pipe (3), and a filtrate discharge pump (5) are provided, while an unthickened sludge extracting device (20) is fitted to the bottom of a sludge tank (1), where a high negative pressure acts upon the inside of filter plates (2) to conduct filtration, the unthickened sludge (10) is discharged from the unthickened sludge extracting device (20), and/or the unthickened sludge (10) present near the thickened sludge (11) is displaced by an unthickened sludge displacement means (22, 24, 28,29) so as not to contact the thickened sludge (11), and filtration of only thickened sludge (11) continues so that high-concentration thickened sludge (11) can be obtained without being affected by the water in the unthickened sludge (10).
Abstract translation: 供水装置将从滤液槽（13）抽出的滤液泵入滤液排出管（3），并设置滤液排出泵（5），同时将未沉淀的污泥提取装置（20）装配到 在污泥箱（1）的底部，其中高的负压作用在过滤板（2）的内部以进行过滤，未污染的污泥（10）从未沉淀的污泥提取装置（20）排出，和/或 存在于增稠污泥（11）附近的未沉淀的污泥（10）被未沉积的污泥置换装置（22,24,28,29）置换，以便不与增稠的污泥（11）接触，并仅过滤增稠的污泥 11）继续进行，从而可以获得高浓度增稠污泥（11），而不受未沉积污泥（10）中的水的影响。
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