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    • 2. 发明授权
    • Feed water heater
    • 给热水器
    • US6095238A
    • 2000-08-01
    • US199488
    • 1998-11-25
    • Shunji KawanoShoji NakashimaKoichi YoshimuraKenji SatoHideki Sekiguchi
    • Shunji KawanoShoji NakashimaKoichi YoshimuraKenji SatoHideki Sekiguchi
    • F22D1/32F28B1/02F28B9/08F28B9/10F28D7/06F28B3/00
    • F28D7/06F22D1/32F28B1/02F28B9/08F28B9/10Y10S165/207
    • A feed water heater has a longitudinally cylindrical body comprising a cylindrical shell portion constituting a main body portion of a feed water heater and a water box-shaped chamber operatively connected to the cylindrical shell portion and partitioned by a tubesheet. In the cylindrical shell portion, a heat exchanger tube bank is arranged and supported by a plurality of support plates, a drain cooling section is disposed in association with the heat exchanger tube bank for carrying out a heat recovery of a drain generated in the heat exchanger tube bank, a dilution condensing chamber is provided for the heat exchanger tube bank and adapted to excessively flow the steam into the heat exchanger tube bank, and a non-condensable gas chamber is provided for the heat exchanger tube bank. The drain cooling section, the dilution condensing chamber and the non-condensable gas chamber are arranged axially in this order in the cylindrical shell from the tube sheet.
    • 给水加热器具有纵向圆柱形主体,该主体包括构成给水加热器的主体部分的圆筒形壳体部分和可操作地连接到圆柱形壳体部分并由管板分隔的水箱形室。 在圆筒形壳体部分中,热交换器管组由多个支撑板布置和支撑,排水冷却部分与热交换器管组相关联地设置,用于对热交换器中产生的排水进行热回收 管排,为热交换器管堤提供稀释冷凝室,适于使蒸汽过度流入热交换器管堤,并为热交换器管堤提供不可冷凝的气室。 排水冷却段,稀释冷凝室和不可冷凝气体室从管板沿轴向依次布置在圆筒形壳体中。
    • 3. 发明授权
    • Marine organism prevention system for structures in seawater
    • 海水结构海洋生物防治体系
    • US06511586B1
    • 2003-01-28
    • US09807467
    • 2001-04-13
    • Shoji NakashimaShigeru SakuradaShuichi InagakiTadahiko ObaHidetoshi UsuiTakahiro Kajiyama
    • Shoji NakashimaShigeru SakuradaShuichi InagakiTadahiko ObaHidetoshi UsuiTakahiro Kajiyama
    • C23F1300
    • E02B17/0026B63B59/04C02F1/4602C02F2103/023C02F2103/08C23F13/04E02B17/0017Y02E60/366
    • An antifouling system (20) for a structure exposed to seawater has an anode forming member (4) bonded to the seawater-exposed surface to be wetted with seawater (15) of the structure via an insulating adhesive (6). The anode forming member 4 is coated with an electrical catalyst film 3 of an electrochemically active and stable electrical catalyst. A conductive member (8) is disposed so as to be wetted with seawater (15). An external dc power supply (7) has a positive terminal (7a) connected to the anode forming member (4) and a negative terminal (7b) connected to the conductive member (8). The external DC power supply (7) is provided with a built-in automatic potential controller (7c) that controls the potential difference between the positive terminal (7a) and the negative terminal (7b) such that oxygen can be generated in seawater suppressing the generation of chlorine in seawater. Even if a rubber lining coating a metal part of the structure is broken, abnormal corrosion of the metal part corresponding to a damaged part of the rubber lining can be prevented.
    • 用于暴露于海水的结构的防污系统(20)具有通过绝缘粘合剂(6)结合到被暴露于海水的表面上的阳极形成构件(4),以被结构的海水(15)润湿。 阳极形成构件4涂覆有电化学活性和稳定的电催化剂的电催化剂膜3。 导电构件(8)设置成被海水(15)润湿。 外部直流电源(7)具有连接到阳极形成构件(4)的正极端子(7a)和连接到导电构件(8)的负极端子(7b)。 外部直流电源(7)设置有内置的自动电位控制器(7c),其控制正极端子(7a)和负极端子(7b)之间的电位差,使得在海水中产生氧气,从而抑制 在海水中产生氯。 即使对结构的金属部分进行了橡胶衬垫的破损,也可以防止对应于橡胶衬里的损坏部分的金属部件的异常腐蚀。