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    • 3. 发明授权
    • 용수 공급을 위한 매니폴드
    • 용수공급을위한매니폴드
    • KR100433033B1
    • 2004-06-07
    • KR1020010051895
    • 2001-08-27
    • 우성전기공업 주식회사
    • 남영식김순태
    • F16K31/06
    • B01D35/157B01D35/1576
    • Disclosed is a manifold for supplying fluid to a filter cartridge and discharging treated fluid to a desired place. The manifold possesses inlet and outlet conduits and a housing. A first valve assembly is provided in the inlet conduit to control fluid flow upon changing the filter cartridge and has a stem valve. When the filter cartridge is coupled to the manifold, as the stem valve comes into contact with one flange and pressed thereby, fluid can flow through the inlet conduit into the filter cartridge. The housing is defined with a flow bore through which filtered water can flow and a reservoir in which the filtered water flowing through the flow bore is stored. Each outlet conduit is provided with a port, and a second valve assembly is provided to the port. A pipe jointing assembly is provided to the port to allow pipes to be easily jointed and disjointed. Flow control means is provided in the reservoir of the housing and includes a flow control unit. The flow control unit has a sinking surface, an opposite flat surface and a flow control hole defined through a center portion thereof. When fluid is discharged from the reservoir toward the outlet conduit, as a fluid pressure is applied to the flow control unit, the sinking surface and the opposite flat surface are displaced such that they are reversed in their surface contours.
    • 公开了一种用于将流体供应到滤筒并将经处理的流体排放到期望位置的歧管。 该歧管具有入口和出口导管以及壳体。 第一阀组件设置在入口导管中以在更换滤筒时控制流体流动并具有杆阀。 当过滤器滤芯联接到歧管上时,当阀杆与一个凸缘接触并由此受到压力时,流体可以通过入口导管流入滤筒。 壳体被限定有过滤水可以流过的流动孔和储存流过流动孔的过滤水的储存器。 每个出口导管设有一个端口,并且第二个阀组件设置在该端口上。 管道连接组件被提供给端口以允许管道易于连接和脱节。 流量控制装置设置在壳体的容器中并且包括流量控制单元。 流量控制单元具有下沉表面,相对的平坦表面和通过其中心部分限定的流量控制孔。 当流体从贮存器朝向出口导管排出时,随着流体压力施加到流量控制单元,沉降表面和相对的平坦表面被移位,使得它们的表面轮廓反转。
    • 4. 发明公开
    • 용수 공급을 위한 급수장치
    • 供水设备
    • KR1020030024245A
    • 2003-03-26
    • KR1020010057299
    • 2001-09-17
    • 우성전기공업 주식회사
    • 남영식김순태
    • F16K31/02
    • F16K31/0655B01D35/157B01D35/1576F16K27/00
    • PURPOSE: An apparatus for supplying water is provided to reduce manufacturing costs and simplify structure by coupling the first and second opening/shutting units integrally with the main body of the apparatus. CONSTITUTION: A water supply apparatus comprises a main body(10), a first opening/shutting unit(20) and a second opening/shutting unit(30). The main body includes a first inlet(11) with a predetermined length and which has a first chamber(12) extended from the top of the first inlet; a first communication hole(13) having a second chamber(14); and a first outlet(15) and a second outlet(16) communicated to the second chamber. The first opening/shutting unit is mounted at a side of the first chamber, and opens/shuts the water supplied through the first inlet in accordance with an electrical signal. The second opening/shutting unit is mounted in the second chamber, and selectively supplies the water passed through the first inlet and the first communication hole during opening of the first opening/shutting unit to the first outlet or the second outlet in accordance with an electrical signal.
    • 目的:提供一种用于供水的设备,以通过将第一和第二打开/关闭单元与设备的主体一体地联接来降低制造成本并简化结构。 构成:供水装置包括主体(10),第一打开/关闭单元(20)和第二打开/关闭单元(30)。 主体包括具有预定长度的第一入口(11),并且具有从第一入口的顶部延伸的第一室(12) 具有第二室(14)的第一连通孔(13); 和连通到第二腔室的第一出口(15)和第二出口(16)。 第一开/关单元安装在第一室的一侧,并根据电信号打开/关闭通过第一入口供应的水。 第二打开/关闭单元安装在第二室中,并且在第一打开/关闭单元打开期间根据电气选择性地将通过第一入口和第一连通孔的水供应到第一出口或第二出口 信号。
    • 7. 发明授权
    • 용수 공급을 위한 매니폴드
    • 용수공급을위한매니폴드
    • KR100433034B1
    • 2004-06-07
    • KR1020010054174
    • 2001-09-04
    • 우성전기공업 주식회사
    • 남영식김순태
    • F16K31/06
    • F16K31/0624B01D35/1573B01D35/1576B01D2201/302C02F2201/006F16K31/0627
    • Disclosed is a manifold for a replaceable fluid filter cartridge. The manifold possesses inlet and outlet conduits and a housing. A first valve assembly is provided in the inlet passage. A solenoid of the first valve assembly can be operated under the control of a controller when coupling and decoupling the filter cartridge to and from the manifold. The housing is defined with a flow bore through which water filtered in the filter cartridge can flow and a reservoir in which the filtered water is stored after flowing through the flow bore. One end of the outlet conduit is provided with a chamber. A second valve assembly is provided in the chamber. The second valve assembly includes an electromagnetic valve, and a sealing block is disposed in the chamber. The sealing block is defined with a flow path. A flow path switchover member functions to divert fluid flow through the outlet conduit into a first or second outlet conduit part. The flow path switchover member includes a hollow cylindrical body, a pair of bars, a pair of holes and a stopcock. A spring is placed between the flow path switchover member and a bottom surface of the chamber. When a solenoid of the second valve assembly is in an OFF state, the first outlet conduit part is opened, and when the solenoid is in an ON state, the second outlet conduit part is opened.
    • 公开了一种用于可更换流体滤筒的歧管。 该歧管具有入口和出口导管以及壳体。 第一阀组件设置在入口通道中。 当将滤筒连接到歧管和从歧管分离时,第一阀组件的螺线管可以在控制器的控制下操作。 壳体由流动孔限定,滤芯中过滤的水可以流过所述流动孔,并且所述过滤水在流过所述流动孔之后储存在所述储存器中。 出口导管的一端设有腔室。 第二阀组件设置在腔室中。 第二阀组件包括电磁阀,密封块设置在腔室中。 密封块由流路限定。 流路切换构件用于将流体流动通过出口导管转移到第一或第二出口导管部件中。 流路切换部件包括中空圆筒体,一对杆,一对孔和旋塞。 在流路切换部件与腔室的底面之间配置有弹簧。 当第二阀组件的螺线管处于关闭状态时,第一出口导管部分打开,并且当螺线管处于打开状态时,第二出口导管部分打开。
    • 9. 发明授权
    • 고효율 스트레이너 시스템
    • 高效过滤器系统
    • KR101730678B1
    • 2017-04-27
    • KR1020127011907
    • 2010-09-30
    • 콘트롤 컴퍼넌츠 아이엔씨
    • 키엘보위츠,스태니스로우프래터,칼더블유.
    • B01D35/157B01D35/147G21C19/307
    • B01D35/1576B01D35/147B01D35/1475B01D35/1573G21C19/307
    • 본발명에따른스트레이너시스템은다수의스트레이너모듈을포함하며, 각스트레이너모듈은설정된배치로함께조립된다수의카세트또는카트리지를포함한다. 본발명에따라구성된스트레이너시스템에서, 스트레이너모듈들의 "청결"부는흡입펌프를갖는플리넘덕트에의하여서로유체적으로연결되어있으며, 이흡입펌프또한플리넘덕트에유체적으로결합된다. 압력방출멤브레인 (PRM)은플리넘덕트로통합되며, 이압력방출멤브레인은하나의스트레인모듈을스트레이너시스템에포함된나머지활성스트레이너모듈로부터효과적으로격리하기위하여위치한다. 플리넘덕트전체에걸쳐압력이설정된한계(threshold)를지나증가할때 격리된스트레이너모듈의작동을용이하게하도록하기위하여압력방출멤브레인은독특하게구성된다.
    • 根据本发明的过滤器系统包括多个过滤器模块,每个过滤器模块包括以预定布置组装在一起的多个盒或盒。 在根据本发明构造的过滤器系统中,过滤器模块的“清洁”部分通过具有抽吸泵的充气管道彼此流体连接,所述抽吸泵也流体联接到充气管道。 压力释放膜(PRM)被集成到充气管道中,该充气管道定位成有效地将一个应变模块与包括在过滤器系统中的剩余的有源过滤器模块隔离。 压力释放膜独特的配置,以促进隔离式过滤器模块的操作,因为通过充气管道的压力增加超过设定的阈值。