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    • 6. 发明申请
    • SIGNAL PROCESSING DEVICE FOR SENSING DEVICE
    • 用于感测装置的信号处理装置
    • US20090206829A1
    • 2009-08-20
    • US12369413
    • 2009-02-11
    • Kazuhiro KAMIYATakashi HaraHidefumi Koashi
    • Kazuhiro KAMIYATakashi HaraHidefumi Koashi
    • G01P3/00
    • G01P3/481G01D5/2448G01P3/487G01P3/488
    • A signal processing device includes an upper amplitude value estimating portion estimating an upper amplitude value based on a peak value of the detection signal and a predetermined median value of a preset range, a lower amplitude value estimating portion estimating a lower amplitude value based on the median value and a bottom value of the detection signal, an offset adjustment signal generating portion generating an offset adjustment signal for offset-adjusting the detection signal in a case where either one of the upper amplitude value or the lower amplitude value is set as a reference value and the other one of the upper and lower amplitude values becomes greater than a set value, an offset adjustment portion offset-adjusting the detection signal based on the offset adjustment signal, and a binarization portion binarizing an output signal from the offset adjustment portion based on a threshold value estimated from the detection signal.
    • 信号处理装置包括上振幅值估计部,基于检测信号的峰值和预设范围的预定中值来估计上振幅值,下振幅值估计部,基于中值 值和检测信号的底值;偏移调整信号生成部,其在将上振幅值或下振幅值中的任一个设定为基准值的情况下,生成用于偏移调整检测信号的偏移调整信号 并且上下振幅值中的另一个变得大于设定值,基于偏移调整信号偏移调整检测信号的偏移调整部分,以及基于偏移调整部分的偏移调整部分的输出信号二值化的二值化部分,基于 从检测信号估计的阈值。
    • 7. 发明授权
    • Rotation-detecting apparatus
    • 旋转检测装置
    • US07340969B2
    • 2008-03-11
    • US11086573
    • 2005-03-23
    • Takashi HaraKenichi Taguchi
    • Takashi HaraKenichi Taguchi
    • G01L3/00
    • G01P3/487G01P3/489
    • A rotation-detecting apparatus includes a rotation-detecting device for detecting a rotation of a rotor, a rotational speed-detecting device (3) for detecting a rotational speed of the rotor and a transfer signal-generating device for generating a digitized transfer signal on the basis of items of transferred information. Either a pulsed first output waveform synchronized with rotation of the rotor, or a pseudo output waveform having a period independent of the period of the rotation of the rotor and having a first property that is different from that of the first output waveform, is selected on the basis of the rotational speed of the rotor. A second property of the output waveform selected is changed on the basis of the transfer signal. The output waveform of which the second property has been changed on the basis of the transfer signal is emitted.
    • 旋转检测装置包括用于检测转子的旋转的旋转检测装置,用于检测转子的转速的转速检测装置(3)和用于产生数字化转印信号的转印信号发生装置 转让资料的基础。 选择与转子旋转同步的脉冲第一输出波形或具有与转子的旋转周期无关的周期的具有与第一输出波形不同的第一特性的周期的伪输出波形, 转子旋转速度的基础。 所选择的输出波形的第二特性根据传送信号而改变。 发射基于传送信号改变了第二特性的输出波形。
    • 8. 发明申请
    • Rotation-detecting apparatus
    • 旋转检测装置
    • US20050211002A1
    • 2005-09-29
    • US11086573
    • 2005-03-23
    • Takashi HaraKenichi Taguchi
    • Takashi HaraKenichi Taguchi
    • G01P3/489B60T8/171G01P3/486G01P3/487H02P1/18
    • G01P3/487G01P3/489
    • A rotation-detecting apparatus includes a rotation-detecting means for detecting a rotation of a rotor, a rotational speed-detecting means (3) for detecting a rotational speed of the rotor and a transfer signal-generating means for generating a digitized transfer signal on the basis of items of transferred information. Either a pulsed first output waveform synchronized with rotation of the rotor, or a pseudo output waveform having a period independent of the period of the rotation of the rotor and having a first property that is different from that of the first output waveform, is selected on the basis of the rotational speed of the rotor. A second property of the output waveform selected is changed on the basis of the transfer signal. The output waveform of which the second property has been changed on the basis of the transfer signal is emitted.
    • 旋转检测装置包括用于检测转子的旋转的旋转检测装置,用于检测转子的转速的转速检测装置(3)和用于产生数字化转印信号的转印信号发生装置 转让资料的基础。 选择与转子旋转同步的脉冲第一输出波形或具有与转子的旋转周期无关的周期的具有与第一输出波形不同的第一特性的周期的伪输出波形, 转子旋转速度的基础。 所选择的输出波形的第二特性根据传送信号而改变。 发射基于传送信号改变了第二特性的输出波形。
    • 9. 发明授权
    • Method for manufacturing capsule toner
    • 胶囊调色剂的制造方法
    • US08609316B2
    • 2013-12-17
    • US12986790
    • 2011-01-07
    • Takashi HaraYoshiaki AkazawaYoshitaka KawaseYoritaka TsubakiYoshinori MutohKeiichi Kikawa
    • Takashi HaraYoshiaki AkazawaYoshitaka KawaseYoritaka TsubakiYoshinori MutohKeiichi Kikawa
    • G03G9/093
    • G03G9/09392G03G9/09371G03G9/09378
    • A method for manufacturing a capsule toner having improved preservability with no deterioration in low-temperature fixability is provided. The method for manufacturing a capsule toner includes a mixed fine resin particle adhering step of adhering mixed fine resin particles including crystalline polyester fine resin particles and amorphous fine resin particles to surfaces of toner base particles to form mixed fine resin particle-adhered particles, a spraying step of spraying a mixed solution of a liquid for plasticizing the toner base particles and the mixed fine resin particles and a crystal nucleating agent, while fluidizing the mixed fine resin particle-adhered particles, and a film-forming step of making a film of the mixed fine resin particles by impact force so that the film is a resin coating layer on the surfaces of the toner base particles.
    • 提供了一种制造具有改进的保存性而不降低低温定影性的胶囊调色剂的方法。 胶囊调色剂的制造方法包括将包含结晶性聚酯树脂微粒和无定形细小树脂粒子的混合精细树脂颗粒粘附到调色剂基础颗粒表面以形成混合的细颗粒粘附颗粒的混合细颗粒粘附步骤,喷涂 在将混合的细树脂颗粒附着颗粒流化的同时,喷涂用于塑化调色剂基础颗粒和混合的细颗粒树脂颗粒和晶体成核剂的液体的混合溶液的步骤;以及成膜步骤, 通过冲击力混合精细树脂颗粒,使得膜是调色剂基础颗粒表面上的树脂涂层。
    • 10. 发明授权
    • Switching power supply apparatus
    • 开关电源装置
    • US08582326B2
    • 2013-11-12
    • US13272387
    • 2011-10-13
    • Tatsuya HosotaniTakashi Hara
    • Tatsuya HosotaniTakashi Hara
    • H02M3/335
    • H02M3/33569H02M1/34H02M2001/342Y02B70/1433Y02B70/1491
    • A resonance-type power supply is provided in which no short circuit occurs and driving is performed with a constant switching period by performing switching control using a change of magnetic flux of a magnetic component as a trigger. When the change of magnetic flux of the transformer is detected, the first switching control signal is caused to transition to the Hi level. The detection voltage signal is A/D-converted, a first on-time is determined from the level thereof, and a second on-time is calculated by subtracting the first on-time from the constant switching period. When the first switching control signal is caused to transition to the Low level based on the first on-time, the change of magnetic flux of the transformer is detected, and the second switching control signal is caused to transition to the Hi level and is caused to transition to the Low level after the second on-time has elapsed.
    • 提供了一种谐振型电源,其中不发生短路,并且通过使用磁性部件的磁通量的变化作为触发来执行切换控制,以恒定的切换周期进行驱动。 当检测到变压器的磁通量的变化时,使第一开关控制信号转变到高电平。 检测电压信号被A / D转换,从其电平确定第一导通时间,并且通过从恒定切换周期减去第一导通时间来计算第二导通时间。 当第一开关控制信号基于第一导通时间转变到低电平时,检测变压器的磁通量的变化,并且使第二开关控制信号转变到高电平并且被引起 在第二次启动时间过后,转换到低电平。