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    • 3. 发明授权
    • Semiconductor apparatus and information processing apparatus
    • 半导体装置及信息处理装置
    • US08745475B2
    • 2014-06-03
    • US13422046
    • 2012-03-16
    • Koji MigitaKazumasa Kubotera
    • Koji MigitaKazumasa Kubotera
    • H04L1/00
    • H03K5/133H03L7/0812
    • A semiconductor apparatus includes a delay circuit to apply delay to an input signal, a phase detector to detect a phase of an output signal which is outputted from the delay circuit, a filter to set a range of the phase of the output signal for stable operation based on phase information outputted from the phase detector, a counter to count a number of detections of the output signal when the phase deviates from the range for stable operation, a discount controller to generate a discount signal indicating a discount number for the number counted by the counter, in accordance with an operating condition or an external factor outside the delay circuit and an error detector to determine whether or not an error of the phase of the output signal has occurred based on the number counted by the counter and a discount number indicated by the discount signal.
    • 半导体装置包括对输入信号施加延迟的延迟电路,检测从延迟电路输出的输出信号的相位的相位检测器,设定用于稳定运算的输出信号的相位范围的滤波器 基于从相位检测器输出的相位信息,计数器,当相位偏离稳定运行的范围时,对输出信号的检测次数进行计数;折扣控制器,生成表示由 计数器,根据延迟电路外的操作条件或外部因素,以及错误检测器,用于基于计数器计数的数量和指示的折扣数来确定是否发生了输出信号的相位的误差 由折扣信号。
    • 4. 发明授权
    • Image forming apparatus and image forming method
    • 图像形成装置及图像形成方法
    • US08526855B2
    • 2013-09-03
    • US12498216
    • 2009-07-06
    • Masaru KobashiYoichi YamadaKoji MigitaTakatomo Fukumoto
    • Masaru KobashiYoichi YamadaKoji MigitaTakatomo Fukumoto
    • G03G21/00
    • G03G21/0035G03G2221/0005
    • An image forming apparatus includes: an image carrier; an exposure device; a developing device that develops the latent image on the image carrier by using a toner charged to a predetermined polarity and having an external additive; a transfer device that transfers a toner image developed on the image carrier to a transfer medium; a first charging member that charges the external additive and the transfer residual toner remaining on the image carrier and the image carrier after transfer to the same polarity as a polarity of the toner; a cleaning member that electrostatically attracts the external additive and the transfer residual toner charged by the first charging member; and a second charging member that charges the image carrier to an electric potential smaller in absolute value than an electric potential of the image carrier generated after the image carrier passes the cleaning member.
    • 图像形成装置包括:图像载体; 曝光装置; 显影装置,其通过使用以预定极性被加载并具有外部添加剂的调色剂来显影图像载体上的潜像; 转印装置,将在图像载体上显影的调色剂图像转印到转印介质上; 第一充电构件,其在转印到与调色剂的极性相同的极性之后对外部添加剂和残留在图像载体上的转印残余调色剂和图像载体进行充电; 清洁部件,其静电吸引由第一充电部件充电的外部添加剂和转印残留调色剂; 以及第二充电构件,其将图像载体充电到比图像载体通过清洁构件之后产生的图像载体的电位的绝对值更小的电位。
    • 5. 发明授权
    • Charger, image forming apparatus, and charge control method
    • 充电器,成像设备和充电控制方法
    • US07835655B2
    • 2010-11-16
    • US11954741
    • 2007-12-12
    • Masaru KobashiKoji MigitaMasashi NakatsuShinichi Kamoshida
    • Masaru KobashiKoji MigitaMasashi NakatsuShinichi Kamoshida
    • G03G15/02
    • G03G15/0266G03G15/0216
    • A charger includes: a first charging member that contacts an image carrier and a second charging member that contacts the image carrier downstream from the first charging member. At the time of image formation, a voltage higher than the discharge start voltage of the first charging member is applied to the first charging member and a voltage lower than the discharge start voltage of the second charging member and lower than the voltage applied to the first charging member is applied to the second charging member, and at the time when an image is not formed, a voltage lower than the discharge start voltage of the first charging member is applied to the first charging member and a voltage higher than the discharge start voltage of the second charging member and higher than the voltage applied to the first charging member is applied to the second charging member.
    • 充电器包括:接触图像载体的第一充电构件和与第一充电构件下游的图像载体接触的第二充电构件。 在图像形成时,比第一充电元件的放电开始电压高的电压被施加到第一充电元件并且低于第二充电元件的放电开始电压的电压低于施加到第一充电元件的电压 充电构件被施加到第二充电构件,并且在没有形成图像时,将低于第一充电构件的放电开始电压的电压施加到第一充电构件,并且施加高于放电开始电压的电压 并且高于施加到第一充电部件的电压施加到第二充电部件。
    • 8. 发明授权
    • Charger, image forming apparatus, and charge control method
    • 充电器,成像设备和充电控制方法
    • US07639960B2
    • 2009-12-29
    • US11954762
    • 2007-12-12
    • Masaru KobashiKoji MigitaMasashi NakatsuShinichi Kamoshida
    • Masaru KobashiKoji MigitaMasashi NakatsuShinichi Kamoshida
    • G03G15/02
    • G03G15/0216G03G15/0266
    • A charger includes: a charging brush which is rotatably provided and is brought into contact with an image carrier to charge the surface of the image carrier; a charging roller which is brought into contact with the image carrier at a portion on the downstream side relative to the charging brush in the rotational direction of the image carrier to charge the surface of the image carrier; and a controller which controls voltages applied to the charging brush and charging roller, wherein the controller controls voltages applied to the charging brush and charging roller such that one-fifth of the absolute value of a charging brush current flowing between the image carrier and charging brush is lower than the absolute value of a charging roller current flowing between the image carrier and charging roller.
    • 充电器包括:充电刷,其可旋转地设置并与图像载体接触以对图像载体的表面充电; 充电辊,其在图像载体的旋转方向上相对于充电电刷在下游侧的部分处与图像载体接触,以对图像载体的表面充电; 以及控制器,其控制施加到所述充电刷和充电辊的电压,其中所述控制器控制施加到所述充电刷和充电辊的电压,使得在所述图像载体和充电刷之间流动的充电电刷电流的绝对值的五分之一 低于在图像载体和充电辊之间流动的充电辊电流的绝对值。
    • 9. 发明授权
    • Apparatus and method for gradually shutting down a power supply
    • 逐渐关闭电源的装置和方法
    • US5915118A
    • 1999-06-22
    • US585689
    • 1996-01-16
    • Koji Migita
    • Koji Migita
    • G06F1/28G06F1/30G06F11/14H02J9/00G06F1/32
    • G06F1/30
    • An uninterruptive power supply supplies electric power to a computer by use of a battery when the supply of electric power by a main power supply is interrupted. The system termination processing section detects the outage of the main power supply when the period of interruption of the supply of electric power from the main power supply to the uninterruptive power supply has exceeded a preset period, monitors the remaining capacity of the battery in the uninterruptive power supply at least when the outage is detected, gradually effects the system terminating process to the shutdown of the power supply of the system according to the degree of importance based on the remaining capacity of the battery, and controls the stage of the system terminating process according to a variation in the remaining capacity of the battery when the remaining capacity of the battery is changed during the system terminating process.
    • 当主电源的电力供应中断时,不间断电源通过使用电池向计算机提供电力。 当从主电源到不间断电源的电力供应中断时间超过预设时间时,系统终止处理部分检测主电源的中断,在不间断的情况下监视电池的剩余容量 电源至少在检测到中断时,根据电池的剩余容量根据重要程度逐渐将系统终止过程影响到系统电源的关闭,并控制系统终止进程的阶段 根据在系统终止处理期间当电池的剩余容量改变时电池的剩余容量的变化。
    • 10. 发明申请
    • ILLUMINATION DEVICE
    • 照明装置
    • US20100289426A1
    • 2010-11-18
    • US12777303
    • 2010-05-11
    • Keitaro TAKASAKAKoji Migita
    • Keitaro TAKASAKAKoji Migita
    • H05B37/02
    • H05B33/0818G09G3/3406G09G2320/0247G09G2320/064H05B33/0827
    • The light source portion is provided with a plurality of LED circuits having a plurality of LEDs. A plurality of drive circuits are provided which cause the LEDs to be lit per LED circuit in response to input of PWM signals. The PWM control circuit outputs PWM signals per drive circuit in response to input of lighting control signals and simultaneously make the output timings of the PWM signals different from each other per drive circuit. By making the output timings of the PWM signals different, the period of time during which the LEDs are turned off can be reduced as the entirety of the light source portion, and the occurrence of flickering is reduced without increasing the lighting frequency.
    • 光源部设有多个具有多个LED的LED电路。 提供了多个驱动电路,其响应于PWM信号的输入使LED按照每个LED电路点亮。 PWM控制电路响应于点亮控制信号的输入而输出每个驱动电路的PWM信号,同时使每个驱动电路的PWM信号的输出定时彼此不同。 通过使PWM信号的输出定时不同,在不增加照明频率的情况下,可以减少LED全部关闭的时间段,因为整个光源部分和闪烁的发生被减少。