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    • 11. 发明授权
    • Power supply unit
    • 供电单元
    • US08004349B2
    • 2011-08-23
    • US12950161
    • 2010-11-19
    • Osamu YamashitaYasuhiko KokamiMasahiro IshiharaToshiyuki Tsunoda
    • Osamu YamashitaYasuhiko KokamiMasahiro IshiharaToshiyuki Tsunoda
    • G05F1/10G05F3/02
    • H02M1/32H02M3/158H02M2001/0009H02M2001/0025
    • High-accuracy overcurrent detection is performed, while a loss resulting from the current detection is significantly reduced. A switch section outputs the voltage between the both terminals of a current detection resistor using an AND signal between an output signal from a hysteresis comparator and an output signal from a pre-driver. The voltage is filtered by an electrostatic capacitor element and a resistor, and inputted to a comparator. The comparator makes a comparison between the signals inputted to the two input terminals thereof, and outputs the result of the comparison to a digital filter. When an overcurrent begins to flow in a power supply unit, the levels of the voltages inputted to the two input terminals of the comparator are inverted so that the comparator outputs an inversion signal to the digital filter. The digital filter outputs a detection signal to an overcurrent detection circuit when an arbitrary time has elapsed.
    • 执行高精度过电流检测,而由电流检测导致的损耗显着降低。 开关部分使用来自迟滞比较器的输出信号和来自预驱动器的输出信号之间的AND信号来输出电流检测电阻器的两端之间的电压。 电压由静电电容器元件和电阻器滤波,并输入到比较器。 比较器对输入到其两个输入端的信号进行比较,并将比较结果输出到数字滤波器。 当过电流在电源单元中流动时,输入到比较器的两个输入端的电压的电平被反相,使得比较器向数字滤波器输出反相信号。 当任意时间过去时,数字滤波器将检测信号输出到过电流检测电路。
    • 12. 发明授权
    • Power supply unit
    • 供电单元
    • US07859324B2
    • 2010-12-28
    • US12342710
    • 2008-12-23
    • Osamu YamashitaYasuhiko KokamiMasahiro IshiharaToshiyuki Tsunoda
    • Osamu YamashitaYasuhiko KokamiMasahiro IshiharaToshiyuki Tsunoda
    • G05F1/10G05F3/02
    • H02M1/32H02M3/158H02M2001/0009H02M2001/0025
    • High-accuracy overcurrent detection is performed, while a loss resulting from the current detection is significantly reduced. A switch section outputs the voltage between the both terminals of a current detection resistor using an AND signal between an output signal from a hysteresis comparator and an output signal from a pre-driver. The voltage is filtered by an electrostatic capacitor element and a resistor, and inputted to a comparator. The comparator makes a comparison between the signals inputted to the two input terminals thereof, and outputs the result of the comparison to a digital filter. When an overcurrent begins to flow in a power supply unit, the levels of the voltages inputted to the two input terminals of the comparator are inverted so that the comparator outputs an inversion signal to the digital filter. The digital filter outputs a detection signal to an overcurrent detection circuit when an arbitrary time has elapsed.
    • 执行高精度过电流检测,而由电流检测导致的损耗显着降低。 开关部分使用来自迟滞比较器的输出信号和来自预驱动器的输出信号之间的AND信号来输出电流检测电阻器的两端之间的电压。 电压由静电电容器元件和电阻器滤波,并输入到比较器。 比较器对输入到其两个输入端的信号进行比较,并将比较结果输出到数字滤波器。 当过电流在电源单元中流动时,输入到比较器的两个输入端的电压的电平被反相,使得比较器向数字滤波器输出反相信号。 当任意时间过去时,数字滤波器将检测信号输出到过电流检测电路。
    • 13. 发明授权
    • Heating apparatus with char detecting and heating control unit
    • 加热装置,带有检测和加热控制单元
    • US4426572A
    • 1984-01-17
    • US268373
    • 1981-05-29
    • Hajime TachikawaMasahiro Ishihara
    • Hajime TachikawaMasahiro Ishihara
    • H05B6/68H05B1/02
    • H05B6/6482H05B6/6411
    • A heating apparatus in which an object to be heated placed in its heating chamber can be heated until the surface of the object is charred as desired by the user. A first photo sensor senses the intensity of light of visible spectrum range directed toward and reflected from the surface of the object being heated, and a second photo sensor senses the light intensity related to the light reflected from the surface of the object, that is, at least one of the intensity of illuminating light emitted from a light source and the intensity of illuminating light coming from the exterior of the heating chamber. The degree of charring of the surface of the object is judged on the basis of the output signals from the first and second photo sensors, and the heating operation is controlled on the basis of the result of judgement.
    • 一种加热装置,其中可以加热放置在其加热室中的待加热物体,直到使用者期望物体的表面被烧焦。 第一光传感器感测指向被加热物体的表面并从其反射的可见光谱范围的光的强度,第二光传感器感测与从物体的表面反射的光相关的光强度, 从光源发射的照明光的强度和来自加热室外部的照明光的强度中的至少一个。 基于来自第一和第二光传感器的输出信号来判断物体表面的烧焦程度,并且基于判断结果来控制加热操作。
    • 14. 发明授权
    • Cooking heating apparatus
    • 烹饪加热装置
    • US4367388A
    • 1983-01-04
    • US150938
    • 1980-05-19
    • Masahiro IshiharaHajime TachikawaKazuo Kaneko
    • Masahiro IshiharaHajime TachikawaKazuo Kaneko
    • F24C7/06F24C15/00H05B6/80H05B6/68
    • H05B6/6423F24C15/00F24C7/06H05B6/6447
    • A cooking heating apparatus is provided in which an object to be heated is subject to char cooking, the apparatus having a detector circuit for detecting the charred condition by detecting the intensity of reflected visible light from the surface of the object and a heating device for burning and removing foreign materials created upon heating the object and deposited on a transparent glass which is provided for preventing the foreign materials from reaching a light source which provides the visible light and a photosensor which detects the reflected visible light. The apparatus may further comprise means for forcing off the foreign materials burnt by the burning and removing elements by means of a forced air flow and/or a device for scattering the foreign materials given off from the object upon heating to prevent the foreign materials from reaching the transparent glass.
    • 提供了一种烹饪加热装置,其中被加热物体进行炭焦烹饪,该装置具有检测器电路,用于通过检测来自物体的表面的反射的可见光的强度和用于燃烧的加热装置来检测烧焦条件 并且除去在加热物体上产生并沉积在用于防止异物到达提供可见光的光源的透明玻璃上产生的异物和检测反射的可见光的光电传感器。 该装置还可以包括用于通过强制空气流迫使由燃烧和去除元件燃烧的异物的装置和/或用于在加热时散射从物体散出的异物的装置,以防止异物到达 透明玻璃。