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    • 1. 发明授权
    • Heat exchanger
    • 热交换器
    • US5383518A
    • 1995-01-24
    • US98408
    • 1993-08-04
    • Simon A. BanksColin I. AdderleyJohn O. FowlerJames E. Boardman
    • Simon A. BanksColin I. AdderleyJohn O. FowlerJames E. Boardman
    • F28D9/00F28F3/08
    • F28D9/005F28F2275/061Y10T29/49371
    • A plate-fin type of heat exchanger (100) facilitates exchange of heat between two or more process streams (101, 102). It comprises a matrix (M) of two different types of heat exchange plate elements (P1, P2) inter-digitated with each other. Adjacent plate elements are metallurgically bonded together for good thermal contact by an activated diffusion bonding process. The plate elements (P1, P2) are high-integrity diffusion bonded sandwich constructions comprising two outer sheets (201, 203 - FIG. 4 and a superplastically expanded core sheet structure (202) between the two outer sheets. The sandwich construction provides flow passages (P) for the process streams. Adjacent plate elements (P1, P2) carry different process streams (101, 102).
    • PCT No.PCT / GB92 / 00332 Sec。 371日期:1993年8月4日 102(e)日期1993年8月4日PCT提交1992年2月24日PCT公布。 出版物WO92 / 15830 日本1991年9月17日。板翅式热交换器(100)有助于在两个或更多个处理流(101,102)之间进行热交换。 它包括彼此相互数位化的两种不同类型的热交换板元件(P1,P2)的矩阵(M)。 相邻的板元件通过激活的扩散粘合工艺冶金结合在一起,以实现良好的热接触。 板状元件(P1,P2)是两个外部片材(201,203〜图4)和两个外部片材之间的超塑性芯片结构(202)的高完整性扩散接合夹层结构,夹层结构提供流动通道 (P),相邻的板元件(P1,P2)携带不同的工艺流(101,102)。
    • 3. 发明授权
    • Heat exchanger
    • 热交换器
    • US5465484A
    • 1995-11-14
    • US323800
    • 1994-10-17
    • Simon A. BanksColin I. AdderleyJohn O. FowlerJames E. Boardman
    • Simon A. BanksColin I. AdderleyJohn O. FowlerJames E. Boardman
    • F28D9/00B21D53/04
    • F28D9/005F28F2275/061Y10T29/49371
    • A plate-fin type of heat exchanger (100) facilitates exchange of heat between two or more process streams (101, 102). It comprises a matrix (M) of two different types of heat exchange plate elements (P1, P2) inter-digitated with each other. Adjacent plate elements are metallurgically bonded together for good thermal contact by an activated diffusion bonding process. The plate elements (P1, P2) are high-integrity diffusion bonded sandwich constructions comprising two outer sheets (201, 203--FIG. 4) and a superplastically expanded core sheet structure (202) between the two outer sheets. The sandwich construction provides flow passages (P) for the process streams. Adjacent plate elements (P1, P2) carry different process streams (102, 102).
    • 板翅式热交换器(100)有助于在两个或更多个处理流(101,102)之间交换热量。 它包括彼此相互数位化的两种不同类型的热交换板元件(P1,P2)的矩阵(M)。 相邻的板元件通过激活的扩散粘合工艺冶金结合在一起,以实现良好的热接触。 板元件(P1,P2)是两个外片之间的两个外片(201,203〜图4)和超塑性芯片结构(202)的高完整性扩散接合夹层结构。 夹层结构为工艺流提供流动通道(P)。 相邻的板元件(P1,P2)携带不同的工艺流(102,102)。
    • 5. 发明授权
    • Heat exchanger
    • 热交换器
    • US5573060A
    • 1996-11-12
    • US421911
    • 1995-04-14
    • Colin I. AdderleyJohn O. FowlerMichael F. Wignall
    • Colin I. AdderleyJohn O. FowlerMichael F. Wignall
    • F28D9/00F28F9/007F28F3/14
    • F28F9/0075F28D9/0006F28D9/0031F28F2230/00Y10S165/388Y10S165/433
    • A plate-fin type of heat exchanger (400) facilitates exchange of heat between two process streams (S1, S2) e.g. high pressure methane and seawater. It comprises a matrix (M) of heat exchange plate elements (200') arranged side-by-side, flow passages (401) for the seawater process stream (S2) being defined between adjacent plate elements. The plate elements (200') are a high-integrity diffusion bonded sandwich construction comprising two outer sheets (101, 103--FIG. 3) and a superplastically expanded core sheet structure (102--FIG. 3) between the two outer sheets. The sandwich construction provides flow passages (117') for the methane process stream. Adjacent plate elements (200') are held in position relative to each other by serrated racks (403) which engage the edges of the plate elements.
    • 板翅式热交换器(400)有助于在两个处理流(S1,S2)之间进行热交换。 高压甲烷和海水。 它包括并排布置的热交换板元件(200')的矩阵(M),用于在相邻的板元件之间限定海水处理流(S2)的流动通道(401)。 板元件(200')是两个外部片材(101,103〜图3)和两个外部片材之间的超塑性膨胀的芯片结构(102-图3)的高完整性扩散粘合夹层结构。 夹层结构提供用于甲烷工艺流的流动通道(117')。 相邻的板元件(200')通过与板元件的边缘接合的锯齿状齿条(403)相对于彼此保持在适当位置。
    • 6. 发明授权
    • Heat exchanger
    • 热交换器
    • US5465785A
    • 1995-11-14
    • US107781
    • 1993-08-23
    • Colin I. AdderleyJohn O. FowlerMichael F. Wignall
    • Colin I. AdderleyJohn O. FowlerMichael F. Wignall
    • F28D9/00F28F9/007F28F3/14
    • F28F9/0075F28D9/0006F28D9/0031F28F2230/00Y10S165/388Y10S165/433
    • A plate-fin type of heat exchanger facilitates exchange of heat between two process streams such as high pressure methane and seawater and includes a matrix of heat exchange plate elements arranged side-by-side, flow passages for the seawater process stream being defined between adjacent plate elements. The plate elements are a high-integrity diffusion bonded sandwich construction comprising two outer sheets and a superplastically expanded core sheet structure between the two outer sheets. The sandwich construction provides flow passages for the methane process stream. Adjacent plate elements are held in position relative to each other by serrated bars or racks which engage the edges of the plate elements.
    • PCT No.PCT / GB92 / 00301 Sec。 371日期:1993年8月23日 102(e)日期1993年8月23日PCT提交1992年2月20日PCT公布。 第WO92 / 15829号公报 日本1991年9月17日。板翅式热交换器有助于在诸如高压甲烷和海水的两个工艺流之间进行热交换,并且包括并排布置的热交换板元件的基体,用于 在相邻的板元件之间限定海水工艺流。 板元件是高度完整的扩散粘合夹层结构,其包括两个外部片材和在两个外部片材之间的超塑性膨胀的芯片结构。 夹层结构为甲烷工艺流提供流动通道。 相邻的板元件通过与板元件的边缘接合的锯齿形杆或齿条相对于彼此保持在适当位置。