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    • 1. 发明授权
    • Printing apparatus and method of controlling the same
    • 印刷装置及其控制方法
    • US08177315B2
    • 2012-05-15
    • US12201749
    • 2008-08-29
    • Hironori EndoShinya Komatsu
    • Hironori EndoShinya Komatsu
    • B41J29/38
    • B41J2/125B41J2/16579B41J29/393
    • A printing apparatus includes an ejection unit that ejects fluid from nozzles onto a target and a nozzle inspection unit that performs nozzle inspection to inspect whether the fluid is ejected. An automatic print setting unit sets a check pattern automatic print mode in which a check pattern for confirming whether the fluid is ejected from the nozzles. An automatic inspection setting unit, when a predetermined automatic inspection condition is established, sets an automatic nozzle inspection mode in which the nozzle inspection is performed. A cleaning unit performs nozzle cleaning to clean abnormal nozzles that are detected. When the automatic nozzle inspection mode is set, a control unit controls the nozzle inspection unit so as not to perform the nozzle inspection during a period from when one of printing based on the print data and printing of the check pattern is started until the other is finished.
    • 打印装置包括将喷嘴喷射到目标上的喷射单元和进行喷嘴检查以检查流体是否喷出的喷嘴检查单元。 自动打印设置单元设置检查图案自动打印模式,其中用于确认流体是否从喷嘴喷射的检查图案。 自动检查设定单元,在规定的自动检查条件成立的情况下,设定进行喷嘴检查的自动喷嘴检查模式。 清洁单元执行喷嘴清洁以清洁检测到的异常喷嘴。 当设置了自动喷嘴检查模式时,控制单元控制喷嘴检查单元,以便在从基于打印数据的打印和检查图案的打印开始直至另一个打印的时间段期间不执行喷嘴检查 完成了
    • 2. 发明申请
    • EJECTION INSPECTING DEVICE, PRINTING DEVICE, AND EJECTION INSPECTING METHOD
    • 喷射检测装置,印刷装置和喷射检查方法
    • US20090066743A1
    • 2009-03-12
    • US12208034
    • 2008-09-10
    • Shinya KomatsuHironori EndoYuji Yoshida
    • Shinya KomatsuHironori EndoYuji Yoshida
    • B41J29/38
    • B41J29/393B41J2/16508B41J2/16579B41J2/16585
    • An ejection inspecting device which inspects an ejection state of an ejection head, including nozzles ejecting fluid, includes fluid receiving areas corresponding to the ejection head so as to receive the fluid ejected from the nozzles. A potential difference generating unit generates predetermined potential differences between the ejection head and the fluid receiving areas. Electrical variation detecting units detect electrical variations of the fluid receiving areas. A control unit drives the ejection head to eject the fluid to the fluid receiving areas from the nozzles in a state in which the predetermined potential differences are generated between the ejection head and the fluid receiving areas by the potential difference generating unit. The ejection inspecting device also inspects the nozzles to determine whether the fluid is ejected from the nozzles on the basis of the detection results of the electrical variation detecting units in the fluid receiving areas.
    • 检查喷射头的喷射状态的喷射检查装置,包括喷射喷嘴的喷嘴,包括与喷射头对应的流体接收区域,以接收从喷嘴喷射的流体。 电位差产生单元产生喷射头和流体接收区之间的预定电位差。 电气变化检测单元检测流体接收区域的电气变化。 控制单元驱动喷射头,以通过电位差产生单元在喷射头和流体接收区域之间产生预定电位差的状态下将流体从喷嘴喷射到流体接收区域。 喷射检查装置还基于流体接收区域中的电变化检测单元的检测结果来检查喷嘴以确定流体是否从喷嘴喷射。
    • 3. 发明授权
    • Determining method for determining whether ink was ejected or not, computer-readable medium, and printing apparatus
    • 用于确定墨水是否被喷射的确定方法,计算机可读介质和打印装置
    • US07066568B2
    • 2006-06-27
    • US10833331
    • 2004-04-28
    • Shinya KomatsuHironori Endo
    • Shinya KomatsuHironori Endo
    • B41J29/393B41J3/42H04N1/46
    • B41J2/04558B41J2/04586B41J29/393
    • A determining method and the like is achieved for determining more accurately whether or not ink has been ejected. A determining method for determining whether or not ink was ejected from a plurality of nozzles includes a step of printing a non-ejection print pattern, a step of obtaining an output value upon non-ejection that is output based on the light that has been emitted toward the non-ejection print pattern, a step of printing an all-ejection print pattern, a step of obtaining an output value upon ejection that is output based on the light emitted toward the all-ejection print pattern, a step of setting a threshold value between the output value upon non-ejection and the output value upon ejection, and a step of comparing the threshold value with an output value that is output from a light-receiving section based on the light that has been emitted toward the print patterns.
    • 实现确定方法等以更准确地确定墨是否已经被排出。 用于确定墨是否从多个喷嘴喷射的确定方法包括打印非喷射打印图案的步骤,在基于已经发射的光输出的非喷射时获得输出值的步骤 朝向不喷射打印图案的步骤,打印全喷出打印图案的步骤,基于朝向全喷出打印图案发射的光而输出的喷射时获得输出值的步骤,设定阈值的步骤 在不喷射时的输出值与喷射时的输出值之间的值,以及将阈值与从受光部输出的输出值进行比较的步骤,所述输出值是基于向打印图案发射的光。
    • 6. 发明申请
    • Determining method for determining whether ink was ejected or not, computer-readable medium, and printing apparatus
    • 用于确定墨水是否被喷射的确定方法,计算机可读介质和打印装置
    • US20050030331A1
    • 2005-02-10
    • US10833331
    • 2004-04-28
    • Shinya KomatsuHironori Endo
    • Shinya KomatsuHironori Endo
    • B41J2/01B41J2/05B41J29/393B41J29/46G06F3/12
    • B41J2/04558B41J2/04586B41J29/393
    • A determining method and the like is achieved for determining more accurately whether or not ink has been ejected. A determining method for determining whether or not ink was ejected from a plurality of nozzles includes a step of printing a non-ejection print pattern, a step of obtaining an output value upon non-ejection that is output based on the light that has been emitted toward the non-ejection print pattern, a step of printing an all-ejection print pattern, a step of obtaining an output value upon ejection that is output based on the light emitted toward the all-ejection print pattern, a step of setting a threshold value between the output value upon non-ejection and the output value upon ejection, and a step of comparing the threshold value with an output value that is output from a light-receiving section based on the light that has been emitted toward the print patterns.
    • 实现确定方法等以更准确地确定墨是否已经被排出。 用于确定墨是否从多个喷嘴喷射的确定方法包括打印非喷射打印图案的步骤,在基于已经发射的光输出的非喷射时获得输出值的步骤 朝向非喷射打印图案的步骤,打印全喷出打印图案的步骤,基于朝向全喷出打印图案发射的光而输出的喷射时获得输出值的步骤,设定阈值的步骤 在不喷射时的输出值与喷射时的输出值之间的值,以及将阈值与从受光部输出的输出值进行比较的步骤,所述输出值是基于向打印图案发射的光。
    • 7. 发明授权
    • Ejection inspecting device, printing device, and ejection inspecting method
    • 喷射检测装置,印刷装置和喷射检查方法
    • US07980653B2
    • 2011-07-19
    • US12208034
    • 2008-09-10
    • Shinya KomatsuHironori EndoYuji Yoshida
    • Shinya KomatsuHironori EndoYuji Yoshida
    • B41J29/393
    • B41J29/393B41J2/16508B41J2/16579B41J2/16585
    • An ejection inspecting device which inspects an ejection state of an ejection head, including nozzles ejecting fluid, includes fluid receiving areas corresponding to the ejection head so as to receive the fluid ejected from the nozzles. A potential difference generating unit generates predetermined potential differences between the ejection head and the fluid receiving areas. Electrical variation detecting units detect electrical variations of the fluid receiving areas. A control unit drives the ejection head to eject the fluid to the fluid receiving areas from the nozzles in a state in which the predetermined potential differences are generated between the ejection head and the fluid receiving areas by the potential difference generating unit. The ejection inspecting device also inspects the nozzles to determine whether the fluid is ejected from the nozzles on the basis of the detection results of the electrical variation detecting units in the fluid receiving areas.
    • 检查喷射头的喷射状态的喷射检查装置,包括喷射喷嘴的喷嘴,包括与喷射头对应的流体接收区域,以接收从喷嘴喷射的流体。 电位差产生单元产生喷射头和流体接收区之间的预定电位差。 电气变化检测单元检测流体接收区域的电气变化。 控制单元驱动喷射头,以通过电位差产生单元在喷射头和流体接收区域之间产生预定电位差的状态下将流体从喷嘴喷射到流体接收区域。 喷射检查装置还基于流体接收区域中的电变化检测单元的检测结果来检查喷嘴以确定流体是否从喷嘴喷射。
    • 10. 发明授权
    • Liquid-discharging device, inspection method of liquid-discharging device, and program
    • 排液装置,排液装置的检查方法和程序
    • US08646867B2
    • 2014-02-11
    • US13304996
    • 2011-11-28
    • Shinya Komatsu
    • Shinya Komatsu
    • B41J29/393
    • B41J2/2142
    • A first discharge inspection part is configured to inspect and judge a first target nozzle regarding whether or not the first target nozzle discharges the liquid, and is configured to again inspect the first target nozzle if noise is detected. A second discharge inspection part is configured to inspect and judge a second target nozzle regarding whether or not the second target nozzle discharges the liquid, and is configured to again inspect the second target nozzle if noise is detected. The first discharge inspection part and the second discharge inspection part inspect the first target nozzle and the second target nozzle in parallel. The first target nozzle and the second target nozzle shift, if the first target nozzle has been judged, regardless of or not the noise is detected during the first target nozzle being again inspected.
    • 第一排出检查部被配置为检查和判断第一目标喷嘴,关于第一目标喷嘴是否排出液体,并且被配置为如果检测到噪声则再次检查第一目标喷嘴。 第二排出检查部被配置为检查和判断第二目标喷嘴,关于第二目标喷嘴是否排出液体,并且被配置为如果检测到噪声则再次检查第二目标喷嘴。 第一排出检查部和第二排出检查部并行地检查第一目标喷嘴和第二目标喷嘴。 如果第一目标喷嘴已经被判断,则第一目标喷嘴和第二目标喷嘴在第一目标喷嘴被再次检查期间移动,而不管是否检测到噪声。