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    • 41. 发明申请
    • VALVE ASSEMBLY FOR CONTROLLING A FLUID FLOW, IN PARTICULAR FOR A HYDRAULIC SYSTEM FOR THE DISTRIBUTION OF HOT SANITARY WATER
    • 用于控制流体流动的阀组件,特别是用于分配热水卫生液体的液压系统
    • WO2015015351A1
    • 2015-02-05
    • PCT/IB2014/063108
    • 2014-07-15
    • ELBI INTERNATIONAL S.P.A.
    • RONCO, PierantonioFARANO, Michele
    • F16K31/385F16K31/00
    • F16K31/002F16K31/385
    • The assembly (10) comprises: a body (12) defining a duct (14) able to be passed through by a fluid flow; a piloted valve (16) defined in said duct (14) and capable of assuming a first configuration and a second configuration, wherein the piloted valve (16) is able to control the fluid flow in accordance with predetermined criteria; a pilot circuit (18) able to be run through by a portion of the fluid flowing in the duct (14); a pilot valve (20) capable of assuming a first condition and a second condition, wherein it controls the fluidic communication between the pilot circuit (18) and the duct (14), by switching the piloted valve (16) into the first configuration and, respectively into the second configuration; and an actuation member (22) associated with the pilot circuit (18), which is temperature-sensitive and is adapted to act upon the pilot valve (20) to switch it from the first condition to the second condition when the temperature of the fluid portion flowing in the pilot circuit (18) is above or below a predetermined threshold value.
    • 组件(10)包括:主体(12),其限定能够被流体流通过的管道(14); 限定在所述管道(14)中并能够呈现第一构造和第二构造的导向阀(16),其中所述先导阀(16)能够根据预定标准来控制所述流体流动; 能够通过在管道(14)中流动的流体的一部分流过的导引电路(18); 能够承受第一状态和第二状态的先导阀(20),其中,其通过将所述先导阀(16)切换到所述第一构造来控制所述先导回路(18)与所述管道(14)之间的流体连通,以及 分别进入第二配置; 以及与所述先导电路(18)相关联的致动构件(22),所述致动构件(22)是温度敏感的并且适于在所述先导阀(20)上作用以将其从所述第一状态切换到所述第二状态,当所述流体 在导频电路(18)中流动的部分高于或低于预定阈值。
    • 42. 发明申请
    • LIQUID SUPPLY CONTROL SYSTEM
    • 液体供应控制系统
    • WO2014028970A1
    • 2014-02-27
    • PCT/AU2013/000927
    • 2013-08-20
    • DOUST, Philip George
    • DOUST, Philip George
    • E03B3/02
    • E03B1/042E03B2001/047E03C1/106F16K11/10F16K31/385Y02A20/108
    • A water control supply system (10) has a first inlet (12), a second inlet (14), and an outlet (16). The first inlet (12) is connected to a mains supply while the second Inlet (14) is connected to a water tank via a pump. The system (10) also has a first hydraulic valve (18) and a second hydraulic valve (20). The first valve (18) is arranged to open and close a first fluid flow path (22) (depicted by dash line). The fluid flow path (22) is a flow path for mains water at the first inlet (12) to the outlet (16). The valve (20) is arranged to open and close a second flow path (24) (depicted by a dot line) from the second Inlet (14) to the outlet (16). The valve (20) also operates a bleed valve (74) that controls the operation of the valve (18). When the valve (20) opens it operate the bleed valve (74) to effectively close the valve (18).
    • 水控制供应系统(10)具有第一入口(12),第二入口(14)和出口(16)。 第一入口(12)连接到主电源,而第二入口(14)经由泵连接到水箱。 系统(10)还具有第一液压阀(18)和第二液压阀(20)。 第一阀(18)布置成打开和关闭第一流体流动路径(22)(由虚线描绘)。 流体流动路径(22)是在出口(16)的第一入口(12)处的主要水流的流动路径。 阀(20)被布置成打开和关闭从第二入口(14)到出口(16)的第二流动路径(24)(由点划线示出)。 阀(20)还操作控制阀(18)的操作的排放阀(74)。 当阀门(20)打开时,操作排放阀(74)以有效地关闭阀门(18)。
    • 46. 发明申请
    • CONSTANT FLOW REGULATOR DEVICE
    • 恒流调节器装置
    • WO2006080885A1
    • 2006-08-03
    • PCT/SE2006/000109
    • 2006-01-24
    • AEROCRINE ABBAHRTON, Svante
    • BAHRTON, Svante
    • F16K31/385F16K17/34G05D16/16F15C3/04
    • F16K17/34F15C3/04F16K31/385G05D7/0113Y10T137/0396Y10T137/7754Y10T137/8593
    • A constant flow regulator device for maintaining a constant flow of fluid when a variable fluid pressure is applied, comprising an inlet duct (506) for incoming fluid, a housing (500) , and a movable partition (502) facing the inlet duct and being subjected to an elastic force. A fluid passage (510) of variable cross section area is formed between the inlet duct and the movable partition. The housing and movable partition form an inner compartment (504) in fluid communication with the inlet duct for establishing a fluid pressure inside the inner compartment approximately equal to the fluid pressure in the inlet duct. The size of the movable partition is significantly greater than the size of the inlet duct such that, in use, the partition is moved towards the inlet duct against the elastic force when the fluid pressure in the inlet duct increases to reduce said fluid passage cross section area, and vice versa, thereby maintaining constant fluid flow.
    • 一种用于在施加可变流体压力时保持流体恒定流量的恒定流量调节装置,包括用于进入流体的入口管道(506),壳体(500)和面向入口管道的可移动分隔件(502) 受到弹力。 在入口管道和可移动隔板之间形成有可变横截面积的流体通道(510)。 壳体和可移动隔板形成与入口管道流体连通的内部隔室(504),用于在内部隔室内建立大致等于入口管道中的流体压力的流体压力。 可移动隔板的尺寸明显大于入口管道的尺寸,使得在使用中,当入口管道中的流体压力增加时,分隔件抵抗弹性力朝向入口管道移动,以减少所述流体通道横截面 面积,反之亦然,从而保持恒定的流体流动。
    • 47. 发明申请
    • REGULADOR AUTOMÁTICO DE DESCARGA PARA INODOROS Y SIMILARES
    • 用于洗手间和类似的自动冲洗调节器
    • WO2005088179A1
    • 2005-09-22
    • PCT/ES2005/000112
    • 2005-03-04
    • FERRÉ FONT, AlbertFERRÉ CIRERA, Daniel
    • FERRÉ FONT, AlbertFERRÉ CIRERA, DanielPOBLET FORTUNY, Maxim (Fallecido)
    • F16K31/34
    • E03D3/02E03D1/34F16K31/128F16K31/385
    • El objeto de esta invención es un regulador automático de descarga para inodoros y similares, consistente en un depósito regulador estanco (1) ubicado dentro de un cuerpo exterior (2) envolvente cerrado por una tapa (5) y con una placa cilíndrica protectora (4) al frente. En la base (3) del depósito se sitúan la boca de entrada (6), con una válvula (8) provista del dispositivo tipo Venturi, y la boca de descarga (7) del líquido recogido en dicho depósito, con una válvula de membrana (9) accionada con la palanca (10), que a su vez acciona la llave de cierre (19) del circuito. La válvula de entrada (8) posee, como característica esencial, una entrada lateral (22) conectada al tubo de toma de aire (23), fijado convenientemente sobre la cara interior del cuerpo exterior. Desde la válvula de membrana continúa un conducto hacia el inodoro, mientras que el conducto (13) lleva agua al depósito a través de la válvula de entrada.
    • 本发明涉及一种用于厕所和类似物的自动冲洗调节器,包括一个密封的调节罐(1),该密封的调节罐(1)容纳在外壳(2)中,该外壳(2)在盖子(5)和保护性圆柱形面板 面前。 罐的底座(3)包括:具有阀(8)的入口(6),其配备有文丘里型装置; 以及用于收集在所述罐中的液体的排出口(7),所述出口包括用杠杆(10)致动的膜阀(9),所述杠杆又驱动所述电路关闭钥匙(19)。 上述入口阀(8)的特征在于它包括一个侧入口(22),该侧入口连接到适当地固定到外壳内表面的进气管(23)。 此外,管道从上述膜阀延伸到马桶,并且导管(13)通过入口阀将水输送到罐。
    • 48. 发明申请
    • TEMPERATURE-SENSITIVE SAFETY VALVE ASSEMBLY
    • 温度敏感安全阀组件
    • WO2003046421A1
    • 2003-06-05
    • PCT/GB2002/004981
    • 2002-11-01
    • THE LINDEN SHIELD LIMITEDLINDEN, Sean
    • LINDEN, Sean
    • F16K17/38
    • A62C99/0063A62C2/04F16K17/38F16K17/383F16K31/385Y10T137/1819Y10T137/1963
    • The present invention relates to a temperature-sensitive safety valve assembly (10). The assembly (10) comprising a first region (16) for a first pressurised fluid, a second region (20) for a second pressurised fluid, a valve (26, 28, 27, 26a and 26b) between the first and second regions (16, 20) designed to be actuated by the pressure of a first pressurised fluid in the first region against biasing means (58) to open an outlet (54), for a first pressurised gas, from the first region, and heat-sensitive sealing means (34) on the second region (20), being de-sealable at high temperature to de-pressurize the second region, thereby actuating the valve (26, 28, 27, 26a, 26b) to close the outlet and seal the first region (16).
    • 本发明涉及温度敏感的安全阀组件(10)。 组件(10)包括用于第一加压流体的第一区域(16),用于第二加压流体的第二区域(20),第一和第二区域之间的阀(26,28,27,2A和26b) 其被设计成由第一区域中的第一加压流体的压力抵抗偏压装置(58)致动,以从第一区域打开用于第一加压气体的出口(54)和热敏密封件 在第二区域(20)上的装置(34)在高温下不可密封以对第二区域进行减压,从而致动阀门(26,28,27,26a,26b)以关闭出口并密封第一 区域(16)。
    • 49. 发明申请
    • VALVE
    • WO01053615A1
    • 2001-07-26
    • PCT/GB2001/000165
    • 2001-01-17
    • F16K31/34F16K31/385E03D1/32
    • F16K31/34F16K31/385Y10T137/7374Y10T137/7468
    • A valve (19) primarily designed as a float valve to control the flow of water under pressure into a cistern has an upstream chamber (22) and a downstream chamber (23). The upstream chamber (22) communicates an inlet (21) for mains water supply with outlets (17, 17A) and the downstream chamber (23) has an outlet (24) which is closed by a valve (25) when a float rises a float rod (14). A primary valve member assembly comprises a piston (3) to the downstream end of which a diaphgram (5) is attached. When the secondary valve (25) is closed pressure on diaphragm (5) causes piston (3) to close the inlet (21). When the secondary valve (25) is opened by the rising float the piston (3) is expelled from the inlet (21) allowing water to flow into the cistern through the upstream chamber (22).
    • 主要设计为浮阀以控制在压力下进入水箱的水流的阀门(19)具有上游室(22)和下游室(23)。 上游室(22)将用于供水的入口(21)与出口(17,17A)连通,并且下游室(23)具有当浮子上升时由阀(25)关闭的出口(24) 浮杆(14)。 主阀构件组件包括活塞(3),其下游端连接有图示(5)。 当二次阀(25)关闭时,隔膜(5)上的压力使活塞(3)关闭入口(21)。 当二次阀(25)被上升的浮子打开时,活塞(3)从入口(21)排出,允许水通过上游室(22)流入水箱。