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    • 1. 发明授权
    • Communication control system for air conditioner
    • 空调通讯控制系统
    • US06625996B2
    • 2003-09-30
    • US09839505
    • 2001-04-20
    • Seiji NakajimaTakaharu TenmaEiji Oohashi
    • Seiji NakajimaTakaharu TenmaEiji Oohashi
    • F25B4902
    • F24F11/30F24F11/54F24F11/56F24F11/62
    • In a communication control system for an air conditioner including an outdoor unit, plural indoor units and control equipment such as a remote controller, etc. which is connected to each indoor unit through a communication line, data communication being carried out between each indoor unit and the control equipment through the communication line, each indoor unit is equipped with a communication control device having a power source circuit 59 to which a power source voltage is supplied from a main power source, a communication superposing circuit for superposing communication data on the power source voltage, a transistor 54 for ON/OFF-controlling the supply of the power source voltage from the main power source to the communication superposing circuit, and a polarity coincidence circuit 63A that passes the output of the communication superposing circuit therethrough to the communication line and depolarizes the power source voltage from the external. Even when an indoor unit functioning as a power supply source cannot supply power due to some trouble, another indoor unit is automatically selected as a power supply source so that the power supply operation can be continuously carried out in the air conditioner.
    • 在通过通信线路连接到各室内机的室外机,多台室内机,遥控器等控制设备的空调机的通信控制系统中,在各室内机和 通过通信线路的控制设备,每个室内机配备有具有电源电路59的通信控制装置,电源电压从主电源供给到该电源电路59,用于将通信数据叠加在电源上的通信重叠电路 用于ON / OFF控制从主电源到通信叠加电路的电源电压的供给的晶体管54以及将通信重叠电路的输出通过其通过通信线路的极性一致电路63A,以及 从外部去极化电源电压。 即使作为电源的室内机由于某些问题而不能供电,也可以自动选择另一个室内机作为电源,从而能够在空调机中连续进行电力供给动作。
    • 3. 发明授权
    • Air conditioner and inverter driving circuit therefor
    • 空调及变频器驱动电路
    • US5764022A
    • 1998-06-09
    • US754514
    • 1996-11-21
    • Akihiro KazamaYoshio KikuiriEiji Oohashi
    • Akihiro KazamaYoshio KikuiriEiji Oohashi
    • F25B49/02H02M5/458H02P27/08H02P5/34
    • H02P27/08H02M5/458F25B49/025
    • In an inverter driving circuit and an air conditioner having the same, the circuit elements constituting the inverter driving circuit are arranged and connected through wirings along a power supply path so that those circuit elements and wirings which are located at the front stage of a noise filter are spatially separated from those circuit elements and wirings which are located at the rear stage of the noise filter. A power source of a controller for the inverter driving circuit is supplied with an alternating power from a neutral point and one of three phases (R,S,T) of the noise filter, and a high-frequency noise occurring in a transistor module is intercepted by a smoothing circuit and a rectifying circuit, so that the noise contamination into the controller can be prevented. The voltage to be supplied to the controller may be a low voltage.
    • 在逆变器驱动电路和具有该逆变器驱动电路的空调机中,构成逆变器驱动电路的电路元件沿着电源路径布置并连接,使得那些位于噪声滤波器的前级的电路元件和布线 与位于噪声滤波器后级的那些电路元件和布线在空间上分离。 用于逆变器驱动电路的控制器的电源从噪声滤波器的三相(R,S,T)的中性点和一相中提供交流电力,并且在晶体管模块中出现的高频噪声是 由平滑电路和整流电路截取,从而可以防止噪声污染到控制器中。 要提供给控制器的电压可能是低电压。
    • 5. 发明授权
    • Power source miswiring detection apparatus
    • 电源接线检测装置
    • US5828309A
    • 1998-10-27
    • US630043
    • 1996-04-02
    • Masayuki KumakuraEiji Oohashi
    • Masayuki KumakuraEiji Oohashi
    • G01R31/02H02H7/097H02H11/00G08B21/00
    • H02H7/097Y10T307/839Y10T307/852Y10T307/931
    • A power source miswiring detection apparatus for detecting a miswiring of wires of a power source, including a pulse generator for generating a first pulse having a pulse width corresponding to a first phase difference between a first pair of two phases of a three-phase alternating power source, and a second pulse having a pulse width corresponding to a second phase difference between a second pair of two phases of the three-phase alternating power source which is different from the first pair of two phases, and a microcomputer for detecting a third phase difference between the first pulse and the second pulse to judge whether the third phase difference is in a predetermined range, and detecting the miswiring if the third phase difference is judged to be out of the predetermined range.
    • 一种电源误接线检测装置,用于检测电源线的接线错误,包括用于产生具有对应于三相交流电源的第一对两相之间的第一相位差的脉冲宽度的第一脉冲的脉冲发生器 源极和第二脉冲,其具有对应于三相交流电源的与第一对两相不同的第二对两相之间的第二相位差的脉冲宽度;以及微计算机,用于检测第三相位 第一脉冲和第二脉冲之间的差异,以判断第三相位差是否在预定范围内,并且如果判定第三相位差处于预定范围之外,则检测错线。