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    • 4. 发明授权
    • Reactor internal equipment hoisting apparatus
    • 反应堆内部设备起重设备
    • US6081573A
    • 2000-06-27
    • US114929
    • 1998-07-14
    • Jun AkimotoKenjiro FukamichiKazuo Sudo
    • Jun AkimotoKenjiro FukamichiKazuo Sudo
    • B66C1/10B66C1/66G21C19/00
    • B66C1/66B66C1/10
    • There is provided a reactor internal equipment hoisting apparatus which is hung down from an upper side of a reactor pressure vessel to hoist reactor internal equipment installed inside the reactor pressure vessel. The hoisting apparatus includes a supporting unit which is hung down from the upper side of the reactor pressure vessel with an overhead travailing crane installed on the ceiling of the reactor building, and an elevating unit which is arranged below the supporting unit. A coupling/fixing unit is provided to the elevating unit to be releasably coupled with a hoisting lug. Power hoist using a wire rope or a chain is provided to the supporting unit. The elevating unit is hung down from the supporting unit via the rope or the chain to be moved vertically. This reactor internal equipment hoisting apparatus is easy in maintenance and storage.
    • 提供了一种从反应堆压力容器的上侧悬挂到安装在反应堆压力容器内的起重机内部设备的反应堆内部设备提升装置。 提升装置包括:安装在反应堆建筑物的天花板上的塔顶起重机,从反应堆压力容器的上侧悬挂的支撑单元,以及布置在支撑单元下方的升降单元。 联接/固定单元设置到升降单元以可释放地与提升凸耳结合。 使用钢丝绳或链条的电动葫芦被提供给支撑单元。 升降单元通过绳索或链条从支撑单元垂下垂直移动。 该反应堆内部设备提升装置易于维护和储存。
    • 5. 发明申请
    • FAST REACTOR
    • 快速反应器
    • US20080159465A1
    • 2008-07-03
    • US11934449
    • 2007-11-02
    • Takanari InatomiToshiyuki SuzukiHiroshi NakamuraKenjiro Fukamichi
    • Takanari InatomiToshiyuki SuzukiHiroshi NakamuraKenjiro Fukamichi
    • G21C1/02
    • G21C1/02Y02E30/34
    • To provide a fast reactor having improved structural reliability and excellent safety. A fast reactor 1 comprises: a reactor vessel 7 accommodating therein a reactor core 2 and a primary coolant 5; an intermediate heat exchanger 15 disposed in the reactor vessel 7, for transferring a heat energy of the primary coolant 5 heated in the reactor core 2 to a secondary coolant 45; an intermediate heat exchanger upper drum 15a disposed above the intermediate heat exchanger 15. Disposed above the intermediate heat exchanger upper drum 15a is an upper plug 10 having a neutron shielding function and a heat shielding function. A thermal-expansion absorbing unit 46 is disposed between the intermediate heat exchanger upper drum and the upper plug, for absorbing a thermal expansion of the intermediate heat exchanger upper drum in an axial direction and a radial direction of the intermediate heat exchanger upper drum, and defining a reactor cover gas boundary.
    • 提供具有改进的结构可靠性和优异安全性的快速反应器。 快堆1包括容纳反应堆芯2和主冷却剂5的反应器容器7; 设置在反应器容器7中的中间热交换器15,用于将在反应堆芯2中加热的一次冷却剂5的热能传递到二次冷却剂45; 设置在中间热交换器15上方的中间热交换器上鼓15a。设置在中间热交换器上滚筒15a上方的是具有中子屏蔽功能和隔热功能的上塞子10。 在中间热交换器上鼓和上塞之间设置有热膨胀吸收单元46,用于吸收中间热交换器上鼓的中轴线方向和中间热交换器上鼓的径向的热膨胀, 定义反应堆盖气体边界。
    • 7. 发明授权
    • Heat exchanger
    • 热交换器
    • US08272429B2
    • 2012-09-25
    • US12113521
    • 2008-05-01
    • Takanari InatomiShigeki MaruyamaYuko KitajimaKenjiro FukamichiHiroshi Nakamura
    • Takanari InatomiShigeki MaruyamaYuko KitajimaKenjiro FukamichiHiroshi Nakamura
    • F28F13/00F28D7/00
    • F28D9/0006F28D7/0025F28D7/1676
    • A heat exchanger includes a vertical pressure vessel having a air-tight structure, one and another sets of fluid inlet/outlet ports provided to upper and lower portion of the vertical pressure vessel, respectively, and a heat exchanging module disposed in the pressure vessel to a portion between both sets of the fluid inlet/outlet ports, the heat exchanging module being formed by stacking a number of heat exchanging elements. At least one set of the fluid inlet/outlet ports are configured to provide a header composed of a pipe structural member having a bottom portion closed and a heat insulating material attached to an inner surface of the pipe structural member, and end portions of fluid flowing pipes communicating with the heat exchanging module are opened at the closed fluid inlet/outlet ports in the header.
    • 热交换器包括具有气密结构的垂直压力容器,分别设置在垂直压力容器的上部和下部的一组和另一组流体入口/出口,以及设置在压力容器内的热交换模块 两组流体入口/出口之间的部分,热交换模块通过堆叠多个热交换元件而形成。 至少一组流体入口/出口构造成提供由具有底部封闭的管道结构构件和附接到管道结构构件的内表面的绝热材料构成的集管,以及流体流动的端部 与热交换模块连通的管道在集管中的封闭流体入口/出口处打开。