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    • 1. 发明授权
    • Video signal processing apparatus
    • 视频信号处理装置
    • US06850694B1
    • 2005-02-01
    • US09640645
    • 2000-08-18
    • Eiji MoroKen SodeyamaHiroyuki HoriKatsuyuki WatanabeAkifumi Tabata
    • Eiji MoroKen SodeyamaHiroyuki HoriKatsuyuki WatanabeAkifumi Tabata
    • H04N5/765H04N5/7826H04N5/783H04N5/95H04N5/956H04N9/804H04N9/896
    • H04N9/896H04N5/78263H04N5/783H04N9/8042
    • The present invention relates to a video signal processing apparatus for outputting an inputted video signal after subjecting the video signal to time axis correction, particularly to a video signal processing apparatus preferable in the case of subjecting the video signal to image compression. In the case in which a nonstandard signal is inputted to an image compression circuit of an MPEG2 encoder or the like, a drawback of freezing image or generating block noise or the like is resolved. A time axis correcting circuit stores an input signal to a memory and reads the input signal at a timing delayed from V synchronization of the input signal by a predetermined time period. For that purpose, a read synchronizing signal generator is reset at respective input field. A reset position is set to a position preceding the read V synchronization position by 3H through 10H. It is detected whether the input signal is a non-interlace signal or a field length thereof is deviated from a standard value and in these cases, odd/even order or synchronization timing of a synchronizing signal is corrected. Further, when the input signal is a nonstandard signal, the input signal is outputted without passing through the image compression circuit by a changeover switch.
    • 视频信号处理装置本发明涉及一种视频信号处理装置,用于在对视频信号进行时间轴校正之后输出输入的视频信号,特别涉及在对视频信号进行图像压缩的情况下优选的视频信号处理装置。 在将非标准信号输入到MPEG2编码器等的图像压缩电路的情况下,解决图像冻结或产生块噪声等的缺陷。 时间轴校正电路将输入信号存储到存储器,并且以从输入信号的V同步延迟预定时间段的定时读取输入信号。 为此,读取同步信号发生器在相应的输入场复位。 复位位置被设定为读取V同步位置之前的位置3H到10H。 检测输入信号是不是隔行扫描信号还是其场长偏离标准值,在这些情况下,校正同步信号的奇数/偶数阶或同步定时。 此外,当输入信号是非标准信号时,输入信号不通过图像压缩电路通过转换开关输出。
    • 2. 发明授权
    • Video signal processing device
    • 视频信号处理装置
    • US06819363B2
    • 2004-11-16
    • US09922318
    • 2001-08-02
    • Eiji MoroKen SodeyamaHiroyuki Hori
    • Eiji MoroKen SodeyamaHiroyuki Hori
    • H04N950
    • H04N5/956
    • For horizontal sync information HD suitable for use in image processing module, e.g., module for TBC features, image compression recording/playback features, and LCD displaying features, it would be desirable that the time base fluctuations of the video input signal is faithfully reflected and that an interpolated HD generating feature is provided. A module for generating pulses generates the trailing edges of Csync as the trailing edge HD, and switches to an interpolated HD when a dropped pulse is detected after a few microseconds delay in the leading edge relative to the standard pulse. Thus, the trailing edge HD is selected within a time base fluctuation on the order of a few microseconds and the time base fluctuation is faithfully reflected and interpolation features can also be provided.
    • 对于适用于图像处理模块(例如,用于TBC特征的模块,图像压缩记录/回放特征和LCD显示特征)的水平同步信息HD,期望视频输入信号的时基波动被忠实地反映, 提供内插的HD生成特征。 用于产生脉冲的模块产生Csync的后沿作为后沿HD,并且当在前沿相对于标准脉冲的几微秒延迟之后检测到丢弃的脉冲时,切换到内插的HD。 因此,在几微秒级的时基波动内选择后缘HD,并且忠实地反映时基波动,还可以提供插值特征。
    • 6. 发明授权
    • Printing blanket
    • 印刷毯
    • US07562624B2
    • 2009-07-21
    • US10533261
    • 2003-10-21
    • Yoshio IwasakiHiroyuki Hori
    • Yoshio IwasakiHiroyuki Hori
    • B41F27/06
    • B41N10/04B41N10/02B41N2210/02B41N2210/04B41N2210/06B41N2210/14
    • In a printing blanket comprising a reinforcement layer formed of more than one sheet of fabric, a compressive layer, and a surface rubber layer laid through a supporting body, the compressive layer is separated by a separation layer so as to be divided into two layers of a first compressive layer and a second compressive layer. Because the compressive layer is formed in a two-layer construction, normal printing pressure and abruptly applied excessive printing pressure can be efficiently absorbed. It is preferable that the first compressive layer close to the surface rubber layer has an air space amount of 0.10-0.20 mm, and the entire part of the first compressive layer and second compressive layer has an air space amount of 0.25 mm or more. It is also preferable that the hardness of the compressive layer is 50-90 JIS-A, and the separation layer has a hardness of 50 JIS-A-80 JID-D and a thickness of 0.05 mm.
    • 在包括由多于一层织物形成的增强层,压缩层和铺设在支撑体上的表面橡胶层的印刷毯中,所述压缩层被分离层分离,从而被分成两层 第一压缩层和第二压缩层。 由于压缩层形成为双层结构,因此可以有效地吸收正常的印刷压力和突然施加过大的印刷压力。 优选靠近表面橡胶层的第一压缩层的空气量为0.10-0.20mm,并且第一压缩层和第二压缩层的整个部分的空气空间量为0.25mm以上。 压缩层的硬度也优选为50〜90 JIS-A,分离层的硬度为JIS-A-80JID-D,厚度为0.05mm。
    • 7. 发明授权
    • Plan execution control apparatus, plan execution control method, and plan execution control program
    • 计划执行控制装置,计划执行控制方法以及计划执行控制程序
    • US08650060B2
    • 2014-02-11
    • US12466296
    • 2009-05-14
    • Tohru WatanabeHiroyuki Hori
    • Tohru WatanabeHiroyuki Hori
    • G06Q10/00
    • G06Q10/06G06Q10/0631G06Q10/0639
    • The invention provides a plan execution control apparatus, a plan execution control method and a plan execution control program capable of giving instructions for sensitively and efficiently maintaining even installations located in a wide range. The plan execution control apparatus includes a linkage reliability calculating section for calculating a target reliability of a single or a plurality of mutually related installations, a damaged state transition control section that provides a damaged state transition structure of the installations, a maintenance time limit calculating section for calculating a time limit related to the maintenance work to meet the target level of reliability of each key point and section, the constraint control section for recognizing and recording the constraints related to traveling of maintenance personnel, the traveling workload and the acceptable workload, and the itinerary maintenance determining section for calculating the itinerary schedule indicating the assignment to the object to be maintained.
    • 本发明提供一种计划执行控制装置,计划执行控制方法和计划执行控制程序,其能够给位于大范围内的均匀安装的敏感且有效地保持指令。 计划执行控制装置包括:联动可靠性计算部,其计算单个或多个相互关联的装置的目标可靠性;提供设备的损坏状态转移结构的损坏状态转移控制部;维护时间限制计算部 为了计算与维护工作相关的时间限制以满足每个关键点和部分的目标可靠性水平,用于识别和记录与维护人员的旅行有关的约束的约束控制部分,旅行工作量和可接受的工作量,以及 行程维护确定部分,用于计算指示对待维护的对象的分配的行程计划。
    • 9. 发明授权
    • Crystalline 1-butene polymer composition
    • 结晶1-丁烯聚合物组合物
    • US4727112A
    • 1988-02-23
    • US17121
    • 1987-02-20
    • Masaki KohyamaHiroyuki Hori
    • Masaki KohyamaHiroyuki Hori
    • C08L23/00C08L7/00C08L21/00C08L23/18C08L23/20C08L23/26C08L101/00
    • C08L23/20Y10S525/938Y10S526/914
    • The composition of crystalline 1-butene polymer comprising:(a) a crystalline 1-butene polymer containing a 1-butene component as a main component, and(b) a radical-treated crystalline olefinic polymer having (1) a boiling p-xylene-insoluble content of 30% by weight at most and (2) the relation satisfying the following expressionTc.sup.CL -Tc.sup.O .gtoreq.1 wherein Tc.sup.CL is the crystallization temperature (.degree.C.) of the radical-treated crystalline olefinic polymer, and Tc.sup.O is the crystallization temperature of the crystalline olefinic polymer before the radical treatment, and(c) the proportion of the radical-treated crystalline olefinic polymer (b) being 0.2 to 100 parts by weight per 100 parts by weight of the crystalline 1-butene polymer (a).
    • 结晶1-丁烯聚合物的组成包括:(a)以1-丁烯组分为主要成分的结晶1-丁烯聚合物,和(b)自由基处理的结晶烯烃聚合物,其具有(1)沸点对二甲苯 - 不溶性含量最多为30重量%,(2)满足以下表达式TcCL-TcO> / = 1的关系式,其中TcCL为自由基处理的结晶烯烃聚合物的结晶温度(℃),TcO为 在自由基处理之前的结晶烯烃聚合物的结晶温度,和(c)自由基处理的结晶烯烃聚合物(b)的比例为每100重量份结晶1-丁烯聚合物(0.2重量份)为0.2-100重量份 一个)。
    • 10. 发明授权
    • Image transfer sheet
    • 图像转印表
    • US07754313B2
    • 2010-07-13
    • US10551547
    • 2004-02-26
    • Hiroyuki HoriYoshio Iwasaki
    • Hiroyuki HoriYoshio Iwasaki
    • B32B7/14
    • G03G7/0026G03G7/0006G03G7/0093G03G15/1625Y10S428/914Y10T428/24802Y10T428/24851Y10T428/2486Y10T428/24917Y10T428/2495Y10T428/24983
    • An image transfer sheet includes a withstand voltage layer provided on a surface of a release layer where an image is formed and transferred, and a conductive compressive layer laid on the withstand voltage layer by way of a conductive support layer. The release layer is formed of a fluororesin or an elastomer, and its surface tension is 20 mN/m or less. The release layer has a thickness of 0.01 mm or more. The withstand voltage layer preferably has a thickness of 0.2 mm or more, a volume electrical resistivity within a range of 105 Ω-cm through 109 Ω-cm at room temperature, and a matrix hardness of 80 JIS-A or less. Further, the conductive compressive layer preferably has a volume electrical resistivity of 104 Ω-cm or less at room temperature, and a porosity of 30 to 70%. In addition, the support layer has a volume electrical resistivity similar to that of the conductive compressive layer, and can comprise woven cloth regulated by conductive fibers.
    • 图像转印片包括设置在图像形成和转印的剥离层的表面上的耐压层,以及通过导电性支撑层铺设在耐电压层上的导电性压缩层。 剥离层由氟树脂或弹性体形成,其表面张力为20mN / m以下。 剥离层的厚度为0.01mm以上。 耐电压层的厚度优选为0.2mm以上,体积电阻率为105〜OHgr·cm-109〜(OHgr·-cm),室温下的基体硬度为80 JIS-A以下。 此外,导电压缩层优选在室温下的体积电阻率为104&OHgr·cm以下,孔隙率为30〜70%。 此外,支撑层具有类似于导电压缩层的体积电阻率,并且可以包括由导电纤维调节的编织布。