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    • 1. 发明授权
    • Heat exchanger
    • 热交换器
    • US3850235A
    • 1974-11-26
    • US27728572
    • 1972-08-02
    • WAAGNER BIRO AG
    • BECKMANN GFRITZ KLIPPITSCH J
    • F22B37/14F28F9/00
    • F22B37/143Y10S165/423
    • A heat exchanger of the type adapted for use in generating steam in a nuclear power plant, and a method for manufacturing the same. A plurality of curved tubular walls are equidistantly arranged with respect to each other around a central axis with each of these walls having an inner concave side directed toward the axis and an outer convex side directed away from the axis and with each of the walls including an elongated tube having a hollow interior through which a heat-exchanging medium is adapted to flow. Each of the walls further includes a fin structure fixed to the tube thereof at least partially along the tube for forming a vibration-resistant, unitary tubular wall structure. The heat exchanger is manufactured by curving a plurality of finned tubes and welding the tubes to each other to form a tubular wall.
    • 适用于在核电站中产生蒸汽的类型的热交换器及其制造方法。 多个弯曲的管状壁相对于中心轴线彼此等距地布置,这些壁中的每一个具有朝向轴线的内凹面,以及远离轴线的外凸面,并且每个壁包括一个 细长管具有中空的内部,热交换介质通过该中空内部流动。 每个壁还包括至少部分地沿着管固定到其管的翅片结构,用于形成抗振整体的管状壁结构。 热交换器通过弯曲多个翅片管并将管彼此焊接以形成管状壁来制造。
    • 3. 发明授权
    • Tubular heat exchanger supporting and spacer structure
    • 管式热交换器支撑和间隔结构
    • US3720259A
    • 1973-03-13
    • US3720259D
    • 1970-09-22
    • WAAGNER BIRO AG
    • FRITZ KLIPPITSCH JLURF G
    • F28D7/04F28D7/08F28F9/013F28F9/00
    • F28D7/04F28D7/08F28F9/0135Y10S165/424
    • Heat exchangers having spirally wound tubes for accommodating in their interior an inner heat-exchanging fluid while being engaged at their exterior by an outer heat-exchanging fluid. The spirally wound tubes are arranged one next to the other surrounding a given axis with the convolutions of one tube axially aligned with the convolutions of the next tube. The tubes form a group having an inner region directed toward the latter axis and an outer region directed away from the latter axis. At one of these regions there is a supporting structure while a spacer structure is fixed to the supporting structure and extends between the convolutions of the tubes to form with the latter a unitary assembly of tubes acting as a unitary structure in which the convolutions are maintained at given locations with respect to each other. The spacer structure serves to transmit to the supporting structure the weight of the tubes and the spacer structure as well as any thermal or mechanical stresses or reaction forces resulting from flow of the fluids during operation of the heat exchanger.
    • 热交换器具有用于在其内部容纳内部热交换流体的螺旋卷绕管,同时通过外部热交换流体在其外部接合。 螺旋卷绕的管被围绕给定的轴线彼此相邻布置,其中一个管的旋转体与下一个管的旋转体轴向对准。 管形成具有指向后一轴线的内部区域和远离后者轴线的外部区域的组。 在这些区域中的一个区域中存在支撑结构,而间隔结构固定到支撑结构上,并且在管的旋转之间延伸,以与后者形成整体组合的管作为整体结构,其中卷积保持在 给定位置相对于彼此。 间隔结构用于向支撑结构传递管和间隔件结构的重量,以及在热交换器操作期间由流体流动导致的任何热或机械应力或反作用力。
    • 4. 发明授权
    • Radial-flow heat exchanger
    • 径向热交换器
    • US3712370A
    • 1973-01-23
    • US3712370D
    • 1970-09-22
    • WAAGNER BIRO AG
    • GILLI PFRITZ KLIPPITSCH JLURF G
    • F28D7/04F28D7/08F28F9/00F28F9/22F24H3/06
    • F28D7/04F28D7/08F28F9/00F28F9/22
    • A radial-flow heat exchanger where tubes through which one heatexchanging fluid flows surround a given axis while a second heatexchanging fluid flows across the exterior of these tubes radially with respect to the latter axis. Fluid-guides are provided for this other fluid so as to achieve at the exterior of the tubes a substantially uniform through-flow in all axial sections of the heat exchanger. The fluid-guides may include inner and outer tubular walls which taper in the same direction and define with inner and outer regions of the tubes receiving and discharge chambers for the fluid which flows radially, the receiving chamber having an inlet which forms the largest cross section of the receiving chamber while the discharge chamber has an outlet which forms the largest cross section for the discharge chamber.
    • 一个径流式热交换器,其中一个热交换流体流过的管围绕给定的轴线,而第二个热交换流体相对于后者的轴线径向流过这些管的外部。 为这种其他流体提供流体引导件,以便在管的外部实现在热交换器的所有轴向部分中基本上均匀的贯流。 流体引导件可以包括在相同方向上逐渐变细并且限定用于径向流动的流体的管接收和排出室的内部和外部区域的内部和外部管状壁,接收室具有形成最大横截面的入口 的放电室具有形成放电室最大横截面的出口。