会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 42. 发明授权
    • Heat exchanger, especially recuperator for high temperature reactors
    • 热交换器,特别是用于高温反应器的换热器
    • US4299273A
    • 1981-11-10
    • US940779
    • 1978-09-08
    • Heinz Fischli
    • Heinz Fischli
    • F28F9/013F28D7/00F28D7/16F28F1/36
    • F28D7/005F28D7/163F28D2021/0054F28F2265/26Y10S165/91
    • A heat exchanger, especially recuperator for high temperature reactors, comprising a prismatic extending jacket and a multiplicity of elongated hexagonal elements arranged within the jacket and essentially parallel to the primary direction or extent thereof. Each hexagonal element has a central tube and heat transfer surfaces arranged about each central tube and extending axially up to the outer contour or outline of the corresponding hexagonal element. Both ends of the heat transfer surfaces are connected to collectors seated upon the central tube. Each hexagonal element is connected by spacers with its neighboring elements and with analogous spacers spatially fixedly arranged at the region of the jacket laterally bounding the heat exchanger. The spacers have play so that the spacing between the elements and between the elements and the spatially fixedly arranged spacers can alter by the amount of such play. This play is dimensioned such that the sum of the play in any one respective direction over the cross-section of the heat exchanger still positively takes up without constraint the greatest differential expansion arising between the package of hexagonal elements and the spatially fixedly arranged spacers in such direction under extreme operating conditions.
    • 一种用于高温反应器的热交换器,特别是用于高温反应器的换热器,包括棱柱形延伸护套和布置在护套内并且基本上平行于其主要方向或程度的多个细长六边形元件。 每个六边形元件具有围绕每个中心管布置并且轴向延伸到相应的六边形元件的外轮廓或轮廓的中心管和传热表面。 传热表面的两端连接到坐在中心管上的收集器。 每个六边形元件通过间隔件与其相邻元件连接,并且具有类似的间隔件,空间上固定地布置在横向限定热交换器的护套的区域处。 间隔物的作用是使得元件之间以及元件之间的间隔和空间上固定的间隔件可以改变这种游隙的量。 该游戏的尺寸使得在热交换器的横截面上的任何一个相应方向上的游戏的总和仍然积极地占据六边形元件的包装和空间上固定地布置的间隔件之间产生的最大的差异膨胀 方向在极端的工作条件下。
    • 43. 发明授权
    • Heat exchanger for cooling a high pressure gas
    • 用于冷却高压气体的换热器
    • US4267882A
    • 1981-05-19
    • US126227
    • 1980-03-03
    • Gary W. Gralton
    • Gary W. Gralton
    • F28D7/00F28F9/26
    • F28D7/005F28D2021/0075Y10S165/068
    • A heat exchanger for cooling a hot, high pressure gas and utilizing the heat removed therefrom for generating hot water comprising a first and a second vertically elongated pressure containment vessels, the second vessel disposed coaxially within the first vessel so as to establish an annular space between the outer surface of the second vessel and the inner surface of the first vessel. A gas inlet pipe penetrates through the bottom of the first vessel opening into the second vessel at the bottom thereof and a gas outlet pipe penetrates through the top of the first vessel opening into the second vessel at top thereof, thereby providing a passageway for the hot gas to flow through the second vessel. Water is circulated through the annular space between the first and second vessels and heated therein as it absorbs heat lost by the hot gas passing through the second vessel.
    • 一种热交换器,用于冷却热的高压气体并利用从其中除去的热量来产生热水,该热水包括第一和第二垂直细长的压力容纳容器,第二容器同轴地设置在第一容器内,以便在第一容器内形成环形空间, 第二容器的外表面和第一容器的内表面。 气体入口管在其底部穿过第一容器开口的底部进入第二容器,气体出口管在其顶部穿过第一容器开口的顶部进入第二容器,由此提供用于热的通道 气体流过第二容器。 水通过第一和第二容器之间的环形空间循环,并且在其吸收通过第二容器的热气体损失的热量的同时被加热。
    • 46. 发明授权
    • Heat exchanger, particularly for cooling fresh cracked and/or synthesis gases
    • 热交换器,特别用于冷却新鲜的和/或合成气体
    • US3682241A
    • 1972-08-08
    • US3682241D
    • 1970-02-26
    • SCHMIDT SCHE HEISSDAMPF
    • CLAUSS GERHARDHERRMANN HELMUT
    • F28D7/00F28D7/12F28F9/00
    • F28D7/005F28D7/12F28D2021/0075Y10S585/921
    • A heat exchanger particularly for cooling fresh cracked and/or synthesis gases produced through high pressure and high temperature having a casing with an inlet and outlet for gases. Straight casing pipes closed at their lower ends are located in the casing with centrally located immersion tubes of smaller diameter than the casing pipes for the supply of coolants in the casing pipes. A plurality of pipes forming rows of pipes spaced from one another and a plurality of rows of pipes spaced parallel next to each other are gathered into a nest of pipes. Longitudinal fins connect the casing pipes forming rows of pipes and the casing pipes standing opposite each other of adjacent rows of pipes. The casing pipes of the individual rows of pipes are of such length that their ends form parallel rows to each other aligned perpendicular to the longitudinal axis of the casing pipes. The rows going out from both outer rows toward the center of the nest of pipes gradually rise from pipe row to pipe row. The inlet and outlet side of the nest of pipes are covered with a conical gas inlet and gas outlet head and the length of the casing pipes is such, that a row of pipes in the area of said inlet and outlet heads increase gradually according to the conicity of the heads.
    • 特别是用于冷却通过高压和高温产生的新鲜裂化和/或合成气体的热交换器,其具有带气体入口和出口的壳体。 在其下端封闭的直套管位于壳体中,其中心位置比管套管直径小的浸入管,用于在套管中供应冷却剂。 形成彼此间隔开的管排的多个管道和彼此平行地间隔开的多排管子被收集到管子巢中。 纵向翅片连接形成排管的套管和相邻排管相对的套管。 各行管道的套管具有这样的长度,使得它们的端部彼此平行排成直线垂直于套管的纵向轴线。 从外排向管中心排出的排从管排逐渐上升到管排。 管子的入口和出口侧被锥形气体入口和气体出口头部覆盖,并且套管的长度是这样的,即,所述入口和出口头区域中的一排管子根据 头的圆锥度。
    • 47. 发明授权
    • Hanger arrangement
    • 安全装置
    • US3640339A
    • 1972-02-08
    • US3640339D
    • 1968-05-13
    • BABCOCK & WILCOX LTD
    • PACAULT PIERRE HDOSTANTNI ALBERT
    • F28D7/00F28D7/10G21C1/00G21C1/32G21C19/20F28F7/00
    • G21C19/207F28D7/005F28D7/10F28D2021/0054F28F2280/02G21C1/324Y02E30/40
    • A heat exchanger arrangement wherein a plurality of cylindrical modular heat exchanger units are stacked upright in side-by-side relation within an enclosure and can be transferred into and out of the enclosure, one at a time, through a passage in the floor thereof. To transfer any given heat exchanger unit out of the enclosure, the unit is detached from its base, hoisted by an overhead travelling crane into a position overlying the floor passage and then lowered vertically into a basculating bridge underneath the floor. The bridge is then tilted into a horizontal attitude to discharge the unit. Transfer of a unit into the enclosure is accomplished by following the foregoing procedure in reverse order.
    • 一种热交换器装置,其中多个圆柱形模块化热交换器单元在外壳内并排地直立堆叠,并且可以一次一个地通过其底板中的通道转移到外壳中并从壳体中移出。 为了将任何给定的热交换器单元从外壳传送出去,该单元从其底座上拆下,由一架高架起重机提升到一个覆盖地板通道的位置,然后垂直下降到地板底下的一个基础桥。 然后将桥梁倾斜成水平姿态以排出单元。 将单元转移到外壳中是通过以相反的顺序执行上述步骤来实现的。
    • 49. 发明授权
    • Plastic tube heat exchanger with novel header construction
    • 塑料管换热器,采用新型集管结构
    • US3363680A
    • 1968-01-16
    • US56685566
    • 1966-07-21
    • DU PONT
    • LAWRENCE BAKER ROGER
    • F28D7/00F28F9/02F28F21/06
    • F28D7/005F28F9/0219F28F21/062F28F2230/00F28F2265/32Y10T29/49927
    • 1,169,067. Tubular heat exchangers. E. I. DU PONT DE NEMOURS & CO. 20 July, 1967 [21 July, 1966], No. 33330/67. Heading F4S. A tubular heat exchanger comprises a cylindrical metallic casing 1, a bundle 60 of hollow tubular elements 61 of plastics material, the open end portions of which lie in a substantially coplanar arrangement and are sealed in fluidtight relationship with one another, and a header assembly co-operating with the open end portions of the tube bundle, comprising a first annular header member 30, formed of the same or similar material to that of the tubular elements, surrounding and secured to the bundle in sealing tight manner with such an annular clearance "A" remaining between said members 30 and the casing 1 that clearance will remain at the maximum operating temperature of the heat exchanger, a second metallic header member 20 abutting the first member 30 and held against axial movement in the casing by a shoulder 23, and a third member 40, also metallic, which abuts the opposite side of said first member and is also held against axial movement by an inwardly directed annular groove 11, a resilient sealing ring 51 forming an effective fluid tight seal between the first header member 30 and the casing member 1, a seal between the second member 20 and the casing being effected by either a ring (122, Fig. 3) or by a thread 29. The tubular elements 61 and the first member 30 are formed of an organic polymeric plastics composition, preferably a polyfluorinated plastic such as copolymer of tetrafluoroethylene and hexafluoropropylene. The tube bundle 60 is secured by helical spring-like elements 601 preferably of metallic composition, surrounding the tube bundle, and by a narrow elongated spacer strip 62 wound or interleaved between the tubular elements. In another embodiment (see Fig. 3, not shown) the spring 601 is replaced by a perforated sleeve (403) secured to the third header member, said sleeve supporting an annular baffle element 405 to control fluid flow in the casing member.