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    • 2. 发明申请
    • THRUST ASSEMBLY FOR VALVE STEM
    • 阀门装配阀
    • WO1992005379A1
    • 1992-04-02
    • PCT/AU1991000440
    • 1991-09-24
    • JOHN VALVES PTY. LTD.HEPWORTH, Alan
    • JOHN VALVES PTY. LTD.
    • F16K03/30
    • F16K27/04F16K27/08
    • A thrust assembly for a valve is disclosed which has a bonnet (3) and a stem (7) for rotation in the bonnet. A collet (8) formed from two halves is arranged in the bonnet to secure the valve stem (7) in position and a housing (9) having a groove (30, 77) is provided for locking the collet (8) and therefore the stem (7) in the bonnet. The bonnet has a groove (32, 77) corresponding to the groove (32, 79) to form a passage so that a thrust element in the form of a rod (10) or a thrust pin (81) can be inserted into the passage to thereby retain the housing in place and lock the collet in position to in turn retain the collet (8) in position when thrust is applied by rotation of the valve stem (7).
    • 公开了一种用于阀的推力组件,其具有用于在阀盖中旋转的阀盖(3)和阀杆(7)。 在阀帽中布置由两个半部形成的夹头(8),以将阀杆(7)固定在适当位置,并且具有凹槽(30,77)的壳体(9)被设置用于锁定夹头(8),因此 阀杆(7)在发动机罩中。 发动机罩具有对应于槽(32,79)的槽(32,77),以形成通道,使得可以将杆(10)或推力销(81)形式的止推元件插入通道 从而将壳体保持在适当位置并且将夹头锁定就位,从而通过阀杆(7)的旋转来施加推力时将筒夹(8)保持在适当的位置。
    • 4. 发明申请
    • VALVE BONNET FOR HIGH TEMPERATURE SERVICE
    • 阀门用于高温服务
    • WO1982004301A1
    • 1982-12-09
    • PCT/US1982000761
    • 1982-06-01
    • HOUSTON SYSTEMS MFG CO INC
    • HOUSTON SYSTEMS MFG CO INC
    • F16K43/00
    • F16K43/00F16K27/08F16K27/105Y10S285/905Y10T29/49421Y10T137/598
    • Means to connect a valve bonnet (20, 22) to a body (18, 36) of a valve (10) that controls the flow of high temperature fluids such that no leakage occurs and such that removable assembly may be accomplished without the use of large wrenches and high torque. From the bonnet (20, 22) depends a flange (50) formed so as to encompass an end wall (35) of the valve body (18, 36) so as to allow the end of the flange (50) to be welded to the valve body (18, 36) and valve bonnet (20, 22) and to withstand fluid and mechanical forces therebetween and to minimize thermally generated forces therebetween. The flange (50) is made long enough to allow for a plurality of removals and reattachment and still be sufficiently flexible to relieve thermal stresses between the valve body (18, 36) and valve bonnet (20, 22).
    • 将阀帽(20,22)连接到控制高温流体流动的阀(10)的主体(18,36)的装置,使得不发生泄漏,并且可以在不使用 大扳手和高扭矩。 从阀盖(20,22)取得一个形成为围绕阀体(18,36)的端壁(35)形成的凸缘(50),以便使凸缘(50)的一端被焊接到 阀体(18,36)和阀帽(20,22),并且能够承受它们之间的流体和机械力,并使其间产生的热量最小化。 凸缘(50)被制造得足够长以允许多个移除和重新连接,并且仍然足够柔性以减轻阀体(18,36)和阀帽(20,22)之间的热应力。
    • 6. 发明申请
    • バルブ装置
    • 阀门设备
    • WO2014163208A1
    • 2014-10-09
    • PCT/JP2014/060078
    • 2014-04-07
    • 日本電産サンキョー株式会社
    • 石水 昭夫
    • F16K27/08F16K31/04
    • F16K31/04F16K27/08
    • バルブ装置1は、第1、第2ケース10、20を接合した本体ケース2内の密閉空間を区画する仕切り部材30を備える。ロータ部90の一端は第1ケース10に支持され、他端は仕切り部材30に支持される。仕切り部材30の外周部分には回り止め部40が設けられ、第1、第2ケース10、20を接合する際に、同時に回り止め部40を第1、第2ケース10、20の間(内周部分13bと底面部分23dの間)に挟み込んで、摩擦によって第1、第2ケース10、20に対して回り止めされた状態に組み付ける。回り止め部40は、円盤形状のプレート部31の外周部分に設けられた第1板バネ片42および第2板バネ片43によって構成される樹脂バネ部である。
    • 阀装置(1)具有用于分割第一和第二壳体(10,20)接合的主壳体(2)内部的气密空间的分隔构件(30)。 转子部分(90)的一端由第一壳体(10)支撑,另一端由分隔件(30)支撑。 在分隔构件(30)的外部设有止动部(40),当第一和第二壳体(10,20)接合时,止动部件(40)同时夹在第一和第二壳体 (10,20)(在内部部分(13b)和底面部分(23d)之间)并且通过摩擦组装而不相对于第一和第二壳体(10,20)旋转。 制动部件(40)是设置在盘形板部件(31)的外部的塑料弹簧部件,由第一板簧片(42)和第二板簧片(43)构成。
    • 8. 发明申请
    • A MECHANISM TO COVER AND PROTECT THE INTERNAL OPERATING PARTS OF FAUCETS OPERATED BY A SINGLE BIDIRECTIONAL CONTROL LEVER
    • 保护和保护由单个双向控制杆操作的龙头的内部操作部件的机构
    • WO1989000275A1
    • 1989-01-12
    • PCT/US1988002198
    • 1988-06-30
    • MASCO CORPORATIONKNAPP, Alfons
    • MASCO CORPORATION
    • F61K27/08
    • F16K27/08F16K11/087F16K31/605Y10T137/7058Y10T137/7062Y10T137/86823
    • A mechanism for covering and protecting operating parts of a mixing faucet that has a bidirectional control lever (10) which extends through an opening in its cover (11) and moves about a single center. A semi-spherical surface (11a) of the cover abuts a thin semi-spherical cap (15) having an exterior and interior surface (15a) and (15b) having the same center of rotation as the lever. The cover's semi-spherical surface substantially corresponds to the semi-spherical cap's interior surface. The semi-spherical cap (15) covers the opening (10) and is able to slide over the semi-spherical surface of the cover due to its identical spherical curvature. Structurally the cap is separate from the control lever and is transverse to it. The cap (15) makes contact with a rim of the window (17) of an outer hood (16). The hood (16) is mounted about the cover (11) and able to slide there against and into the space underneath the hood. Cap (15) and the hood (16) can be economically produced and mounted onto the valve. The cap and hood can be made from plastic materials or molded metallic laminates.
    • 一种用于覆盖和保护混合龙头的操作部件的机构,其具有延伸穿过其盖(11)中的开口并且围绕单个中心移动的双向控制杆(10)。 盖的半球形表面(11a)邻接具有外表和内表面(15a)和(15b)的薄半球形盖(15),所述外表面和内表面具有与杠杆相同的旋转中心。 盖的半球形表面基本上对应于半球形盖的内表面。 半球形帽(15)覆盖开口(10),并且由于其相同的球形曲率能够在盖的半球形表面上滑动。 在结构上,盖与控制杆分离并且横向于其。 盖(15)与外罩(16)的窗口(17)的边缘接触。 罩(16)围绕盖(11)安装并且能够抵靠罩罩下方的空间滑动。 盖(15)和罩(16)可以经济地制造并安装在阀上。 盖子和罩子可以由塑料材料或模制的金属层压板制成。
    • 9. 发明申请
    • VALVE COVER APPARATUS
    • 阀盖装置
    • WO1987000255A1
    • 1987-01-15
    • PCT/GB1986000379
    • 1986-06-27
    • FORD-MAINWARING LIMITEDFORD, John
    • FORD-MAINWARING LIMITED
    • F16K27/08
    • F16K31/60F16K27/08Y10T137/7043Y10T137/7065
    • A cover for a valve (10) has a housing (20) mounting internally a component (24), with a collet (28) being located with play through an open end of the component (24). Resiliently deformable jaws (36) of the collet (28) co-operate with a profiled inner wall of the component (24) for opening and closing of the jaws (36) upon axial movement of the collet (28) relative to the component (24). When positioned on a stem (12, 14) of the valve (10), the cover is movable downwardly thereon to operate the valve and is freely rotatable, but on movement upwardly the cover is clamped by closing of the jaws (36) on the stem (12, 14). The housing (20) is formed of a material with a high degree of resistance to vandalism.
    • 用于阀(10)的盖具有内部安装部件(24)的壳体(20),其中夹头(28)通过组件(24)的开口端位置而定位。 夹头(28)的弹性可变形的夹爪(36)与零件(24)的成型内壁配合,用于在夹头(28)相对于部件(28)的轴向移动时打开和关闭夹爪(36) 24)。 当定位在阀(10)的杆(12,14)上时,盖可向下移动以操作阀并且可自由旋转,但是在向上移动时,盖通过关闭阀(6)上的夹爪(36)而被夹紧 茎(12,14)。 壳体(20)由具有高度抗破坏性的材料形成。