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    • 4. 发明授权
    • Semiconductor integrated circuit device
    • 半导体集成电路器件
    • US07989988B2
    • 2011-08-02
    • US12306500
    • 2006-06-30
    • Kazuyoshi TakaiTakahiro YashitaKikuo KatoKazuaki Kubo
    • Kazuyoshi TakaiTakahiro YashitaKikuo KatoKazuaki Kubo
    • H02B1/24H01H31/10H01H33/59H01H47/00H01H85/46H01H19/14
    • H03K17/6874H02M3/07H02M2003/072H03K17/063H03K17/102H03K17/693Y10T307/625Y10T307/76
    • In a power phase period when in normal operation, switch portions SW2H and SW2L and switch portions SW3H and SW3L are turned ON, respectively, and switch portions SW1H and SW1L are turned OFF. And floating power supply is provided from an electrostatic capacitance element CS to buses A and B, a floating control circuit 4, a transmitter circuit 5, and a receiver circuit 6, respectively. In a data phase period, the switch portions SW1H and SW1L are turned ON, and the switch portions SW2H, SW2L, SW3H, and SW3L are turned OFF. By that manner, the electrostatic capacitance element CS is charged by the power supply of a battery B, and an electrostatic capacitance element CH provides the floating power supply to the floating control circuit 4, the transmitter circuit 5, and the receiver circuit 6, respectively. By this manner, a floating switch unit 7 in which the number of the switch portions is considerably reduced can be configured.
    • 在通常动作的电力相位期间,开关部SW2H,SW2L和开关部SW3H,SW3L分别导通,开关部SW1H,SW1L分别断开。 并且浮动电源分别从静电电容元件CS提供给总线A和B,浮动控制电路4,发送器电路5和接收器电路6。 在数据相位期间,开关部分SW1H和SW1L导通,开关部分SW2H,SW2L,SW3H和SW3L截止。 通过这种方式,静电电容元件CS由电池B的电源充电,并且静电电容元件CH分别向浮动控制电路4,发送器电路5和接收器电路6提供浮动电源 。 通过这种方式,可以构成开关部分的数目明显减少的浮动开关单元7。
    • 5. 发明授权
    • Automobile part degreasing and painting apparatus with improved
degreasing means
    • 汽车部件脱脂和涂装设备,具有改进的脱脂手段
    • US4917042A
    • 1990-04-17
    • US239613
    • 1988-08-31
    • Tadayoshi KuronagaYuji TanakaKikuo Kato
    • Tadayoshi KuronagaYuji TanakaKikuo Kato
    • B08B3/08B05B17/04B05C9/10B05C13/00
    • B05B17/04
    • An apparatus for degreasing plastic automobile parts has a degreasing tank with a liquid degreasing agent reservoir in the bottom thereof and a degreasing vapor space thereabove, a heater in the reservoir for heating degreasing agent for vaporizing it, and a parts conveyor extending through the tank and having a downwardly inclined portion extending downwardly into the degreasing vapor space from one end to a nadir within the degreasing vapor space and an upwardly inclined portion extending out of the degreasing vapor space. Several cooling coils extend around the inside of the tank with an uppermost cooling coil at a level corresponding to the top of the degreasing vapor space and the remaining coils being spaced downwardly into said degreasing vapor space at intervals. The cooling coils are supplied with cooling medium under the control of a flow controller for causing cooling medium to flow through respective cooling coils the height of which in the degreasing vapor space is directly related to the speed of the conveyor, whereby the time a part being conveyed spends in degreasing vapor can be kept substantially constant regardless of the speed of the conveyor.
    • 用于脱脂塑料汽车部件的设备具有在其底部具有液体脱脂剂储存器的脱脂罐和其上方的脱脂蒸气空间,用于使用于蒸发其的用于加热脱脂剂的储存器中的加热器,以及延伸穿过该罐的部件输送器 具有向下倾斜的部分,其向下延伸到脱脂蒸汽空间内,从除去蒸汽空间内的一端到最低点,以及从脱脂蒸气空间延伸出的向上倾斜的部分。 几个冷却盘管围绕罐的内部延伸,其中最上面的冷却盘管处于与脱脂蒸汽空间的顶部相对应的水平处,并且剩余的盘管以间隔向下间隔开到所述脱脂蒸气空间中。 冷却盘管在流量控制器的控制下供给冷却介质,使冷却介质流过相应的冷却盘管,其脱脂蒸汽空间中的高度与输送机的速度直接相关, 无论输送机的速度如何,在脱脂蒸气中输送的花费都可以保持基本恒定。
    • 6. 发明申请
    • SEMICONDUCTOR INTEGRATED CIRCUIT DEVICE
    • 半导体集成电路设备
    • US20110260776A1
    • 2011-10-27
    • US13178933
    • 2011-07-08
    • KAZUYOSHI TAKAITakahiro YashitaKikuo KatoKazuaki Kubo
    • KAZUYOSHI TAKAITakahiro YashitaKikuo KatoKazuaki Kubo
    • H03K17/687
    • H03K17/6874H02M3/07H02M2003/072H03K17/063H03K17/102H03K17/693Y10T307/625Y10T307/76
    • In a power phase period when in normal operation, switch portions SW2H and SW2L and switch portions SW3H and SW3L are turned ON, respectively, and switch portions SW1H and SW1L are turned OFF. And floating power supply is provided from an electrostatic capacitance element CS to buses A and B, a floating control circuit 4, a transmitter circuit 5, and a receiver circuit 6, respectively. In a data phase period, the switch portions SW1H and SW1L are turned ON, and the switch portions SW2H, SW2L, SW3H, and SW3L are turned OFF. By that manner, the electrostatic capacitance element CS is charged by the power supply of a battery B, and an electrostatic capacitance element CH provides the floating power supply to the floating control circuit 4, the transmitter circuit 5, and the receiver circuit 6, respectively. By this manner, a floating switch unit 7 in which the number of the switch portions is considerably reduced can be configured.
    • 在通常动作的电力相位期间,开关部SW2H,SW2L和开关部SW3H,SW3L分别导通,开关部SW1H,SW1L分别断开。 并且浮动电源分别从静电电容元件CS提供给总线A和B,浮动控制电路4,发送器电路5和接收器电路6。 在数据相位期间,开关部分SW1H和SW1L导通,开关部分SW2H,SW2L,SW3H和SW3L截止。 通过这种方式,静电电容元件CS由电池B的电源充电,并且静电电容元件CH分别向浮动控制电路4,发送器电路5和接收器电路6提供浮动电源 。 通过这种方式,可以构成开关部分的数目明显减少的浮动开关单元7。
    • 7. 发明申请
    • SEMICONDUCTOR INTEGRATED CIRCUIT DEVICE
    • 半导体集成电路设备
    • US20090200874A1
    • 2009-08-13
    • US12306500
    • 2006-06-30
    • Kazuyoshi TakaiTakahiro YashitaKikuo KatoKazuaki Kubo
    • Kazuyoshi TakaiTakahiro YashitaKikuo KatoKazuaki Kubo
    • H02M3/06
    • H03K17/6874H02M3/07H02M2003/072H03K17/063H03K17/102H03K17/693Y10T307/625Y10T307/76
    • In a power phase period when in normal operation, switch portions SW2H and SW2L and switch portions SW3H and SW3L are turned ON, respectively, and switch portions SW1H and SW1L are turned OFF. And floating power supply is provided from an electrostatic capacitance element CS to buses A and B, a floating control circuit 4, a transmitter circuit 5, and a receiver circuit 6, respectively. In a data phase period, the switch portions SW1H and SW1L are turned ON, and the switch portions SW2H, SW2L, SW3H, and SW3L are turned OFF. By that manner, the electrostatic capacitance element CS is charged by the power supply of a battery B, and an electrostatic capacitance element CH provides the floating power supply to the floating control circuit 4, the transmitter circuit 5, and the receiver circuit 6, respectively. By this manner, a floating switch unit 7 in which the number of the switch portions is considerably reduced can be configured.
    • 在通常动作的电力相位期间,开关部SW2H,SW2L和开关部SW3H,SW3L分别导通,开关部SW1H,SW1L分别断开。 并且浮动电源分别从静电电容元件CS提供给总线A和B,浮动控制电路4,发送器电路5和接收器电路6。 在数据相位期间,开关部分SW1H和SW1L导通,开关部分SW2H,SW2L,SW3H和SW3L截止。 由此,通过电池B的电源对静电电容元件CS进行充电,静电电容元件CH分别向浮动控制电路4,发送电路5和接收电路6提供浮动电源 。 通过这种方式,可以构成开关部分的数目明显减少的浮动开关单元7。
    • 10. 发明授权
    • Control apparatus of a transfer mechanism
    • 传送机构的控制装置
    • US4188838A
    • 1980-02-19
    • US796598
    • 1977-05-13
    • Toshiyuki NakaoKikuo Kato
    • Toshiyuki NakaoKikuo Kato
    • B60K23/08B60K17/346F16H48/30F16H48/38F16H37/08
    • F16H48/30B60K17/3467F16H48/10F16H48/24F16H2048/305Y10T74/19084Y10T74/19116
    • A control apparatus of a transfer mechanism includes a case member, an input axle, an intermediate axle arranged parallel with the input axle, an output axle on the rear wheel side arranged parallel with the input axle and the intermediate axle, an output axle on the front wheel side coaxially arranged with the output axle on the rear wheel side, an input gear mounted on the input axle, a fixing member secured to the case member, an intermediate gear mounted on the intermediate axle and engaged with the input gear, an output gear coaxially arranged with the output axle of the front wheel axle and engaged with the intermediate gear, a simple planetary gear set including a carrier integrally connected to the output gear, a ring gear integrally connected to the output axle of rear wheel side, and a sun gear selectively engaged with the output axle on the front wheel side or the fixing member or the output axle on the front wheel side and the output gear, the mechanism further including a tubular axle integrally provided with the sun gear, a first sleeve always engaged with the tubular axle and selectively engageable with the fixing member or the output axle of front wheel side, and a second sleeve always engaged with the tubular axle and followed to the sliding movement of the first sleeve.
    • 传动机构的控制装置包括壳体构件,输入轴,与输入轴平行布置的中间轴,与输入轴和中间轴平行配置的后轮侧的输出轴, 与后轮侧的输出轴同轴布置的前轮侧,安装在输入轴上的输入齿轮,固定在壳体部件上的固定部件,安装在中间轴上并与输入齿轮啮合的中间齿轮, 与前轮轴的输出轴同轴布置并与中间齿轮接合的齿轮,简单的行星齿轮组,包括一体地连接到输出齿轮的托架,与后轮侧的输出轴一体连接的环形齿轮,以及 太阳轮选择性地与前轮侧的输出轴或前轮侧的固定构件或输出轴和输出齿轮啮合,该机构还包括一个 与太阳齿轮一体设置的管状轴,总是与管状轴接合并可选择性地与前轮侧的固定构件或输出轴接合的第一套筒,以及总是与管状轴接合并跟随滑动运动的第二套筒 的第一个袖子。