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    • 1. 发明申请
    • Ink-feeding device and pressure-generating method
    • 给墨装置和压力生成方法
    • US20060132554A1
    • 2006-06-22
    • US11281927
    • 2005-11-16
    • Noritaka OtaYuichi TakahashiDaisuke NakamuraTakeshi MiuraKazuo Haida
    • Noritaka OtaYuichi TakahashiDaisuke NakamuraTakeshi MiuraKazuo Haida
    • B41J2/175
    • B41J2/17556
    • An ink-feeding device is provided in which the pressure applied to the ink in the printing head can be adjusted arbitrarily irrespective of the relative positions of the ink container and the printing head. Inside the sub-tank 80, a pressure-adjusting pump 82 is installed for applying a suitable pressure to many nozzles 22Kn of the printing head 22K. This pressure-adjusting pump 82 is placed a little above the bottom face of the sub-tank 80 at a prescribed distance from the bottom face. Thereby the pressure-adjusting pump 82 is immersed in the ink held in the sub-tank 80. A drive unit 83 for driving the pressure-adjusting pump 82 is placed above the sub-tank 80. On the upper wall of the sub-tank 80, an air-vent valve 84 is fixed to bring the inside pressure in the sub-tank 80 to an atmospheric pressure. The inside pressure in the sub-tank 80 is made equal to the atmospheric pressure by opening the air-vent valve 84.
    • 提供了一种供墨装置,其中施加到打印头中的墨的压力可以任意调节,而与墨盒和打印头的相对位置无关。 在副容器80内部,设置有压力调节泵82,用于向打印头22K的许多喷嘴22 Kn施加适当的压力。该压力调节泵82位于副罐80的下表面之上。 在距离底面规定距离处的罐80。 由此,压力调节泵82浸入保持在副罐80中的油墨中。 用于驱动压力调节泵82的驱动单元83设置在副罐80的上方。 在副罐80的上壁上,固定有排气阀84,使副罐80内的内压达到大气压。 通过打开排气阀84使副罐80中的内部压力等于大气压。
    • 2. 发明授权
    • Ink-feeding device and pressure-generating method
    • 给墨装置和压力生成方法
    • US07874656B2
    • 2011-01-25
    • US11281927
    • 2005-11-16
    • Noritaka OtaYuichi TakahashiDaisuke NakamuraTakeshi MiuraKazuo Haida
    • Noritaka OtaYuichi TakahashiDaisuke NakamuraTakeshi MiuraKazuo Haida
    • B41J2/175
    • B41J2/17556
    • An ink-feeding device is provided in which the pressure applied to the ink in the printing head can be adjusted arbitrarily irrespective of the relative positions of the ink container and the printing head. Inside the sub-tank 80, a pressure-adjusting pump 82 is installed for applying a suitable pressure to many nozzles 22Kn of the printing head 22K. This pressure-adjusting pump 82 is placed a little above the bottom face of the sub-tank 80 at a prescribed distance from the bottom face. Thereby the pressure-adjusting pump 82 is immersed in the ink held in the sub-tank 80. A drive unit 83 for driving the pressure-adjusting pump 82 is placed above the sub-tank 80. On the upper wall of the sub-tank 80, an air-vent valve 84 is fixed to bring the inside pressure in the sub-tank 80 to an atmospheric pressure. The inside pressure in the sub-tank 80 is made equal to the atmospheric pressure by opening the air-vent valve 84.
    • 提供了一种供墨装置,其中施加到打印头中的墨的压力可以任意调节,而与墨盒和打印头的相对位置无关。 在副容器80内部,安装有压力调节泵82,用于对打印头22K的许多喷嘴22Kn施加合适的压力。 该压力调节泵82从底面以规定的距离放置在副容器80的底面的上方。 由此,将调压泵82浸渍在保持在副罐80中的油墨中。用于驱动压力调节泵82的驱动单元83设置在副罐80的上方。在副罐的上壁 如图80所示,通气孔84被固定以使副罐80内的压力达到大气压。 通过打开排气阀84使副罐80中的内部压力等于大气压。
    • 3. 发明申请
    • BARCODE GENERATION SYSTEM, BARCODE GENERATION PROGRAM, AND PRINTING DEVICE
    • 条形码生成系统,条形码生成程序和打印设备
    • US20080304891A1
    • 2008-12-11
    • US12127808
    • 2008-05-27
    • Shinichi SaijoNoritaka OtaHirohisa NiidaMiho KunimatsuHiroyuki Maruo
    • Shinichi SaijoNoritaka OtaHirohisa NiidaMiho KunimatsuHiroyuki Maruo
    • B41J11/44
    • G06K1/121
    • A barcode generation system that generates an appropriate barcode, which satisfies the usage condition of each user, quickly and with a minimum consumption of ink and paper. A test chart is printed on a printing device 200 based on a test chart image 706 provided for printing black bars and white bars of a barcode wherein each of the black bars and white bars has the width of one of a plurality of different numbers of dots, and the output test chart 704 is read by an image scanner 110. An information processing device 100 analyzes the image, which has been read, and generates a relation table 800. In addition, based on information on a barcode type and a narrow bar width, the information processing device 100 calculates, by referring to the relation table 800, the correction values (barcode correction values 707) for the widths of the bar elements constituting the barcode.
    • 一种条形码生成系统,其能够快速地并且以最少的墨水和纸张的消耗生成满足每个用户的使用条件的适当的条形码。 基于提供用于打印黑条和条形码的白条的测试图图像706将打印设备200打印测试图,其中每个黑条和白条具有多个不同数量的点之一的宽度 ,输出测试图704由图像扫描器110读取。信息处理设备100分析已经读取的图像,并生成关系表800.另外,基于条形码类型和窄条的信息 宽度时,信息处理装置100通过参照关系表800计算构成条形码的条形元素的宽度的校正值(条形码校正值707)。
    • 4. 发明申请
    • RECORDING SYSTEM, CONTROL PROGRAM, AND RECORDING DEVICE
    • 记录系统,控制程序和记录装置
    • US20080259391A1
    • 2008-10-23
    • US12103668
    • 2008-04-15
    • Hiroyuki MaruoChiharu YumotoTatsuya YonemoriNoritaka Ota
    • Hiroyuki MaruoChiharu YumotoTatsuya YonemoriNoritaka Ota
    • G06F3/12
    • G06F3/1285G03G2215/00113G06F3/121G06F3/1234
    • Recording data generated by a recording data generation PC (100) is divided by recording data sending PCs (110, 120) and is sent to corresponding recording devices (210, 220). The recording devices (210, 220) record the received divided recording data on a common recording medium (130). If a recording error has occurred on one of the recording devices, the error is notified to the recording data generation PC via the recording data sending PC and recording stop instructions are issued from the recording data generation PC to all recording devices. When the recording stop instruction is received, each recording device sends the recording page number at that time to the recording data generation PC. The recording data generation PC determines a desired recording page number from the recording page numbers acquired from the recording devices, acquires the recording data from a recording database, converts the acquired recording data to display data, and displays it on a display device. This configuration allows a recording system, in which the recording devices are combined to record on a common recording medium, to correctly and automatically identify a page where the error has occurred.
    • 由记录数据生成PC(100)生成的记录数据被记录数据发送PC(110,120)分割,并被发送到相应的记录装置(210,220)。 记录装置(210,220)将所接收的分割记录数据记录在公共记录介质(130)上。 如果在其中一个记录装置上发生记录错误,则通过记录数据发送PC将错误通知给记录数据生成PC,并且从记录数据生成PC向所有记录装置发出记录停止指令。 当接收到记录停止指令时,每个记录装置将该时间的记录页码发送到记录数据生成PC。 记录数据生成PC从从记录装置获取的记录页码确定期望的记录页数,从记录数据库获取记录数据,将所获取的记录数据转换为显示数据,并将其显示在显示装置上。 该配置允许将记录装置组合以在公共记录介质上记录的记录系统正确且自动地识别发生错误的页面。
    • 5. 发明申请
    • BARCODE GENERATION SYSTEM, BARCODE GENERATION PROGRAM, PRINTING DEVICE, AND TEST CHART
    • 条形码生成系统,条形码生成程序,打印设备和测试图
    • US20090072035A1
    • 2009-03-19
    • US12200634
    • 2008-08-28
    • Noritaka Ota
    • Noritaka Ota
    • G06K19/00G06K7/10B41J2/01
    • G06K1/121
    • A test chart for printing black bars and white bars of a barcode, each of which has one of multiple different numbers of dots-in-width, is printed on a printing device on which barcodes are printed. In image data on the test chart, the space between neighboring black bars on the test chart is used as a white bar. The widths of black bars and white bars of a barcode are measured based on the image of the printed test chart. Based on this measurement result, the numbers of dots-in-width of black bars and white bars to be set at a printing time are calculated as barcode correction values so that the black bar widths and white bar widths of a printed barcode meet predetermined sizes. This configuration generates barcode configuration information, or barcodes, that satisfy individual user's use condition, quickly and with the minimal use of paper and ink.
    • 用于打印条形码的黑条和白条的测试图,其中每个条形码具有多个不同数量的宽度的点之一,印刷在打印条形码的打印设备上。 在测试图上的图像数据中,测试图上相邻黑条之间的空间用作白条。 条形码的黑条和白条的宽度根据打印的测试图的图像进行测量。 基于该测量结果,计算在打印时设置的黑条和白条的宽度的数量作为条形码校正值,使得打印的条形码的黑条宽度和白色条宽符合预定尺寸 。 此配置可以快速,最少使用纸张和墨水,生成满足个人用户使用条件的条形码配置信息或条形码。