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    • 1. 发明授权
    • Heating-element accommodating-box cooling apparatus and method of controlling the same
    • 发热元件收纳箱冷却装置及其控制方法
    • US06612365B1
    • 2003-09-02
    • US09580538
    • 2000-05-26
    • Kazuki SaishuMutsuhiko MatsumotoYoshikazu TadaYoshihisa Kobayashi
    • Kazuki SaishuMutsuhiko MatsumotoYoshikazu TadaYoshihisa Kobayashi
    • F24F1300
    • H05K7/206F24F12/006Y02B30/563
    • A heating-element accommodating-box cooling apparatus includes: an indoor air passage 5 for fetching air in a heating-element accommodating box and returning it to the heating-element accommodating box; an outdoor air passage 9 for fetching outdoor air and exhausting the fetched outdoor air to the outside; a partition plate 10 provided so that both of the air passages become independent of each other; a fan unit 3 for conveying air in the outdoor air passage 9 and the indoor air passage 5; and a heat exchange element 4 disposed at a point of intersection between the two passages to exchange the sensible heat of the outdoor air and the indoor air, wherein the heating-element accommodating-box cooling apparatus is mounted exteriorly on a panel of the heating-element accommodating box. Consequently, it is possible to effect cooling of the heating-element accommodating box with energy saving, and the space for installation of the cooling apparatus in the box is not required.
    • 一种发热元件收纳箱冷却装置,具备:室内空气通路5,用于在装有发热元件的箱内取出空气并将其返回到发热元件收容箱; 用于取出室外空气并将取出的室外空气排出到外部的室外空气通道9; 设置成使得两个空气通道彼此独立的分隔板10; 用于在室外空气通道9和室内空气通道5中输送空气的风扇单元3; 以及热交换元件4,其设置在所述两通路之间的交叉点处,以交换室外空气和室内空气的显热,其中,所述发热元件收纳箱冷却装置外部安装在所述加热 - 元件收纳盒。 因此,能够节能地实现发热元件容纳盒的冷却,并且不需要将冷却装置安装在箱中的空间。
    • 3. 发明申请
    • HEAT EXCHANGE TYPE COOLING DEVICE
    • 热交换式冷却装置
    • US20090101304A1
    • 2009-04-23
    • US11996386
    • 2006-09-12
    • Naoyuki FunadaYuuji NakanoKeisuke HagimotoToshikazu YamaguchiMutsuhiko MatsumotoKazuki SaishuHiroshi Shibata
    • Naoyuki FunadaYuuji NakanoKeisuke HagimotoToshikazu YamaguchiMutsuhiko MatsumotoKazuki SaishuHiroshi Shibata
    • F24H3/00F24H3/02F28D15/00H05B3/02
    • F24F12/006F24F2011/0006H05K7/206Y02B30/563
    • A heat exchange type cooling device includes an enclosure, an inside-air passage allowing inside air in the inside of the enclosure to flow through the inside-air passage and returning the flowing inside air to the inside, an outside-air passage allowing outside air at the outside of the enclosure to flow through the outside-air passage and returning the flowing outside air to the outside, an inside-air blower sending the inside air to the inside-air passage, an outside-air blower sending the outside air to the outside-air passage, a heat-exchanging element exchanging heat between the outside air flowing through the outside-air passage and the inside air flowing through the inside-air passage, and a heater for heating the inside air. The outside-air passage is independent from the inside-air passage. The heater is provided upstream of the heat-exchanging element in the inside-air passage. This heat exchange type cooling device can heat and cool the inside of the enclosure while preventing dust and moisture from entering into the inside of the enclosure.
    • 一种热交换式冷却装置,包括外壳,内部空气通道,其允许内部空气内部的空气流过内部空气通道并将内部的空气流动返回到内部,外部空气通道允许外部空气 在外壳的外部流过外部空气通道并将流出的外部空气返回到外部,将内部空气送到内部空气通道的内部空气鼓风机,将外部空气送到 外部空气通道,在流过外部空气通道的外部空气与流过内部空气通道的内部空气之间进行热交换的热交换元件和用于加热内部空气的加热器。 外部空气通道独立于内部空气通道。 加热器设置在内部空气通道中的热交换元件的上游。 这种热交换式冷却装置可以防止外壳内部的灰尘和湿气进入外壳内部。