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    • 31. 发明授权
    • Developing device for electrophotographic image recording apparatus
    • 电子图像记录装置的开发装置
    • US5249020A
    • 1993-09-28
    • US721839
    • 1991-06-26
    • Masatoshi Takano
    • Masatoshi Takano
    • G03G15/08
    • G03G15/0865G03G15/0882Y10S222/01
    • In an electrophotographic image developing device, a toner chamber, for accommodating toner to be used to develop an image, is arranged to be selectively coupled to one of a toner cartridge and an additional toner holding member. The additional toner holding member functions as an expansion of substantial toner accommodating space in the image developing device. In the toner hopper to be coupled with the toner holding member, the upper surface of the toner accommodated therein is leveled before it is transferred to the toner chamber. Alternately, the cartridge is constructed so that it is able to be coupled with the toner hopper.
    • 在电子照相图像显影装置中,布置用于容纳用于显影图像的调色剂的调色剂室,以选择性地联接到调色剂盒和附加调色剂保持构件中的一个。 附加的调色剂保持构件用作图像显影装置中的大量调色剂容纳空间的膨胀。 在要与调色剂保持构件联接的调色剂料斗中,容纳在其中的调色剂的上表面在被转印到调色剂室之前被调平。 或者,盒被构造成使得其能够与调色剂料斗联接。
    • 32. 发明授权
    • Structure for mounting screen grid of corona charger in imaging device
    • 用于安装成像装置中的CORONA充电器的屏幕的结构
    • US5241344A
    • 1993-08-31
    • US917996
    • 1992-07-24
    • Masatoshi Takano
    • Masatoshi Takano
    • G03G15/02H01T19/00
    • H01T19/00G03G15/0291
    • A structure for mounting a screen grid member of a corona charger in an imaging device with a predetermined positional relation to the surface of a photoconductive member. The corona charger and the photoconductive member are mounted on a support base member. The support base member is provided with a mount opening where a substantially inverted U-shaped screen grid member carrying the screen grid is inserted. First locking lugs project from the inner wall surfaces of the mount opening, each of the first locking lugs having a surface opposite to a surface facing toward the photoconductive member formed as a locking surface substantially normal to the inner wall surface. Second locking lugs project from the inner wall surfaces of the mount opening, each of the second locking lugs having a surface facing the photoconductive member, formed as a locking surface substantially normal to the inner wall surface. Locking holes are defined on the screen grid member at the positions corresponding to the first locking lugs and the second locking lugs, respectively. The screen grid member is inserted into the mount opening and fixed thereto through engagements of the locking holes with the locking lugs.
    • 一种用于将电晕充电器的屏幕网格构件安装在具有与光电导构件的表面的预定位置关系的成像装置中的结构。 电晕充电器和感光体安装在支撑基座上。 支撑基部构件设置有安装开口,其中插入有大致倒置的U形筛网格构件,其承载筛网。 第一锁定凸起从安装开口的内壁表面突出,每个第一锁定凸耳具有与形成为基本上垂直于内壁表面的锁定表面的朝向感光体的表面相对的表面。 第二锁定凸起从安装开口的内壁表面突出,每个第二锁定凸耳具有面向感光体​​的表面,形成为基本上垂直于内壁表面的锁定表面。 锁定孔分别在对应于第一锁定凸耳和第二锁定凸耳的位置处在屏幕网格构件上限定。 屏幕网格构件插入到安装开口中并通过锁定孔与锁定凸耳的啮合被固定到其上。
    • 34. 发明申请
    • METHOD FOR PRODUCING NICKEL-CONTAINING ACID SOLUTION
    • 生产含镍酸溶液的方法
    • US20140308183A1
    • 2014-10-16
    • US13816954
    • 2011-11-22
    • Naoko KikutaSatoshi AsanoMasatoshi Takano
    • Naoko KikutaSatoshi AsanoMasatoshi Takano
    • H01M10/54
    • H01M10/54H01M4/32H01M10/345Y02W30/84
    • The method for obtaining an acid solution containing nickel is obtained by treating a positive electrode material of a nickel-metal hydride battery. The method includes a water-washing step, wherein a positive electrode material of a nickel-metal hydride battery is water-washed by adding water, and then separated to form a positive electrode material after water-washing and a water-washed slurry. An acid-washing step then is performed, wherein an acid is added and mixed into the positive electrode material obtained after water-washing in the water-washing step, and, separation is performed to form a positive electrode material after acid-washing and an acid-washed slurry. A dissolution step is performed wherein the positive electrode material obtained in the acid-washing step is separated into a nickel solution and a dissolution residue by adding any one of an acid and an oxidizing agent.
    • 获得含镍的酸溶液的方法通过处理镍氢电池的正极材料而获得。 所述方法包括水洗步骤,其中通过加水对镍氢电池的正极材料进行水洗,然后在水洗后分离形成正极材料和水洗浆料。 然后进行酸洗步骤,其中在水洗步骤中将水加入获得的正极材料中加入酸并进行酸洗后进行分离以形成正极材料, 酸洗浆液。 进行溶解步骤,其中在酸洗步骤中获得的正极材料通过添加酸和氧化剂中的任一种而分离成镍溶液和溶解残渣。
    • 37. 发明申请
    • Wet type image forming apparatus
    • 湿式图像形成装置
    • US20050281587A1
    • 2005-12-22
    • US11150124
    • 2005-06-13
    • Motohiro MasekiHidetaka YamaguchiHiroyuki SaitoMasatoshi Takano
    • Motohiro MasekiHidetaka YamaguchiHiroyuki SaitoMasatoshi Takano
    • G03G15/10
    • G03G15/104G03G2215/0629G03G2215/0658
    • A wet type image forming apparatus includes a photoconductive drum, a toner supplying roller that supplies toner to the photoconductive drum, a developing solution applying roller uniformly applying the developing solution onto the toner supplying roller, a developing solution supplying roller supplying the developing solution to the developing solution applying roller, and two sidewall members respectively arranged on both sides of the pair of developing solution applying roller and the developing solution supplying roller. The two sidewall members closely contact side faces of the pair of developing solution applying roller and the developing solution supplying roller at both sides thereof, respectively. The circumferential surfaces of the developing solution applying roller and the developing solution supplying roller and the two sidewall members define a deposition space for depositing the developing solution, which is configured such that the developing solution is allowed to overflow only in the developing solution supplying roller side.
    • 湿式图像形成装置包括感光鼓,向感光鼓供给调色剂的调色剂供给辊,将显影液均匀地涂布在调色剂供给辊上的显影液施加辊,将显影液供给到显影液供给辊 显影液施加辊和分别布置在一对显影液施加辊和显影液供给辊两侧的两个侧壁构件。 两个侧壁构件分别紧密接触一对显影液施加辊和显影液供给辊两侧的侧面。 显影液施加辊和显影剂供给辊和两个侧壁构件的圆周表面限定了用于沉积显影液的沉积空间,其被构造成使显影液仅在显影液供给辊侧溢出 。
    • 38. 发明授权
    • Calculation method of discharge and transfer amount of chemical substances and server and system therefor
    • 化学物质的排放和转移量的计算方法及其服务器及其系统
    • US06741939B2
    • 2004-05-25
    • US09833579
    • 2001-04-13
    • Masatoshi TakanoMasahiro HiguchiTakuro KodamaKenji NarikiyoEiji Ishida
    • Masatoshi TakanoMasahiro HiguchiTakuro KodamaKenji NarikiyoEiji Ishida
    • G06F1760
    • G06Q10/06G06F2219/00
    • Data indicating a material, a use step of the material and a use amount of the material which are transmitted from a client terminal through a network are inputted and stored; a chemical substance contained and a content thereof are searched by searching for a database of material components which stores the contained chemical substance and the content thereof corresponding to the material by using the inputted material as a key; the database of a material balance coefficient which stores a ratio in which the chemical substance is discharged and transferred by every separate whereabouts is searched corresponding to the chemical substance and the use step of the material by using the searched chemical substance and the inputted use step of the material as a key; the discharge and transfer amount of the chemical substances by every separate whereabouts is calculated based on the searched discharge and transfer amount, the inputted use amount of the material and the searched content; and the calculated discharge and transfer amount of the chemical substances by every separate whereabouts is transmitted to the client terminal through the network.
    • 输入表示材料的数据,材料的使用步骤和从客户端通过网络发送的材料的使用量; 通过使用输入的材料作为关键字来搜索存储所含有的化学物质的材料成分的数据库及其与材料相对应的含量的化学物质和其含量; 材料平衡系数的数据库,其存储通过使用所搜索的化学物质和所述输入的使用步骤,对应于所述材料的化学物质和使用步骤,搜索通过每个单独的下落排出和转移所述化学物质的比率 材料为关键; 根据搜索的排放和转移量,材料的输入使用量和搜索的内容计算每个单独下落的化学物质的排放和转移量; 并且通过网络将每个单独的下落的计算的化学物质的排放和转移量传送到客户终端。
    • 39. 发明授权
    • Gear arrangement for development unit of imaging device
    • 成像装置开发单元的齿轮布置
    • US5291242A
    • 1994-03-01
    • US918042
    • 1992-07-24
    • Masatoshi Takano
    • Masatoshi Takano
    • G03G15/08G03G15/06G03G21/00
    • G03G15/0896
    • A gear arrangement for a development unit of an imaging device employing an electrophotographic process. The development unit is provided with a rotation member and swingably supported by the main body of the imaging device through a support shaft to be mounted on a predetermined position of the main body of the imaging device. An input gear is provided on the development unit and coupled with the rotation member thereof to be meshed with a drive gear provided with the imaging device. The rotational force of the drive gear is transmitted to the input gear to thereby rotate the rotation member. The drive gear and the input gear are disposed such that a line obtained by extending a line of action as a moving locus of the point at which the tooth of the drive gear is in contact with the tooth of the input gear is substantially directed to the direction of the support shaft through which the development unit is supported by the main body of the imaging device.
    • 用于采用电子照相方法的成像装置的显影单元的齿轮装置。 显影单元设置有旋转构件,并且通过支撑轴可旋转地由成像装置的主体支撑,以安装在成像装置的主体的预定位置上。 输入齿轮设置在显影单元上并与其旋转构件联接以与设置有成像装置的驱动齿轮啮合。 驱动齿轮的旋转力传递到输入齿轮,从而旋转旋转构件。 驱动齿轮和输入齿轮被设置成使得通过将作用线延伸作为驱动齿轮的齿与输入齿轮的齿接触的点的移动轨迹获得的线基本上被引导到 支撑轴的方向,显影单元通过该方向由成像装置的主体支撑。
    • 40. 发明申请
    • PREPARATORY DEVELOPING SOLUTION CONTAINER FOR WET TYPE IMAGE FORMING APPARATUS
    • 用于湿式图像形成装置的制备开发溶液容器
    • US20060257169A1
    • 2006-11-16
    • US11382817
    • 2006-05-11
    • Hiroyuki SaitoHidetaka YamaguchiMasatoshi TakanoMotohiro Maseki
    • Hiroyuki SaitoHidetaka YamaguchiMasatoshi TakanoMotohiro Maseki
    • G03G15/10
    • G03G15/104
    • A wet type image forming apparatus having a developing solution container a preparatory developing solution container, which is adapted to store developing solution to be supplied to the developing solution container, and an attachment unit to which the preparatory developing solution container is attached, is provided. The preparatory developing solution container includes a coupling portion removably coupled to the attachment unit, a developing solution path being formed in the coupling portion to allow the developing solution to flow therein, a blocking system blocking the developing solution path, and a stirring unit stirring the developing solution in the preparatory developing solution container. The attachment unit includes a releasing system to open the developing solution path blocked by the blocking system when the coupling portion of the preparatory developing solution container is coupled to the attachment unit.
    • 具有显影液容器的湿式图像形成装置,该显影液容器是适于存储供给到显影液容器的显影液的预备显影液容器,以及附着有显影液容器的安装单元。 预备显影液容器包括可拆卸地联接到附接单元的联接部分,形成在联接部分中以使显影液流动的显影液路径,阻挡显影液路径的阻挡系统和搅拌器 在准备开发解决方案容器中开发解决方案。 所述附接单元包括释放系统,用于当所述预备显影液容器的联接部分联接到所述附接单元时,打开由所述阻挡系统阻挡的所述显影液路径。