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    • 1. 发明授权
    • Vehicle air conditioner with arrangement structure of face ducts
    • 车用空调,配有面管排列结构
    • US06675598B2
    • 2004-01-13
    • US10435854
    • 2003-05-12
    • Shinya KaneuraHitoshi KondoKouji Matsunaga
    • Shinya KaneuraHitoshi KondoKouji Matsunaga
    • B60H132
    • B60H1/00564B60H1/00028B60H1/242
    • An air conditioning unit of a vehicle air conditioner is disposed inside a dashboard approximately at a center portion in a vehicle right-left direction. Center face air outlets are provided in the dashboard opposite to right and left end sides of the air conditioning unit, and center face openings are provided in the air conditioning unit at right and left end sides in a vehicle right-left direction. Therefore, the center face outlets on the dashboard and the center face openings of the air conditioning unit can be connected by center face ducts each of which extends substantially straightly. Accordingly, pressure loss of air in the center face ducts can be reduced, and an air amount blown from the center face air outlet into the passenger compartment can be effectively increased.
    • 车辆用空调装置的空气调节装置,在车辆左右方向上的大致中央部配置在仪表的内部。 中心面空气出口设置在与空调单元的左右端侧相对的仪表板中,并且中央面开口设置在左右方向的左右两端的空调单元中。 因此,仪表板上的中心面出口和空调单元的中心面开口可以通过基本上直线延伸的中心面导管连接。 因此,可以减少中心面导管内的空气的压力损失,能够有效地提高从中心面空气吹出口进入乘客室的空气量。
    • 3. 发明授权
    • Vehicle air conditioner with foot air-outlet structure
    • 车用空调带有脚踏风口结构
    • US06644559B2
    • 2003-11-11
    • US10299522
    • 2002-11-19
    • Hitoshi KondoKouji MatsunagaShinya Kaneura
    • Hitoshi KondoKouji MatsunagaShinya Kaneura
    • B60H102
    • B60H1/00064B60H2001/00107B60H2001/00135B60H2001/00192
    • In a vehicle air conditioner, a heater core is disposed in an air conditioning case to heat air so that conditioned air is obtained. The air conditioning case has a rear wall surface extending substantially in a vehicle width direction and in a vertical direction, and a foot opening portion is provided in the wall surface at an upper side position of the heater core to extend in an entire width dimension of the wall surface in the vehicle width direction. A foot air duct is connected to the wall surface around the foot opening portion, and extends downwardly to be tilted toward right and left sides. Foot air outlets are provided at a bottom end of the foot air duct to be opened downwardly. Thus, a flow resistance in a foot air-outlet passage can be reduced, and air can be uniformly blown toward a foot area.
    • 在车辆用空调机中,将加热器芯设置在空调箱中,以加热空气,从而获得调节空气。 空调壳体具有大致在车宽方向和垂直方向上延伸的后壁面,并且在加热器芯的上侧位置的壁面上设置有脚部开口部,以在整个宽度尺寸 车身宽度方向的墙面。 脚部空气管道与脚部开口部分周围的壁面连接,向下延伸以朝向左右两侧倾斜。 脚部空气出口设置在脚部空气管道的底端以向下打开。 因此,可以减小脚部空气出口通道中的流动阻力,并且可以朝向脚部区域均匀地吹送空气。
    • 6. 发明申请
    • INTERFERENCE WAVE SIGNAL REMOVING DEVICE, GNSS RECEPTION APPARATUS, MOBILE TERMINAL, INTERFERENCE WAVE SIGNAL REMOVING PROGRAM AND INTERFERENCE WAVE REMOVING METHOD
    • 干扰波信号去除装置,GNSS接收装置,移动终端,干扰波信号去除程序和干扰波移除方法
    • US20140070989A1
    • 2014-03-13
    • US14118205
    • 2011-12-19
    • Dun WangHitoshi Kondo
    • Dun WangHitoshi Kondo
    • H04B1/10G01S19/21
    • H04B1/1036G01S19/21H04B1/7097
    • An interference wave signal frequency is highly accurate and the interference wave signal is surely removed. A controller of an interference wave signal remover detects the interference wave signal based on a frequency scanning result by an entire-range frequency scanner, and sets a notch filter to attenuate the interference wave signal frequency. A local scan frequency band BWfL of a local frequency scanner is set by having the interference wave signal frequency as its central frequency, and local scan frequencies BINL are set so that frequency bands overlap with each other between adjacent frequency BINA. The local frequency scanner frequency-scans input signals to the notch filter. The controller calculates a frequency error δf of the interference wave signal frequency from the local frequency scanner, corrects the interference wave signal frequency which is from the entire-range frequency scanner by the frequency error δf, and updates the setting of the notch filter.
    • 干扰波信号频率高精度,干扰波信号可靠地消除。 干扰波信号去除器的控制器基于全频扫描器的频率扫描结果检测干扰波信号,并设置陷波滤波器以衰减干扰波信号频率。 通过以干扰波信号频率为中心频率来设定本地扫描仪的本地扫描频带BWfL,并且设置局部扫描频率BINL使得频带在相邻频率BINA之间彼此重叠。 本地频率扫描器将输入信号扫描到陷波滤波器上。 控制器从本地频率扫描仪计算出干扰波信号频率的频率误差,校正来自全频率扫描仪的干扰波信号频率为频率误差,并更新陷波滤波器的设置。