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    • 51. 发明授权
    • Power conversion apparatus
    • 电力转换装置
    • US08823207B2
    • 2014-09-02
    • US13568433
    • 2012-08-07
    • Kazunori WatanabeTsuneo Maebara
    • Kazunori WatanabeTsuneo Maebara
    • H02G3/00B60L1/00
    • B60L15/007H02M1/44H02M3/33561Y02T10/645
    • A power conversion apparatus capable of suppressing adverse effects of noise caused by crossing of wiring patterns on a wiring board mounting the apparatus thereon. The apparatus includes a transformer, a switching element connected to the transformer, a feedback rectification circuit, and a control circuit operable to control the switching element in response to a DC voltage from the feedback rectification circuit. A first wiring pattern electrically connecting the feedback rectification circuit and the control circuit is formed in one of two surface regions of the wiring board separated by an imaginary line running through a junction of the first wiring pattern and the feedback rectification circuit and a junction of the first wiring pattern and the control circuit, and a second wiring pattern electrically connecting the control circuit and the switching element is formed outside an area enclosed by the imaginary line and the first wiring pattern.
    • 一种电力转换装置,其能够抑制在其上安装该装置的布线板上的布线图案的交叉引起的噪声的不利影响。 该装置包括变压器,连接到变压器的开关元件,反馈整流电路和可操作以响应来自反馈整流电路的直流电压来控制开关元件的控制电路。 电连接反馈整流电路和控制电路的第一布线图案形成在布线板的两个表面区域之一中,该布线板由通过第一布线图案和反馈整流电路的结的假想线分开, 第一布线图案和控制电路,以及电连接控制电路和开关元件的第二布线图案形成在由虚线和第一布线图案包围的区域之外。
    • 53. 发明申请
    • CAPACITOR DISCHARGER FOR POWER CONVERSION SYSTEM
    • 电力转换系统的电容器放电器
    • US20130039108A1
    • 2013-02-14
    • US13568469
    • 2012-08-07
    • Kazunori WATANABETsuneo Maebara
    • Kazunori WATANABETsuneo Maebara
    • H02J7/00H02M7/537
    • H02M7/48B60L2210/14H02M2001/322Y02T10/7225
    • A capacitor discharger applied to a power conversion system including a DC voltage source, a power conversion circuit having a pair of input terminals via which the DC voltage source is electrically connected to the power conversion circuit, and a capacitor electrically connected between the pair of input terminals of the power conversion circuit. The capacitor discharger includes a first series connection of resistive elements and a second series connection of resistive elements. In the capacitor discharger, a parallel connection of the first and second series connections of resistive elements is electrically connected between the pair of input terminals of the power conversion circuit. This can ensure a discharge path for discharging the capacitor even in the presence of an abnormality in a portion of the parallel connection of the first and second series connections of resistive elements.
    • 一种电容放电器,其应用于包括直流电压源的电力转换系统,具有一对输入端子的电力转换电路,直流电压源通过该电压转换电路电连接到电力转换电路,电容器电连接在该对输入端 电源转换电路的端子。 电容放电器包括电阻元件的第一串联连接和电阻元件的第二串联连接。 在电容放电器中,电阻元件的第一和第二串联连接的并联连接电连接在功率转换电路的一对输入端之间。 即使在电阻元件的第一和第二串联连接的并联部分的一部分存在异常的情况下,这也可以确保用于放电电容器的放电路径。
    • 54. 发明授权
    • Physical quantity detecting apparatus
    • 物理量检测装置
    • US08371750B2
    • 2013-02-12
    • US12950083
    • 2010-11-19
    • Yoshiyuki HamanakaTsuneo Maebara
    • Yoshiyuki HamanakaTsuneo Maebara
    • G01K7/00
    • G01K7/01
    • A physical quantity detecting apparatus includes a plurality of physical quantity conversion circuits, an output selection circuit and a signal conversion circuit. Each of the plurality of physical quantity conversion circuits converts a physical quantity to be detected into a voltage corresponding to the physical quantity and outputs the voltage. The output selection circuit is electrically connected to the plurality of physical quantity conversion circuits to select a maximum voltage from among the voltages outputted from the plurality of physical quantity conversion circuits. The signal conversion circuit is electrically connected to the output selection circuit to convert the voltage outputted from the output selection circuit into a pulse signal having a pulse width or frequency corresponding to the voltage and output the pulse signal.
    • 物理量检测装置包括多个物理量转换电路,输出选择电路和信号转换电路。 多个物理量转换电路中的每一个将要检测的物理量转换成与物理量相对应的电压并输出电压。 输出选择电路电连接到多个物理量转换电路,以从多个物理量转换电路输出的电压中选择最大电压。 信号转换电路电连接到输出选择电路,以将从输出选择电路输出的电压转换成具有对应于电压的脉冲宽度或频率的脉冲信号并输出​​脉冲信号。
    • 55. 发明授权
    • Discharging control device for electric power conversion system
    • 电力转换系统放电控制装置
    • US08362754B2
    • 2013-01-29
    • US13043815
    • 2011-03-09
    • Tsuneo MaebaraYoshiyuki Hamanaka
    • Tsuneo MaebaraYoshiyuki Hamanaka
    • G05F1/08
    • H02M7/53871H02M2001/322Y10T307/505Y10T307/511Y10T307/527Y10T307/766
    • A discharge control device in an electric power conversion system mounted to a motor vehicle turns off a relay in order to instruct an electric power conversion circuit to supply a reactive current into a motor generator, and thereby to decrease a capacitor voltage to a diagnostic voltage. After this process, the discharge control device outputs an emergency discharging instruction signal dis in order to turn on both power switching elements at high voltage side and a low voltage side in the electric power conversion circuit. This makes a short circuit between the electrodes of the capacitor in order to discharge the capacitor, and executes a discharging control to detect whether or not an emergency discharging control is correctly executed and completed. The discharge control device detects whether or not the electric power stored in the capacitor is discharged on the basis of the voltage of a voltage sensor.
    • 安装到机动车辆的电力转换系统中的放电控制装置关闭继电器,以指示电力转换电路向电动发电机提供无功电流,从而将电容器电压降低到诊断电压。 在该处理之后,放电控制装置输出紧急放电指示信号dis,以便在电力转换电路中接通高电压侧和低压侧的电力开关元件。 这使得电容器的电极之间发生短路,以使电容器放电,并且执行放电控制以检测紧急放电控制是否被正确执行和完成。 放电控制装置基于电压传感器的电压来检测存储在电容器中的电力是否被放电。
    • 56. 发明授权
    • Device for driving switching elements
    • 用于驱动开关元件的装置
    • US08350601B2
    • 2013-01-08
    • US12961836
    • 2010-12-07
    • Junichi NagataTsuneo Maebara
    • Junichi NagataTsuneo Maebara
    • H03B1/00
    • H03K17/168
    • A drive unit controls the operation of a corresponding power switching element such as IGBT which forms an inverter and a converter. The drive unit controls the operation of the corresponding power switching element to supply an operation current to a motor generator. First and second switching elements in the drive unit are simultaneously turned on when an operation signal transferred from a control device is switched to a turning-on instruction operation signal. The voltage at the gate terminal of the power switching element is shifted to a divided voltage obtained by dividing a voltage of the power source by first and second resistances connected in series in the drive unit. When a mirror time period of the power switching element is elapsed, the second switching element only is turned off in order to shift the gate voltage of the power switching element to the voltage of the power source.
    • 驱动单元控制相应的功率开关元件(例如形成逆变器的IGBT)和转换器的操作。 驱动单元控制对应的功率开关元件的操作以向电动发电机提供操作电流。 当从控制装置传送的操作信号切换到接通指令操作信号时,驱动单元中的第一和第二开关元件同时导通。 功率开关元件的栅极端子处的电压被移动到通过将电源的电压除以在驱动单元中串联连接的第一和第二电阻而获得的分压。 当经过功率开关元件的反射镜时间周期时,为了将功率开关元件的栅极电压移动到电源的电压,仅切断第二开关元件。
    • 57. 发明申请
    • ELECTRONIC APPARATUS
    • 电子设备
    • US20120307468A1
    • 2012-12-06
    • US13485980
    • 2012-06-01
    • Tomotaka SuzukiTsuneo Maebara
    • Tomotaka SuzukiTsuneo Maebara
    • H05K1/18
    • H05K1/0256H02M7/003H05K1/0216H05K1/115H05K7/1432H05K2201/09972H05K2201/10371H05K2201/10409H05K2201/2045
    • An electronic apparatus includes a circuit board on which a plurality of electronic components are mounted, and a housing that is provided on the circuit board. The housing includes a mounting member that mounts the housing on the circuit board. The circuit board includes a plurality of circuit regions, an insulating region, and a mounting region. The plurality of electronic components is included in the plurality of circuit regions. The plurality of circuit regions are spaced from one another. The insulating region is located between adjacent circuit regions of the plurality of circuit regions to insulate between the adjacent circuit regions. In the mounting region, the mounting member is mounted on the circuit board. The mounting region is provided in the insulating region located between the adjacent circuit regions in a state where the housing is mounted on the circuit board.
    • 电子设备包括其上安装有多个电子部件的电路板和设置在电路板上的壳体。 壳体包括将壳体安装在电路板上的安装构件。 电路板包括多个电路区域,绝缘区域和安装区域。 多个电子部件被包括在多个电路区域中。 多个电路区域彼此间隔开。 绝缘区域位于多个电路区域的相邻电路区域之间,以在相邻电路区域之间绝缘。 在安装区域中,安装构件安装在电路板上。 在壳体安装在电路板上的状态下,安装区域设置在位于相邻电路区域之间的绝缘区域中。
    • 58. 发明申请
    • INFORMATION TRANSMISSION APPARATUS
    • 信息传输装置
    • US20120249021A1
    • 2012-10-04
    • US13431245
    • 2012-03-27
    • Yoshiyuki HamanakaTsuneo MaebaraTakahiro Iwamura
    • Yoshiyuki HamanakaTsuneo MaebaraTakahiro Iwamura
    • H02P27/00H04L27/00
    • H02P27/06
    • A transmission circuit transmits a header pulse signal which has signal length being equal to or more than twice as long as reference time, pulse period having predetermined ratio thereof to the signal length, and pulse stop period being successive and longer than the reference time via transmission path. The transmission circuit subsequently and successively transmits a plurality of data pulse signals which have signal length being the same as the reference time, pulse period having predetermined ratio thereof to the signal length associated with data, and pulse stop period being located before and after the pulse period via the transmission path. A reception circuit receives pulse signals via the transmission path, detects the header pulse signal based on the pulse stop period of the received pulse signal, and obtains a plurality of pieces of data based on the pulse period of pulse signals following the header pulse signal.
    • 发送电路发送信号长度等于或大于参考时间的两倍的标题脉冲信号,具有与信号长度的预定比率的脉冲周期,并且脉冲停止周期经过传输连续且长于参考时间 路径。 随后并发送多个信号长度与参考时间相同的数据脉冲信号,脉冲周期具有与数据相关联的信号长度的预定比例,脉冲停止周期位于脉冲之前和之后 通过传输路径。 接收电路经由传输路径接收脉冲信号,根据接收到的脉冲信号的脉冲停止期间检测标题脉冲信号,并根据标题脉冲信号后的脉冲信号的脉冲周期获得多条数据。
    • 59. 发明申请
    • ELECTRONIC CONTROL APPARATUS HAVING SWITCHING ELEMENT AND DRIVE CIRCUIT
    • 具有开关元件和驱动电路的电子控制装置
    • US20120188001A1
    • 2012-07-26
    • US13357828
    • 2012-01-25
    • Shunichi MizobeTsuneo MaebaraKazunori Watanabe
    • Shunichi MizobeTsuneo MaebaraKazunori Watanabe
    • H03K17/687
    • H03K17/08128H02P29/02H03K17/0828
    • An electronic control apparatus includes a switching element having a control terminal; an ON-drive constant-current circuit for supplying a constant current to the control terminal, thereby charging the control terminal of the switching element with electrical charge; an OFF-drive switching element for discharging electrical charge from the control terminal of the switching element by being turned ON; and a control circuit adapted to control the ON-drive constant-current circuit and the OFF-drive switching element in response to a drive signal being inputted, thereby controlling the voltage of the control terminal of the switching element to drive the switching element. The ON-drive constant-current circuit includes a current control transistor and a current detection element. The control circuit controls the current control transistor based on the voltage of the current detection resistor and detects abnormality in the ON-drive constant-current circuit based on a source-drain voltage of the current control transistor.
    • 电子控制装置包括具有控制端子的开关元件; 用于向控制端子提供恒定电流的ON驱动恒流电路,从而对开关元件的控制端子充电; 用于通过导通来从开关元件的控制端子释放电荷的断开驱动开关元件; 以及控制电路,其适于响应于输入的驱动信号来控制所述ON驱动恒流电路和所述OFF驱动开关元件,由此控制所述开关元件的控制端子的电压来驱动所述开关元件。 导通恒流电路包括电流控制晶体管和电流检测元件。 控制电路基于电流检测电阻的电压来控制电流控制晶体管,并且基于电流控制晶体管的源极 - 漏极电压检测导通驱动恒流电路中的异常。
    • 60. 发明申请
    • ELECTRONIC CONTROL APPARATUS HAVING SWITCHING ELEMENT AND DRIVE CIRCUIT
    • 具有开关元件和驱动电路的电子控制装置
    • US20120176117A1
    • 2012-07-12
    • US13348951
    • 2012-01-12
    • Kazunori WATANABEShunichi MizobeTsuneo Maebara
    • Kazunori WATANABEShunichi MizobeTsuneo Maebara
    • G05F3/02
    • H03K17/0822H03K17/08
    • An electronic control apparatus includes a switching element; an ON-drive constant-current circuit supplying a constant current to the control terminal of the switching element thereby charging the control terminal of the switching element; an OFF-drive switching element discharging electrical charge from the control terminal of the switching element by being turned ON; and a control circuit adapted to control the ON-drive constant-current circuit and the OFF-drive switching element in response to a drive signal being inputted, thereby controlling the voltage of the control terminal of the switching element so as to drive the switching element. The control circuit controls the current control transistor based on the voltage of the current detection resistor and supplies the constant current to the control terminal of the switching element, and detects an abnormality in the ON-drive constant-current circuit based on the voltage of the current detection resistor.
    • 电子控制装置包括开关元件; 向所述开关元件的控制端子提供恒定电流的导通恒定电流电路,从而对所述开关元件的控制端子进行充电; 断开驱动开关元件通过接通而从开关元件的控制端子放电; 以及控制电路,其适于响应于输入的驱动信号来控制所述ON驱动恒流电路和所述OFF驱动开关元件,由此控制所述开关元件的控制端子的电压,以驱动所述开关元件 。 控制电路基于电流检测电阻器的电压来控制电流控制晶体管,并且将恒定电流提供给开关元件的控制端子,并且基于开关元件的电压来检测导通驱动恒流电路中的异常 电流检测电阻。