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    • 52. 发明授权
    • Recording device, control method, and recording medium
    • 记录装置,控制方法和记录介质
    • US08424997B2
    • 2013-04-23
    • US12659560
    • 2010-03-12
    • Masato KobayashiYasuo SakuraiNobuyuki SatohTomonori KimuraYuichi SakuradaArata Suzuki
    • Masato KobayashiYasuo SakuraiNobuyuki SatohTomonori KimuraYuichi SakuradaArata Suzuki
    • B41J29/393
    • B41J29/38
    • A recording device including a carriage head, a recording head installed onto the carriage head, the recording head having an array of nozzles that discharges ink on a recording medium, a transfer roller that transfers the recording medium in a direction along the array of nozzles, a control device that controls rotation of the transfer roller, a first detection roller that detects a rotation position of the transfer roller, and a second detection device that detects a mark printed on the recording medium by the recording head, the control device including a print control device that controls printing the marks on the recording medium in the direction along the array of nozzles from the array of nozzles of the recording head while the carriage and the transfer roller remain still, a calculation device that calculates a correction amount for use in correction of a rotation angle of the transfer roller according to a difference between an actual transfer amount of the recording medium by the transfer roller at a predetermined rotation position obtained by detection of the marks by the second detection device while the transfer roller is in rotation and a theoretical transfer amount of the recording medium at the predetermined rotation position, and a correction device that corrects the rotation angle of the transfer roller using the correction amount.
    • 一种记录装置,包括:托架头,安装在托架头上的记录头,记录头具有排出墨在记录介质上的喷嘴阵列;沿着喷嘴阵列的方向传送记录介质的转印辊; 控制转印辊的旋转的控制装置,检测转印辊旋转位置的第一检测辊和检测由记录头印在记录介质上的标记的第二检测装置,所述控制装置包括印刷品 控制装置,其在所述托架和所述转印辊保持静止的同时,沿着所述记录头的喷嘴阵列沿着所述喷嘴阵列的方向,在所述记录介质上打印所述标记;计算装置,其计算校正使用的校正量 根据记录介质的实际传送量之间的差异,转印辊的旋转角度 转印辊在转印辊旋转期间通过第二检测装置检测标记而获得的预定旋转位置和记录介质在预定旋转位置的理论转印量,以及校正装置,其校正旋转角度 的转印辊。
    • 55. 发明申请
    • Recording device, control method, and recording medium
    • 记录装置,控制方法和记录介质
    • US20100225693A1
    • 2010-09-09
    • US12659213
    • 2010-03-01
    • Yuichi SakuradaNobuyuki SatohMasato KobayashiTomonori KimuraArata SuzukiYasuo Sakurai
    • Yuichi SakuradaNobuyuki SatohMasato KobayashiTomonori KimuraArata SuzukiYasuo Sakurai
    • B41J29/393
    • B41J29/393B41J29/38
    • A recording device including a paper feeder tray that accommodated a recording medium, a print head that discharges ink on the recording medium to record an image thereon, a transfer roller that transfers the recording medium and a printed test chart on which multiple marks are arranged, a control device that controls the transfer roller, a first detection device that detects a rotation position of the transfer roller, a second detection device that detects the multiple marks arranged on the printed test chart, and a transfer device that transfers the recording medium from the paper feeder tray to the second detection device, wherein the control device obtains an difference between an actual transfer amount of each of the multiple marks obtained by detecting the multiple marks by the second detection device and a predetermined theoretical transfer amount of each of the multiple marks relating to a rotation position of the transfer roller, calculates a correction amount for the rotation amount of the transfer roller based on a relationship between the rotation position of the transfer roller and the difference, and controls the rotation amount of the transfer roller using the correction amount.
    • 一种记录装置,包括容纳记录介质的供纸盘,将记录介质上的墨排出以在其上记录图像的打印头,传送记录介质的转印辊和布置有多个标记的印刷测试图, 控制转印辊的控制装置,检测转印辊的旋转位置的第一检测装置,检测印刷测试图上布置的多个标记的第二检测装置,以及从记录媒体传送记录介质的转印装置 供纸盘到第二检测装置,其中控制装置获得通过第二检测装置检测多个标记而获得的多个标记中的每一个的实际传送量与多个标记中的每一个的预定理论传送量之间的差 关于转印辊的旋转位置,计算旋转的校正量 基于转印辊的旋转位置与差异之间的关系的转印辊的量,并且使用校正量来控制转印辊的旋转量。
    • 56. 发明授权
    • Color measuring device, image forming apparatus and computer program product
    • 彩色测量装置,成像装置和计算机程序产品
    • US08743433B2
    • 2014-06-03
    • US13560309
    • 2012-07-27
    • Masato KobayashiNobuyuki Satoh
    • Masato KobayashiNobuyuki Satoh
    • H04N1/46
    • H04N1/6086H04N1/6033
    • A color measuring device includes: an image capturing unit; a reference chart; a light quantity control unit; a generating unit; a correction unit; and a calculating unit. The image capturing unit outputs image data of an image-capturing range. The reference chart has multiple patches of different densities. The light quantity control unit controls the illumination unit. The generating unit generates first correction data based on image data of the multiple patches illuminated by a first light quantity and generates second correction data based on image data of the multiple patches illuminated by a second light quantity. The correction unit corrects image data of the reference chart and a color measurement target, using the first correction data or the second correction data. The calculating unit calculates color measurement value of the color measurement target based on the corrected image data of the reference chart and the color measurement target.
    • 一种颜色测量装置,包括:图像拍摄单元; 参考图表 光量控制单元; 发电机组; 校正单位 和计算单元。 图像捕获单元输出图像捕获范围的图像数据。 参考图表有不同密度的多个补丁。 光量控制单元控制照明单元。 生成单元基于由第一光量照射的多个片的图像数据生成第一校正数据,并且基于由第二光量照射的多个片的图像数据生成第二校正数据。 校正单元使用第一校正数据或第二校正数据校正参考图的图像数据和颜色测量对象。 计算单元基于参考图和颜色测量目标的校正图像数据来计算颜色测量目标的颜色测量值。
    • 58. 发明授权
    • Connecting structure for pressure piping
    • 压力管道连接结构
    • US09217525B2
    • 2015-12-22
    • US13979125
    • 2011-10-20
    • Kazumi KobayashiMasato Kobayashi
    • Kazumi KobayashiMasato Kobayashi
    • F16L21/00F16L23/024F16L25/08
    • F16L21/00F16L23/024F16L25/08
    • in order to connect pressure pipes in a fluid-tight manner on-site without welding, a plurality of through holes (h1) are provided in a cylindrical sleeve (1a) at separate locations in the lengthwise direction, and with identical angular intervals around the circumference of the cylindrical sleeve without overlapping in the circumferential direction. Non-through holes (h2) in which screw threads have been formed are provided in pressure plates (P1, P2) at locations corresponding to the holes (h1). An insert (2a) has a pair of opposing annular faces (31, b2), and annular ring grooves (b11, b21) are formed respectively in the annular faces (b1,b2) to house O-rings (3). The insert (2a) is inserted into the sleeve (1a), after which the pressure pipes (P1, P2) are inserted, one from either side, into the interior of the sleeve (1a), and bolts (4) are inserted into the plurality of holes (h1) in the sleeve (1a), and screwed onto the screw threads of the pressure pipes (P1, P2).
    • 为了在现场没有焊接的情况下以流体密封的方式连接压力管,多个通孔(h1)在长度方向上分开的位置处设置在圆筒形套筒(1a)中,并且围绕 圆筒形套筒的圆周不在圆周方向上重叠。 其中形成螺纹的非通孔(h2)在对应于孔(h1)的位置处设置在压力板(P1,P2)中。 插入件(2a)具有一对相对的环形面(31,b2),分别在环形面(b1,b2)上形成环形环槽(b11,b21)以容纳O形环(3)。 将插入件(2a)插入到套筒(1a)中,然后将压力管(P1,P2)从任一侧插入到套筒(1a)的内部,并将螺栓(4)插入 套筒(1a)中的多个孔(h1),并拧入压力管(P1,P2)的螺纹上。