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    • 4. 发明授权
    • Elevator power control for adjusting ratio of power supplied from each of dual power sources
    • 电梯功率控制,用于调节从双电源供电的功率比
    • US06474447B2
    • 2002-11-05
    • US09742894
    • 2000-12-21
    • Shinobu TajimaHiroshi ArakiIkuro SugaKazuyuki Kobayashi
    • Shinobu TajimaHiroshi ArakiIkuro SugaKazuyuki Kobayashi
    • B66B106
    • B66B1/30
    • To reduce a total power amount required to drive an elevator by a commercial power supply during a peak power-consumption time period, for instance, afternoon in summer time, a control apparatus for this elevator is arranged by employing: a converter for rectifying AC electric power to be converted into DC electric power; and inverter for inverting the DC electric power into AC electric power having a variable voltage and a variable frequency; a motor driven by said AC electric power having the variable voltage and the variable frequency so as to operate an elevator; a power storage apparatus for charging thereinto electric power; and a power controller for using both the power storage apparatus and the commercial power supply so as to supply the electric power to the inverter, and for controlling at least any one of the power storage apparatus and the commercial power supply in order to supply electric power which is required for the inverter.
    • 为了减少在峰值耗电时间段(例如夏季下午)期间由商用电源驱动电梯所需的总电力量,该电梯的控制装置通过以下方式配置:用于整流交流电的转换器 电力转换成直流电力; 以及逆变器,用于将直流电转换成具有可变电压和可变频率的交流电; 由具有可变电压和可变频率的所述交流电驱动的电动机,以便操作电梯; 用于对其进行充电的蓄电装置; 以及功率控制器,用于使用蓄电装置和商用电源,以便向逆变器提供电力,并且用于控制至少任一个蓄电装置和商用电源,以便提供电力 这是变频器所需要的。
    • 5. 发明授权
    • Elevator control apparatus
    • 电梯控制装置
    • US06460658B2
    • 2002-10-08
    • US09771930
    • 2001-01-30
    • Ikuro SugaHiroshi ArakiShinobu TajimaKazuyuki Kobayashi
    • Ikuro SugaHiroshi ArakiShinobu TajimaKazuyuki Kobayashi
    • B66B106
    • B66B1/30
    • An elevator control apparatus includes a power storage unit for storing the DC power; a charge/discharge control circuit that controls a state of charge of the power storage unit, outputs a drive signal to charge the power storage unit with the DC power during a halt of the elevator based on operational information regarding the elevator received from the controller, and outputs a stop signal to stop charging when a voltage of the power storage unit reaches a preset voltage; and a charge/discharge circuit for starting charging the power storage unit with the DC power in response to the drive signal, and stopping the charging in response to the stop signal. This arrangement ensures landing of the elevator in case of a power failure, eliminates a peak in power consumption, and permits energy saving by effectively using power produced in a regenerative mode of the elevator.
    • 电梯控制装置包括用于存储直流电力的蓄电单元; 控制蓄电单元的充电状态的充放电控制电路基于从控制器接收到的电梯的操作信息,输出驱动信号,对电力停止期间的直流电力进行蓄电单元的充电, 并且当所述蓄电单元的电压达到预定电压时,输出停止信号以停止充电; 以及充电/放电电路,用于响应于驱动信号以直流电力开始对蓄电单元充电,并响应于停止信号停止充电。 这种布置确保在电力故障的情况下电梯的着陆,消除了功率消耗的峰值,并且通过有效地使用在电梯的再生模式中产生的功率来允许节能。
    • 9. 发明授权
    • Power control including a secondary battery for powering an elevator
    • 电源控制包括用于为电梯供电的二次电池
    • US06415892B2
    • 2002-07-09
    • US09788447
    • 2001-02-21
    • Hiroshi ArakiShinobu TajimaIkuro SugaKazuyuki Kobayashi
    • Hiroshi ArakiShinobu TajimaIkuro SugaKazuyuki Kobayashi
    • B66B106
    • B66B1/302Y02B50/142
    • A controller of an elevator in which space for mounting a power accumulating device can be saved and the controller can be applied to an elevator having no machine room. The controller has a power accumulating device arranged between DC buses connected to a converter and an inverter, and accumulating DC power from the DC buses during a regenerative operation of the elevator and supplying the DC power accumulated to the DC buses during a power operation; and a charging-discharging control for controlling charging and discharging of the power accumulating device with respect to the DC buses. The power accumulating device includes a secondary battery and a DC—DC converter for controlling charging and discharging of the secondary battery, and the secondary battery includes plural cells connected in series. The secondary battery is arranged at any one of four corners within an elevator shaft, near a rail, or near a cable within the elevator shaft.
    • 可以节省用于安装蓄电装置的空间的电梯的控制器,并且可以将控制器应用于不具有机房的电梯。 所述控制器具有配置在连接到转换器的DC总线与逆变器之间的蓄电装置,并且在电梯的再生运转期间累积来自所述直流母线的直流电力,并且在电力运行期间提供累积到所述直流母线的直流电力; 以及用于控制蓄电装置相对于直流母线的充放电的充放电控制。 蓄电装置包括二次电池和用于控制二次电池的充放电的DC-DC转换器,并且二次电池包括串联连接的多个电池。 二次电池布置在电梯井内的四个角落中的任何一个处,轨道附近或电梯井内的电缆附近。
    • 10. 发明授权
    • Elevator control apparatus controlling charging of a power source with regenerative power
    • 电梯控制装置控制用再生电力对电源进行充电
    • US06439347B2
    • 2002-08-27
    • US09771931
    • 2001-01-30
    • Ikuro SugaHiroshi ArakiShinobu TajimaKazuyuki Kobayashi
    • Ikuro SugaHiroshi ArakiShinobu TajimaKazuyuki Kobayashi
    • B66B106
    • B66B1/30B66B1/285
    • An elevator control apparatus includes: a converter for rectifying AC power into DC power; an inverter for converting the DC power into AC power having a variable voltage and a variable frequency; a controller for controlling a motor based on the AC power having the variable voltage and the variable frequency, operating an elevator; a power storage unit for storing the DC power; a required power computing circuit for computing required power of the elevator based on a speed command of the controller; a charge/discharge control circuit for issuing a drive signal for changing charge current, supplied to the power storage unit, based on regenerative electric power so as to charge the power storage unit with the regenerative electric power if the required power of the elevator is negative, meaning that the regenerative electric power is available; and a charge/discharge circuit for charging the power storage unit with the regenerative electric power in accordance with the drive signal. Thus, regenerative electric power can be effectively used, contributing to energy savings.
    • 一种电梯控制装置,包括:将AC电力整流为直流电力的转换器; 用于将DC电力转换成具有可变电压和可变频率的AC电力的逆变器; 控制器,用于基于具有可变电压和可变频率的AC电力来控制电动机,操作电梯; 用于存储DC电力的蓄电单元; 用于根据所述控制器的速度指令计算所述电梯的所需功率的所需功率计算电路; 充电/放电控制电路,用于根据再生电力发出用于改变提供给蓄电单元的充电电流的驱动信号,以便如果电梯的所需功率为负,则用再生电力对蓄电单元充电 意味着再生电力可用; 以及充电/放电电路,用于根据驱动信号对蓄电单元进行再生电力的充电。 因此,可以有效地使用再生电力,有助于节能。