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    • 1. 发明申请
    • Load control unit
    • 负载控制单元
    • US20090027029A1
    • 2009-01-29
    • US12219585
    • 2008-07-24
    • Hiroo YabeKazuhiro KubotaKazuya TsubakiMasato Sasahara
    • Hiroo YabeKazuhiro KubotaKazuya TsubakiMasato Sasahara
    • G05F1/575
    • H05B39/047H05B37/02
    • A load control unit for controlling the supply of an electric power to a load from battery in accordance with a pulse-width modulation control includes: a reference voltage generating unit; a first charging/discharging unit; a second charging/discharging unit connected in series to the first charging/discharging unit to charge and discharge in reverse to those of the first charging/discharging unit; a first comparing unit that compares the voltage of the first charging/discharging unit with the reference voltage and switches between the charge and discharge of the first charging/discharging unit to generate a triangle wave; and a second comparing unit that compares a divided voltage by dividing the voltage of the battery with the voltage of the triangle wave generated by the first comparing unit to generate a PWM pulse. The ratio of capacities between the first and second charging/discharging units approximates to the ratio of resistances for obtaining the divided voltage.
    • 一种负载控制单元,用于根据脉冲宽度调制控制来控制从电池向负载供电的电力包括:基准电压产生单元; 第一充电/放电单元; 与第一充电/放电单元串联连接的与第一充电/放电单元相反充放电的第二充电/放电单元; 第一比较单元,其将第一充电/放电单元的电压与参考电压进行比较,并且在第一充电/放电单元的充电和放电之间切换以产生三角波; 以及第二比较单元,其通过将所述电池的电压除以由所述第一比较单元产生的三角波的电压来分压所述分压,以产生PWM脉冲。 第一和第二充电/放电单元之间的容量比接近用于获得分压的电阻的比率。
    • 2. 发明授权
    • Wiper control apparatus
    • 刮水器控制装置
    • US06400110B1
    • 2002-06-04
    • US09580589
    • 2000-05-30
    • Hiroo YabeKazuhiro Kubota
    • Hiroo YabeKazuhiro Kubota
    • H02P104
    • H02H7/0851B60S1/08
    • A wiper control apparatus includes a combination switch 2, a wiper motor 2, an autostop (AS) switch 8, a first semiconductor switch element 4 for on/off controlling energization of the wiper motor, and a controller for supplying an ON/OFF control signal to the first semiconductor switch element. While the wiper operates in the operation mode set by the combination switch, if the level of the signal produced from said AS switch does not vary for a longer period than a prescribed abnormality detecting period owing to occurrence of abnormality of said wiper motor, said controller forcibly turns off said first semiconductor switch element. In this configuration, a wiper control apparatus can be provided which is compact, reliable and surely operable using a semiconductor switch and a controller digital controlled.
    • 刮水器控制装置包括组合开关2,刮水器马达2,自动停止(AS)开关8,用于开/关控制刮水马达的通电的第一半导体开关元件4和用于提供打开/关闭控制 信号到第一半导体开关元件。 当刮水器以由组合开关设置的操作模式操作时,如果由于所述刮水器马达的异常发生而从所述AS开关产生的信号的电平不比指定的异常检测时段更长的时间段变化,则所述控制器 强制关闭所述第一半导体开关元件。 在这种结构中,可以提供使用半导体开关和数字控制的控制器紧凑,可靠和可靠地操作的刮水器控制装置。
    • 3. 发明申请
    • Control circuit of semiconductor device having over-heat protecting function
    • 具有过热保护功能的半导体器件的控制电路
    • US20080310068A1
    • 2008-12-18
    • US12155078
    • 2008-05-29
    • Hiroo YabeKazuhiro KubotaMasato Sasahara
    • Hiroo YabeKazuhiro KubotaMasato Sasahara
    • H03K17/18H02H5/04
    • H03K17/18H01L2924/0002H03K17/08122H03K2017/0806H05B39/047Y02B20/144H01L2924/00
    • A control circuit of a semiconductor device includes: a semiconductor element which supplies an electric power to a load; an over-heat protecting unit having: a temperature detecting section which detects a rise in temperature; a latch section which holds an output of the temperature detecting section; and a gate interrupting section which interrupts an input to a gate of the semiconductor element in accordance with the output of the latch section; a control unit which supplies a PWM signal for turning on/off the semiconductor element; a driving electric power supply unit which supplies a driving electric power for driving the over-heat protecting unit; and a timer unit which allows the driving electric power supply unit to supply the driving electric power for a predetermined period when the input to the gate of the semiconductor element is interrupted and the control unit stops to supply the PWM signal.
    • 半导体器件的控制电路包括:向负载提供电力的半导体元件; 一种过热保护单元,具有:温度检测部,其检测温度上升; 闩锁部,其保持所述温度检测部的输出; 以及栅极中断部,其根据所述闩锁部的输出中断对所述半导体元件的栅极的输入; 控制单元,其提供用于打开/关闭所述半导体元件的PWM信号; 提供用于驱动过热保护单元的驱动电力的驱动电力供给单元; 以及定时器单元,其允许驱动电力供应单元在半导体元件的栅极的输入被中断并且控制单元停止以提供PWM信号时将驱动电力提供预定周期。
    • 4. 发明授权
    • Wiper control apparatus
    • 刮水器控制装置
    • US06577091B2
    • 2003-06-10
    • US09910840
    • 2001-07-24
    • Hiroo YabeKazuhiro Kubota
    • Hiroo YabeKazuhiro Kubota
    • H02P104
    • B60S1/08
    • A wiper control apparatus includes a combination switch 2, a wipermotor 7, an autostop (AS) switch 8, a first semiconductor switch element 4 for on/off controlling energization of the wiper motor, a second semiconductor switch element 5 for turning on a closed circuit which passes a reverse current through the wiper motor 7 while the energization for the wiper motor 7 is off, a controller for ON/OFF controlling the first and the second semiconductor switch element, and a current limiting resistor R1 for limiting the current flowing the second semiconductor switch element 5. In this configuration, a wiper control apparatus can be provided which can solve the problem when the abnormality of short-circuiting downstream of the wiper motor occurs, is compact, reliable and surely operable using semiconductor switches and a digital-controlled controller.
    • 刮水器控制装置包括组合开关2,擦拭马达7,自动停止(AS)开关8,用于开/关控制刮水器马达的通电的第一半导体开关元件4,用于打开关闭的第二半导体开关元件5 在擦拭器电动机7的通电关闭的同时使反向电流通过刮水器马达7的电路,用于开/关控制第一和第二半导体开关元件的控制器,以及用于限制流过电流的电流的限流电阻器R1 第二半导体开关元件5.在该结构中,可以提供一种雨刮器控制装置,其可以解决当雨刮器电动机下游发生短路的异常发生时的问题,使用半导体开关和数字 - 控制控制器。
    • 5. 发明授权
    • Load control unit
    • 负载控制单元
    • US07902806B2
    • 2011-03-08
    • US12219585
    • 2008-07-24
    • Hiroo YabeKazuhiro KubotaKazuya TsubakiMasato Sasahara
    • Hiroo YabeKazuhiro KubotaKazuya TsubakiMasato Sasahara
    • G05F1/575
    • H05B39/047H05B37/02
    • A load control unit for controlling the supply of an electric power to a load from battery in accordance with a pulse-width modulation control includes: a reference voltage generating unit; a first charging/discharging unit; a second charging/discharging unit connected in series to the first charging/discharging unit to charge and discharge in reverse to those of the first charging/discharging unit; a first comparing unit that compares the voltage of the first charging/discharging unit with the reference voltage and switches between the charge and discharge of the first charging/discharging unit to generate a triangle wave; and a second comparing unit that compares a divided voltage by dividing the voltage of the battery with the voltage of the triangle wave generated by the first comparing unit to generate a PWM pulse. The ratio of capacities between the first and second charging/discharging units approximates to the ratio of resistances for obtaining the divided voltage.
    • 一种负载控制单元,用于根据脉冲宽度调制控制来控制从电池向负载供电的电力包括:基准电压产生单元; 第一充电/放电单元; 与第一充电/放电单元串联连接的与第一充电/放电单元相反充放电的第二充电/放电单元; 第一比较单元,其将第一充电/放电单元的电压与参考电压进行比较,并且在第一充电/放电单元的充电和放电之间切换以产生三角波; 以及第二比较单元,其通过将电池的电压除以由第一比较单元生成的三角波的电压来分压分压,以产生PWM脉冲。 第一和第二充电/放电单元之间的容量比接近用于获得分压的电阻的比率。
    • 6. 发明授权
    • Control circuit of semiconductor device having over-heat protecting function
    • 具有过热保护功能的半导体器件的控制电路
    • US07768759B2
    • 2010-08-03
    • US12155078
    • 2008-05-29
    • Hiroo YabeKazuhiro KubotaMasato Sasahara
    • Hiroo YabeKazuhiro KubotaMasato Sasahara
    • H02H5/04
    • H03K17/18H01L2924/0002H03K17/08122H03K2017/0806H05B39/047Y02B20/144H01L2924/00
    • A control circuit of a semiconductor device includes: a semiconductor element which supplies an electric power to a load; an over-heat protecting unit having: a temperature detecting section which detects a rise in temperature; a latch section which holds an output of the temperature detecting section; and a gate interrupting section which interrupts an input to a gate of the semiconductor element in accordance with the output of the latch section; a control unit which supplies a PWM signal for turning on/off the semiconductor element; a driving electric power supply unit which supplies a driving electric power for driving the over-heat protecting unit; and a timer unit which allows the driving electric power supply unit to supply the driving electric power for a predetermined period when the input to the gate of the semiconductor element is interrupted and the control unit stops to supply the PWM signal.
    • 半导体器件的控制电路包括:向负载提供电力的半导体元件; 一种过热保护单元,具有:温度检测部,其检测温度上升; 闩锁部,其保持所述温度检测部的输出; 以及栅极中断部,其根据所述闩锁部的输出中断对所述半导体元件的栅极的输入; 控制单元,其提供用于打开/关闭所述半导体元件的PWM信号; 提供用于驱动过热保护单元的驱动电力的驱动电力供给单元; 以及定时器单元,其允许驱动电力供应单元在半导体元件的栅极的输入被中断并且控制单元停止以提供PWM信号时将驱动电力提供预定周期。
    • 10. 发明申请
    • Control circuit for semiconductor device having overheating protection function
    • 具有过热保护功能的半导体器件控制电路
    • US20070210072A1
    • 2007-09-13
    • US11711822
    • 2007-02-28
    • Hiroo Yabe
    • Hiroo Yabe
    • H05B1/02
    • H01L27/0248H01L2924/0002H01L2924/00
    • A control circuit includes a drive circuit which applies a drive voltage to a semiconductor device having an overheating protection function according to an externally supplied signal; and a current detecting circuit which outputs a detection signal when a drive current flowing through the semiconductor device exceeds a predetermined threshold current. The semiconductor device incorporates a semiconductor element, a temperature detecting circuit for detecting temperature increase of a chip, and an interrupting circuit for interrupting an input to the semiconductor element according to a detection output of the temperature detecting circuit. The drive circuit turns off the semiconductor element and changes the drive voltage to a predetermined voltage so that the drive current exceeds the threshold current when the interrupting circuit interrupts an input to the semiconductor element, and keeps the drive voltage at the predetermined voltage while the detection signal is output from the current detecting circuit.
    • 控制电路包括根据外部提供的信号向具有过热保护功能的半导体器件施加驱动电压的驱动电路; 以及当流过半导体器件的驱动电流超过预定阈值电流时输出检测信号的电流检测电路。 半导体器件包括半导体元件,用于检测芯片的温度升高的温度检测电路,以及用于根据温度检测电路的检测输出中断对半导体元件的输入的中断电路。 驱动电路关闭半导体元件并将驱动电压改变为预定电压,使得当中断电路中断半导体元件的输入时,驱动电流超过阈值电流,并且在检测时将驱动电压保持在预定电压 信号从电流检测电路输出。