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    • 31. 发明授权
    • Heat exchanger
    • 热交换器
    • US3882934A
    • 1975-05-13
    • US25900972
    • 1972-06-02
    • AGA AB
    • KNOOS STELLANLJUNGDAHL SOREN F SBOSTROM BERTIL INGEMAR
    • F28D9/04F28D15/02F28F3/08
    • F28F3/08F28D9/04F28D15/0233Y10S165/398
    • A heat exchanger is formed from heat exchanger elements having coextensive parallel channels for carrying the fluids between which the heat transfer is to be accomplished. These channels are relatively narrow so as to permit efficient heat transfer from the fluid to the channel walls and may be formed from continuous strips of heat conducting material wound in a spiral. In order to minimize the pressure drop in the spiral shaped channels, they are fed into common channels after only a fraction of a full turn. Heat is transferred from the fluid in one of the heat exchange elements to the fluid in the other of such elements from the walls of the first element through a diaphragm which is interposed between the two elements to the walls of the second element. The components of the heat exchanger are mechanically clamped together so that they can readily be disassembled for replacement, repair or cleaning.
    • 热交换器由具有共同延伸的平行通道的热交换器元件形成,用于承载要在其间进行热传递的流体。 这些通道相对较窄,以便允许从流体到通道壁的有效热传递,并且可以由以螺旋形式缠绕的导热材料的连续带形成。 为了最小化螺旋形通道中的压降,它们仅在完全转弯的几分之一之后被馈送到公共通道中。 热量从其中一个热交换元件中的流体转移到另一个这样的元件中的流体,从第一元件的壁穿过隔膜,隔膜插在两个元件之间到第二元件的壁上。 热交换器的组件被机械地夹在一起,使得它们可以容易地拆卸以进行更换,修理或清洁。
    • 35. 发明申请
    • Spiral heat exchanger
    • 螺旋式热交换器
    • US20070062680A1
    • 2007-03-22
    • US10556526
    • 2004-05-11
    • Philippe MaupetitPierre MartinezBoualem Oudjedi
    • Philippe MaupetitPierre MartinezBoualem Oudjedi
    • F28D7/02
    • F28D9/04Y10S165/398
    • The invention relates to a spiral heat exchanger including a central cylinder (5) and at least two spiral sheets (6, 7). The sheets extend from the cylinder to form a first spiral-shaped flow channel (8) for a first medium and a second spiral-shaped flow channel (9) for a second medium. The cylinder forms an inner space within the cylinder. The cylinder includes a first opening (11) communicating with the first flow channel and a second opening (12) communicating with the second flow channel. A pipe (14) extends into the inner space of the cylinder. A first communication channel, communicating with the first flow channel via the first opening, is formed within the pipe. A second communication channel, communicating with the second flow channel via the second opening, is formed in the inner space outside the pipe.
    • 本发明涉及一种包括中心圆筒(5)和至少两个螺旋片(6,7)的螺旋式热交换器。 片材从圆柱体延伸以形成用于第一介质的第一螺旋形流动通道(8)和用于第二介质的第二螺旋形流动通道(9)。 气缸在气缸内形成内部空间。 气缸包括与第一流动通道连通的第一开口(11)和与第二流动通道连通的第二开口(12)。 管(14)延伸到气缸的内部空间。 在管道内形成有通过第一开口与第一流动通道连通的第一连通通道。 在管的外部的内部空间中形成有通过第二开口与第二流动通道连通的第二连通通道。
    • 36. 发明授权
    • Gas turbine engine
    • 燃气轮机
    • US06711889B2
    • 2004-03-30
    • US10183595
    • 2002-06-28
    • Chii-Rong KuoTa-Wei WangJia-Ruey WuHsin-Yi ShihTao-Pang HsiungChia-Yang Chang
    • Chii-Rong KuoTa-Wei WangJia-Ruey WuHsin-Yi ShihTao-Pang HsiungChia-Yang Chang
    • F02C710
    • F23R3/06F02C3/14F02C7/08F23C2900/03001F23R3/005F28D7/103F28D9/04Y10S165/398
    • A recuperated gas turbine engine. The gas turbine engine includes a heat exchanger, and gas turbine (including compressor, can-type combustor and turbine). The heat exchanger includes a compressed air passageway and a turbine exhaust gas passageway adjacent to each other within the casing which extend spirally throughout the heat exchanger and towards an inner cylindrical chamber in which the combustor is positioned approximately to the center of the casing. Improved engine fuel efficiency is achieved by preheating the compressed air before it reaches the combustor with the higher-temperature exhaust gas. A can-type combustor is used for alleviating heat-dissipation issues to improve efficiency of the combustion. A concentric back-to-back rotor arrangement significantly shortens the length of a conventional engine turbine rotor which improves on the operational stability of a gas turbine engine.
    • 一种恢复燃气涡轮发动机。 燃气涡轮发动机包括热交换器和燃气轮机(包括压缩机,罐式燃烧器和涡轮机)。 热交换器包括在壳体内彼此相邻的压缩空气通道和涡轮机废气通道,其在整个热交换器中螺旋地延伸并且朝向内部圆柱形室,其中燃烧器大致位于壳体的中心。 通过在压缩空气到达具有较高温度排气的燃烧器之前对其进行预热来实现提高发动机燃料效率。 罐型燃烧器用于减轻散热问题以提高燃烧效率。 同心的背对背转子装置显着地缩短了常规发动机涡轮转子的长度,其改进了燃气涡轮发动机的操作稳定性。
    • 38. 发明授权
    • Coiled heat exchanger and a method for making a coiled heat exchanger
    • 卷取式热交换器和卷取式热交换器的制造方法
    • US06289978B1
    • 2001-09-18
    • US09436353
    • 1999-11-09
    • Hubert Antoine
    • Hubert Antoine
    • F28D904
    • F28D9/0018F28D9/04Y10S165/398Y10T29/4935
    • A coiled heat exchanger and a method of making the coiled heat exchanger. The heat exchanger includes a pair of corrugated plates connected to one another such that the crests of their respective corrugations contact. Edges of the sheets that correspond to the faces of the cylindrical core formed from coiling the sheets are bent and connected such that a substantially continuous and flat wall is formed between the two sheets. Portions of the wall are alternately cut open, left intact, and flattened so as to form a pattern of three distinct angular sectors on the face of the core. These angular sectors respectively include cut-open sectors configured to pass a heat transfer fluid therethrough, platform sectors configured for the mounting of headers thereon, and flattened wall sectors creating gaps configured to pass a heat transfer fluid therethrough. The heat exchanger is formed in a continuous process, with the edges connected to form the wall along the entire length of the sheets forming the coil and periodic portions of the wall flattened along the length. The sheets are then coiled and fixedly connected between their coils at particular locations. Finally, wall portions are cut open in periodic angular intervals on the core face to form the openings.
    • 一种盘绕式热交换器及其制造方法。 热交换器包括一对彼此连接的波纹板,使得它们各自波纹的波峰接触。 对应于由卷绕片材形成的圆筒形芯的表面的片材的边缘被弯曲和连接,使得在两片之间形成基本上连续且平坦的壁。 壁的部分交替地切开,保持完整并且变平,以便在芯的表面上形成三个不同的角扇区的图案。 这些角扇区分别包括被设置为使传热流体通过的切开扇区,被配置为用于在其上安装集管的平台扇区,以及扁平的壁扇区,其形成间隙,其被配置成使传热流体通过其中。 热交换器以连续的方式形成,其边缘连接成沿着形成线圈的片材的整个长度形成壁,并且壁的周期性部分沿长度扁平化。 然后将片材卷绕并在特定位置处固定地连接在它们的线圈之间。 最后,在芯面上以周期性的角度间隔切开壁部,以形成开口。
    • 39. 发明授权
    • Compact heat-exchanger for fluids
    • 用于流体的紧凑型热交换器
    • US4089370A
    • 1978-05-16
    • US692917
    • 1976-06-04
    • Philippe Albert Hippolyte Marchal
    • Philippe Albert Hippolyte Marchal
    • F28D7/10F28D9/04F28F9/02
    • F28F9/02F28D7/103F28D9/04Y10S165/398
    • A heat-exchanger for fluids is designed with an outer cylindrical casing and, inside the same, a plurality of coaxial heat-exchange surfaces forming axial flow passageways for fluids therebetween, with two ends each bearing a connection-box for the fluid inlets and outlets. This connection-box is connected to the outer peripheral heat-exchange surface and includes partitions extending from the axis to the periphery and engaging the edges of the heat-exchange surfaces. Obturators join pairs of edges of successive heat-exchange surfaces whereby each end of the succession of heat-exchange surfaces offers annular passageway portions and annular obturated portions.The outer cylindrical casing is formed by a shell made of thick sheet metal withstanding the pressure forces and said heat-exchange surfaces are formed by thin metal sheets of insufficient strength in themselves but which are buttressed against one another through the agency of spacer means effective in transferring pressure forces to said outer cylindrical casing made of thick sheet metal.
    • 用于流体的热交换器被设计成具有外圆柱形壳体,并且在其内部,多个同轴热交换表面形成用于其间的流体的轴向流动通道,其两端各自承载用于流体入口和出口的连接箱 。 该连接箱与外周热交换面连接,并且包括从轴向周边延伸并与热交换面的边缘接合的隔板。 闭塞器连接成对的连续热交换表面的边缘,从而连续的热交换表面的每个端部提供环形通道部分和环形密封部分。