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    • 23. 发明授权
    • Image forming apparatus having a transporting unit, a detector and a voltage controller
    • 具有传送单元,检测器和电压控制器的图像形成装置
    • US07756429B2
    • 2010-07-13
    • US11860103
    • 2007-09-24
    • Hiroyuki Inoue
    • Hiroyuki Inoue
    • G03G15/00
    • G03G15/0266G03G15/0194G03G15/5058G03G2215/00059
    • An image forming apparatus includes at least one image forming section, which includes an image bearing body, a charging unit that charges an area on a surface of the image-bearing body, and a developing unit that supplies a developer material to the charged area to form a developer image on the image bearing body. The developer image is transferred from the image-bearing body onto a transporting unit. A detector detects a density of the developer image on the transporting unit. The controller performs a charging voltage correcting operation in which the controller provides a test charging voltage to the charging unit for forming the developer image, and then a normal charging voltage for normal printing is determined based on the density. The controller also performs a developer-supplying voltage correcting operation in which a developer-supplying voltage supplied to a developer supplying unit is determined based on the density.
    • 图像形成装置包括至少一个图像形成部分,其包括图像承载体,对图像承载体的表面上的区域充电的充电单元以及将显影剂材料供应到充电区域的显影单元 在图像承载体上形成显影剂图像。 显影剂图像从图像承载体转印到传送单元上。 检测器检测传送单元上的显影剂图像的密度。 控制器执行充电电压校正操作,其中控制器向充电单元提供测试充电电压以形成显影剂图像,然后基于密度确定正常打印的正常充电电压。 控制器还执行显影剂供应电压校正操作,其中基于密度确定供应给显影剂供应单元的显影剂供应电压。
    • 24. 发明申请
    • Radiator core support structure
    • 散热器核心支撑结构
    • US20100163324A1
    • 2010-07-01
    • US12308265
    • 2007-05-08
    • Noboru JyoutakiHiroyuki Inoue
    • Noboru JyoutakiHiroyuki Inoue
    • B60K11/04F28D1/00
    • B62D25/084B60K11/04
    • A radiator core support structure includes a radiator core support, a first heat exchanger and a second heat exchanger. The radiator core support has a lower radiator core support member. The first heat exchanger is arranged to face a front surface of the lower radiator core support member to cover a front surface thereof. The second heat exchanger is aligned with the first heat exchanger at a rear side thereof. The lower radiator core support member is formed with an airflow space that is formed inside of the lower radiator core support member to extend in a lateral direction of a vehicle. The airflow space is fluidically connected with an intake opening portion that is formed on the front surface of the lower radiator core support member at a position where the first heat exchanger faces the lower radiator core support member to cover, and also with an exhaust opening portion that is formed at on a partial portion of the lower radiator core support member.
    • 散热器芯支撑结构包括散热器芯支撑件,第一热交换器和第二热交换器。 散热器芯支撑件具有较低的散热器芯支撑构件。 第一热交换器被布置成面向下散热器芯支撑构件的前表面以覆盖其前表面。 第二热交换器在其后侧与第一热交换器对准。 下散热器芯支撑构件形成有气流空间,其形成在下散热器芯支撑构件的内部以在车辆的横向方向上延伸。 气流空间与在第一热交换器面向下散热器芯支撑构件覆盖的位置处形成在下散热器芯支撑构件的前表面上的进气开口部分流动连接,并且还具有排气开口部分 其形成在下散热器芯支撑构件的部分部分上。
    • 27. 发明申请
    • AIR INJECTION NOZZLE, AND TENTER OVEN USING THE NOZZLE
    • 空气喷射喷嘴和使用喷嘴的烤箱
    • US20100059036A1
    • 2010-03-11
    • US12529972
    • 2008-02-27
    • Hiroyuki InoueTakanori NishidaHiroyuki Aso
    • Hiroyuki InoueTakanori NishidaHiroyuki Aso
    • F24C15/32B05B1/00
    • B29C55/165
    • Provided is an air injection nozzle, which is used for a heat treatment such as the heating, cooling or thermal insulation of a running sheet (or film) with injected air. In the air injection face, a number of air injection holes are so arrayed at an interval (Py) in first and second rows that the air injection holes of a first row and the air injection holes of a second row are staggered. The first row and the second row are positioned at an interval (Px). The air injection face and the sheet running face confront each other at a distance (L). The air injection holes in the air injection face have a diameter (D). The interval (Px), the interval (Py), the distance (L) and the diameter (D) satisfy Formula (1): 6≦(L/D)/(Px/Py)≦9, and Formula (2): 4≦L/D≦8. This air injection nozzle is employed as a resin film heat treating apparatus in a tenter oven to be used for manufacturing the resin film.
    • 提供了一种空气注入喷嘴,其用于具有喷射空气的行进薄片(或薄膜)的加热,冷却或隔热等热处理。 在空气喷射面中,多个喷射孔以第一排和第二排的间隔(Py)排列,使得第一排的空气喷射孔和第二排的空气喷射孔交错。 第一行和第二行以间隔(Px)定位。 空气注入面和片材运行面在距离(L)彼此面对。 空气喷射面中的喷射孔具有直径(D)。 间隔(Px),间隔(Py),距离(L)和直径(D)满足式(1):6≦̸(L / D)/(Px / Py)≦̸ 9和式 ):4≦̸ L / D≦̸ 8。 这种空气注射喷嘴用作拉幅机炉中用于制造树脂膜的树脂膜热处理设备。
    • 28. 发明申请
    • Cylindrical battery capable of preventing occurrence of defects due to vibration-absorbing ring
    • 能够防止振动吸收环产生缺陷的圆柱形电池
    • US20080096107A1
    • 2008-04-24
    • US11905409
    • 2007-09-28
    • Kazuki ShimozonoHiroyuki InoueAkifumi Nagao
    • Kazuki ShimozonoHiroyuki InoueAkifumi Nagao
    • H01M2/08
    • H01M10/0422H01M2/08Y10T29/4911
    • A cylindrical battery, comprising: a casing that is in a shape of a cylinder having a bottom, and has a short-diameter part near an opening thereof; an electrode assembly that is housed in the casing; and a sealing plate that seals the opening, wherein an insulating ring is inserted in a gap between the electrode assembly and the short-diameter part, the insulating ring including a main body, and at least three projections that are dispersively located and project outward from an outer edge of the main body in a diameter direction, and a distance between a design center point of the insulating ring and an outer edge of the main body is not longer than D/2 and a distance between the design center point and an outer edge of each of the projections is longer than D/2 and not longer than 102D/200, where D is an inside diameter of the casing measured within the space.
    • 一种圆柱形电池,包括:壳体,其具有底部的圆柱体,并且在其开口附近具有短径部分; 容纳在所述壳体中的电极组件; 以及密封板,其密封所述开口,其中,绝缘环插入在所述电极组件和所述短径部分之间的间隙中,所述绝缘环包括主体,以及至少三个突起,所述突起分散地定位并向外突出 主体的直径方向的外缘,绝缘环的设计中心点与主体的外缘之间的距离不大于D / 2,设计中心点与外侧之间的距离 每个突起的边缘长于D / 2并且不大于102D / 200,其中D是在该空间内测量的壳体的内径。
    • 30. 发明授权
    • Carriage scanning apparatus
    • 支架扫描仪
    • US07119921B2
    • 2006-10-10
    • US09730574
    • 2000-12-07
    • Noriko KawasakiKoh HasegawaHiroyuki InoueTakashi NojimaAkira KidaTakeshi Iwasaki
    • Noriko KawasakiKoh HasegawaHiroyuki InoueTakashi NojimaAkira KidaTakeshi Iwasaki
    • G06F15/00
    • B41J19/20
    • The present invention provides an apparatus having a carriage, in which, even when a toothed belt having a fine tooth pitch and low tooth height is used to drive the carriage, a jumping phenomenon of the toothed belt is positively prevented to thereby achieve stable scanning of the carriage without requiring a driving motor having a large capacity and an additional carriage position detecting device. A member for preventing the jumping of the toothed belt is disposed to create a predetermined gap with respect to a back surface of the toothed belt and is inclined with respect to the back surface by a predetermined angle at a position where the member is opposed to the back surface of a portion of the toothed belt to which the carriage is connected, in the vicinity of the driving pulley for the toothed belt connected to the carriage on which a head is mounted.
    • 本发明提供一种具有滑架的装置,其中即使使用具有细齿距和齿数较低的齿形带来驱动滑架,则可以有效地防止齿形带的跳跃现象,从而实现稳定的扫描 该托架不需要具有大容量的驱动电机和附加的托架位置检测装置。 设置用于防止齿形带跳跃的构件,以相对于齿形带的后表面产生预定的间隙,并且在构件与其相对的位置处相对于后表面倾斜预定的角度 在连接到安装有头部的滑架上的齿形带的驱动滑轮附近,滑架连接的齿形带的一部分的后表面。