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    • 1. 发明授权
    • Image formation device, image formation method and non-transitory storage medium storing image formation program
    • 图像形成装置,图像形成方法和存储图像形成程序的非暂时性存储介质
    • US08639138B2
    • 2014-01-28
    • US13112703
    • 2011-05-20
    • Tetsuya SonodaShinya WatanabeHirotaka Udagawa
    • Tetsuya SonodaShinya WatanabeHirotaka Udagawa
    • G03G15/00G03G15/20
    • G03G15/6529G03G15/6594G03G2215/00514G03G2215/00751G03G2215/00945G03G2215/00949
    • An image formation device includes a receiving section, a formation section, a fixing section, a switching section, and a controller. The receiving section receives image formation data including image data, and sheet data which includes designations of a sheet and a corresponding fixing pressure. The formation section forms a toner image on the sheet. The fixing section fixes the toner image on the sheet. The switching section switches the fixing pressure between a first or second fixing pressure. When the fixing pressure is switched to the second fixing pressure and the fixing pressure designated by the sheet data is the first fixing pressure, the controller performs a mandatory image formation that includes a low-speed control that conveys the sheet at a speed lower than that for the first fixing pressure, and/or a toner suppression control that performs image formation with a smaller amount of toner than in normal.
    • 图像形成装置包括接收部分,形成部分,固定部分,切换部分和控制器。 接收部分接收包括图像数据的图像形成数据和包括纸张的指定和相应的定影压力的纸张数据。 形成部分在片材上形成调色剂图像。 固定部分将调色剂图像固定在片材上。 切换部分在第一或第二固定压力之间切换固定压力。 当定影压力切换到第二定影压力并且由片材数据指定的定影压力是第一定影压力时,控制器执行强制性图像形成,其包括以低于该速度的速度传送纸张的低速控制的低速控制 用于第一定影压力和/或调色剂抑制控制,其以比正常情况更少量的调色剂进行图像形成。
    • 2. 发明授权
    • Image forming apparatus with controllable fixing pressure and computer-readable medium stored with image forming program
    • 具有可控定影压力的图像形成装置和存储有图像形成程序的计算机可读介质
    • US08682191B2
    • 2014-03-25
    • US13159003
    • 2011-06-13
    • Shinya WatanabeTetsuya SonodaHirotaka Udagawa
    • Shinya WatanabeTetsuya SonodaHirotaka Udagawa
    • G03G15/20H05B11/00
    • G03G15/5012G03G15/2064G03G2215/20
    • There is provided an image forming apparatus including: a forming section that, based on image forming data including image data of an image to be formed on paper and paper data relating to the paper, forms a toner image according to the image data on paper; a fixing section that fixes the toner image formed on the paper; a switching section that on operation switches a fixing pressure of the fixing section; a control section that, when the fixing pressure is switched by the switching section from a first fixing pressure to a second fixing pressure prior to a predetermined condition being satisfied after the fixing pressure has been switched to the first fixing pressure by the switching section, controls to prohibit image forming on paper corresponding to the second fixing pressure different from the first fixing pressure.
    • 提供了一种图像形成装置,包括:形成部,其基于包括要形成在纸张上的图像的图像数据和与纸张相关的纸张数据的图像形成数据,根据纸张上的图像数据形成调色剂图像; 固定部,其固定形成在纸上的调色剂图像; 切换部,其操作切换所述固定部的固定压力; 控制部分,当在通过切换部分将定影压力切换到第一定影压力之后,当在预定条件之前满足切换部分的定影压力从第一定影压力切换到第二定影压力时,控制部分控制 禁止在与第一定影压力不同的与第二定影压力相对应的纸上的图像形成。
    • 4. 发明授权
    • Toner manufacturing method, toner manufacturing apparatus, and toner manufactured by way of the toner manufacturing method thereof
    • 调色剂制造方法,调色剂制造装置和通过其调色剂制造方法制造的调色剂
    • US08012663B2
    • 2011-09-06
    • US12401344
    • 2009-03-10
    • Yoshihiro NorikaneShinji AokiTetsuya SonodaKeisuke Uchida
    • Yoshihiro NorikaneShinji AokiTetsuya SonodaKeisuke Uchida
    • G03G9/08
    • G03G9/0804B01J2/04B01J2/18
    • A method of manufacturing a toner includes preparing a droplet forming device, comprising a storage portion to store a toner composition solution, a thin film formed from a rigid material, bonded to the storage portion by a bonding material, and provided with a nozzle and an oscillation device including an oscillation generation device configured to generate an oscillation upon the thin film and an oscillation amplification device which has an oscillation surface including a position that is parallel and opposite to the thin film and is configured to amplify the oscillation, periodically forming a droplet of the toner composition solution including at least a resin and a coloring agent to be supplied between the thin film and the oscillation surface and discharging the droplet via the nozzle, and solidifying the droplet of the toner composition solution discharged via the nozzle, and forming a toner particle.
    • 一种制造调色剂的方法包括制备液滴形成装置,其包括储存调色剂组合物溶液的储存部分,由刚性材料形成的薄膜,通过粘合材料粘合到储存部分,并且设置有喷嘴和 包括振荡产生装置的振荡装置,其被配置为在薄膜上产生振荡;以及振荡放大装置,振荡放大装置具有包括与薄膜平行且相反的位置的振荡表面,并被构造成放大振荡,周期性地形成液滴 所述调色剂组合物溶液至少包含树脂和着色剂,供应到所述薄膜和所述振荡表面之间,并且经由所述喷嘴排出所述液滴,并使通过所述喷嘴排出的所述调色剂组合物溶液的液滴凝固,并形成 调色剂颗粒。
    • 7. 发明授权
    • Rotary atomizing head type coater
    • 旋转雾化头式涂布机
    • US06988673B2
    • 2006-01-24
    • US10889133
    • 2004-07-13
    • Masatoshi KonTetsuya Sonoda
    • Masatoshi KonTetsuya Sonoda
    • B05B3/10B05B1/28B05B3/02B44D5/10F23D11/04
    • B05B3/1042B05B3/1014B05B3/1064B05B3/1092B05B5/0407B05B5/0426B05B12/18
    • Segmental outward projections (12) are provided at radially opposite positions on the circumference of a tubular mount portion (7) of a main body (5), and truncated side portions (13) are provided between and at the opposite sides of the segmental outward projection (12). On the other hand, D-Shaped inward projections (14) are projected radially inward from a boundary portion between fore and rear inner peripheral surface portions (10B) and (10C) of a shaping air ring (10) in such a way as to define an outward projection passageway (15) conforming in shape with the segmental outward projections (12). At the time of mounting the rotary atomizing head (4) on the rotational shaft (3), the outward projections (12) are put in a conforming angular position relative to the outward projection passageway (15) to pass the inward projections (14). In the event the rotary atomizing head (4) is loosened and its position is shifted in a forward direction relative to the rotational shaft (3), the outward projections(12) are abutted against the inward projections (14) to prevent the rotary atomizing head (4) from falling off the rotational shaft (3).
    • 在主体(5)的管状安装部分(7)的圆周上的径向相对位置处设置有节段向外突出部(12),并且在侧向部分(13)之间设置有截面侧向部分 投影(12)。 另一方面,D形向内突起(14)以这种方式从成型用空气环(10)的前后内周面部(10B)和(10C)之间的边界部分径向向内突出 以形成与形状与节段向外突起(12)一致的向外突出通道(15)。 在将旋转雾化头(4)安装在旋转轴(3)上时,向外的凸起(12)相对于向外的突出通道(15)被置于一致的角位置以使向内的突出部(14)通过, 。 在旋转雾化头(4)松动并且其位置相对于旋转轴(3)沿向前方向移动的情况下,向外突出部(12)抵靠向内突出部(14),以防止旋转雾化 头部(4)从旋转轴(3)上脱落。
    • 9. 发明申请
    • Rotary atomizing head type coater
    • 旋转雾化头式涂布机
    • US20050001077A1
    • 2005-01-06
    • US10889133
    • 2004-07-13
    • Masatoshi KonTetsuya Sonoda
    • Masatoshi KonTetsuya Sonoda
    • B05B3/10B05B5/04B05B7/08B05B15/04
    • B05B3/1042B05B3/1014B05B3/1064B05B3/1092B05B5/0407B05B5/0426B05B12/18
    • Segmental outward projections (12) are provided at radially opposite positions on the circumference of a tubular mount portion (7) of a main body (5), and truncated side portions (13) are provided between and at the opposite sides of the segmental outward projection (12). On the other hand, D-Shaped inward projections (14) are projected radially inward from a boundary portion between fore and rear inner peripheral surface portions (10B) and (10C) of a shaping air ring (10) in such a way as to define an outward projection passageway (15) conforming in shape with the segmental outward projections (12). At the time of mounting the rotary atomizing head (4) on the rotational shaft (3), the outward projections (12) are put in a conforming angular position relative to the outward projection passageway (15) to pass the inward projections (14). In the event the rotary atomizing head (4) is loosened and its position is shifted in a forward direction relative to the rotational shaft (3), the outward projections(12) are abutted against the inward projections (14) to prevent the rotary atomizing head (4) from falling off the rotational shaft (3).
    • 在主体(5)的管状安装部分(7)的圆周上的径向相对位置处设置有节段向外突出部(12),并且在侧向部分(13)之间设置有截面侧向部分 投影(12)。 另一方面,D形向内突起(14)从成型用空气环(10)的前后内周面部(10B)和(10C)之间的边界部向径向内侧突出, 限定形状与分段向外的突起(12)一致的向外的突出通道(15)。 在将旋转雾化头(4)安装在旋转轴(3)上时,向外的凸起(12)相对于向外的突出通道(15)被置于一致的角位置以使向内的突出部(14)通过, 。 在旋转雾化头(4)松动并且其位置相对于旋转轴(3)沿向前方向移动的情况下,向外突出部(12)抵靠向内突出部(14),以防止旋转雾化 头部(4)从旋转轴(3)上脱落。
    • 10. 发明授权
    • Rotary atomizing head type coater
    • 旋转雾化头式涂布机
    • US06811094B2
    • 2004-11-02
    • US10203630
    • 2002-08-19
    • Masatoshi KonTetsuya Sonoda
    • Masatoshi KonTetsuya Sonoda
    • B05B310
    • B05B3/1042B05B3/1014B05B3/1064B05B3/1092B05B5/0407B05B5/0426B05B12/18
    • Segmental outward projections (12) are provided at radially opposite positions on the circumference of a tubular mount portion (7) of a main body (5), and truncated side portions (13) are provided between and at the opposite sides of the segmental outward projection (12). On the other hand, D-Shaped inward projections (14) are projected radially inward from a boundary portion between fore and rear inner peripheral surface portions (10B) and (10C) of a shaping air ring (10) in such a way as to define an outward projection passageway (15) conforming in shape with the segmental outward projections (12). At the time of mounting the rotary atomizing head (4) on the rotational shaft (3), the outward projections (12) are put in a conforming angular position relative to the outward projection passageway (15) to pass the inward projections (14). In the event the rotary atomizing head (4) is loosened and its position is shifted in a forward direction relative to the rotational shaft (3), the outward projections (12) are abutted against the inward projections (14) to prevent the rotary atomizing head (4) from falling off the rotational shaft (3).
    • 在主体(5)的管状安装部分(7)的圆周上的径向相对位置处设置有节段向外突出部(12),并且在侧向部分(13)之间设置有截面侧向部分 投影(12)。 另一方面,D形向内突起(14)从成型用空气环(10)的前后内周面部(10B)和(10C)之间的边界部向径向内侧突出, 限定形状与分段向外的突起(12)一致的向外的突出通道(15)。 在将旋转雾化头(4)安装在旋转轴(3)上时,向外的凸起(12)相对于向外的突出通道(15)被置于一致的角位置以使向内的突出部(14)通过, 。 在旋转雾化头(4)松动并且其位置相对于旋转轴(3)沿向前方向移动的情况下,向外突出部(12)抵靠向内突出部(14),以防止旋转雾化 头部(4)从旋转轴(3)上脱落。