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    • 2. 发明公开
    • Cooling of electronic modules
    • Kühlungvon elektronischen Modulen
    • EP2759794A1
    • 2014-07-30
    • EP13290022.6
    • 2013-01-29
    • Alcatel Lucent
    • Goetz, Hans-JoachimHaberditzl, RainerSeitz, Reinhold
    • F28D15/02H05K7/20
    • H01L23/427F28D15/0241F28D15/0275F28D2021/0028H01L2924/0002H05K7/20336H01L2924/00
    • The present invention relates to a device (1) for cooling of at least two electronic modules (2) that are arranged on a circuit board (3), characterized by a common heat dissipating device (4) and at least two heat absorbing bodies (5), wherein each heat absorbing body (5) is heat-conductively connected to the common heat dissipating device (4) and can be heat-conductively connected to one of the electronic modules (2), wherein at least one heat absorbing body (5) is heat-conductively connected to the common heat dissipating device (4) via at least one flexible heat pipe (6), the heat pipe (6) comprising a heat absorbing end section (7), a heat dissipating end section (8), and an axial and lateral flexible intermediate section (9), with the axial and lateral flexible intermediate section (9) being arranged between the heat absorbing end section (7) and the heat dissipating end section (8).
    • 本发明涉及一种用于冷却布置在电路板(3)上的至少两个电子模块(2)的装置(1),其特征在于,具有共同的散热装置(4)和至少两个吸热体 5),其中每个吸热体(5)与公共散热装置(4)导热连接,并且可以与一个电子模块(2)导热连接,其中至少一个吸热体 5)通过至少一个柔性热管(6)与公共散热装置(4)导热连接,热管(6)包括吸热端部(7),散热端部(8) )和轴向和侧向柔性中间部分(9),其中轴向和侧向柔性中间部分(9)布置在吸热端部分(7)和散热端部分(8)之间。
    • 7. 发明公开
    • FLEXIBLE HEAT PIPE FOR INTEGRATED CIRCUIT COOLING APPARATUS
    • 灵活的热管投资,用于冷却集成电路
    • EP0770200A1
    • 1997-05-02
    • EP95927517.0
    • 1995-07-27
    • AAVID ENGINEERING, INC.
    • LARSON, Ralph, I.PHILLIPS, Richard, L.
    • F28D15F28F21H01L23H05K7
    • F28F21/00F28D15/0241H01L23/427H01L2924/0002H01L2924/00
    • A heat pipe (10) which is flexible and thus conformable to the space in which it is to be deployed consists of two or three layers, namely, a relatively thin, highly conductive plate (12) as a bottom layer, a plastic sheet (16) as a top layer and wicking (14) as an optional middle layer. The bottom plate (12) has a relatively high modulus of elasticity and it is stiff, yet ductile. It is preferably made of metal, such as aluminum, or a plastic sheet or plate. To manufacture the heat pipe (10), the bottom (12) and top layers (16) are aligned, with the wicking (14) between them, and sealed together around three edges. Liquid coolant is then added and the fourth edge is sealed. The sealing is preferably performed by heat sealing. The heat pipe (10) may include heat-dissipating fins (36) or ridges on the end of the pipe that operates as a condenser. The opposing end of the pipe, which acts as the evaporator, is positioned proximate to a heat-generating component. In an alternative embodiment, additional layers of plastic and optional wicking are attached to an otherwise exposed surface of the bottom plate. The heat pipe is narrow and can thus be installed in existing space proximate to a heat generating component, flexing and/or elastically deforming as necessary to facilitate installation. Further, the heat pipe can be bent, to conform to the shape of the component.
    • 8. 发明公开
    • Heat transfer device having metal band formed with longitudinal holes
    • 具有形成有纵向孔的金属带的传热装置
    • EP0751365A2
    • 1997-01-02
    • EP96110229.0
    • 1996-06-25
    • Actronics Kabushiki KaishaAkachi, Hisateru
    • Akachi, Hisateru
    • F28D15/02
    • F28D15/0241F28D15/0233F28D15/0275
    • A heat exchanger utilizes a multi-hole flexible band (1) of light metal which is formed, by extrusion, with a plurality of longitudinal small holes (2) extending in parallel to one another from one band end to the other end (3). The longitudinal holes (2) are connected at each of the end portions (3) of the band, and both ends of the band is closed by welding to form a sealed cavity partly filled with a working fluid in partial vacuum. The sealed cavity may be in the form of a single long continuous passage, or in the form of parallel passages connected together at both ends. The multi-hole band is bent in such a shape that the band meanders between a high temperature region and a low temperature region. The thus-constructed heat exchanger is advantageous in heat exchanging performance, and capable of reducing the manufacturing and material costs, the weight of the heat exchanger, and improving the reliability.
    • 热交换器利用轻金属的多孔柔性带(1),该多孔柔性带通过挤压形成有从一个带端到另一端(3)彼此平行延伸的多个纵向小孔(2) 。 纵向孔(2)在带的每个端部(3)处连接,并且带的两端通过焊接闭合以形成部分充满部分真空中的工作流体的密封腔。 密封的空腔可以是单个长连续通道的形式,或者是两端连接在一起的平行通道的形式。 多孔带被弯曲成使得带在高温区域和低温区域之间曲折的形状。 这样构造的热交换器在热交换性能方面是有利的,并且能够降低制造和材料成本,热交换器的重量并且提高可靠性。