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    • 1. 发明授权
    • Air conditioner
    • 冷气机
    • US5039008A
    • 1991-08-13
    • US515171
    • 1990-04-26
    • Sakuo SugawaraMasanori HaraTakane SuzukiYuka MaedaShigeki Onishi
    • Sakuo SugawaraMasanori HaraTakane SuzukiYuka MaedaShigeki Onishi
    • F24F11/00F24F11/053G05D23/19
    • G05D23/1919F24F11/0078F24F11/053
    • An air conditioner having an indoor unit placed in a room to be heated or cooled, and a draft directing apparatus, such as a vertically tilting louver, which can assume a first position directing an outlet draft toward the location where a user is normally positioned, e.g., downward, and a wecond position directing the output draft away from said location, e.g., upward. The draft directing apparatus is controlled to assume the first position and the second position alternately, in such a manner that the proportion of the time for which the draft directing apparatus is in the first position is adjusted in accordance with the detected temperature of the draft. This adjusts the proportion of the time the draft is directed toward the user, and it is therefore possible to adjust the stimulation affecting the user.
    • 一种具有放置在要加热或冷却的房间中的室内单元的空气调节机,以及可以呈现出朝向用户正常定位的位置引导出风口的第一位置的诸如垂直倾斜百叶窗的牵伸引导装置, 例如向下,以及引导输出草稿远离所述位置(例如向上)的第二位置。 牵引引导装置被控制为以根据检测到的通气温度来调节牵伸引导装置处于第一位置的时间的比例来交替地呈现第一位置和第二位置。 这调整了草稿针对用户的时间的比例,因此可以调整影响用户的刺激。
    • 4. 发明申请
    • HEAT EXCHANGE VENTILATOR
    • 热交换通风机
    • US20110036541A1
    • 2011-02-17
    • US12936806
    • 2008-04-16
    • Masaru TakadaShigeki OnishiHidemoto Arai
    • Masaru TakadaShigeki OnishiHidemoto Arai
    • F24F7/00
    • F24F12/006F24F13/30F24F2012/007Y02B30/563
    • When configuring a heat exchange ventilator that includes a supply air duct that takes in outdoor air and blows it out indoors, an exhaust air duct that takes in indoor air and blows it out outdoors, and a plurality of heat exchange elements that exchanges heat between outdoor air flowing down through the supply air duct and indoor air flowing down through the exhaust air duct, the heat exchange elements being arranged in series from an outdoor side to an indoor side, the sensible heat exchange efficiency of a heat exchange element arranged on the most outdoor side is made higher than the sensible heat exchange efficiency of a heat exchange element arranged on an indoor side adjacent to the heat exchange element arranged on the most outdoor side, thereby preventing condensation and freezing on the heat exchange element on the outdoor side.
    • 当配置包括吸入室外的空气供给风并将其吹出室内的热交换换气机时,将室内空气吹出室外吹出的排气管,以及在室外进行热交换的多个热交换元件 空气向下流经供气管道和室内空气向下流过废气管道,热交换元件从室外侧排列成室内,热交换元件的显热交换效率最高 室外侧的布置在与设置在室外侧的热交换元件相邻的室内侧的热交换元件的显热交换效率高于室外侧的热交换元件的冷凝和冷冻。