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    • 32. 发明授权
    • Recording and reproducing apparatus and receiving apparatus
    • 记录和再现装置和接收装置
    • US07876653B2
    • 2011-01-25
    • US12434820
    • 2009-05-04
    • Takashi KanemaruSadao Tsuruga
    • Takashi KanemaruSadao Tsuruga
    • G11B20/10
    • H04N9/8205H04N5/76H04N9/8042
    • Where a clock frequency based on which encoding is performed has deviated over time, problems such as that an appropriate digital signal can not be outputted occur. To solve the problems, it is arranged such that when a decoder decodes video data and audio data, a control variable for controlling a frequency of a clock recovered by a clock generating portion is recorded as needed in a recording portion, and when the decoder decodes data recorded in the recording portion, the clock generating portion is controlled by using the control variable so that system time information generated by the counter synchronizes with time information extracted upon reception of a digital broadcasting program.
    • 在执行基于哪个编码的时钟频率随着时间而偏离的情况下,出现诸如不能输出适当的数字信号的问题。 为了解决这些问题,如果解码器对视频数据和音频数据进行解码,则在记录部中根据需要记录用于控制由时钟产生部恢复的时钟的频率的控制变量,并且当解码器解码时 记录在记录部分中的数据通过使用控制变量控制时钟产生部分,使得由计数器产生的系统时间信息与在接收数字广播节目时提取的时间信息同步。
    • 36. 发明授权
    • Preparation of ferrite from used dry cells
    • 从使用的干细胞制备铁氧体
    • US5707541A
    • 1998-01-13
    • US712286
    • 1996-09-11
    • Takashi KanemaruTakaaki IwasakiShigeaki SudaTakeo Kitagawa
    • Takashi KanemaruTakaaki IwasakiShigeaki SudaTakeo Kitagawa
    • B09B5/00C04B35/26C04B35/622H01F1/34H01M6/52
    • H01M6/52C04B35/2658Y02W30/84
    • Used dry cells are sorted into ultra-high power manganese dry cells and high power manganese dry cells including alkaline manganese cells. Line (I) of FIG. 1 includes crushing the ultra-high power manganese dry cells into fragments, sieving the fragments to collect a first fraction of depolarizer mass and a second fraction of metal casings, calcining the first fraction to form manganese and zinc oxides, and processing the oxides into a ferrite having a higher MnO/ZnO ratio. Line (II) of FIG. 1 includes crushing the high power manganese dry cells including alkaline manganese cells into fragments, sieving the fragments to collect a third fraction of depolarizer mass, adding zinc cans from the second fraction to the third fraction, calcining the mixture to form manganese and zinc oxides, and processing the oxides into another ferrite having a lower MnO/ZnO ratio.
    • 将干细胞分为超高功率锰干细胞和大功率锰干细胞,包括碱性锰细胞。 图1的线(I) 1包括将超高功率锰干细胞粉碎成碎片,筛分碎片以收集第一级去极化物质量和第二级金属壳体,煅烧第一级分以形成锰和锌氧化物,并将氧化物加工成 铁氧体具有较高的MnO / ZnO比例。 图2的线(II) 1包括将含有碱性锰细胞的高功率锰干细胞粉碎成碎片,筛分碎片以收集第三级去极化物质量,将锌罐从第二级分加入第三级分,煅烧该混合物以形成锰和锌的氧化物, 并将氧化物加工成具有较低MnO / ZnO比的另一种铁氧体。