会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明申请
    • DC-DC CONVERTER
    • DC-DC转换器
    • US20100019743A1
    • 2010-01-28
    • US12179036
    • 2008-07-24
    • Hideki AsukeHideharu TakanoNamoru TsuruyaMasashi OchiaiMasayoshi YamamotoTakahiro KawashimaShigeyuki Funabiki
    • Hideki AsukeHideharu TakanoNamoru TsuruyaMasashi OchiaiMasayoshi YamamotoTakahiro KawashimaShigeyuki Funabiki
    • G05F1/46
    • H02M3/1584
    • The present invention provides a DC-DC converter including a first series circuit connected to both ends of a first switch and formed of a winding of a first transformer, a first reactor, a first diode, and a smoothing capacitor, a second diode connected to a connection point of a primary winding of the first transformer, the winding of the first transformer and the first switch, and to one end of the smoothing capacitor, a second series circuit connected to both ends of a second switch and formed of a winding of a second transformer, a second reactor, a third diode, and the smoothing capacitor, a fourth diode connected to a connection point of a primary winding of the second transformer, the winding of the second transformer and the second switch, and to the one end of the smoothing capacitor, a third reactor connected to both ends of a series circuit of a secondary winding of the first transformer and a secondary winding of the second transformer, and a control circuit which alternately turns on the first switch and the second switch every ½ cycle, turns off the first switch during an on-period of the second switch, and turns off the second switch during an on-period of the first switch.
    • 本发明提供了一种DC-DC转换器,包括连接到第一开关两端并由第一变压器的绕组,第一电抗器,第一二极管和平滑电容器构成的第一串联电路,第二二极管连接到 第一变压器的初级绕组的连接点,第一变压器的绕组和第一开关的连接点以及平滑电容器的一端,连接到第二开关的两端的第二串联电路, 第二变压器,第二电抗器,第三二极管和平滑电容器,连接到第二变压器的初级绕组的连接点的第四二极管,第二变压器的绕组和第二开关的一端, 的平滑电容器,连接到第一变压器的次级绕组的串联电路的两端的第三电抗器和第二变压器的次级绕组,以及控制电路, 每½周期开启第一个开关和第二个开关,在第二个开关的导通期间关闭第一个开关,并在第一个开关的导通期间关闭第二个开关。
    • 2. 发明授权
    • DC-DC converter
    • DC-DC转换器
    • US08111053B2
    • 2012-02-07
    • US12179036
    • 2008-07-24
    • Hideki AsukeHideharu TakanoMamoru TsuruyaMasashi OchiaiMasayoshi YamamotoTakahiro KawashimaShigeyuki Funabiki
    • Hideki AsukeHideharu TakanoMamoru TsuruyaMasashi OchiaiMasayoshi YamamotoTakahiro KawashimaShigeyuki Funabiki
    • G05F1/24G05F3/16G05F1/12G05F1/253
    • H02M3/1584
    • The present invention provides a DC-DC converter including a first series circuit connected to both ends of a first switch and formed of a winding of a first transformer, a first reactor, a first diode, and a smoothing capacitor, a second diode connected to a connection point of a primary winding of the first transformer, the winding of the first transformer and the first switch, and to one end of the smoothing capacitor, a second series circuit connected to both ends of a second switch and formed of a winding of a second transformer, a second reactor, a third diode, and the smoothing capacitor, a fourth diode connected to a connection point of a primary winding of the second transformer, the winding of the second transformer and the second switch, and to the one end of the smoothing capacitor, a third reactor connected to both ends of a series circuit of a secondary winding of the first transformer and a secondary winding of the second transformer, and a control circuit which alternately turns on the first switch and the second switch every ½ cycle, turns off the first switch during an on-period of the second switch, and turns off the second switch during an on-period of the first switch.
    • 本发明提供了一种DC-DC转换器,包括连接到第一开关两端并由第一变压器的绕组,第一电抗器,第一二极管和平滑电容器构成的第一串联电路,第二二极管连接到 第一变压器的初级绕组的连接点,第一变压器的绕组和第一开关的连接点以及平滑电容器的一端,连接到第二开关的两端的第二串联电路, 第二变压器,第二电抗器,第三二极管和平滑电容器,连接到第二变压器的初级绕组的连接点的第四二极管,第二变压器的绕组和第二开关的一端, 的平滑电容器,连接到第一变压器的次级绕组的串联电路的两端的第三电抗器和第二变压器的次级绕组,以及控制电路, 每½周期开启第一个开关和第二个开关,在第二个开关的导通期间关闭第一个开关,并在第一个开关的导通期间关闭第二个开关。
    • 3. 发明授权
    • Multimedia television receiver
    • 多媒体电视接收机
    • US5936680A
    • 1999-08-10
    • US801591
    • 1997-02-18
    • Mikio KajiwaraMasashi Ochiai
    • Mikio KajiwaraMasashi Ochiai
    • H04N5/46H04N3/27H04N9/64
    • H04N3/27H04N5/44H04N5/46H04N9/641
    • A pump-up circuit includes a first capacitor C1 connected to the power supply Vcc via a first change-over switch SW1 to the reference potential point or a second capacitor C2. The second capacitor C2 is charged by the voltage control circuit 45 under the control of the pump-up voltage control signal so that the capacitors C1 and C2 are charged respectively during the scanning period. Upon input of a NTSC signal, the change-over switch SW1 is connected to the reference potential point and the charging voltage of the first capacitor C1 is used as the pump-up voltage. Upon input of a signal having a short vertical flyback period such as the signal from personal computers, the total of the charging voltages at the first and second capacitors C1 and C2 is used as the pump-up voltage.
    • 泵浦电路包括经由第一转换开关SW1连接到电源Vcc到参考电位点的第一电容器C1或第二电容器C2。 在泵浦电压控制信号的控制下,第二电容器C2由电压控制电路45充电,使得电容器C1和C2分别在扫描期间充电。 在输入NTSC信号时,转换开关SW1连接到参考电位点,并且第一电容器C1的充电电压被用作泵浦电压。 在输入具有诸如来自个人计算机的信号的短垂直回扫周期的信号时,将第一和第二电容器C1和C2处的充电电压的总和用作泵浦电压。
    • 4. 发明授权
    • Horizontal output circuit for television receiver
    • 电视接收机水平输出电路
    • US4906903A
    • 1990-03-06
    • US217864
    • 1988-07-12
    • Masashi Ochiai
    • Masashi Ochiai
    • H04N3/23H04N3/233
    • H04N3/233
    • In the horizontal output circuit, a horizontal output transistor is coupled at the base with a drive pulse signal having negative peaks recurring at the horizontal periods of a television signal from a horizontal drive circuit. The emitter-collector path of the transistor is connected in parallel with a series circuit, a damper diode, and a resonant capacitor. The series circuit includes a horizontal deflecting coil and an S-distortion correcting capacitor. The collector of the transistor is connected through a flyback transformer to a DC power source. A parallel circuit is connected between the emitter of the transistor and a reference potential point. The parallel circuit is made up of a capacitor and a diode. The diodes are connected in a back-to-back manner. A series circuit including a choke coil and a capacitor is connected across the capacitor. A modulating source is connected across the capacitor of the smoothing circuit. The modulating source is controlled by a signal derived from a vertical output stage of the television receiver. The capacitor of the parallel circuit is discharged under control of the modulating source, so that the discharge current from the capacitor parabolically varies at the vertical scanning periods. The pincushion distortion is corrected through the parabolic variation of the horizontal deflecting current.
    • 在水平输出电路中,水平输出晶体管在基极处与驱动脉冲信号耦合,驱动脉冲信号在水平驱动电路的电视信号的水平周期处重复出现负峰值。 晶体管的发射极 - 集电极路径与串联电路,阻尼二极管和谐振电容器并联连接。 串联电路包括水平偏转线圈和S失真校正电容器。 晶体管的集电极通过反激式变压器连接到直流电源。 并联电路连接在晶体管的发射极和参考电位之间。 并联电路由电容器和二极管组成。 二极管以背靠背的方式连接。 包括扼流线圈和电容器的串联电路连接在电容器两端。 调制源连接在平滑电路的电容器两端。 调制源由来自电视接收机的垂直输出级的信号控制。 并联电路的电容器在调制源的控制下放电,使得电容器的放电电流在垂直扫描周期抛物线上变化。 通过水平偏转电流的抛物线变化来校正枕形失真。
    • 7. 发明授权
    • Agitator and fixing device thereof
    • 搅拌器及其固定装置
    • US06474863B2
    • 2002-11-05
    • US09842583
    • 2001-04-25
    • Masashi OchiaiSeiji KojimaKiyoshi Hasegawa
    • Masashi OchiaiSeiji KojimaKiyoshi Hasegawa
    • B01F1500
    • B01F7/001Y10S366/601Y10T279/20
    • An agitator comprises a main body for supporting rotatably a rotary shaft, a chuck for connecting detachably an agitating rod with the rotary shaft, starting means for starting the rotation of the rotary shaft when the chuck is covered with a chuck cover, and locking means for locking rotary shaft when the chuck is not covered with the chuck cover. The chuck cover is removed from the main body when an external force larger than a predetermined value is applied to the chuck cover. The starting means comprises a permanent magnet provided on the outer periphery of a disk hub and a magnetic sensor provided on the main body so that an output is generated to start the driving source only when the chuck cover is moved to cover the chuck. The locking means comprises a hole formed in the rotary shaft, an eccentric cam to be rotated by the chuck cover, and a lock pin which is moved by the eccentric cam so as to be inserted into the hole of the rotary shaft when the chuck is not covered with the chuck cover. A universal joint comprises a cavity formed in a joint case, a planar plate fitted in the cavity, a spherical member arranged in the cavity so that it is held by a spherical surface receiving seat and a portion of the planar plate, and pressure means for pressing the planar plate toward the spherical surface receiving seat.
    • 搅拌器包括用于可旋转地支撑旋转轴的主体,用于将搅拌棒与旋转轴可拆卸地连接的卡盘;当卡盘被卡盘盖覆盖时用于开始旋转轴的旋转的启动装置,以及用于 当卡盘未被卡盘盖覆盖时锁定旋转轴。 当将大于预定值的外力施加到卡盘盖时,卡盘盖从主体移除。 启动装置包括设置在盘毂的外周上的永磁体和设置在主体上的磁传感器,使得仅当卡盘盖移动以覆盖卡盘时才产生输出才能起动驱动源。 锁定装置包括形成在旋转轴中的孔,由卡盘盖旋转的偏心凸轮以及当偏心凸轮移动时锁定销,以便当卡盘位于旋转轴时被插入旋转轴的孔中 不被卡盘盖覆盖。 万向接头包括形成在接头壳体中的空腔,安装在空腔中的平板,设置在空腔中的球形构件,以便由球形表面接收座和平板的一部分保持,压力装置 将平板压向球形接收座。
    • 8. 发明授权
    • Power supply circuit for electric devices
    • 电气设备电源电路
    • US6107698A
    • 2000-08-22
    • US395736
    • 1999-09-14
    • Masashi OchiaiTsuyoshi KochiSoji Senoo
    • Masashi OchiaiTsuyoshi KochiSoji Senoo
    • H02J9/00H02J17/00H02M3/28H02M7/06H02M7/12H04N5/63H02J1/00
    • H02J9/005H04N5/63G08C2201/63Y10T307/50Y10T307/615Y10T307/696
    • When the power key on the remote controller 12 is pressed, the electromagnetic wave is sent from the remote controller 12 to the main unit 100 of the electric device and the switch circuit 23 or 43 as the first switching means is turned on. Upon turning on of the first switching means by the power key operation, the power starts to be supplied from the second power supply 22 or 41 serving as the stand-by power supply circuit to the load circuit required for stand-by operation such as the microcomputer 24 and the light receiver 10. After that, corresponding to the first infrared signal sent from the remote controller 12, the relay 3 as the second switching means is turned on so that the commercial AC power source 1 is supplied to the main power supply circuit 2 in the main unit 100 of the electric device and the load circuit for the ordinary operation in the main unit 100 (main circuit of the device) start operation. The power is supplied from the second power supply 22 or 41 serving as the stand-by power supply circuit to the load circuit required for stand-by operation only for a short period from the start of the stand-by status after the power key operation to the ordinary operation status, and the power supply amount for the second power supply 22 or 41 serving as the stand-by power supply circuit can be only a little. When any power supply other than the commercial AC power source 1 such as a solar battery 221 is used as the second power supply, the stand-by power of the electric device in stand-by status can be reduced to zero.
    • 当按下遥控器12上的电源键时,电磁波从第一开关装置接通时从遥控器12发送到电子装置的主单元100和开关电路23或43。 当通过电源键操作来接通第一开关装置时,电源开始从用作备用电源电路的第二电源22或41供应到待机操作所需的负载电路,例如 微型计算机24和光接收器10.此后,对应于从遥控器12发送的第一红外线信号,作为第二开关装置的继电器3被接通,使得商用AC电源1被供应到主电源 电气设备的主单元100中的电路2和主单元100(设备的主电路)中的普通操作的负载电路开始操作。 在从电源键操作开始之后的待机状态开始的短时间内,从用作备用电源电路的第二电源22或41提供电源到待机操作所需的负载电路 达到正常运行状态,并且用作备用电源电路的第二电源22或41的供电量可以只有一点。 当使用诸如太阳能电池221的商用AC电源1以外的任何电源作为第二电源时,待机状态的电气设备的待机功率可以减小到零。
    • 10. 发明授权
    • Distortion correction circuit
    • 失真校正电路
    • US6002454A
    • 1999-12-14
    • US898751
    • 1997-07-23
    • Mikio KajiwaraMasashi Ochiai
    • Mikio KajiwaraMasashi Ochiai
    • H04N3/23H04N3/233H04N3/32H04N3/22H04N3/26
    • H04N3/2335
    • After analog-to-digital conversion, a luminance signal 103 and a chrominance signal 109 are stored in a line memory circuit 128. Such stored signals are read out of said line memory circuit, using a read clock 124 obtained by parabolically modulating a read frequency with both the horizontal period and the vertical period. The read-out digital signal is again converted into an analog luminance signal 132 and analog color difference signals 135, 136 by digital-to-analog conversion. By this procedure, inner pincushion distortion or inner barrel distortion is corrected. Since such distortion is corrected by modulating an image signal itself by digital processing, no circuit drift due to the conventional analog correction occurs and no analog circuit design such as troublesome setting of parts constants is required.
    • 在模数转换之后,亮度信号103和色度信号109被存储在行存储器电路128中。使用通过抛物线调制读取频率获得的读时钟124从所述行存储器电路中读出这样存储的信号 具有水平周期和垂直周期。 读出的数字信号通过数模转换再次转换为模拟亮度信号132和模拟色差信号135,136。 通过该过程,校正内枕形失真或内筒失真。 由于通过数字处理调制图像信号本身来校正这种失真,所以不会发生由于常规模拟校正引起的电路漂移,并且不需要模拟电路设计,例如部件常数的麻烦的设置。