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    • 1. 发明授权
    • Contact structure
    • 接触结构
    • US09520245B2
    • 2016-12-13
    • US13884567
    • 2011-11-09
    • Arata TanakaKatsuaki Suzuki
    • Arata TanakaKatsuaki Suzuki
    • H01H1/22H01H1/20H01H1/26H01H37/54H01H81/02H01H1/24
    • H01H1/22H01H1/2016H01H1/2075H01H1/26H01H37/5418H01H81/02H01H2001/247
    • The present invention provides a means in which contact between contacts in a “double-break (or double-make) contact structure” occurs in two places in the same state as much as possible. A contact structure includes two fixed members (110,112) each of which has a fixed contact (116,118) and a movable member (102) containing a movable contact (106) which contacts or separates from the fixed contact of each of the fixed members. The movable member is in the form of a strip as a whole, its one end is supported so as to allow the above mentioned contact and separation of the movable member, and the other end of the movable member has the movable contact, and the movable member has a narrowed section between its two ends.
    • 本发明提供了一种在“双断(或双制)”接触结构中的触点之间的接触以尽可能相同的状态发生在两个位置的装置。 接触结构包括两个固定构件(110,112),每个固定构件具有固定触点(116,118)和可动构件(102),该活动构件包含与每个固定构件的固定触点接触或分离的活动触头(106)。 可动构件整体呈带状,其一端被支撑,以允许可动构件的上述接触和分离,并且可移动构件的另一端具有活动触点,并且可移动构件 会员的两端之间有狭窄的部分。
    • 2. 发明授权
    • Switch and device using the switch
    • 开关和设备使用开关
    • US08395062B2
    • 2013-03-12
    • US10588583
    • 2005-02-02
    • Katsuaki Suzuki
    • Katsuaki Suzuki
    • H01H15/02
    • H01H81/02H01H9/0271H01H15/04H01H23/08H01H2033/163
    • There is provided a novel switch having a function of overcurrent protection. In a switch comprising a conductive movable member (9) and at least two terminals (1, 2, 3) and being switchable by mechanically moving the movable member (9) between a state in which the movable member (9) contacts with the two terminals (1, 2) simultaneously and a state in which the movable member (9) is apart from either one (1) of the two terminals (1, 2), at least one (2) of the two terminals (1, 2) is separated into a conductive contact part (2a) for contacting with the movable member (9) and a conductive connect part (2b) for being electrically connected with an external element (not shown), and a PTC member (2b) is located between the contact part (2a) and the connect part (2c). The PTC member (2b) may be a PTC element having a PTC material layer and a pair of conductive material layers each located on opposed surfaces of the PTC material layer.
    • 提供了具有过电流保护功能的新型开关。 在包括导电可移动构件(9)和至少两个端子(1,2,3)中的开关中,并且可移动可移动构件(9)在可动构件(9)与两个端子接触的状态之间进行机械移动 端子(1,2)同时和可动构件(9)与两个端子(1,2)中的任一个(1)分开的状态,两个端子(1,2)中的至少一个(2) )分离成用于与可动构件(9)接触的导电接触部分(2a)和用于与外部元件(未示出)电连接的导电连接部分(2b),并且PTC构件(2b)位于 在接触部分(2a)和连接部分(2c)之间。 PTC构件(2b)可以是具有PTC材料层的PTC元件和各自位于PTC材料层的相对表面上的一对导电材料层。
    • 3. 发明授权
    • Image data processing apparatus and liquid ejection apparatus
    • 图像数据处理装置和液体喷射装置
    • US08210633B2
    • 2012-07-03
    • US12830057
    • 2010-07-02
    • Katsuaki Suzuki
    • Katsuaki Suzuki
    • B41J29/38
    • B41J29/38B41J2/16526H04N1/4052
    • Quantizing means generates a quantized density and a quantization error component for a target pixel in a plurality of pixels. A subtracter calculates, for the target pixel, a quantization error correction component by subtracting the density of the target pixel contained in preliminary ejection data from the quantization error component output from the quantizing means. An allocator allocates the quantization error correction component calculated by the subtracter to a plurality of the pixels around the target pixel. The quantizing means outputs the quantized density and the quantization error component of the target pixel by performing an addition using the density of the target pixel contained in the image data, the density of the target pixel contained in the preliminary ejection data, and the accumulated diffused error component assigned to the target pixel by the allocator when other pixels are quantized.
    • 量化装置产生多个像素中的目标像素的量化密度和量化误差分量。 减法器通过从量化装置输出的量化误差分量中减去初步喷射数据中包含的目标像素的浓度,来计算目标像素的量化误差校正分量。 分配器将由减法器计算的量化误差校正分量分配给目标像素周围的多个像素。 量化装置通过使用包含在图像数据中的目标像素的浓度,包含在预备喷射数据中的目标像素的浓度和累积扩散的方式来输出目标像素的量化浓度和量化误差分量 当其他像素被量化时,分配器分配给目标像素的误差分量。
    • 7. 发明授权
    • Image processing device
    • 图像处理装置
    • US08851610B2
    • 2014-10-07
    • US14041234
    • 2013-09-30
    • Katsuaki Suzuki
    • Katsuaki Suzuki
    • B41J2/205B41J2/21
    • B41J2/2128
    • A calculator calculates a total value of tone values of all pixels in each aggregation by allocating each pixel of M-valued image data to one aggregation. Each block is either one of ejection-port groups including ejection ports having a common liquid channel serving as a liquid supply source or one of divided ejection-port groups. Each aggregation includes pixels of the M-valued image data corresponding to dots formed on a medium when liquid is ejected from ejection ports in one block during one L ejection period. Each L ejection period is obtained by dividing, by a plural number, a number of ejection cycles required to record an image on one recording medium. A tone-value reducer reduces tone values of at least part of pixels in an adjustment-requiring aggregation so that the total value becomes less than a threshold. A transmitter transmits the adjusted M-valued image data to a liquid ejecting device.
    • 计算器通过将M值图像数据的每个像素分配给一个聚合来计算每个聚合中所有像素的色调值的总值。 每个块是喷射口组中的一个,包括具有用作液体供应源的公共液体通道或分开的喷射口组中的一个的喷射口。 每个聚合包括当在一个L喷射期间液体从一个块中的喷射口喷射时,对应于在介质上形成的点的M值图像数据的像素。 每个L喷射周期通过将多个喷射循环的数量除以在一个记录介质上记录图像所需的喷射次数来获得。 色调值减少器减少需要调整的聚合中的至少部分像素的色调值,使得总值变得小于阈值。 发射机将经调整的M值图像数据发送到液体喷射装置。
    • 8. 发明申请
    • Contact Structure
    • 接触结构
    • US20130299323A1
    • 2013-11-14
    • US13884567
    • 2011-11-09
    • Arata TanakaKatsuaki Suzuki
    • Arata TanakaKatsuaki Suzuki
    • H01H1/22
    • H01H1/22H01H1/2016H01H1/2075H01H1/26H01H37/5418H01H81/02H01H2001/247
    • The present invention provides a means in which contact between contacts in a “double-break (or double-make) contact structure” occurs in two places in the same state as much as possible. A contact structure includes two fixed members (110,112) each of which has a fixed contact (116,118) and a movable member (102) containing a movable contact (106) which contacts or separates from the fixed contact of each of the fixed members. The movable member is in the form of a strip as a whole, its one end is supported so as to allow the above mentioned contact and separation of the movable member, and the other end of the movable member has the movable contact, and the movable member has a narrowed section between its two ends.
    • 本发明提供了一种在“双断(或双制)”接触结构中的触点之间的接触以尽可能相同的状态发生在两个位置的装置。 接触结构包括两个固定构件(110,112),每个固定构件具有固定触点(116,118)和可动构件(102),该活动构件包含与每个固定构件的固定触点接触或分离的活动触头(106)。 可动构件整体呈带状,其一端被支撑,以允许可动构件的上述接触和分离,并且可移动构件的另一端具有活动触点,并且可移动构件 会员的两端之间有狭窄的部分。
    • 9. 发明申请
    • IMAGE RECORDING APPARATUS, METHOD FOR PRODUCING TEST PATTERN IN THE SAME, AND NONTRANSITORY STORAGE MEDIUM STORING PROGRAM
    • 图像记录装置,用于生产其中的测试图案的方法和非存储存储介质存储程序
    • US20120274693A1
    • 2012-11-01
    • US13434569
    • 2012-03-29
    • Katsuaki Suzuki
    • Katsuaki Suzuki
    • B41J29/38
    • B41J29/38B41J2/2114
    • An image recording apparatus, including: a first head for ejecting first liquid for recording; a second head for ejecting second liquid; and a controller. The controller selects, based on the image data, one of waveforms for ejecting the first liquid for each pixel and supplies, to the first-liquid ejection head, a drive signal based on the selected waveform. The controller selects, based on the image data, one of the of waveforms for ejecting the second liquid for each pixel and supplies, to the second-liquid ejection head, a drive signal based on the selected waveform. The controller determines whether recording of a test pattern using the second liquid is required, and when the recording of the test pattern using the second liquid is required, selects the waveform such that the first liquid is not ejected.
    • 一种图像记录装置,包括:第一头,用于喷射第一液体进行记录; 用于喷射第二液体的第二喷头; 和控制器。 控制器基于图像数据选择用于为每个像素喷射第一液体的波形之一,并且基于所选择的波形向第一液体喷射头提供驱动信号。 控制器基于图像数据选择用于为每个像素喷射第二液体的波形之一,并将基于所选波形的驱动信号提供给第二液体喷射头。 控制器确定是否需要使用第二液体记录测试图案,并且当需要使用第二液体记录测试图案时,选择不喷射第一液体的波形。
    • 10. 发明申请
    • LIQUID-DROPLET EJECTING APPARATUS, METHOD FOR CONTROLLING THE SAME, AND NONVOLATILE STORAGE MEDIUM STORING PROGRAM FOR CONTROLLING THE APPARATUS
    • 液滴喷射装置,其控制方法和用于控制装置的非易失存储中央存储程序
    • US20120194590A1
    • 2012-08-02
    • US13363261
    • 2012-01-31
    • Katsuaki Suzuki
    • Katsuaki Suzuki
    • B41J29/38
    • B41J29/38
    • A liquid-droplet ejecting apparatus including: a head configured to eject liquid onto a recording medium; a curl-amount calculating section configured to calculate a curl amount of the recording medium on the basis of a location of at least one evaluation region on the recording medium and calculated amount of the liquid and the calculated number of liquid droplets to be ejected for the at least one evaluation region; and a curl suppressing section configured to change the evaluation ejection data for the at least one evaluation region on the basis of the calculated curl amount of the recording medium so as to change the amount of the liquid and/or the number of the liquid droplets to be ejected onto at least the at least one evaluation region on the recording medium to suppress the curl of the recording medium.
    • 一种液滴喷射装置,包括:头部,被配置为将液体喷射到记录介质上; 弯曲量计算部件,被配置为基于记录介质上的至少一个评估区域的位置和计算出的液体量以及计算出的喷射液滴数量来计算记录介质的卷曲量 至少一个评估区域; 以及卷曲抑制部,被配置为基于计算出的记录介质的卷曲量来改变至少一个评价区域的评价喷射数据,以将液体的量和/或液滴的数量改变为 至少被排出到记录介质上的至少一个评估区域以抑制记录介质的卷曲。