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    • 23. 发明授权
    • Image forming apparatus including a cleaner-less image carrier cleaning system
    • 图像形成装置包括无清洁器的图像载体清洁系统
    • US07941075B2
    • 2011-05-10
    • US12481964
    • 2009-06-10
    • Emiko ShiraishiShigekazu EnokiJun YuraHirokatsu Suzuki
    • Emiko ShiraishiShigekazu EnokiJun YuraHirokatsu Suzuki
    • G03G15/00G03G21/10
    • G03G21/0064
    • An image forming apparatus includes an image carrier, a charging unit including a charge member that is disposed facing the image carrier across a gap therebetween and charges the image carrier by using electrical discharge caused by applying thereto a voltage including an alternating current component superimposed on a direct current component, a latent image forming unit, a developing unit to supply toner for developing the latent image formed on the image carrier into a toner image and to collect residual toner remaining on the image carrier, a transfer unit, and a toner spreading member to spread toner on the image carrier and disposed upstream from the charging unit in a direction of movement of the image carrier and downstream from the transfer unit in the direction of movement of the image carrier.
    • 图像形成装置包括图像载体,充电单元,该充电单元包括与图像载体横跨其间的间隔设置的充电元件,并通过使用放电而对图像载体进行充电,所述放电是通过向其施加包括叠加在 直流成分,潜像形成单元,显影单元,用于将形成在图像载体上的潜像显影成调色剂图像并收集剩余在图像载体上的残留调色剂,转印单元和调色剂扩散部件 以在图像载体上铺展调色剂,并且在图像载体的移动方向上沿图像载体的移动方向和从传送单元的下游设置在充电单元的上游。
    • 25. 发明授权
    • Developing unit having improved agent recovery and supply system and image forming apparatus using the same
    • 具有改进的药剂回收和供给系统的显影单元和使用其的成像装置
    • US07577387B2
    • 2009-08-18
    • US11493618
    • 2006-07-27
    • Hirokatsu Suzuki
    • Hirokatsu Suzuki
    • G03G15/09G03G15/08
    • G03G15/0921G03G15/0815G03G2215/0609G03G2215/0634G03G2215/0827
    • A developing unit for an image forming apparatus including an agent carrying member, a supply compartment, a supply screw, a recovery compartment, a recovery screw, an agitation compartment, and an agitation screw. The agent carrying member carries and supplies developing agent to an image carrying member. The supply screw in the supply compartment supplies the developing agent to the agent carrying member. The recovery screw in the recovery compartment, provided under the agent carrying member, transports the developing agent dropped from the agent carrying member. The agitation screw in the agitation compartment receives the developing agent from the supply compartment and recovery compartment, and transports the developing agent to the supply compartment. The recovery compartment, supply compartment, and agitation compartment are provided side-by-side in a horizontal direction. A magnetic flux density in a given area of the agent carrying member is set to 10 mT or less.
    • 一种用于图像形成装置的显影单元,其包括试剂承载构件,供应室,供应螺杆,回收室,回收螺杆,搅拌室和搅拌螺杆。 药剂承载构件将显影剂携带并提供给图像承载构件。 供应室中的供应螺丝将显影剂供应到试剂承载构件。 设置在药剂承载构件下方的回收室中的回收螺杆输送从药剂承载构件落下的显影剂。 搅拌室中的搅拌螺杆从供应室和回收室接收显影剂,并将显影剂运送到供应室。 回收室,供应室和搅拌室在水平方向上并排设置。 试剂承载构件的给定区域中的磁通密度设定为10mT以下。
    • 29. 发明授权
    • Gas laser device
    • 气体激光装置
    • US5295149A
    • 1994-03-15
    • US34867
    • 1993-03-19
    • Kiyohisa TeraiTohru TamagawaTakaaki MurataShinji KobayashiAkira MoriguchiHirokatsu Suzuki
    • Kiyohisa TeraiTohru TamagawaTakaaki MurataShinji KobayashiAkira MoriguchiHirokatsu Suzuki
    • H01S3/0975H01S3/09
    • H01S3/0975
    • A gas laser device, including an a.c. power source for generating a.c. output voltage and a pair of electrodes positioned sandwiching discharge gap through which laser gas circulates. The pair of electrodes are connected to the a.c. power source for applying the a.c. voltage across the electrodes to achieve discharge in the discharge gap such as to create a positive column region and boundary layer regions, thereby to generate laser light. The positive column region is created in the discharge gap and a.c. power injected therein contributes to laser excitation. The boundary layer regions is created in a vicinity of one of the pair of electrodes, respectively and a.c. power injected therein does not contribute to laser excitation. A frequency of the a.c. power source is set to at least 700 kHz and an a.c. output voltage of the a.c. power source is set at a level such that a voltage in the positive column region is larger than a burden voltage in the boundary layer regions.In the gas laser device, it may be set that a dimension d between the pair of electrodes and a pressure p of the laser gas in the relationship of the following formula (A)pxd.gtoreq.34 torr.multidot.cm (A)As a result the input power supplied for laser excitation in the discharge gap is at least 50% of a total input power.
    • 一种气体激光装置,包括一个等 用于产生交流电源 输出电压和一对电极定位夹着放电间隙,激光气体通过该间隙循环。 一对电极连接到交流电。 电源应用a.c. 电压跨过电极实现放电间隙的放电,从而产生正的列区域和边界层区域,由此产生激光。 在排出间隙中产生正柱区域, 其中注入的功率有助于激光激发。 边界层区分别形成在一对电极中的一个附近,并且a.c. 在其中注入的功率对激光激发没有贡献。 a.c.的频率。 电源设定为700 kHz以上, 交流输出电压。 电源被设定为使得正列区域中的电压大于边界层区域中的负载电压的电平。 在气体激光装置中,可以将下述公式(A)pxd> = 34 torr×cm(A)的关系设定为一对电极之间的尺寸d和激光气体的压力p。结果 在放电间隙中为激光激发提供的输入功率为总输入功率的至少50%。