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    • 3. 发明授权
    • Pulse generation circuit and modulator
    • 脉冲发生电路和调制器
    • US07898354B2
    • 2011-03-01
    • US12305546
    • 2007-06-20
    • Shigeru KobayashiMichiaki MatsuoSuguru Fujita
    • Shigeru KobayashiMichiaki MatsuoSuguru Fujita
    • H03K7/02
    • H03C1/36H03K7/08
    • It is an object of the invention to provide a pulse generation circuit and a modulator for realizing a high On/Off ratio in a small circuit scale and with lower power consumption. A short pulse generation circuit according to the invention includes an oscillator 101, a control signal generation circuit 102, an intermittent frequency multiplier 103, a filter 104, and an output terminal 105. The oscillator 101 and the intermittent frequency multiplier 103 are active circuits implemented as active elements. A continuous signal is output from the oscillator 101 and is input to the intermittent frequency multiplier 103 and the intermittent frequency multiplier 103 intermittently operates according to a control signal output from the control signal generation circuit 102, thereby generating a short pulse signal, and a spurious component is removed through the filter.
    • 本发明的目的是提供一种用于在小电路规模和低功耗下实现高开/关比的脉冲发生电路和调制器。 根据本发明的短脉冲发生电路包括振荡器101,控制信号产生电路102,间歇倍频器103,滤波器104和输出端子105.振荡器101和间歇倍频器103是实现的有源电路 作为活动元素。 从振荡器101输出连续信号,并输入到间歇倍频器103,并且间歇频率乘法器103根据从控制信号发生电路102输出的控制信号间歇地工作,从而产生短脉冲信号和假 组件通过过滤器被去除。
    • 4. 发明申请
    • SIGNAL MODULATOR
    • 信号调节器
    • US20100271148A1
    • 2010-10-28
    • US12810361
    • 2008-12-25
    • Shigeru KobayashiMichiaki MatsuoJunji Sato
    • Shigeru KobayashiMichiaki MatsuoJunji Sato
    • H03K7/00H03C3/00
    • H03K7/06H03C1/36H03C5/00H04L27/12
    • A signal modulator that can control transmission power if level adjustment of a continuous signal from an oscillator is executed is provided. A pulse generator of one example of a signal modulator includes an oscillator, a control signal generator, a multiplier, a filter, and a control section. The oscillator and the multiplier are active circuits formed of active elements. A continuous signal is output from the oscillator and is input to the multiplier and the multiplier intermittently operates by a control signal output from the control signal generator, whereby a pulse signal is generated and the power level is easily adjusted by a signal from the control section.
    • 提供了如果执行来自振荡器的连续信号的电平调整,则可以控制发送功率的信号调制器。 信号调制器的一个示例的脉冲发生器包括振荡器,控制信号发生器,乘法器,滤波器和控制部分。 振荡器和乘法器是由有源元件形成的有源电路。 从振荡器输出连续信号并输入到乘法器,并且乘法器通过从控制信号发生器输出的控制信号间歇地操作,从而产生脉冲信号,并且通过来自控制部分的信号容易地调整功率电平 。
    • 5. 发明申请
    • PULSE GENERATION CIRCUIT AND MODULATOR
    • 脉冲发生电路和调制器
    • US20090174494A1
    • 2009-07-09
    • US12305546
    • 2007-06-20
    • Shigeru KobayashiMichiaki MatsuoSuguru Fujita
    • Shigeru KobayashiMichiaki MatsuoSuguru Fujita
    • H03B19/00H03K7/08
    • H03C1/36H03K7/08
    • It is an object of the invention to provide a pulse generation circuit and a modulator for realizing a high On/Off ratio in a small circuit scale and with lower power consumption. A short pulse generation circuit according to the invention includes an oscillator 101, a control signal generation circuit 102, an intermittent frequency multiplier 103, a filter 104, and an output terminal 105. The oscillator 101 and the intermittent frequency multiplier 103 are active circuits implemented as active elements. A continuous signal is output from the oscillator 101 and is input to the intermittent frequency multiplier 103 and the intermittent frequency multiplier 103 intermittently operates according to a control signal output from the control signal generation circuit 102, thereby generating a short pulse signal, and a spurious component is removed through the filter.
    • 本发明的目的是提供一种用于在小电路规模和低功耗下实现高开/关比的脉冲发生电路和调制器。 根据本发明的短脉冲发生电路包括振荡器101,控制信号产生电路102,间歇倍频器103,滤波器104和输出端子105.振荡器101和间歇倍频器103是实现的有源电路 作为活动元素。 从振荡器101输出连续信号,并输入到间歇倍频器103,并且间歇频率乘法器103根据从控制信号发生电路102输出的控制信号间歇地工作,从而产生短脉冲信号和假 组件通过过滤器被去除。
    • 6. 发明授权
    • Signal modulator
    • 信号调制器
    • US08164395B2
    • 2012-04-24
    • US12810361
    • 2008-12-25
    • Shigeru KobayashiMichiaki MatsuoJunji Sato
    • Shigeru KobayashiMichiaki MatsuoJunji Sato
    • H03K7/00
    • H03K7/06H03C1/36H03C5/00H04L27/12
    • A signal modulator that can control transmission power if level adjustment of a continuous signal from an oscillator is executed is provided. A pulse generator of one example of a signal modulator includes an oscillator, a control signal generator, a multiplier, a filter, and a control section. The oscillator and the multiplier are active circuits formed of active elements. A continuous signal is output from the oscillator and is input to the multiplier and the multiplier intermittently operates by a control signal output from the control signal generator, whereby a pulse signal is generated and the power level is easily adjusted by a signal from the control section.
    • 提供了如果执行来自振荡器的连续信号的电平调整,则可以控制发送功率的信号调制器。 信号调制器的一个示例的脉冲发生器包括振荡器,控制信号发生器,乘法器,滤波器和控制部分。 振荡器和乘法器是由有源元件形成的有源电路。 从振荡器输出连续信号并输入到乘法器,并且乘法器通过从控制信号发生器输出的控制信号间歇地操作,从而产生脉冲信号,并且通过来自控制部分的信号容易地调整功率电平 。
    • 8. 发明申请
    • Metal Gasket for Cylinder Head
    • 气缸盖金属垫片
    • US20070290452A1
    • 2007-12-20
    • US11666458
    • 2005-10-27
    • Yoshitaka MatsushitaShigeru KobayashiShinichi HirayamaTsunehiko AbeNaoki Takeda
    • Yoshitaka MatsushitaShigeru KobayashiShinichi HirayamaTsunehiko AbeNaoki Takeda
    • F16J15/08
    • F16J15/0831F16J15/0825F16J2015/085F16J2015/0868
    • A metal gasket for cylinder head 1 of plate lamination type, comprises two base metal plates each of which includes cylinder holes, circumferential beads formed around the peripheries of individual cylinder holes, cooling water holes formed outside the peripheries of the circumferential beads, and an outer bead formed and positioned so as to entirely enclose the circumferential beads and the cooling water holes, wherein the circumferential beads of the two base plates are aligned in the direction of thickness of the metal gasket. Claw-like protrusions are provided for one of an outer step adjustment metal plate and extending from the cooling water jacket to the outer edges of the base plates, and a thicker inner step adjustment metal plate 4 extending from inside the circumferential beads to the cooling water jacket, into engagement holes in the other of the inner step adjustment plate and the outer step adjustment plate.
    • 一种用于板层压型的气缸盖1的金属垫片,包括两个基体金属板,每个底板金属板包括气缸孔,围绕各个气缸孔的周边形成的周向胎圈,形成在周向胎圈周边外部的冷却水孔, 珠形成并定位成完全包围周向珠和冷却水孔,其中两个基板的周向珠沿金属垫片的厚度方向排列。 设置有用于外台阶调节金属板中的一个并且从冷却水套延伸到基板的外边缘的爪状突起,以及从周向珠内部延伸到冷却水的较厚内部调节金属板4 夹套,形成内台阶调整板和外台阶调整板的另一方的接合孔。
    • 9. 发明申请
    • Motor controller and motor temperature estimation method for the same
    • 电机控制器和电机温度估算方法相同
    • US20070153434A1
    • 2007-07-05
    • US11483682
    • 2006-07-11
    • Shigeru KobayashiTatsuya Suzuki
    • Shigeru KobayashiTatsuya Suzuki
    • H02H5/04
    • H02H7/0833E05F15/695E05Y2800/414E05Y2900/55H02H6/005H02P6/34H02P29/60
    • A motor controller includes: an estimated temperature calculating section that calculates and stores an estimated temperature of a motor, and a control section that can perform a drive control of the motor only when this estimated temperature is not larger than a predetermined value. When the motor is stopped, a second temperature gradient while the temperature of the motor decreases from a stop-time temperature to a predetermined first set temperature is stored in correspondence to the stop-time temperature. The first temperature gradient corresponding to the estimated temperature at a time when the motor is stopped is calculated by using the first temperature gradient storing means, if the estimated temperature stored in the estimated temperature storing means when the motor is stopped is larger than the first set temperature. The estimated temperature stored in the estimated temperature storing means is updated according to a lapse of a stopping time of the motor by using the first temperature gradient calculated by the first temperature gradient calculating means.
    • 电动机控制器包括:估计温度计算部,其计算并存储电动机的估计温度;以及控制部,其仅在该估计温度不大于规定值时才能进行电动机的驱动控制。 当电动机停止时,对应于停止时间温度存储电动机从停止时间温度降低到预定的第一设定温度的第二温度梯度。 如果当电动机停止时存储在估计温度存储装置中的估计温度大于第一组,则通过使用第一温度梯度存储装置来计算对应于电动机停止时的估计温度的第一温度梯度 温度。 存储在估计温度存储装置中的估计温度根据由第一温度梯度计算装置计算的第一温度梯度,根据电动机的停止时间的经过而被更新。