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    • 81. 发明申请
    • 排水トラップ
    • 水排放管
    • WO2006040856A1
    • 2006-04-20
    • PCT/JP2005/009527
    • 2005-05-25
    • コンドーエフアルピー工業株式会社西本愼吾近藤太郎
    • 西本愼吾近藤太郎
    • E03C1/288
    • E03C1/288E03C1/294F16K15/04F24F13/222F24F2013/227Y10T137/4501Y10T137/7909Y10T137/7911Y10T137/7912Y10T137/8158
    •  排出部へ適正に排液を流動させながら、メンテナンス作業の簡素化を図ることができる排水トラップを提供する。前記排水トラップは、受入部5と排出部6とを連通する連通路7を備えた本体4が設けられ、連通路7上には、受入部5にて受け入れた排液を貯留する貯留部8と、その貯留部8に設定量以上の排液が貯留したときに浮上して連通路7を開き排出部6への排液の流動を許容する常閉逆止弁9とが設けられ、貯留部8が、常閉逆止弁9の真下に連通するように設けられ、連通路7のうち、常閉逆止弁9から排出部6に至る排出側連通路11に、排液が貯留しないように、排出部6が排出側連通路11のうち最も低い位置に設けられている。
    • 一种排水疏水阀,其排放液体被允许适当地流到排放区域时可以简化维护工作。 在排水阱中,设置有在接收部(5)和排出部(6)之间连通的连通路(7)的主体部(4)。 在通信路径(7)中,设有容纳部(8),该容纳部(8)容纳由容纳部(5)接收的排出液和在收容部(5)内容纳的排出液体时上升的常闭止回阀 8)等于或大于设定量,打开连通路径(7)以允许排出液体流到排出部分(6)。 容纳部(8)设置成与正常关闭的止回阀(9)正下方的部分连通。 在通信路径(7)中,排出部(6)设置在从常闭止回阀(9)延伸到排出部(6)的排出侧连通路径(11)的最下方,因此 排出液体不会停留在排出侧连通路径(11)中。
    • 84. 发明申请
    • BALL CHECK VALVE
    • 球检查阀
    • WO00003168A1
    • 2000-01-20
    • PCT/JP1999/003525
    • 1999-06-30
    • F16K15/04
    • F16K15/04Y10T137/791Y10T137/7912
    • A ball check valve which can increase the area of a flow path leading from a ball chamber to a delivery side flow path and provides a good fitness of balls to a valve seat surface even if it is used horizontally, wherein the balls (3) are stored movably in the ball chamber (2) provided inside a valve box (1), two or more rail-shaped projected parts (13) which project toward the inside of the ball chamber to guide the balls (3) are installed on a peripheral wall (10) dividing the ball chamber (2), and valve seats (20a, 20b) formed separately from the valve box (1) are installed on the inlet and outlet sides of the valve box (1), respectively.
    • 一种球止回阀,其可以增加从球室导出到输送侧流路的流路的面积,并且即使水平地使用,也可以使球体对阀座表面的适应性良好,其中球(3) 可移动地存储在设置在阀箱(1)内的球室(2)中,朝向球室内部突出以引导球(3)的两个或更多个轨道形突出部分(13)安装在外围 分隔球室(2)的壁(10)和与阀箱(1)分开形成的阀座(20a,20b)分别安装在阀箱(1)的入口侧和出口侧。
    • 85. 发明申请
    • VALVE MECHANISM
    • 阀门机构
    • WO98057082A1
    • 1998-12-17
    • PCT/IL1998/000272
    • 1998-06-12
    • F16K15/02F16K15/04F16K31/08
    • F16K31/084F16K15/021F16K15/04F16K15/044
    • The invention provides a pressure-opened magnetically-closed valve mechanism for fluids, comprising a housing (12) provided with at least one inlet (14), at least one outlet (16) and at least one chamber (18) connecting therebetween, the chamber (18) being provided with an elastically deformable sealing ring (20) defining an opening (22) for the passage of fluid (24) therethrough, a sealing body (26) positioned within the chamber (18) and moveable between a first, sealing position and a second position, the body (26) having at least one circular cross-sectional area (28) sized to be wedged in the opening (22) to effect the sealing thereof and to prevent the passage of fluid through the chamber (18), wherein in the first position the body (26) exerts a lateral force against the ring (20) greater than the force exerted by the body against the ring (20) in the direction facing the inlet (14), and wherein in the second position the sealing body (26) is sufficiently distanced from the seal ring (20) to allow free fluid flow from the inlet (14) to the outlet (16), and a permanent magnet component (29) and a ferromagnetic body component, one of the components (29) being rigidly mounted in the chamber between the inlet (14) and the seal ring (20), and the remaining component being a part of the sealing body (26), the permanent magnet component (29) comprising a magnetic body (30) flanked by a pair of ferromagnetic plates (31), ends of each of the plates (31) extending beyond an end of the magnetic body (30) to create an air space therebetween, whereby a magnetic flux flows through the magnetic body (30) and through the ends of the ferromagnetic plates (31) to securely hold the ferromagnetic body component (26), when brought into contact therewith, and to thereby retain the sealing body (26) in the first position until the application of a predetermined break pressure by the fluid against the sealing body (26), whereupon the sealing body is displaced to the second position.
    • 本发明提供了一种用于流体的压力打开的磁性关闭阀机构,包括设置有至少一个入口(14),至少一个出口(16)和连接在其间的至少一个室(18)的壳体(12) 室(18)设置有可弹性变形的密封环(20),其限定用于通过其中的流体(24)通过的开口(22);定位在腔室(18)内的密封体(26) 密封位置和第二位置,所述主体(26)具有至少一个圆形横截面面积(28),其尺寸被楔入所述开口(22)中以实现其密封并防止流体通过所述室( 18),其中,在所述第一位置,所述主体(26)对所述环(20)施加的横向力大于所述主体在面向所述入口(14)的方向上抵靠所述环(20)施加的力,并且其中 密封体(26)与密封件充分隔开的第二位置 环(20)以允许自由流体从入口(14)流到出口(16),以及永磁体部件(29)和铁磁体部件,其中一个部件(29)刚性地安装在腔室中 所述入口(14)和所述密封环(20),所述剩余部件是所述密封体(26)的一部分,所述永磁体部件(29)包括由一对铁磁板( 31),每个板(31)的端部延伸超过磁体(30)的端部,以在它们之间形成空气空间,由此磁通量流过磁体(30)并穿过铁磁板的端部 (31),当与所述铁磁体部件(26)接触时牢固地固定所述铁磁体部件(26),从而将所述密封体(26)保持在所述第一位置,直到通过所述流体施加预定的分解压力抵靠所述密封体( 26),由此密封体移位到第二位置。
    • 87. 发明申请
    • DEVICE AND METHOD FOR BLOCKING A LIQUID FLOW IN ONE DIRECTION
    • 一种方向阻塞液体流动的装置和方法
    • WO1995006833A1
    • 1995-03-09
    • PCT/EP1994002803
    • 1994-08-24
    • METALO MONTI V.O.F.BERGEN, Ludovicus, Frederikus
    • METALO MONTI V.O.F.
    • F16K15/04
    • F16K15/04Y10T137/791Y10T137/7913
    • A device for blocking a liquid flow through a pipe in one direction, said device being provided with a substantially spherical valve body, which can closingly cooperate with a substantially annular valve seat, which is positioned substantially transversely to the liquid flow. Means are provided for guiding said valve body in a path between a position in which said valve body is positioned near or against said valve seat (closed position) and a position in which the valve body is spaced from the valve seat by some distance (open position). In its open position said valve body can be positioned almost entirely outside the liquid flow. Means can be provided for effecting a reduction of the liquid pressure within the valve casing, at the side of the valve body remote from the valve seat.
    • 一种用于阻挡沿一个方向流过管道的液体流动的装置,所述装置设置有基本上球形的阀体,该阀体可与基本上环形的阀座紧密配合,所述阀座基本上横向于液体流动。 提供了用于引导所述阀体在所述阀体位于靠近或靠近所述阀座(关闭位置)的位置和所述阀体与所述阀座间隔一定距离的位置(开口 位置)。 在其打开位置,阀体可以几乎完全定位在液体流动之外。 可以提供装置,用于在阀体远离阀座的侧面处降低阀壳内的液压。
    • 90. 发明申请
    • 체크밸브가 설치된 의치 성형용 플라스크 및 이종재질의 의치 성형용 플라스크를 사용한 의치보조물 제조방법
    • 一种使用装备有由不同材料制成的止回阀和义齿模制烧瓶的假牙模制烧瓶来制造假牙的方法
    • WO2017142352A1
    • 2017-08-24
    • PCT/KR2017/001788
    • 2017-02-17
    • (주) 디케이 문교
    • 남두석
    • A61C13/08A61C13/087A61C13/01B29C33/10F16K15/02F16K15/04A61C13/12B29C33/38
    • A61C13/01A61C13/08A61C13/087A61C13/12B29C33/10B29C33/38F16K15/02F16K15/04
    • 본발명은 이종재질의 의치 성형용 플라스크를 사용한 의치보조물 제조방법에 관한 것으로, 의치보조물을 제작하는 것으로 좌우측몸체(110, 120)의 결합으로 이루어지되, 레진이 주입되는 레진주입구(104)가 좌우측몸체가(110, 120) 결합되는 상부 결합부에 형성되고, 매물재인 석고가 주입되는 매물재주입구(103)가 상기 레진주입구(104)와 일정간격 이격된 위치에 형성되며, 상기 좌우측몸체(110, 120) 내부에는 공간부가 형성되어, 상기 공간부에는 왁스 재질의 의치상이 삽입된 후, 상기 매물재주입구(103)로부터는 매물재가 주입되며, 중공부(101)에 왁스로 형성된 의치상과, 매물재가 삽입된 후 가열될 때, 용융된 왁스가 배출되는 왁스배출구(106)가 좌우측몸체(110, 120)의 결합부 하면에 형성되며, 또한, 상기 의치상이 용융된 후의 빈공간 부위에는 상기 레진주입구(104)를 통해 레진이 주입되어 재충진되어 의치보조물을 성형하는이종재질의 의치 성형용 플라스크를 사용한 의치보조물 제조방법에 있어서, 상기 좌우측몸체는 이종재질로 제작되어 상기 좌우측몸체 내부에서 제조되는 치형보조물이 열중합시 중합수축, 변형을 최소화하는 것이다.
    • 由本发明的组合来实现本发明jidoe使用用于不同类型的材料的生物医学模塑的烧瓶中涉及生物医学助剂的制造方法,通过使生物医学助剂左右主体(110,120),树脂注入 并且在上联接部分被形成在树脂注入口104联接左和右身是(110,120),所述重石膏的物品被注入入口商业技艺103树脂注入口104和一个预定的距离的位置 并且在左右主体110和120中形成中空部分。将蜡材料的假人插入空间部分中, 当基托蜡形成,被加热出售材料插入后,将熔化的蜡出口106到该蜡被排出在左侧和右主体(110,120),和,的下部卡合部形成,其中所述义齿基托熔化 在上面的空置空间中, 该树脂填充注射通过树脂注入口104在生物医学助剂使用用于不同类型的材料的生物医学模塑的烧瓶中用于形成生物医学助剂的制造方法重新中,左和右主体由两种材料在左和右主体部的内部产生的 这是为了尽量减少热定型过程中的聚合收缩和变形。