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    • 21. 发明申请
    • USING DEVICE, CONTROL METHOD, AND PROGRAM
    • 使用设备,控制方法和程序
    • US20130208320A1
    • 2013-08-15
    • US13818877
    • 2011-09-14
    • Yasunobu SuzukiMitsuyoshi Kato
    • Yasunobu SuzukiMitsuyoshi Kato
    • G06K15/00
    • G06K15/4075B41J2/17546B41J2/17566B41J17/36B41J35/36
    • A consumable product (200) can be detached from a using device (100), and includes a memory (201), and the memory (201) includes a first recording area that rewritably records a remaining amount of the consumable product (200), and includes a plurality of second recording areas for specifying a state of the remaining amount of the consumable product (200) recorded in the first recording area. The using device (100) of the present embodiment reads the remaining amount of the consumable product (200) recorded in the first recording area, determines whether or not the read remaining amount of the consumable product (200) is positioned in a range between the second recording area in a writing-prohibition state and the second recording area in a writable state, determines that the consumable product (200) is a genuine product when the remaining amount of the consumable product (200) is positioned in the range, and determines that the consumable product (200) is an illicit product when the remaining amount of the consumable product (200) is not positioned in the range.
    • 可以从使用装置(100)拆卸消耗品(200),并且包括存储器(201),并且存储器(201)包括可重写地记录消耗品(200)的剩余量的第一记录区域, 并且包括用于指定记录在第一记录区域中的消耗品(200)的剩余量的状态的多个第二记录区域。 本实施例的使用装置(100)读取记录在第一记录区域中的消耗品(200)的剩余量,确定消耗品(200)的读取剩余量是否位于 在可写状态的第二记录区域和可写状态的第二记录区域中,当消耗品(200)的剩余量位于该范围内时,确定消耗品(200)是正品,并且确定 当所述消耗品(200)的剩余量不位于所述范围内时,所述消耗品(200)是非法产品。
    • 24. 发明授权
    • AC voltage regulator
    • 交流电压调节器
    • US06236192B1
    • 2001-05-22
    • US09589361
    • 2000-06-08
    • Yasunobu SuzukiIsao Sugawara
    • Yasunobu SuzukiIsao Sugawara
    • G05F110
    • H02M5/225
    • An AC voltage regulator, which not only has a fast response speed with respect to input voltage fluctuations but also is small in size and light in weight and is capable to boost an input voltage, comprises a high-frequency transformer 4, a first bi-directional semiconductor switch circuit 3, a second bi-directional semiconductor switch circuit 5 and a third bi-directional semiconductor switch circuit 6; an input AC voltage is ring-modulated by the first bi-directional semiconductor switch circuit 3 and the obtained ring-modulated voltage is transformed at a high frequency by the high-frequency transformer 4 and then demodulated by the second bi-directional semiconductor switch circuit 5, and the obtained AC demodulated voltage is added to the input AC voltage to produce an AC raised voltage, and the AC raised voltage is pulse width modulated by the third bi-directional semiconductor switch circuit 6, which is controlled to become ON only while the second bi-directional semiconductor switch circuit 5 is OFF, and the AC raised voltage is continuously regulated by continuous regulation of a duty ratio D of the second bi-directional semiconductor switch circuit 6 in the pulse width modulation.
    • 一种交流电压调节器,其不仅具有相对于输入电压波动的快速响应速度,而且尺寸小,重量轻,并且能够提高输入电压,包括高频变压器4, 定向半导体开关电路3,第二双向半导体开关电路5和第三双向半导体开关电路6; 输入交流电压由第一双向半导体开关电路3进行环形调制,并且所获得的环形调制电压被高频变压器4以高频率变换,然后由第二双向半导体开关电路 如图5所示,将得到的AC解调电压加到输入交流电压上,产生交流升压,交流升压由第三双向半导体开关电路6进行脉冲宽度调制,第三双向半导体开关电路6被控制为接通, 第二双向半导体开关电路5为OFF,并且通过在脉冲宽度调制中连续调节第二双向半导体开关电路6的占空比D来连续调节AC升压。
    • 25. 发明授权
    • Uninterruptible power supply method
    • 不间断电源方式
    • US5856712A
    • 1999-01-05
    • US838052
    • 1997-04-22
    • Yasunobu SuzukiIsao Sugawara
    • Yasunobu SuzukiIsao Sugawara
    • H02J9/06H02M3/28H02M5/297H02M7/48H02J7/00
    • H02J9/062H02M7/21H02M7/4807Y10T307/615Y10T307/625Y10T307/735
    • A method for providing an uninterruptible power supply to a load both at ordinary times and in an emergency. At ordinary times, commercial AC input power is modulated into high-frequency AC power, which is then applied to a primary winding of a high-frequency transformer having the primary winding, a secondary winding and a tertiary winding. High-frequency AC power induced in the secondary winding from the primary winding is demodulated into AC output power, which is then supplied to the load. High-frequency AC power induced in the tertiary winding from the primary winding is rectified into DC power, with which a storage battery is charged. In an emergency, DC power from the storage battery is converted into high-frequency AC power, which is then applied to the tertiary winding. High-frequency AC power induced in the secondary winding from the tertiary winding is averaged, thereby producing AC output power, then the AC output power is supplied to the load.
    • 一种在正常时间和紧急情况下向负载提供不间断电源的方法。 通常,商用交流输入功率被调制成高频交流电源,然后将其施加到具有初级绕组,次级绕组和三次绕组的高频变压器的初级绕组。 在初级绕组的次级绕组中感应出的高频交流电被解调成交流输出功率,然后提供给负载。 在初级绕组的三次绕组中感应的高频交流电被整流为直流电,蓄电池通过该电力充电。 在紧急情况下,来自蓄电池的直流电力被转换为高频交流电源,然后将其施加到第三绕组。 对从三次绕组的次级绕组感应的高频交流电力进行平均化,从而产生交流输出功率,然后将交流输出功率提供给负载。