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    • 11. 发明授权
    • Power supply apparatus
    • 电源设备
    • US06862193B2
    • 2005-03-01
    • US10390922
    • 2003-03-19
    • Yasuhiro Nakata
    • Yasuhiro Nakata
    • H02M3/338H02M3/335
    • H02M3/3385H02M2001/0032H02M2001/0041Y02B70/16Y10S323/902
    • There is provided a power supply apparatus that can raise the power supply efficiency while an appliance in which the power supply apparatus is installed is in a standby state, with a simple construction, without performing complicated control, and can reliably achieve improved power consumption due to the raise in the power supply efficiency, as well as noise reduction. According to the power supply unit, Conduction and interruption of a current flowing in the primary winding 103 of the transformer T21 is controlled. A voltage generated in the secondary winding 104 of the transformer T21 is rectified and smoothed by the rectifier and smoothing circuit 101. An output voltage of the rectifier and smoothing circuit 101 is compared with a reference voltage and a voltage corresponding to a difference between the output voltage and the reference voltage is outputted by error detection circuit 102. An output from the error detection circuit 102 is transferred from the secondary side to primary side of the optocoupler PC21. An intermittent pulse signal is generated for forcibly reducing a signal level supplied to the optocoupler PC21 for the period of the pulse being sufficient for stopping oscillation of the power supply apparatus irrespective of a result of the comparison of the error detection circuit 102.
    • 提供了一种能够在安装电源装置的设备处于待机状态的情况下提高电力供给效率的电力供给装置,其结构简单,不进行复杂的控制,能够可靠地实现由于 提高电源效率,降噪。 根据电源单元,控制在变压器T21的初级绕组103中流动的电流的导通和中断。 变压器T21的次级绕组104中产生的电压由整流器和平滑电路101整流和平滑。整流器和平滑电路101的输出电压与参考电压和对应于输出 电压和参考电压由误差检测电路102输出。来自误差检测电路102的输出从光耦合器PC21的次级侧传送到初级侧。 产生间歇脉冲信号,用于在脉冲周期内强制地降低提供给光耦合器PC21的信号电平,足以停止电源装置的振荡,而与误差检测电路102的比较结果无关。
    • 15. 发明授权
    • Zero-cross detection circuit
    • 零交叉检测电路
    • US06664817B2
    • 2003-12-16
    • US10323925
    • 2002-12-20
    • Yasuhiro NakataNoriyuki Ito
    • Yasuhiro NakataNoriyuki Ito
    • H03K532
    • H03K5/1536G01R19/175H02M1/083
    • In a power supply device including a full-wave rectifying and smoothing circuit powered from a commercial AC power supply via two power supply lines, a switching regulator for separating and stepping down the output from the full-wave rectifying and smoothing circuit to output a desired DC voltage, and two capacitors after the full-wave rectifying and smoothing circuit for the terminal noise suppression purpose, a zero-cross detection circuit includes a transistor of which the emitter is connected to the low-voltage output terminal of the full-wave rectifying and smoothing circuit for outputting a zero-cross detection signal from the collector; a first resistor is connected between the base and emitter of the transistor; a second resistor is connected between one of the power supply lines and the base of the transistor; and a third resistor is connected between the other power supply line and the emitter of the transistor.
    • 在包括由商用交流电源通过两条电源线供电的全波整流和平滑电路的电源装置中,用于分离和降低全波整流和平滑电路的输出的开关调节器,以输出所需的 直流电压和两个电容器之间的全波整流平滑电路进行终端噪声抑制的目的,零交叉检测电路包括一个晶体管,其发射极连接到全波整流的低压输出端 以及用于从所述收集器输出过零检测信号的平滑电路; 第一电阻器连接在晶体管的基极和发射极之间; 第二电阻器连接在电源线之一和晶体管的基极之间; 并且第三电阻器连接在另一个电源线和晶体管的发射极之间。
    • 16. 发明授权
    • Image forming apparatus
    • 图像形成装置
    • US06618576B2
    • 2003-09-09
    • US10096752
    • 2002-03-14
    • Kenji KanariTakayasu YuminamochiYasuhiro Nakata
    • Kenji KanariTakayasu YuminamochiYasuhiro Nakata
    • G03G1516
    • G03G15/6558G03G15/657G03G2215/00654
    • An image forming apparatus includes an image bearing member, a transferring device for transferring an image formed on the image bearing member to a transfer material, a transporting device for transporting the transfer material, a regulating member for regulating the transport direction of the transfer material. The charge eliminating member includes a charge eliminating portion and a supporting portion for supporting the charge eliminating portion. The regulating member has a top portion most, which protrudes in a direction from the supporting portion toward the charge eliminating portion of the charge eliminating member. When the transfer material is not being transported, a length from a boundary portion of the regulating member between the charge eliminating portion and the supporting portion to a distal end of the charge eliminating portion is defined as “a” (mm), a length from the boundary portion to the transport plane of the transfer material in a direction along the charge eliminating portion is defined as “b” (mm), and a length from the boundary portion to the top portion of the regulating member is defined as “c” (mm), wherein the conditions that a−b≧0.5 (mm) an a−b≦b and a
    • 图像形成装置包括图像承载部件,用于将形成在图像承载部件上的图像转印到转印材料的转印装置,用于输送转印材料的输送装置,用于调节转印材料的输送方向的调节部件。 电荷消除部件包括电荷消除部分和用于支撑电荷消除部分的支撑部分。 调节构件具有最大的顶部,其从电荷消除构件的支撑部分朝向电荷消除部分的方向突出。 当转印材料未被输送时,从电荷消除部分和支撑部分之间的调节部件的边界部分到电荷消除部分的远端的长度被定义为“a”(mm),从 沿着电荷消除部分的方向到转印材料的输送平面的边界部分被定义为“b”(mm),并且从限制部件的边界部分到顶部的长度被定义为“c” (mm),其中满足ab> = 0.5(mm)a ab <= b和a
    • 19. 发明授权
    • Paper sheet processing device
    • 纸张处理装置
    • US09315355B2
    • 2016-04-19
    • US14234520
    • 2011-07-26
    • Hirokazu AojiSho MizunoYasuhiro NakataHiroshi Mizutani
    • Hirokazu AojiSho MizunoYasuhiro NakataHiroshi Mizutani
    • B65H31/24B65H31/22G07D11/00G07F19/00B65H1/26B65H31/10
    • B65H31/24B65H1/266B65H31/10B65H31/22B65H2402/32B65H2402/64B65H2404/611B65H2405/324B65H2405/3311B65H2405/361G07D11/0006G07D11/0081G07F19/20
    • Device with: banknote processing unit (10); banknote storage unit (30) having a plurality of banknote storage parts (32) for separating and storing paper sheets; transport mechanism for bidirectionally transporting the paper sheets via a connection mechanism (45) connected between the banknote processing unit (10) and banknote storage unit (30); and a unit guide mechanism (50) that guides the banknote storage unit (30) in order to be stored in a drawer from a housing (102) and a storage space. The unit guide mechanism (50) has: first sliding mechanism (52) which is positioned on the housing (102) and storage body (31), and guides the storage body (31) from the storage space in a horizontal direction to store the storage body (31) in the drawer and the storage space; guide parts which are inside the housing (102), positioned along the connection mechanism (45) in the horizontal direction; and linked guide mechanisms (53) positioned on top of the banknote storage parts (32), and have guided parts that are guided by the guide parts.
    • 装置:纸币处理单元(10); 具有用于分离和储存纸张的多个纸币储存部分(32)的纸币存储单元(30) 用于通过连接在纸币处理单元(10)和纸币存储单元(30)之间的连接机构(45)来双向传送纸张的输送机构; 以及引导纸币存储单元(30)以便从壳体(102)和存储空间存储在抽屉中的单元引导机构(50)。 单元引导机构(50)具有:第一滑动机构(52),其位于壳体(102)和存储体(31)上,并且在水平方向上将存储体(31)从存储空间引导到存储体 存储体(31)和存储空间; 位于壳体(102)内的引导部分,沿着连接机构(45)沿水平方向定位; 以及位于纸币收纳部(32)的上方的连结引导机构(53),具有被引导部引导的引导部。