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    • 6. 发明申请
    • Air passage opening/closing system
    • 空气通道开/关系统
    • US20070111651A1
    • 2007-05-17
    • US11586108
    • 2006-10-25
    • Yasuhiro SekitoYoshihiko OkumuraToshihiko Muraki
    • Yasuhiro SekitoYoshihiko OkumuraToshihiko Muraki
    • B60S1/54
    • F24F13/10B60H1/00692B60H2001/00728
    • An air passage opening/closing system preventing extraneous materials from depositing on a windup shaft drive mechanism of a film-shaped member, provided with a case forming air passages through which blown air flows, a film-shaped member arranged in the case and opening and closing openings of the air passages, a fixing part fixing one end of the film-shaped member at a peripheral edge of the openings, a windup shaft connected to the other end of the film-shaped member and winding up and feeding out the film-shaped member, and a windup shaft drive mechanisms rotating the windup shaft and making it move over the openings in a direction away from and approaching the fixing part, the windup shaft and windup shaft drive mechanisms being arranged at an air flow upstream side of the openings, a blown air blocking part covering at least an air flow upstream side part of the windup shaft drive mechanisms being provided.
    • 一种空气通道打开/关闭系统,其防止外部材料沉积在薄膜状构件的卷绕轴驱动机构上,设置有形成空气流过的空气通道的壳体,布置在壳体和开口中的膜状构件, 关闭所述空气通道的开口;将所述薄膜状构件的一端固定在所述开口的周缘部的固定部,与所述薄膜状构件的另一端连接的卷绕轴, 以及卷绕轴驱动机构,其使所述卷绕轴旋转并使其在远离所述固定部的方向上在所述开口上移动,所述卷绕轴和卷绕轴驱动机构布置在所述开口的上游侧的空气流 设置有覆盖所述卷绕轴驱动机构的至少一个空气流上游侧部分的吹气阻断部。
    • 7. 发明申请
    • Air conditioner for vehicle capable of immediately cooling vehicle compartment
    • 车辆空调能够立即冷却车厢
    • US20060118291A1
    • 2006-06-08
    • US11291269
    • 2005-12-01
    • Toshihiko Muraki
    • Toshihiko Muraki
    • B60H3/00B60H1/00B61D27/00
    • B60H1/00035B60H2001/00085B60H2001/00164
    • A short circuit duct 18, which branches at least part of air flowing through a cold air bypass passage 16 and causes a fan to suck it, is provided. According to this, part of cold air is taken out at a position as close as possible after an evaporator and is circulated again through a route as short as possible, whereby the discharged air temperature is further reduced. A low discharged air temperature can be attained quickly by efficiently returning the cold air immediately after the evaporator to the fan through the shortest route, which can be realized by providing an air introduction inlet 19 directly to an air conditioning case on the top surface of the existing cold air bypass passage 16 immediately after the evaporator 9 and using the short circuit duct 18 with small heat capacity after the air introduction inlet.
    • 提供了将流过冷气旁路通路16的空气的至少一部分分流并使风扇吸引的短路管道18。 据此,一部分冷气在蒸发器后尽可能靠近的位置取出,并且通过尽可能短的路线再次循环,从而进一步降低排出空气温度。 通过将蒸发器之后立即冷却的冷气通过最短的路线有效地返回到风扇,可以快速获得低排出空气温度,这可以通过将空气引入入口19直接设置在空气引导入口19的顶表面上的空调箱 现在的冷空气旁路通道16在蒸发器9之后,并且在空气引入入口之后使用具有小热容量的短路管道18。