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    • 21. 发明申请
    • DEVICE FOR A HOT WATER TANK OF THE PRESSURE HEATER TYPE AND A FITTING FOR A HOT WATER TANK OF THE PRESSURE HEATER TYPE
    • 压力加热器类型的热水罐装置和压力加热器类型的热水箱的配件
    • WO2002081978A1
    • 2002-10-17
    • PCT/NO2002/000118
    • 2002-03-21
    • BRAATHEN, Thor, Frølich
    • BRAATHEN, Thor, Frølich
    • F24H9/12
    • F24H9/126
    • Devices for a hot water tank of the pressure heater type are shown and described, wherein a cold water inlet pipe (5'; 23) and a hot water outlet pipe (6'; 24) are arranged concentrically within each other in the tank (4'; 22) and are connected to a fitting housing (1'; 21) which has two ducts (7', 8'; 25, 26) for cold water and hot water respectively, and where there is a cross connection for the mixing of cold water into the outflowing hot water. The cross connection is in the form of one or more through holes (20; 27) in the wall of the inner one of the two concentric pipes (5', 6'; 23, 24). A fitting for connection in a cold water inlet pipe and a hot water outlet pipe in a hot water tank of the pressure heater type is also shown and described, wherein the cold water inlet pipe and the hot water outlet pipe are arranged concentrically within each other, which fitting has two ducts for cold water and hot water respectively, which fitting comprises a fitting housing having a first duct (45) in the form of a graduated bore having a smaller (46) and a larger bore portion (47), a second duct (49) which intersects the said first duct (45) in the area of the smaller bore portion, and a third duct which intersects the said first duct in the area of the larger bore portion (47).
    • 显示和描述了用于加热器类型的热水箱的设备,其中冷水入口管(5'; 23)和热水出口管(6'; 24)在罐中彼此同心地布置 4'; 22)并且分别连接到具有用于冷水和热水的两个管道(7',8'; 25,26)的装配壳体(1'; 21),并且其中存在用于 将冷水混合到流出的热水中。 交叉连接在两个同心管(5',6'; 23,24)中的一个内壁的壁中的一个或多个通孔(20; 27)的形式。 还示出并描述了用于在加压器类型的热水箱中的冷水入口管和热水出口管中连接的配件,其中冷水入口管和热水出口管彼此同心设置 该配件分别具有用于冷水和热水的两个管道,该配件包括配件壳体,该配件壳体具有具有较小(46)和较大孔部分(47)的刻度孔形式的第一管道(45), 第二管道(49),其在较小孔部分的区域中与所述第一管道(45)相交,以及在较大孔部分(47)的区域中与所述第一管道相交的第三管道。
    • 23. 发明申请
    • MAKE-UP WATER VALVE AND MAKE-UP WATER CONNECTION PIPE, AND STRUCTURE FOR COUPLING SAME TOGETHER
    • 复合水阀和复合水连接管,以及与之相连的结构
    • WO2011083910A3
    • 2011-10-13
    • PCT/KR2010007969
    • 2010-11-11
    • KYUNGDONG NAVIEN CO LTDMIN TAE-SIK
    • MIN TAE-SIK
    • F24D19/08F16K31/06F24D3/00
    • F16K31/404F16K15/063F24D3/10F24D3/1083F24D19/1015F24H9/126
    • The present invention relates to a make-up water valve and to a make-up water connection pipe, and to a structure for coupling same together. The coupling structure is one in which the make-up water valve may be inserted into the make-up water connection pipe to simplify the coupling structure between the make-up water valve and the make-up water connection pipe, and at the same time, a check valve of the make-up water valve may be easily assembled with or disassembled from the make-up water connection pipe to easily perform maintenance and repair processes on the make-up water valve and check valve. For this purpose, the make-up water valve of the present invention includes a valve body in which an inlet and outlet for make-up water are defined, a plate reciprocating so as to open or close a path between the inlet and outlet, a plunger contacting the plate, an elastic unit for elastically supporting the plunger against the plate, and a solenoid valve for vertically operating the plunger when power is applied. The cross-secton of both the inlet and outlet of the valve body has a concentric tube shape.
    • 本发明涉及补充水阀和补充水连接管,以及用于将其连接在一起的结构。 联接结构是补充水阀可以插入补水连接管中的结构,以简化补水阀和补水连接管之间的联接结构,同时 补充水阀的止回阀可以容易地与补水连接管组装或拆卸,以便于在补水阀和止回阀上进行维护和修理。 为此,本发明的补充水阀包括阀体,其中限定了用于补充水的入口和出口,板往复运动以打开或关闭入口和出口之间的路径, 柱塞接触板,用于将柱塞弹性地支撑在板上的弹性单元,以及用于在施加电力时垂直操作柱塞的电磁阀。 阀体的入口和出口的交叉构造具有同心管形状。
    • 24. 发明申请
    • A THERMAL ISOLATION VALVE
    • 热隔离阀
    • WO2009150495A1
    • 2009-12-17
    • PCT/IB2008/053280
    • 2008-08-15
    • GUNTER, Adriaan StefanisBRICE, Arnold Anthony
    • GUNTER, Adriaan Stefanis
    • F16K25/00
    • F16K1/385F24H9/126
    • A thermal isolation valve 10 for use with a hot water heating system, comprises a valve housing 12 defining a valve chamber 14 and a valve member 16 moveable located within the valve chamber. The valve body 12 comprises a valve body 20, an inlet pipe coupling 22, an outlet pipe coupling 24 and a valve seat 18. The valve member 16, valve body 20 and valve seat 18 are of a low thermal conductive material. The valve 10 allows water flow in a forward flow direction from the inlet coupling 22 to the outlet coupling 24, with the valve member 16 lifting off the valve seat 18 in the process. Water flow in a reverse flow direction, for pressure relief, is permitted by the valve seat being displaced downwardly relative to the valve body 20. The valve member 16 provides a heat transfer barrier between water upstream and downstream of it, whereas the valve body 20 thermally decouples the inlet coupling 22 from the outlet coupling 24 so as to achieve energy savings.
    • 与热水加热系统一起使用的热隔离阀10包括限定阀室14的阀壳体12和可位于阀室内的阀构件16。 阀体12包括阀体20,入口管接头22,出口管接头24和阀座18.阀构件16,阀体20和阀座18是低导热材料。 阀10允许水在入口联接器22到出口联接器24的向前流动方向上流动,同时阀构件16在该过程中从阀座18上升下。 阀座相对于阀体20向下移位,反向流动方向上的水流,用于压力释放。阀构件16在其上游和下游的水之间提供传热屏障,而阀体20 将入口联接器22与出口联接器24热分解,从而实现节能。
    • 26. 发明申请
    • A SYSTEM FOR AND A METHOD OF HEATING WATER
    • 一种用于加热水的方法和系统
    • WO2009009804A3
    • 2009-06-04
    • PCT/ZA2008000059
    • 2008-07-07
    • ERASMUS MARIA CHRISTINA GERTRUERASMUS TEUNS
    • ERASMUS TEUNS
    • F24H1/20F24H9/12F24H9/18
    • F24H1/202F24H9/126F24H9/1818
    • This invention provides a system for heating water which includes a first container and a second container, an air-tight connection between upper ends of the first and second containers, each container including a respective water heating element, and a water outlet port and a water inlet port, a manifold which is operatively connected to the respective inlet and outlet ports of each container and which connects, in a controlled manner, the respective inlet port of each container to a pressurised source of cold water, and each container, at least in a respective upper volume thereof, and in the air-tight connection, containing a gas, and whereby cold water which is introduced into the first container via the manifold displaces gas via the air-tight connection from the first container into the second container thereby to expel warm water from the second container through the respective outlet port.
    • 本发明提供了一种用于加热水的系统,其包括第一容器和第二容器,在第一和第二容器的上端之间的气密连接,每个容器包括相应的水加热元件,以及出水口和水 入口端口,歧管,其可操作地连接到每个容器的相应的入口和出口,并且以受控的方式将每个容器的相应入口端口连接到加压的冷水源,并且每个容器至少在 相应的上部容积,并且在气密连接中包含气体,并且由此经由歧管引入到第一容器中的冷水将气体经由气密连接从第一容器移动到第二容器中,由此将 从第二容器通过相应的出口排出温水。
    • 27. 发明申请
    • DISPOSITIF POUR SURVEILLER LES CHASSES D’EAU DANS LES TOILETTES ET LES GROUPES DE SECURITES SUR LES BALLONS D’EAU CHAUDE
    • 用于监测洗衣粉的装置和热水罐上的安全装置
    • WO2007077344A2
    • 2007-07-12
    • PCT/FR2006/002827
    • 2006-12-21
    • MAGAR, Hubert
    • MAGAR, Hubert
    • F24H9/126E03D1/00E03D1/32F16K31/26F16K37/0025
    • Dispositif pour détecter les fuites. L'invention concerne un dispositif permettant de détecter les fuites d'eau dans les toilettes ou sur les groupes de sécurités. Il comporte un vase(l) traversé par un tuyau d'alimentation (2) venant de la vanne à flotteur (3) le tuyau (2) s' engageant dans le tube (4). L'eau en fonctionnement sans anomalies étant, injectée à travers le tube (4) créant une dépression dans le vase (1) le vidangeant régulièrement. En cas d'anomalies le jet d'eau sortant du tuyau (2) n'étant plus assez puissant l'eau étant récupérée par le vase (1) le niveau montant puis atteignant la sonde (6) déclenche l'alarme. En cas de fuites importantes sur le mécanisme de chasse d'eau (5) le réservoir (7) restant vide une sonde niveau bas (8) se trouvant dans le bocal (9) déclenche l'alarme après temporisation. Le dispositif selon l'invention est destiné au sanitaire.
    • 用于检测泄漏的装置。 本发明涉及一种用于检测盥洗室或一组安全装置中的漏水的装置。 它包括由源自浮阀(3)的供应管(2)穿过的容器(1),管(2)接合在管(4)中。 在无故障运行期间,水通过管(4)注入,在容器(1)中产生减压,定期排空。 在出现问题的情况下,离开管道(2)的水流不再足够强大,水被水箱(1)回收,水位升高然后到达探头(6),从而触发报警。 在冲洗机构(5)中发生主要泄漏的情况下,储存器(7)保持空,容器(9)中的低位探头(8)在延时之后触发警报。 根据本发明的装置被设计用于卫生洁具。
    • 29. 发明申请
    • POTABLE WATER HEATING SYSTEM
    • 可水加热系统
    • WO2004081463A1
    • 2004-09-23
    • PCT/GB2004/001019
    • 2004-03-10
    • EZ-HOT LIMITEDHARRIS, AlanBENNETT, DuncanHOLLIS, Steven
    • HARRIS, AlanBENNETT, DuncanHOLLIS, Steven
    • F24H1/20
    • F24H1/202F24H9/126
    • A water heating system is provided which includes a tank (10) for storing water with heating means (20) located therein. A sleeve (22) is provided around the heating means (20) with clearance provided therebetween. The sleeve (22) has an inlet at a bottom end thereof and an outlet at a top end thereof and, in operation of the heating means, a convection flow path is generated in the water in the tank from the inlet of the sleeve, through the sleeve to the outlet, the water passing over the heating element to be heated thereby, the water from the outlet of the sleeve being returned to the receptacle (10) and/or being supplied to one or more locations to meet a demand for hot water. The receptacle (10) is pressurised to allow rapid flow of hot water through the system.
    • 提供一种水加热系统,其包括用于储存水的罐(10),加热装置(20)位于其中。 在加热装置(20)的周围设置套筒(22),其间设有间隙。 套管22的下端具有入口,在其顶端具有出口,并且在加热装置的操作中,从套筒的入口通过罐中的水中产生对流流动通道 套筒到出口,水通过加热元件被加热,从套管的出口返回到容器(10)和/或供应到一个或多个位置以满足对热的需求 水。 容器(10)被加压以允许热水快速流过系统。
    • 30. 发明申请
    • ELECTRIC AND SOLAR WATER-HEATER SUPPLY AND RELIEF SYSTEM
    • 电力和太阳能热水器供应和救济系统
    • WO2004038305A1
    • 2004-05-06
    • PCT/GR2003/000047
    • 2003-10-15
    • THEOCHARIS, Antonios
    • THEOCHARIS, Antonios
    • F24H9/12
    • F24H9/126
    • Relief system of water-heater and hydraulic system, whereby the cold water inflow pipe (11) is placed above the water flow level of the water-heater (14) at which spot a multiple-­relief valve (17) is fitted which introduces atmospheric air in case of a pressure drop in the network below atmospheric pressure, thus maintain water fullness in the water-heater, while at the same time allowing the relief of overpressure in the water-heater when it exceeds certain limits. Then, the water supply is directed towards the bottom of the water-heater through the single-pipe connection. The multiple-relief valve is fitted at a spot on the water inflow network, located above the upper water level (14) in the water-heater. The membrane valve (29) opens when the pressure exceeds the pressure safety levels and relieves the system. The air inflow valve (37) opens when there is a drop in the network pressure, thus preventing water-heater depletion. The benefits of this invention regards the 100% protection offered against overpressure in the water-heater, due to the communicating vessels effect and the prevention of the water-heater depletion, that may have uncontrollable and disastrous consequences. Also there is no valve or spring neither in the inlet nor the outlet of water, thus excluding all possibility of salt-formation and obstruction of its operation.
    • 热水器和液压系统的浮力系统,其中冷水流入管道(11)被放置在热水器(14)的水流位置上方,在该点处安装有多重安全阀(17),其引入大气 如果网络中的压降低于大气压下的空气,从而保持热水器中的水份充足,同时在超过一定限度的同时允许在热水器中缓解过压。 然后,通过单管连接将供水引导到热水器的底部。 多重安全阀安装在位于热水器上部水位(14)上方的进水网络上的一个点上。 当压力超过压力安全水平并释放系统时,膜阀(29)打开。 当网络压力下降时,空气流入阀(37)打开,从而防止热水器耗尽。 本发明的优点在于,由于连通的容器效应和防止热水器的耗尽,可能会导致热水器中超压的100%保护,这可能产生不可控制和灾难性的后果。 在水的入口和出口也不会有阀门或弹簧,因此排除了所有的盐形成和阻塞操作的可能性。