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    • 1. 发明专利
    • Forgery preventive sticker
    • 锻造防伪贴纸
    • JP2005189484A
    • 2005-07-14
    • JP2003430230
    • 2003-12-25
    • Kiyoshi Hashimoto潔 橋本
    • HASHIMOTO KIYOSHI
    • B42D15/10B65D25/20G09F3/00G09F3/02G09F3/03
    • PROBLEM TO BE SOLVED: To provide a forgery preventive sticker against which counterfeit can not easily be made by printing. SOLUTION: Provided is the forgery preventive sticker which has a transparent film 40, a metal vapor-deposited layer 30 provided on the reverse surface of the transparent film 40, and a peeling-treated peelable sheet 10 stuck on the metal vapor-deposition surface of the metal vapor-deposited layer 30 across a sticky layer 20, the sticker being characterized in that a print part which is printed with transparent print ink 50 and a non-print part S which is not printed with the transparent print ink 50 are formed on the top surface of the transparent film 40 and the transparent film 40 present at the non-print part S and sticky layer 20 are dissolved with chemicals 70. COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:提供防伪标签,通过印刷不容易制造伪造的伪造防伪贴纸。 解决方案:提供了具有透明膜40的防伪贴纸,设置在透明膜40的背面上的金属蒸镀层30以及粘贴在金属蒸气层上的剥离处理的可剥离片材10。 金属蒸镀层30在粘性层20上的沉积表面,其特征在于,印有透明印刷油墨50的印刷部分和未印有透明印刷油墨50的非印刷部分S 形成在透明膜40的顶表面上,存在于非印刷部分S和粘性层20的透明膜40与化学品70一起溶解。(C)2005,JPO&NCIPI
    • 2. 发明专利
    • Transfer sheet for forgery preventing indication and method for forgery preventing indication
    • 用于防止锻造的锻造的转移表以及用于锻造防止锻炼的方法
    • JP2006297684A
    • 2006-11-02
    • JP2005120452
    • 2005-04-19
    • Kiyoshi HashimotoKomuda Yoshihiro小牟田 義弘潔 橋本
    • HASHIMOTO KIYOSHI
    • B42D15/10B44C1/17
    • PROBLEM TO BE SOLVED: To provide a transfer sheet for forgery preventing indication which exerts a high security effect and improves durability and which makes it possible to give the forgery preventing indication to various objects at a low cost and reliably. SOLUTION: A transparent film is laid on a base sheet 2 for peeling off, with an easy-to-peel layer 3 interlaid. The transparent film is an angle-dependent film 4 of which the visual effect varies according to an angle of sight. An angle-dependent layer 7 formed of angle-dependence ink which makes the color of reflected light vary according to the angle of sight and a fluorescent printed layer 6 formed of fluorescent ink which emits the fluorescent light in a visible range in reaction to a light beam of a prescribed wavelength are provided for the angle-dependent film 4, and a transfer adhesive layer 8 is formed on the side of the angle-dependent film 4 whereon the angle-dependent layer 7 and the fluorescent printed layer 6 are formed. COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:提供一种防伪指示用转印片,其施加高的安全性并提高耐久性,并且能够以低成本和可靠地将防伪指示给各种物品。 解决方案:将透明膜铺设在用于剥离的基片2上,并具有易于剥离的层3。 透明膜是视角影响根据视角而变化的依赖于角度的膜4。 由角度依赖性油墨形成的角度依赖层7,其使得反射光的颜色根据视角而变化,以及由荧光墨形成的荧光印刷层6,其在与光反应的可见光范围内发射荧光 为角度依赖膜4设置规定波长的光束,并且在角度依赖性膜4的形成角度依赖层7和荧光印刷层6的一侧形成转印粘合剂层8。 版权所有(C)2007,JPO&INPIT
    • 4. 发明授权
    • Method of estimating temperature distribution history
    • 温度分布历史估算方法
    • US09271336B2
    • 2016-02-23
    • US12743901
    • 2008-11-21
    • Yoshihiko TangoMorinobu IshiyamaNaoki OsawaKiyoshi HashimotoJunji Sawamura
    • Yoshihiko TangoMorinobu IshiyamaNaoki OsawaKiyoshi HashimotoJunji Sawamura
    • H05B6/10H05B6/06
    • H05B6/104H05B6/06H05B2213/07
    • A method is provided for estimating a temperature distribution history in the case of line-heating flat-plate steel by high frequency induction. The method of estimating the temperature distribution history includes a first step of measuring a history of temperature distribution that is generated when a test piece of sheet steel is spot-heated; a second step of analyzing an induction current distribution that is generated when the sheet steel is spot-heated; a third step of expressing the induction current distribution by an approximation equation of the initial induction current distribution at an initial temperature and temperature dependent correction factor of the initial induction current distribution, and identifying the initial induction current distribution and the temperature dependent correction factors based on the temperature distribution history and the induction current distribution; a fourth step of analyzing internal heat generation from the initial induction current distribution, the temperature dependent correction factor, and a temperature dependency of electrical resistivity of the sheet steel; and a fifth step of analyzing the temperature distribution history generated during the line heating by applying the internal heat generation to the sheet steel while the internal heat generation is being moved. According to the method, the temperature distribution history in the case where the flat-plate steel is line-heated by high frequency induction can be efficiently estimated at high precision.
    • 提供了一种在通过高频感应线路加热平板钢的情况下估计温度分布历史的方法。 估计温度分布历史的方法包括:测量钢板试样点火加热时产生的温度分布历史的第一步骤; 分析当钢板点加热时产生的感应电流分布的第二步骤; 通过初始感应电流分布的初始温度和温度相关校正因子的初始感应电流分布的近似方程来表达感应电流分布的第三步骤,以及基于初始感应电流分布的初始感应电流分布和温度依赖校正因子 温度分布历史和感应电流分布; 从初始感应电流分布,温度依赖校正因子和钢板的电阻率的温度依赖性分析内部发热的第四步骤; 以及第五步骤,通过在内部发热移动期间对钢板进行内部发热来分析在线路加热期间产生的温度分布历程。 根据该方法,可以高精度地有效地估计在平板钢通过高频感应线路加热的情况下的温度分布历史。
    • 6. 发明授权
    • Stream signal transmission device and transmission method
    • 流信号传输设备及传输方式
    • US08874058B2
    • 2014-10-28
    • US13147669
    • 2010-01-20
    • Kiyoshi Hashimoto
    • Kiyoshi Hashimoto
    • H04B7/00H04L12/26H04L12/28H04N21/242H04N7/24H04N21/43
    • H04N7/24H04N21/242H04N21/4307
    • Provided is a stream signal transmission device that can eliminate transmission delay fluctuation with a fast change such as network jitter with high accuracy and synchronize a plurality of streams. The stream signal transmission device includes at least one reception unit that receives a stream signal to which a time code is attached from a network, at least one extraction unit that extracts the time code from the stream signal received by the reception unit, and at least one delay control unit that determines an output time by adding a predetermined fixed delay to a time indicated by the time code extracted by the extraction unit, and outputs the stream signal received by the reception unit after holding the stream signal up to the output time.
    • 提供了一种流信号传输装置,其能够以高精度的快速变化(例如网络抖动)消除传输延迟波动并使多个流同步。 流信号发送装置包括至少一个接收单元,接收从网络附加时间码的流信号,至少一个提取单元,从接收单元接收的流信号中提取时间码,至少 一个延迟控制单元,通过将预定的固定延迟与由提取单元提取的时间码指示的时间相加来确定输出时间,并且在保持流信号之后输出由接收单元接收的流信号直到输出时间。
    • 8. 发明授权
    • Magnetic disk drive slider having a trailing edge extended rear surface
    • 磁盘驱动器滑块具有后缘延伸的后表面
    • US08184402B2
    • 2012-05-22
    • US12549300
    • 2009-08-27
    • Satoru OokuboHidekazu KohiraKiyoshi HashimotoJianhua Li
    • Satoru OokuboHidekazu KohiraKiyoshi HashimotoJianhua Li
    • G11B5/60
    • G11B5/6005
    • A head-slider which is configured to fly above a magnetic-recording disk. The head-slider includes a disk-facing side, which faces the magnetic-recording disk. The disk-facing side includes a plurality of surfaces including at least: a step bearing surface; a rail surface, which protrudes toward the magnetic-recording disk and is configured to exert a positive pressure; a deep-recessed surface, which is formed deeper than the step bearing surface and is configured to exert a negative pressure; an extended lateral surface, which is formed at substantially a same depth as the step bearing surface and disposed outside the deep-recessed surface in a width direction of the head-slider; and, an extended rear surface, which is formed at substantially the same depth as the step bearing surface and disposed at a trailing edge of the head-slider, and contiguous with the extended lateral surface.
    • 被配置为在磁记录盘上方飞行的磁头滑块。 磁头滑块包括面对磁记录盘的面向磁盘的一侧。 面向盘的一侧包括至少包括:台阶承载面的多个表面; 轨道表面,其朝向磁记录盘突出并被配置为施加正压力; 深凹陷表面,其形成为比台阶承载表面更深,并且构造成施加负压; 延伸的侧表面,其形成在与所述台阶承载表面基本相同的深度处,并且设置在所述头部 ​​- 滑块的宽度方向上的所述深凹陷表面的外侧; 以及延伸的后表面,其形成在与所述台阶承载表面基本相同的深度并且设置在所述头 - 滑块的后缘处并与所述延伸的侧表面邻接。
    • 10. 发明申请
    • MAGNETIC HEAD SLIDER
    • 磁头滑块
    • US20110032641A1
    • 2011-02-10
    • US12854079
    • 2010-08-10
    • Satoru OOKUBOKatsuhide TanakaMasaki OtsukaKiyoshi Hashimoto
    • Satoru OOKUBOKatsuhide TanakaMasaki OtsukaKiyoshi Hashimoto
    • G11B5/60
    • G11B5/6005
    • A magnetic head slider comprising: an air inflow end; an air bearing surface; and an air outflow end, the air bearing surface comprising: an inflow side rail face further formed towards the air inflow end than the center of the air bearing surface; an outflow side rail face formed further towards the air outflow end than the inflow side rail face, having a magnetic recording/reproduction element arranged thereon; a negative pressure groove face formed between the inflow side rail face and the outflow side rail face; and a groove face formed between the inflow side rail face and the negative pressure groove face, or between the inflow side rail face and the outflow side rail face; and comprising at least one step structure shallower than the groove face at the slider end in the width direction of the groove face.
    • 一种磁头滑块,包括:空气流入端; 空气轴承表面; 空气流出端,所述空气支承面包括:流入侧轨道面,其相对于所述空气轴承面的中心朝向所述空气流入端形成; 出口侧轨面,其形成为比流入侧轨道面更向空气流出端,其上布置有磁记录/再现元件; 在流入侧轨道面和流出侧轨道面之间形成负压槽面; 以及形成在流入侧轨道面和负压槽面之间或者流入侧轨道面与流出侧轨道面之间的槽面; 并且包括在凹槽面的宽度方向上比滑块端处的凹槽面浅的至少一个台阶结构。