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    • 3. 发明申请
    • COLOR PROCESSOR, IMAGE FORMING APPARATUS, COLOR PROCESSING METHOD AND COMPUTER READABLE MEDIUM
    • 彩色处理器,图像形成装置,颜色处理方法和计算机可读介质
    • US20110058224A1
    • 2011-03-10
    • US12724504
    • 2010-03-16
    • Takeshi SaitoHaruka SaitoMasahiko KuboKenji HaraToru MisaizuShigeru AraiKouta Matsuo
    • Takeshi SaitoHaruka SaitoMasahiko KuboKenji HaraToru MisaizuShigeru AraiKouta Matsuo
    • H04N1/405
    • H04N1/4051H04N1/52
    • A color processor includes: an acquisition unit that acquires first and second multi-valued color signals respectively indicating in a multi-valued manner quantities of first and second color materials used for reproducing color with a specific hue, the second color material having a different density from the first color material; a generation unit that generates first and second binary color signals by performing dither processing, respectively with first and second dither matrices, for the first and second multi-valued color signals acquired by the acquisition unit, the second dither matrix having the same angle and the same number of lines as the first dither matrix and being used for forming halftone dots at positions different from positions of halftone dots formed by use of the first dither matrix; and an output unit that outputs to a print mechanism the first and second binary color signals generated by the generation unit.
    • 彩色处理器包括:获取单元,其获取分别以多值方式指示用于用特定色调再现颜色的第一和第二颜色材料的第一和第二多值颜色信号,所述第二颜色材料具有不同的密度 从第一色材料; 生成单元,其通过对由所述获取单元获取的所述第一和第二多值颜色信号分别具有第一和第二抖动矩阵进行抖动处理来生成第一和第二二进制颜色信号,所述第二抖动矩阵具有相同的角度,并且 与第一抖动矩阵相同数量的线,用于在与使用第一抖动矩阵形成的半色调点的位置不同的位置处形成半色调点; 以及输出单元,其向打印机构输出由生成单元生成的第一和第二二进制颜色信号。
    • 5. 发明授权
    • Spinning method for forming pipe end
    • 用于形成管端的纺丝方法
    • US08683843B2
    • 2014-04-01
    • US12081355
    • 2008-04-15
    • Akihiro AndoKazushi SakamotoShinobu KarinoKenji Hara
    • Akihiro AndoKazushi SakamotoShinobu KarinoKenji Hara
    • B21D19/04B21D22/14
    • B21D41/04B21D22/14
    • A spinning method for forming pipe bodies of varying diameter. In the spinning method, when a necked portion is formed at the end of the pipe material by the spinning method, working rollers are restricted so as to return immediately before the pipe end instead of being allowed to axially move beyond the end of the working object pipe. The amount of diameter reduction at the pipe end is set to be smaller than that of the most diameter reduced portion connecting to the pipe end. A protruding portion of a so-called bellmouth shape is formed at the working end, thereby preventing generation of fractures originating at the working end of the base portion or the welded portion and generation of wrinkles during the spinning process.
    • 一种用于形成直径不同的管体的纺丝方法。 在纺丝方法中,当通过纺丝方法在管材端部形成颈缩部分时,加工辊受到限制,以便在管端之前立即返回,而不允许轴向移动超过工作对象的端部 管。 管端的直径减小量被设定为小于连接到管端的最大直径减小部分的量。 在工作端形成所谓的喇叭口形状的突出部分,从而防止在基部或焊接部分的工作端产生裂缝并产生纺丝过程中的皱纹。
    • 8. 发明授权
    • Absorptive article
    • 吸收品
    • US08227660B2
    • 2012-07-24
    • US11629239
    • 2005-06-10
    • Kenji HaraYasuo Ido
    • Kenji HaraYasuo Ido
    • A61F13/15
    • A61F13/15203A61F13/5126A61F2013/51165A61F2013/5127
    • An absorbent article using a surface sheet in which a side of the surface coming into contact with a skin is made of a non-woven fabric and a plastic film layer is stacked in a side of the back of the foregoing non-woven fabric, wherein the residence of a body fluid due to a capillary phenomenon or surface tension in an aperture wall part of the foregoing surface sheet is reduced and the body fluid is rapidly moved into a side of a hydrophilic second sheet or absorber as a lower layer, thereby not only keeping dryness and smoothness on the surface but also preventing turning back with a lapse of time. A surface sheet has a structure in which a side of the surface coming into contact with a skin is made of a non-woven fabric, a plastic film layer is stacked in a side of the back of the foregoing non-woven fabric, and a number of projecting parts and recessing parts are formed by embosses and a number of apertures are formed in the side of the surface coming into contact with a skin; and the foregoing apertures are formed in a proportion so as to have an aperture area of from 0.35 to 0.60 mm2 per aperture and an aperture ratio of from 10 to 19%, and the aperture shape is an aperture shape not having an angledly bent corner.
    • 使用表面片的吸收性物品,其中表面与皮肤接触的一侧由无纺织物制成,并且塑料膜层堆叠在上述无纺织物背面的一侧,其中 由于毛细管现象或表面张力在上述表面片的孔壁部分中的体液的滞留减少,并且体液被快速地移动到作为下层的亲水性第二片或吸收体的侧面,从而不会 只能保持表面的干燥和光滑,同时也防止时间的流逝。 表面片具有与皮肤接触的表面的一侧由无纺布制成的结构,在前述无纺织物的背面的一侧层叠塑料膜层,并且 突出部分和凹陷部分的数量由压花形成,并且在与皮肤接触的表面的侧面中形成多个孔; 并且上述孔径成比例地形成为具有孔径为0.35至0.60mm 2的孔径和10至19%的孔径比,并且孔径形状是不具有成角度弯曲角的孔形状。
    • 10. 发明申请
    • Battery Controller and Voltage Abnormality Detection Method
    • 电池控制器和电压异常检测方法
    • US20120062238A1
    • 2012-03-15
    • US13213186
    • 2011-08-19
    • Tatsuhiko KawasakiKenji HaraToshiyuki NantoHirofumi Takahashi
    • Tatsuhiko KawasakiKenji HaraToshiyuki NantoHirofumi Takahashi
    • G01N27/416
    • G01R19/16542G01R31/396G01R35/00
    • A battery controller for controlling an assembled battery configured by connecting battery groups each including battery cells, includes: voltage measuring units that are provided respectively for the battery groups each to measure a voltage of each of the battery cells included in a corresponding battery group; a minimum value detecting unit that detects a minimum value of the battery cells for each of the battery groups based upon the measured voltage of each of the battery cells; a reference value setting unit that sets a reference value used to determine an abnormal voltage drop for each of the battery groups based upon the measured voltage of each of the battery cells; and an abnormality determining unit that makes a determination that an abnormal voltage drop is present, if a difference between the reference value and the minimum value exceeds a predetermined value, for each of the battery groups.
    • 一种电池控制器,用于控制通过连接包括电池单元的电池组而构成的组合电池,包括:电压测量单元,其分别设置用于各电池组,用于测量包括在相应的电池组中的每个电池单元的电压; 最小值检测单元,其基于每个电池单元的测量电压来检测每个电池组的电池单元的最小值; 基准值设定部,基于各电池单元的测定电压,设定用于确定各个电池组的异常电压降的基准值; 以及异常判定单元,对于每个电池组,如果基准值和最小值之间的差超过预定值,则确定存在异常电压降的确定。