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    • 83. 发明申请
    • A VALVED DISPENSING SYSTEM WITH HYDRAULIC HAMMER PROTECTION FOR THE VALVE
    • 一种具有阀门液压锤保护功能的阀门分配系统
    • WO00068038A1
    • 2000-11-16
    • PCT/US2000/011771
    • 2000-05-01
    • B67D3/00B05B11/00B65D47/20B65D75/58F16K15/14F16K47/02B60R11/00B60R9/00E03B3/00E03C1/00F17D3/00
    • B65D75/5883B05B11/0072B65D47/2031B65D47/2062Y10T137/7885Y10T137/88054
    • A system including a discharge conduit (41) defining a flow passage for establishing fluid communication with liquid from a container. A resilient valve (80) is provided to extend across the discharge flow passage (52). The valve (80) defines a dispensing orifice (84) that opens when pressure on the valve interior side exceeds the pressure on the exterior side by a predetermined amount. A resilient baffle is located upstream of the valve (80). The baffle includes an occlusion member (142) supported by at least one resilient support member (144) which accommodates movement of the occlusion member (142) between a closed position occluding flow into at least a portion of the conduit flow passage when the baffle is subjected to an upstream hydraulic hammer pressure, and biases the occlusion member (142) to an open position permitting flow into the conduit flow passage adjacent the valve (80) when the baffle is not subjected to a hydraulic pressure.
    • 一种系统,包括排出导管(41),其限定用于与来自容器的液体形成流体连通的流动通道。 提供弹性阀(80)以延伸穿过排出流动通道(52)。 阀(80)限定了当阀内侧的压力超过外侧的压力预定量时打开的分配孔(84)。 弹性挡板位于阀(80)的上游。 挡板包括由至少一个弹性支撑构件(144)支撑的遮挡构件(142),该阻塞构件(144)在阻挡构件(144)处于阻塞构件(142)的位置时容纳闭塞位置的闭合位置,该闭合位置封闭流入导管流动通道的至少一部分 经受上游液压锤压力,并且当挡板不经受液压时,阻塞构件(142)偏压到允许流入邻近阀(80)的导管流动通道的打开位置。
    • 84. 发明申请
    • PRESSURE CONTROLLED PAD
    • 压力控制垫
    • WO00006001A1
    • 2000-02-10
    • PCT/GB1999/002502
    • 1999-07-29
    • A47C27/08
    • A47C27/081Y10T137/88054
    • An inflatable seating pad (10) consists of a hand operated pump (12) integrated within the top surface to inflate the pad with air. The pad (10) has a shut-off connector (6) at one corner which locates and is connected to a pressure relief valve (8). In use, the pad (10) is inflated by pushing upon the hand operated pump (12) to over inflate the pad. The shut-off connector (6) maintains the pressure in the pad (10). To set the pressure to a desired pressure the user actuates the pressure relief valve (pre-set to optimum pressure) to operate the shut-off connector (6) to allow air to exhaust through the pressure relief valve.
    • 可充气座垫(10)由集成在顶表面内的手动泵(12)组成,以使空气充气。 垫(10)在一个角处具有切断连接器(6),其位于并连接到减压阀(8)。 在使用中,通过推动手动泵(12)使垫(10)膨胀以使垫膨胀。 切断连接器(6)保持垫(10)中的压力。 为了将压力设定到所需的压力,用户致动压力释放阀(预设为最佳压力)以操作截止连接器(6)以允许空气通过压力释放阀排出。
    • 85. 发明申请
    • SAFETY DEVICE FOR CUTTING OFF GAS PIPELINES
    • 安全装置可锁定气LEADING线路系统
    • WO00004310A2
    • 2000-01-27
    • PCT/EP1999/004808
    • 1999-07-08
    • F16K17/38F16K
    • F16K17/38F16K17/386Y10T137/1963Y10T137/2012Y10T137/7724Y10T137/7737Y10T137/88054
    • The invention relates to a thermal security device for cutting off gas pipelines, wherein gas transfer is prevented by said safety device when temperature increases in the section of the gas pipeline placed downstream from said security device, especially when connected gas apparatuses are in a closed position. The aim of the invention is to maintain production costs and dimensions at a level as low as possible. The inventive device comprises a check valve which prevents back flow from the gas pipeline which is placed downstream from said device. The inventive device also comprises a pressure sensitive element which is actuated by the pressure in the pipeline placed downstream from said safety device. Said pressure sensitive element is coupled to a cut-off valve in such a way that when pressure increases in the downstream pipeline said valve prevents gas from flowing into the pipeline. The inventive safety device is used to cut off automatically gas pipelines when temperature increases in an unacceptable way in the section of the pipeline which is placed downstream from said safety device.
    • 它是制造热安全装置用于关闭气体管道系统,其中,所述气流被所述安全装置防止在输送管系统中的安全装置的气体的下游的区域中的温度上升,特别是在所连接的燃气器具的闭合位置。 此外,生产成本和总体规模应保持在尽可能低的水平。 该安全装置包括从所述下游气体管道系统中的安全装置的一个止回阀防止回流。 此外,在安全装置通过压力在下游管道压力的压敏元件普遍采取行动布置。 该压敏元件耦合到一个闭合阀,例如当在下游管道压力的增加,气体流动被阻止在通过闭合阀下游流水线。 安全设备在温度不允许的上升中的安全设备管理系统的下游的区域中的发生用于自动切断的气体管线。
    • 86. 发明申请
    • LIQUID TRANSFER SYSTEM WITH FLOW CONTROL
    • 具有流量控制的液体传递系统
    • WO99067169A1
    • 1999-12-29
    • PCT/US1998/018324
    • 1998-09-03
    • B67D1/08F16L37/252F16L37/44B67D1/04F16L37/24F16L37/28
    • F16L37/252B67D1/0835B67D1/0839F16L37/44Y10T137/314Y10T137/6137Y10T137/789Y10T137/87925Y10T137/87981Y10T137/88054
    • A system for the filling, transport and emptying of liquid containers (16) which include a novel coupler mechanism (30, 30a, 54, 66) for interconnection with a coupler operated extractor valve (20) provided on the liquid container (16). The coupler mechanism (30, 30a, 54, 66) includes a novel coupler flow control assembly (54, 66) for preventing liquid trapped within the coupler body (30) from leaking back into the container (16) to which the coupler mechanism (30, 30a, 54, 66) is connected. More particularly, the coupler mechanism (30, 30a, 54, 66) includes a novel one-way valve mechanism which permits liquid to be pumped from the container (16) to which the coupler mechanism (30, 30a, 54, 66) is interconnected, but positively blocks the flow of liquid in the opposite direction toward the container (16).
    • 一种用于填充,运输和排空液体容器(16)的系统,其包括用于与设置在液体容器(16)上的耦合器操作的抽取阀(20)相互连接的新型耦合器机构(30,30a,54,66)。 联接器机构(30,30a,54,66)包括新颖的联接器流量控制组件(54,66),用于防止捕获在耦合器主体(30)内的液体泄漏回到容器(16)中,耦合器机构 30,30a,54,66)连接。 更具体地说,联接器机构(30,30a,54,66)包括一个新颖的单向阀机构,其允许从联接器机构(30,30a,54,66)所在的容器(16)泵送液体 相互连接,而是朝向容器(16)的相反方向积极阻止液体的流动。
    • 87. 发明申请
    • ACTIVATION PIN
    • 激活PIN
    • WO1997043570A1
    • 1997-11-20
    • PCT/DK1997000223
    • 1997-05-14
    • NVB INTERNATIONALVAN DER BLOM, Nicolaas
    • NVB INTERNATIONAL
    • F16K15/20
    • B60S5/04F16L37/20Y10T137/3584Y10T137/36Y10T137/88054
    • By means of an activation pin for a valve connector, which activation pin is designed as a piston (301) with a piston rod (302), moving in the coupling house of the valve connector where the activation pin has a central drilling (303) and a piston valve (304) kept closed by a spring force, the aim is to produce a reliable activation pin which is reliable, cheap, has low aerodynamic drag and thus, is comfortable to use for pumping purposes and provides the shortest possible pumping time. Pursuant to the invention, this is achieved by the fact that one or more channels (303, 321) are defined by the piston rod (302) and/or the piston valve rod (322) in the assembled activation pin which channels (303, 321) are positioned in a mainly longitudinal direction in relation to the centerline (337) of the activation pin, of which the cross section approximately can be defined by at least one closed curve, which can be defined by two unique modular parametrisation Fourier Series expansions, one for each co-ordinate function (A), where (a), (b), 0 /= 0, p ELEMENT N, cp = cos-weighted average values of f(x); dp = sin-weighted average values of f(x); p = representing the order of trigonometrical fineness.
    • 通过用于阀连接器的活塞销,该活塞销被设计成具有活塞杆(302)的活塞(301),在活塞销具有中心钻孔(303)的阀连接器的联接室中移动, 和通过弹簧力保持关闭的活塞阀(304),其目的是产生可靠,便宜,具有低空气动力阻力的可靠的活塞销,因此舒适地用于泵送目的并且提供最短的泵送时间 。 根据本发明,这通过以下事实实现:一个或多个通道(303,321)由组装的活塞销中的活塞杆(302)和/或活塞阀杆(322)限定,通道(303, 321)相对于活动销的中心线(337)在主要纵向方向上定位,其中横截面大致可以由至少一个闭合曲线限定,其可以由两个唯一的模块化参数傅立叶级数展开 对于每个坐标函数(A)一个,其中(a),(b),0 / = 0,p ELEMENT N,cp = cos- f(x)的加权平均值; dp = f(x)的sin加权平均值; p =表示三角细度的顺序。
    • 88. 发明申请
    • MULTI-USE VALVE
    • 多用阀
    • WO1997020156A1
    • 1997-06-05
    • PCT/US1996019057
    • 1996-11-27
    • GILL, Ajit, Singh
    • F16K01/12
    • F16K1/126Y10T137/3367Y10T137/3421Y10T137/7834Y10T137/88054
    • A multi-use flow control and pressure reducing valve includes an inlet chamber (A), an intermediate chamber (B), and an outlet chamber (C). A hydraulic gate member (3) forms the outlet chamber (C) and controls communication between the intermediate chamber (B) and outlet chamber (C) to control flow of fluid through the valve. The hydraulic gate (3) also establishes a control or actuating chamber (D) for receiving fluid therein to control the position of the hydraulic gate (3). The valve is separable in the axial direction into at least two parts (P1 and P2) for removal, cleaning, or repair with the two parts coupled and held together during use preferably by an easily operated coupling device (11, 12).
    • 多用途流量控制和减压阀包括入口室(A),中间室(B)和出口室(C)。 液压门构件(3)形成出口室(C)并控制中间室(B)和出口室(C)之间的连通,以控制通过阀的流体的流动。 液压门(3)还建立一个用于接收流体的控制或致动室(D),以控制液压门(3)的位置。 阀可在轴向方向上分离为至少两个部分(P1和P2),用于在使用期间最好由易于操作的联接装置(11,12)在两个部件联接和保持在一起的情况下进行拆卸,清洁或修理。
    • 90. 发明申请
    • N-SHAPED BACKFLOW PREVENTOR
    • N型回流预防器
    • WO1992014081A1
    • 1992-08-20
    • PCT/US1992000343
    • 1992-01-21
    • CMB INDUSTRIES, INC.
    • CMB INDUSTRIES, INC.DUNMIRE, Charles, W.
    • F16K15/03
    • E03C1/106E03C1/108F16K15/033Y10T137/7838Y10T137/7898Y10T137/88054
    • A backflow preventor with increased performance, and increased ease of installation is provided. The check valves (12, 14) are configured to assist in redirecting flow along the desired pathway, when they are in the open position. The pathway is designed so that the number of changes of flow direction of the average streamline flow is reduced, preferably being about 180 degrees. The check valves (12, 14) are configured to reduce or eliminate divergent flow around the edges of the valve disks (32, 72). A check valve (12, 14) with a reduced hold-open pressure includes a biasing device, such as a spring (52, 74) directly connected to a pivoting clapper (32, 72) at one end (64, 66) and to the valve body at the other end (66, 64). No intervening pivoting links are used between the spring (52, 74) and the clapper (32, 72). Preferably, the clapper (32, 72) is connected only by being pivoted (43, 43') to the valve body and by the spring (52, 74) connecting it to the valve body.
    • 提供了具有增加的性能和增加的安装容易性的回流防止器。 止回阀(12,14)构造成当它们处于打开位置时帮助沿所需路径重新定向流动。 该路径被设计成使得平均流线流动的流动方向的变化的数量减少,优选地为大约180度。 止回阀(12,14)构造成减小或消除围绕阀盘(32,72)的边缘的分歧流。 具有减小的保持开启压力的止回阀(12,14)包括偏压装置,例如在一端(64,66)处直接连接到枢转阀瓣(32,72)的弹簧(52,74),并且 所述阀体在另一端(66,64)处。 在弹簧(52,74)和节拍器(32,72)之间不使用中间的枢转连杆。 优选地,所述阀瓣(32,72)仅通过将所述阀体枢转(43,43')连接到所述阀体和通过将阀连接到所述阀体的所述弹簧(52,74)连接。