会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Image printing apparatus and method
    • 图像打印装置及方法
    • US06364445B1
    • 2002-04-02
    • US09603721
    • 2000-06-23
    • Takahisa IkedaAtsushi KubotaHidehiro WatanabeMegumi Shimizu
    • Takahisa IkedaAtsushi KubotaHidehiro WatanabeMegumi Shimizu
    • B41I2938
    • B41J2/5056B41J2/14B41J2202/17
    • An image printing apparatus comprises a storage section and a control section. The storage section stores an absorbing speed information in a storage area, the absorption speed information is a measured speed at which a recording medium used for a printing process absorbs an ink used for the printing process. And the control section controls an ink head so as to perform first dot recording which records a plurality of dots on the recording medium by a pitch of an ink ejection opening of the ink head, and moves the recording medium relatively with the ink head and controls the ink head so as to perform second dot recording which records a plurality of dots between a plurality of dots recorded by first dot recording, in accordance with a print interval time determined based on the absorption speed information stored in the storage section.
    • 图像打印设备包括存储部分和控制部分。 存储部将吸收速度信息存储在存储区域中,吸收速度信息是用于打印处理的记录介质吸收用于打印处理的墨的测量速度。 并且控制部分控制墨头,以便执行第一点记录,其通过墨头的喷墨口的间距在记录介质上记录多个点,并且使用墨头相对地移动记录介质并控制 墨水头,以便根据基于存储在存储部分中的吸收速度信息确定的打印间隔时间,执行在通过第一点记录记录的多个点之间记录多个点的第二点记录。
    • 2. 发明授权
    • Ink jet recording apparatus
    • 喷墨记录装置
    • US06386668B1
    • 2002-05-14
    • US09338969
    • 1999-06-24
    • Megumi ShimizuAtsushi KubotaHidehiro WatanabeTakahisa Ikeda
    • Megumi ShimizuAtsushi KubotaHidehiro WatanabeTakahisa Ikeda
    • B41J2938
    • B41J2/155B41J2/2128B41J2/515B41J2202/20G06K2215/111
    • In an ink jet recording apparatus having two head units, each having a large number of ink nozzles arranged in a line, assembled so that they overlap with each other, an 8-shade image signal is entered into a correction circuit and a line direction position signal is input into a position signal decision circuit. When the position signal decision circuit decides that the position signal represents the overlapping zone of the head units, the shade level of the image signal is divided between the head units. For example, when the shade level of the image signal is 7, one of the head units is allotted the shade level and the other is allotted the shade level. The overlapping nozzles in a pair eject droplets of ink to form one dot.
    • 在具有两个头单元的喷墨记录装置中,每个头单元具有排列成一行的多个墨喷嘴,以使它们彼此重叠的方式组装,将8色图像信号输入到校正电路和行方向位置 信号被输入到位置信号判定电路。 当位置信号判定电路判定位置信号表示头部单元的重叠区域时,图像信号的色阶等级在头单元之间被划分。 例如,当图像信号的色调级别为7时,头单元中的一个被分配为阴影层,另一个被分配为阴影层。 一对重叠的喷嘴喷出墨滴,形成一个点。
    • 3. 发明授权
    • Method and apparatus for driving an ink jet head
    • 用于驱动喷墨头的方法和装置
    • US06378973B1
    • 2002-04-30
    • US09456814
    • 1999-12-08
    • Atsushi KubotaHidehiro WatanabeTakahisa IkedaMegumi Shimizu
    • Atsushi KubotaHidehiro WatanabeTakahisa IkedaMegumi Shimizu
    • B41J2538
    • B41J2/04573B41J2/04586B41J2/04588B41J2/165
    • An ink jet head is provided having ink chambers, energy-generating elements provided in the ink chambers, respectively, and ink outlet ports communicating with the ink chambers, respectively. The ink jet head may be left unused for a time longer than a predetermined time, with a meniscus formed in each ink outlet port. In this case, a drive pulse is applied to each energy-generating element several times, thereby forcing the ink outwards from the ink outlet ports and increasing a surface area of the ink from a surface area of the meniscus. Then, a negative pressure is applied in each ink chamber, thereby drawing the ink back toward the ink chambers, thus forming a meniscus again in the ink outlet ports. In this condition, a drive pulse is applied to the energy-generating elements, thus ejecting an ink droplet from the ink outlet ports to record data.
    • 设置有分别设置在墨水室中的墨水室,能量产生元件和与墨水室连通的墨水出口的喷墨头。 喷墨头可以在预定时间内不再使用一段时间,在每个出墨口形成弯液面。 在这种情况下,将驱动脉冲施加到每个能量产生元件多次,从而迫使墨水从墨水出口向外流动并且从弯液面的表面区域增加墨水的表面积。 然后,在每个墨水室中施加负压,从而将墨水向墨水腔抽回,从而在墨水出口端口再次形成弯液面。 在这种情况下,驱动脉冲被施加到能量产生元件,从而从墨水出口喷射墨滴以记录数据。
    • 7. 发明授权
    • Ink jet recording apparatus
    • 喷墨记录装置
    • US06352329B1
    • 2002-03-05
    • US09316103
    • 1999-05-24
    • Hidehiro WatanabeAtsushi Kubota
    • Hidehiro WatanabeAtsushi Kubota
    • B41J2205
    • G06K15/102B41J2/155G06K2215/0085G06K2215/0094H04N1/4015
    • In accordance with the dither matrix position signal from the dither matrix position signal generating unit, the dither matrix circuits supply respectively corresponding threshold signals to the selector. When the pixel of interest of the input image signal corresponds to two ink outlet ports at each end portion of the head units to be corrected, the selector selects the threshold signal from the end portion dither matrix circuit that is set for the end area, in accordance with the dither matrix selection signal from the dither matrix selection signal generating unit. Therefore, the comparator compares the input image signal with the threshold signal from the end portion dither matrix circuit and converts it into an N-valued signal.
    • 根据来自抖动矩阵位置信号生成单元的抖动矩阵位置信号,抖动矩阵电路分别向选择器提供相应的阈值信号。 当输入图像信号的感兴趣的像素对应于要校正的头单元的每个端部处的两个墨水出口时,选择器从为端区设置的端部抖动矩阵电路中选择阈值信号, 根据来自抖动矩阵选择信号产生单元的抖动矩阵选择信号。 因此,比较器将输入图像信号与来自端部抖动矩阵电路的阈值信号进行比较,并将其转换为N值信号。
    • 8. 发明授权
    • Image forming apparatus
    • 图像形成装置
    • US06466335B1
    • 2002-10-15
    • US09237422
    • 1999-01-26
    • Hiroki UmezawaAtsushi KubotaHidehiro Watanabe
    • Hiroki UmezawaAtsushi KubotaHidehiro Watanabe
    • H04N140
    • H04N1/40
    • Image data of 256 gradations is converted into that of 4 gradations which can be recorded by a recording head, at a pseudo-halftone processing unit and the converted image data is supplied to a head driving unit. A control signal selector selects a control signal A from a control signal A setting unit when the image data is a natural image, and a control signal B from a control signal B setting unit when the image data is a character or a line drawing. The head driving unit generates an electric signal used to drive the recording head on the basis of gradation information from the pseudo-halftone processing unit and the control signal A or B. With this operation, when the image data is a natural image, recording is carried out with a pixel dot for image formation excellent in gradation property, and when the image data is a character or a line drawing, recording is carried out with a pixel dot for image formation which causes no jaggy or blur to be generated at hatched portions and the like.
    • 256个灰度的图像数据被转换为可由记录头在伪半色调处理单元记录的4个灰度的图像数据,并将经转换的图像数据提供给头驱动单元。 当图像数据是自然图像时,控制信号选择器从控制信号A设置单元选择控制信号A,以及当图像数据是字符或线条图时来自控制信号B设置单元的控制信号B. 头驱动单元根据来自伪半色调处理单元和控制信号A或B的灰度信息产生用于驱动记录头的电信号。通过该操作,当图像数据是自然图像时,记录是 进行具有优异的灰度特性的图像形成的像素点,并且当图像数据是字符或线条画时,利用图像形成的像素点进行记录,从而在阴影部分不产生锯齿或模糊 等等。
    • 10. 发明授权
    • Acquisition of MR signals using multiple-quantum-coherence transfer
    • 采用多量子相干转移获取MR信号
    • US06696889B2
    • 2004-02-24
    • US09943090
    • 2001-08-31
    • Hidehiro Watanabe
    • Hidehiro Watanabe
    • G01V300
    • G01R33/4608
    • A magnetic resonance signal is acquired from a JHH-coupled 1H within an object. After application of a wideband first radio-frequency magnetic pulse, a first frequency-selective radiation pulse is applied to a specific nucleus 1H coupled to a desired nucleus 1H through a homonuclear spin-spin coupling (JHH-coupling), thus multiple-quantum coherences between the nuclei 1H being generated. A second radio-frequency magnetic pulse is then applied. A second frequency-selective radiation pulse is then applied to the specific nucleus 1H to generate a single-quantum coherence of the desired nucleus 1H. Thus, a magnetic resonance signal can be acquired from the desired nucleus 1H. The acquisition of the signal is robust, adjustment in the phases of the radio-frequency magnetic pulses is not required, and an acquired spectrum is avoided from being visually complicated.
    • 从对象内的JHH耦合的1 H获取磁共振信号。 在应用宽带第一射频磁脉冲之后,通过同核自旋 - 自旋耦合(JHH耦合)将第一频率选择性辐射脉冲施加到耦合到期望核<1 H的特定核<1> H, 因此产生了核-1H之间的多量子相干。 然后施加第二个射频磁脉冲。 然后将第二频率选择性辐射脉冲施加到特定的核1 H以产生期望的核1 H的单量子相干性。 因此,可以从期望的核<1H获得磁共振信号。 信号的获取是鲁棒的,不需要调整射频磁脉冲的相位,并且避免所获得的光谱视觉复杂。