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    • 4. 发明授权
    • Antenna unit and watch having the antenna unit
    • 具有天线单元的天线单元和手表
    • US07167134B2
    • 2007-01-23
    • US10996258
    • 2004-11-23
    • Narutoshi MinamiTakashi SanoSoh KimuraTadashi Kotani
    • Narutoshi MinamiTakashi SanoSoh KimuraTadashi Kotani
    • H01Q1/12
    • H01Q1/273G04R60/06
    • In one antenna unit, a non-electrically conductive resin layer is provided on a core portion of electrically conductive material and a winding portion is configured by a coil wound on the layer. The antenna unit is housed in a band attaching portion of a watch case of a watch, and a watch module is housed in the watch case. In another antenna unit, a core portion and a winding portion wound on the core portion are arranged in a cover case. Openings are formed in side walls of the cover case oppositely positioned to each other, and parts of the outer circumferential surface of the winding portion are arranged in the openings. The winding portion together with the core portion is supported to the inner surface of the cover case by adhesive portions interposed between the cover case and the winding portion.
    • 在一个天线单元中,在导电材料的芯部上设置非导电树脂层,并且绕组部分由缠绕在该层上的线圈构成。 天线单元被容纳在手表的表壳的带附接部分中,并且手表模块容纳在表壳中。 在另一个天线单元中,缠绕在芯部上的芯部分和绕组部分布置在盖壳中。 开口形成在彼此相对定位的盖壳的侧壁中,并且绕组部分的外周表面的一部分布置在开口中。 卷绕部与芯部一起通过插入在盖壳和卷绕部之间的粘合部支撑在盖壳的内表面。
    • 7. 发明授权
    • Video encoding method, video encoding apparatus, video encoding program and storage medium of the same
    • 视频编码方法,视频编码装置,视频编码程序和存储介质
    • US08811486B2
    • 2014-08-19
    • US12936626
    • 2008-04-08
    • Takashi SanoHiroe IwasakiJiro Naganuma
    • Takashi SanoHiroe IwasakiJiro Naganuma
    • H04N7/12H04N11/02H04N11/04G06K9/46
    • H04N19/16H04N19/112H04N19/139H04N19/176
    • A motion detection portion of a video encoding apparatus conducts motion detection on each of frame macroblocks and field macroblocks to calculate motion vectors and respective detection cost. A motion vector evaluation value calculation portion calculates an evaluation value of the size of motion vectors. A motion vector threshold determination portion compares the evaluation value of the size of motion vectors to a predetermined threshold to determine whether the target area is a moving area or a still area. If the target area is a moving area, it is determined whether frame or field macroblock mode is to be used by comparing the detection costs. If the target area is a still area, it is determined whether frame or field macroblock mode is to be used in accordance with the size of the sum of absolute values of differences between neighboring pixels in a vertical direction regarding the frame macroblock and field macroblock.
    • 视频编码装置的运动检测部分对帧宏块和场宏块中的每一个进行运动检测,以计算运动矢量和相应的检测成本。 运动矢量评估值计算部分计算运动矢量大小的评估值。 运动矢量阈值确定部分将运动矢量大小的评估值与预定阈值进行比较,以确定目标区域是移动区域还是静止区域。 如果目标区域是移动区域,则通过比较检测成本确定是使用帧还是场宏块模式。 如果目标区域是静止区域,则根据关于帧宏块和场宏块的垂直方向上的相邻像素之间的差异的绝对值之和的大小,确定是使用帧还是场宏块模式。
    • 8. 发明授权
    • Time information acquiring apparatus and radio-controlled timepiece
    • 时间信息获取装置和无线电控制时计
    • US08483016B2
    • 2013-07-09
    • US13182532
    • 2011-07-14
    • Teruhisa TokiwaTakashi Sano
    • Teruhisa TokiwaTakashi Sano
    • G04C11/02
    • G04R20/10
    • Disclosed is a time information acquiring apparatus wherein: a second data acquiring section acquires a second data by measuring pulse signals of a frame of a time code signal during a period of time including a period of time a first data acquiring section acquires a first data which is stored in a first data storing section; and when a time data, which is generated by a decoder based on information on a starting point of the frame detected by a detecting section and the second data stored in a second data storing section, is determined as inconsistent by a consistency determining section, a controller makes the detecting section re-detect the starting point of the frame, and makes the decoder re-generate the time data based on a result of the re-detection of the starting point of the frame and the second data stored in the second data storing section.
    • 公开了一种时间信息获取装置,其中:第二数据获取部分通过在包括第一数据获取部获取第一数据的时间段的时间段期间测量时间码信号的帧的脉冲信号来获取第二数据, 存储在第一数据存储部中; 并且当由解码器基于由检测部分检测到的帧的起始点和存储在第二数据存储部分中的第二数据的信息生成的时间数据被确定为由一致性确定部分不一致时, 控制器使得检测部分重新检测帧的起始点,并且使得解码器基于帧的起始点的重新检测的结果和存储在第二数据中的第二数据重新生成时间数据 存储部分。
    • 9. 发明授权
    • Radio controlled timepiece
    • 无线电钟表
    • US08472284B2
    • 2013-06-25
    • US13171641
    • 2011-06-29
    • Teruhisa TokiwaTakashi Sano
    • Teruhisa TokiwaTakashi Sano
    • G04C11/02
    • G04R20/10
    • A radio controlled timepiece includes: a radio wave receiving section which outputs a time code signal; an indicator display section which performs a display regarding a reception condition; a level change detecting section which detects a change of a signal level of the time code signal in a predetermined detection interval in a period of 1 second; an indicator control section which controls a content of the display based on a number of times that the change of the detected signal level appears; and an interval setting section which specifies the detection interval as a whole interval of the period of 1 second during a detecting process of a synchronization point in the time code signal every 1 second, and narrows the detection interval to be a certain interval within the period of 1 second after a detection of the synchronization point every 1 second.
    • 无线电控制的钟表包括:无线电波接收部分,其输出时间码信号; 指示器显示部,其执行关于接收条件的显示; 电平变化检测部分,其在1秒的时间段内检测预定检测间隔中的时间码信号的信号电平的变化; 指示器控制部,其基于检测出的信号电平的变化次数来控制显示内容; 以及间隔设定部,其在1秒的时间码信号的同步点的检测处理中,将检测间隔规定为1秒的周期的整个间隔,并且将检测间隔缩小为在该期间内的一定间隔 每1秒检测一次同步点后1秒钟。
    • 10. 发明申请
    • TIME INFORMATION ACQUIRING APPARATUS AND RADIO-CONTROLLED TIMEPIECE
    • 时间信息获取设备和无线电控制时间
    • US20120026842A1
    • 2012-02-02
    • US13182540
    • 2011-07-14
    • Teruhisa TokiwaTakashi Sano
    • Teruhisa TokiwaTakashi Sano
    • G04C11/02
    • G04R20/10
    • A time information acquiring apparatus includes: a first decoder which decodes a time code signal frame by frame so as to generate solo-decoded time information; a first determining section which determines consistency of the solo-decoded time information; a second decoder which combines detection data of the frames, and performs a code determination on the time code signal based on the combined detection data so as to generate sum-up-decoded time information; a second determining section which determines the consistency of the sum-up-decoded time information; and a controller which makes the first decoder generate the solo-decoded time information, the first determining section determine the consistency of the solo-decoded time information, the second decoder generate the sum-up decoded time information, and the second determining section determine the consistency of the sum-up-decoded time information in a predetermined order so as to extract time information having the consistency.
    • 时间信息获取装置包括:第一解码器,逐帧解码时间码信号,以便产生独奏解码的时间信息; 确定单独解码的时间信息的一致性的第一确定部分; 第二解码器,其组合所述帧的检测数据,并且基于所述组合检测数据对所述时间码信号执行代码确定,以产生加法解码的时间信息; 第二确定部分,确定所述总和解码时间信息的一致性; 以及控制器,其使得第一解码器生成单独解码的时间信息,第一确定部分确定单独解码的时间信息的一致性,第二解码器生成加法解码的时间信息,并且第二确定部分确定 以预定顺序对总和解码时间信息的一致性,以提取具有一致性的时间信息。