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    • 1. 发明申请
    • HEAT EXCHANGER
    • 热交换器
    • WO2009058395A3
    • 2009-09-03
    • PCT/US2008012434
    • 2008-11-03
    • MODINE MFG COMERKLEIN BRIANOLSON GREGG DKAZIKOWSKI MARKORSO JOCHENWILLE JORG
    • MERKLEIN BRIANOLSON GREGG DKAZIKOWSKI MARKORSO JOCHENWILLE JORG
    • F28F9/013F28F9/02
    • F28F9/0226F28F2225/08
    • Various embodiments of the present invention provide a heat exchanger having a collection tank having an internal chamber, and a header connected to the collection tank and receiving a number of flat tubes through apertures in the header. In some embodiments, a reinforcing member received within the collection tank and/or the header functions to reinforce the header and/or the collection tank in applications where these elements are subject to internal pressures that would otherwise deform the header and/or collection tank to an unacceptable extent. Also, some heat exchanger embodiments utilized a curved gasket on each flat tube to match the shape of the flat tubes and a curved header. Also, another gasket can be located between a metal or plastic collection tank and a plastic or metal header, respectively, to prevent leakage therebetween.
    • 本发明的各种实施例提供一种热交换器,该热交换器具有收集槽,该收集槽具有内部腔室和连接至收集槽并通过集管中的孔接收多个扁平管的集管。 在一些实施例中,在这些元件受到内部压力的应用中,容纳在收集罐和/或集管内的加强构件用于加强集管和/或收集罐,否则内部压力会使集管和/或收集罐变形为 一个不可接受的程度。 而且,一些热交换器实施例在每个扁平管上使用弯曲垫圈以匹配扁平管和弯曲头部的形状。 而且,另一个垫圈可以分别位于金属或塑料收集箱和塑料或金属头部之间,以防止它们之间的泄漏。
    • 3. 发明专利
    • BRPI0500251A
    • 2005-09-27
    • BRPI0500251
    • 2005-01-31
    • MODINE MFG CO
    • PING KEITH DLAHUE RICHARD VSTULL AARON CWITHERS JOSEPH MOLSON GREGG D
    • B60H1/00B60H1/10F01P7/00
    • A vehicle heat transfer module including a conduit for air circulation, an evaporator (60) in the conduit between the cabin air input (44) and cabin air output (46), and a heater (16) having vehicle engine coolant circulated therethrough, the heater being in a flow path (88) between the evaporator and the cabin air output. A first door (70) selectively opens or closes the fresh air input and fresh air output, and a second door (72) blocks a selected amount of cabin air from the first path. A controller controls the first and second doors responsive to heating and cooling requirements. Cabin and fresh air is selectively circulated over the heater and evaporator responsive to detected requirements, including selectively either circulating cabin air from the cabin air input (44) over the evaporator (60) and out the cabin air output (46), and circulating fresh air from the fresh air input (50) over the heater (16) and out the fresh air output (52), or blocking the fresh air input and fresh air output and passing cabin air (80) from the cabin air input over one or both of the evaporator (60) and the heater (16) and out the cabin air output (46).
    • 5. 发明专利
    • DE602005004431D1
    • 2008-03-13
    • DE602005004431
    • 2005-02-11
    • MODINE MFG CO
    • PING KEITH DLAHUE RICHARD VSTULL AARON CWITHERS JOSEPH MOLSON GREGG D
    • B60H1/10B60H1/00F01P7/00
    • A vehicle heat transfer module including a conduit for air circulation, an evaporator (60) in the conduit between the cabin air input (44) and cabin air output (46), and a heater (16) having vehicle engine coolant circulated therethrough, the heater being in a flow path (88) between the evaporator and the cabin air output. A first door (70) selectively opens or closes the fresh air input and fresh air output, and a second door (72) blocks a selected amount of cabin air from the first path. A controller controls the first and second doors responsive to heating and cooling requirements. Cabin and fresh air is selectively circulated over the heater and evaporator responsive to detected requirements, including selectively either circulating cabin air from the cabin air input (44) over the evaporator (60) and out the cabin air output (46), and circulating fresh air from the fresh air input (50) over the heater (16) and out the fresh air output (52), or blocking the fresh air input and fresh air output and passing cabin air (80) from the cabin air input over one or both of the evaporator (60) and the heater (16) and out the cabin air output (46).
    • 6. 发明专利
    • DE602005004431T2
    • 2009-01-15
    • DE602005004431
    • 2005-02-11
    • MODINE MFG CO
    • PING KEITH DLAHUE RICHARD VSTULL AARON CWITHERS JOSEPH MOLSON GREGG D
    • B60H1/10B60H1/00F01P7/00
    • A vehicle heat transfer module including a conduit for air circulation, an evaporator (60) in the conduit between the cabin air input (44) and cabin air output (46), and a heater (16) having vehicle engine coolant circulated therethrough, the heater being in a flow path (88) between the evaporator and the cabin air output. A first door (70) selectively opens or closes the fresh air input and fresh air output, and a second door (72) blocks a selected amount of cabin air from the first path. A controller controls the first and second doors responsive to heating and cooling requirements. Cabin and fresh air is selectively circulated over the heater and evaporator responsive to detected requirements, including selectively either circulating cabin air from the cabin air input (44) over the evaporator (60) and out the cabin air output (46), and circulating fresh air from the fresh air input (50) over the heater (16) and out the fresh air output (52), or blocking the fresh air input and fresh air output and passing cabin air (80) from the cabin air input over one or both of the evaporator (60) and the heater (16) and out the cabin air output (46).