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    • 4. 发明申请
    • FLUIDIC MODULE SUSPENSION SYSTEM AND RESULTING REACTOR
    • 流体模块悬浮系统和结晶反应器
    • WO2012170594A2
    • 2012-12-13
    • PCT/US2012041190
    • 2012-06-07
    • CORNING INCGUIDAT ROLANDMAURY ALEXIS
    • GUIDAT ROLANDMAURY ALEXIS
    • B01J19/00
    • B01J19/0093B01J2219/00806B01J2219/00813B01J2219/00817B01J2219/00869B01J2219/00871B01L3/502715
    • A modular reactor (10) includes a plurality of planar fluidic modules (12) arranged in a spaced-apart horizontally extending row extending in a direction D with the major surfaces (14, 16) of the modules (12) oriented generally parallel to each other. A plurality of rigid or semi-rigid fluid connectors (30) are each positioned between facing major surfaces (14, 16) of the modules, and the connectors (30) fluidically and mechanically join at least one fluid port (18a) on a first surface (24) of the facing surfaces to at least one other fluid port (18b) on a second surface (26) of the facing surfaces (14,16). The reactor (10) further comprises a horizontally extending support structure (60) extending above the row of modules (12) in the direction D, and one or more hangers (32) each supporting one of the plurality of fluidic modules (12) from the support structure (60). The hangers (32) comprise a first rotary joint (34) having a first axis (36) positioned above the respective module (12) and below the support structure (60), and optionally and desirably, a second rotary joint (38) with a second axis (40), the one or two axes (36, 40) orthogonal to the direction D.
    • 模块式反应器(10)包括多个平面流体模块(12),其布置成沿着方向D延伸的间隔开的水平延伸的列,模块(12)的主表面(14,16)大致平行于每个 其他。 多个刚性或半刚性流体连接器(30)各自位于模块的相对的主表面(14,16)之间,并且连接器(30)在至少一个流体端口(18a)上流体地和机械地连接在第一 面对表面的表面(24)连接到面对表面(14,16)的第二表面(26)上的至少一个其它流体端口(18b)。 反应器(10)还包括沿方向D在模排(12)上方延伸的水平延伸的支撑结构(60),以及一个或多个悬挂器(32),每个悬挂件(32)支撑多个流体模块(12)中的一个流体模块 支撑结构(60)。 衣架(32)包括第一旋转接头(34),第一旋转接头(34)具有位于相应的模块(12)上方并位于支撑结构(60)下方的第一轴线(36),并且可选地和期望地具有第二旋转接头(38) 第二轴(40),所述一个或两个轴(36,40)与方向D正交。
    • 5. 发明申请
    • TUBULAR HEAT EXCHANGER
    • 管式换热器
    • WO2007015031A2
    • 2007-02-08
    • PCT/FR2006050779
    • 2006-08-03
    • THERMI CONSULTGUIDAT ROLAND
    • GUIDAT ROLAND
    • F28D7/00
    • B23K1/0012B23K2201/14F28D7/0033F28F2275/02
    • The heat exchanger is characterised in comprising two fluid-passage tube bundles curved at each end thereof, said tube bundles being intertwined in the mid-section (lc-2c), parallel to each other without making contact, the ends (1a-1b) (2a- 2b) of the tube bundles being fixed to exchanger plates (3) arranged in pairs in planes inclined with relation to the longitudinal axis of each tube bundle with housing of collectors, with spacer means arranged at different levels for centering and positioning the tube bundles, with a sealing means introduced between the tubes of each tube bundle, shaped and transformed to guarantee a rigid connection between the tubes and to guarantee, after cooling, a triple sealing barrier and providing the assembly with a mechanical resistance.
    • 所述热交换器的特征在于包括在其两端弯曲的两个流体通道管束,所述管束在中间部分(1c-2c)中相互平行地相互缠绕而不接触,端部(1a-1b) (2a-2b)被固定到交换板(3)上,交换板(3)成对地布置在相对于每个管束的纵向轴线倾斜的平面中,带有收集器的外壳,隔离装置布置在不同的水平面上以便对中和定位 在每个管束的管之间引入密封装置,该密封装置被成形并变形以保证管之间的刚性连接并且在冷却之后保证三重密封屏障并且为组件提供机械阻力。