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    • 3. 发明公开
    • Working robot used for the water chamber of the heat exchanger
    • 在Wasserkammer einesWärmetauschersverwendeter arbeitender Roboter。
    • EP0195454A2
    • 1986-09-24
    • EP86103863.6
    • 1986-03-21
    • HITACHI, LTD.
    • Fujitani, YasuoOtake, KatsumotoOhshima, YoshikuniIzumi, Shigeru
    • B25J5/00F22B37/00
    • F22B37/006
    • A working robot (1) positioned within a water chamber (3) of a heat exchanger comprises a body (11) of the working robot having an arm (16) rotatably mounted therein for supporting a working device (7), a unit (12) for supporting the body which is provided on the body, rails (17) for guiding the movement of the body and a unit (19) for supporting rails provided on both ends of the rails, the rails being composed of at least three sets of members (17A, 17B, 17C), a plurality of support shafts (21, 22) which are inserted into the interior of heat transfer tubes (25) of the heat exchanger such as to fixedly abut against the inner surface thereof being mounted on the body support unit and the rail support unit in the direction of the central axis of the heat transfer tubes.
    • 位于热交换器的水室(3)内的工作机器人(1)包括:工作机器人的主体(11),其具有可旋转地安装在其中的用于支撑工作装置(7)的臂(16),单元(12) ),用于支撑设置在本体上的主体,用于引导主体运动的导轨(17)和用于支撑设置在轨道两端的轨道的单元(19),轨道由至少三组 构件(17A,17B,17C),多个支撑轴(21,22),其插入到热交换器的传热管(25)的内部,以固定地抵靠其内表面安装在 身体支撑单元和轨道支撑单元在传热管的中心轴线的方向上。
    • 7. 发明公开
    • Feedwater heater
    • 省煤器。
    • EP0049116A2
    • 1982-04-07
    • EP81304410.4
    • 1981-09-24
    • Hitachi, Ltd.
    • Hoshino, YoshiyukiImazu, ShyuichiMiyai, MasahikoOhshima, YoshikuniIzumiya, Masakiyo
    • F22D1/32F28B9/10
    • F28D7/06F22D1/32F28B9/10F28F9/0202Y10S165/211
    • A horizontal feedwater heater for use in heat power stations, of the type having a shell (1), a plurality of U-bent heat transfer tubes (6) extended in the longitudinal direction of the shell and a vent tube (15) extended in the longitudinal direction of the shell substantially at the centre of the latter and adapted for extracting and discharging non-condensed gas. The feedwater heater has a baffle (20) arranged at each side of the vent tube and having a horizontal plate portion (20a) extended horizontally from the vent tube and an inclined plate portion (20b) inclined downwardly from the end of the horizontal plate portion at an obtuse angle to the latter. The length of projection of the baffle (20) from the vent tube (15) is varied along the length of the shell in accordance with the ratio of amount of heat exchanged between the steam and feedwater in each axial section of the tube nest (16) connected to the feedwater inlet (3) to the amount of heat exchanged between these fluids in the corresponding tube nest section of the feedwater outlet side (4), thereby to permit an efficient extraction of the non-condensed gas. The structural members contactable with the heating steam is made from a low alloy steel containing more than 1 % of Cr to exhibit a high corrosion resistance.