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    • 2. 发明申请
    • Information processing apparatus for performing a system boot by using programs stored in a non-volatile storage device
    • 信息处理装置,用于通过使用存储在非易失性存储装置中的程序执行系统引导
    • US20080082860A1
    • 2008-04-03
    • US11984008
    • 2007-11-13
    • Yasunori YamamotoKeizo SumidaYoshiteru Mino
    • Yasunori YamamotoKeizo SumidaYoshiteru Mino
    • G06F11/16
    • G06F11/1417G06F11/1004
    • After power activation, a transferer 14 detects a bootstrap program 111 having a first error check code 114 assigned thereto and being stored in a first storage device 11, subjects the bootstrap program 111 to an error detection/correction process, and transfers the bootstrap program 111 to the second storage device 12. If the transfer is properly completed, by executing the bootstrap program 111 on the second storage device 12, the CPU 10 performs an error detection/correction process for a main program 112 having a second error check code 115 assigned thereto, and transfers the main program 112 to a third storage device 13, after which the CPU's control branches out to the main program 112 on the third storage device 13. As a result, system boot can be performed without employing a NOR type flash memory.
    • 在电源激活之后,传送器14检测具有分配给其的第一错误检查码114并被存储在第一存储装置11中的自举程序111,使自举程序111进行错误检测/校正处理,并且传送引导程序111 到第二存储装置12。 如果传送正确完成,则通过在第二存储装置12上执行引导程序111,CPU10对分配有第二错误检查代码115的主程序112执行错误检测/校正处理,并且传送主程序 112到第三存储装置13,之后CPU的控制分支到第三存储装置13上的主程序112。 因此,可以在不使用NOR型闪存的情况下执行系统引导。
    • 3. 发明授权
    • Information processing apparatus for performing a system boot by using programs stored in a non-voltile storage device
    • 信息处理装置,用于通过使用存储在非电压存储装置中的程序执行系统引导
    • US07308567B2
    • 2007-12-11
    • US11019054
    • 2004-12-22
    • Yasunori YamamotoKeizo SumidaYoshiteru Mino
    • Yasunori YamamotoKeizo SumidaYoshiteru Mino
    • G06F9/445G06F15/177G06F9/24
    • G06F11/1417G06F11/1004
    • After power activation, a transferer 14 detects a bootstrap program 111 having a first error check code 114 assigned thereto and being stored in a first storage device 11, subjects the bootstrap program 111 to an error detection/correction process, and transfers the bootstrap program 111 to the second storage device 12. If the transfer is properly completed, by executing the bootstrap program 111 on the second storage device 12, the CPU 10 performs an error detection/correction process for a main program 112 having a second error check code 115 assigned thereto, and transfers the main program 112 to a third storage device 13, after which the CPU's control branches out to the main program 112 on the third storage device 13. As a result, system boot can be performed without employing a NOR type flash memory.
    • 在电源激活之后,传送器14检测具有分配给其的第一错误检查码114并被存储在第一存储装置11中的自举程序111,使自举程序111进行错误检测/校正处理,并且传送引导程序111 到第二存储装置12。 如果传送正确完成,则通过在第二存储装置12上执行引导程序111,CPU10对分配有第二错误检查代码115的主程序112执行错误检测/校正处理,并且传送主程序 112到第三存储装置13,之后CPU的控制分支到第三存储装置13上的主程序112。 因此,可以在不使用NOR型闪存的情况下执行系统引导。
    • 4. 发明授权
    • Information processing apparatus for performing a system boot by using programs stored in a non-volatile storage device
    • 信息处理装置,用于通过使用存储在非易失性存储装置中的程序执行系统引导
    • US07925928B2
    • 2011-04-12
    • US11984008
    • 2007-11-13
    • Yasunori YamamotoKeizo SumidaYoshiteru Mino
    • Yasunori YamamotoKeizo SumidaYoshiteru Mino
    • G06F11/00
    • G06F11/1417G06F11/1004
    • After power activation, a transferer 14 detects a bootstrap program 111 having a first error check code 114 assigned thereto and being stored in a first storage device 11, subjects the bootstrap program 111 to an error detection/correction process, and transfers the bootstrap program 111 to the second storage device 12. If the transfer is properly completed, by executing the bootstrap program 111 on the second storage device 12, the CPU 10 performs an error detection/correction process for a main program 112 having a second error check code 115 assigned thereto, and transfers the main program 112 to a third storage device 13, after which the CPU's control branches out to the main program 112 on the third storage device 13. As a result, system boot can be performed without employing a NOR type flash memory.
    • 在电源激活之后,传送器14检测具有分配给其的第一错误检查码114并被存储在第一存储装置11中的自举程序111,使自举程序111进行错误检测/校正处理,并且传送引导程序111 如果传送正确完成,则通过在第二存储装置12上执行自举程序111,CPU 10对分配了第二错误检查代码115的主程序112执行错误检测/校正处理 并且将主程序112传送到第三存储装置13,之后CPU的控制分支到第三存储装置13上的主程序112.结果,可以执行系统引导而不使用NOR型闪存 。
    • 7. 发明授权
    • Recording apparatus
    • 记录装置
    • US07869688B2
    • 2011-01-11
    • US11344342
    • 2006-02-01
    • Tomomi UmeiYoshiteru MinoYasunori Yamamoto
    • Tomomi UmeiYoshiteru MinoYasunori Yamamoto
    • H04N5/91
    • H04N19/40H04N19/12H04N19/139H04N19/15H04N19/154H04N19/156H04N19/159H04N19/162H04N19/46
    • The recording apparatus of the present invention: stores therein one or more recorded data pieces, each of which is created by encoding a video data piece, and one or more encoding information sets, each of which is information extracted when a different one of the video data pieces is encoded and represents characteristics of the video data piece; selects a recorded data piece based on the stored encoding information sets; creates a re-encoded data piece by re-encoding the selected recorded data piece using a predetermined encoding method; extracts a corresponding re-encoding information set in a course of creating the re-encoded data piece; and stores (a) the re-encoded data piece which replaces the selected recorded data piece and (b) the re-encoding information set which replaces an encoding information set corresponding to the selected recorded data piece.
    • 本发明的记录装置在其中存储一个或多个记录的数据,每个记录的数据是通过对视频数据段进行编码而创建的,以及一个或多个编码信息集合,每个编码信息集合是当视频的不同的一个时提取的信息 数据片段被编码并表示视频数据片段的特征; 基于存储的编码信息集选择记录的数据片; 通过使用预定的编码方法对所选择的记录数据重新编码来创建重新编码的数据片段; 在创建重新编码的数据段的过程中提取对应的重新编码信息集; 并存储(a)替换所选择的记录数据的重新编码数据段,和(b)替换对应于所选记录数据段的编码信息集的重新编码信息集。
    • 8. 发明申请
    • Recording apparatus
    • 记录装置
    • US20060188235A1
    • 2006-08-24
    • US11344342
    • 2006-02-01
    • Tomomi UmeiYoshiteru MinoYasunori Yamamoto
    • Tomomi UmeiYoshiteru MinoYasunori Yamamoto
    • H04N7/26
    • H04N19/40H04N19/12H04N19/139H04N19/15H04N19/154H04N19/156H04N19/159H04N19/162H04N19/46
    • The recording apparatus of the present invention: stores therein one or more recorded data pieces, each of which is created by encoding a video data piece, and one or more encoding information sets, each of which is information extracted when a different one of the video data pieces is encoded and represents characteristics of the video data piece; selects a recorded data piece based on the stored encoding information sets; creates a re-encoded data piece by re-encoding the selected recorded data piece using a predetermined encoding method; extracts a corresponding re-encoding information set in a course of creating the re-encoded data piece; and stores (a) the re-encoded data piece which replaces the selected recorded data piece and (b) the re-encoding information set which replaces an encoding information set corresponding to the selected recorded data piece.
    • 本发明的记录装置在其中存储一个或多个记录的数据,每个记录的数据是通过对视频数据段进行编码而创建的,以及一个或多个编码信息集合,每个编码信息集合是当视频的不同的一个时提取的信息 数据片段被编码并表示视频数据片段的特征; 基于存储的编码信息集选择记录的数据片; 通过使用预定的编码方法对所选择的记录数据重新编码来创建重新编码的数据片段; 在创建重新编码的数据段的过程中提取对应的重新编码信息集; 并存储(a)替换所选择的记录数据的重新编码数据段,和(b)替换对应于所选记录数据段的编码信息集的重新编码信息集。
    • 10. 发明授权
    • Load driving apparatus
    • 负载驱动装置
    • US08159140B2
    • 2012-04-17
    • US12553361
    • 2009-09-03
    • Go TakataShinichiro KataokaYasunori YamamotoTsukasa KawaharaRyuji UedaDaisuke Itou
    • Go TakataShinichiro KataokaYasunori YamamotoTsukasa KawaharaRyuji UedaDaisuke Itou
    • H05B37/00
    • H05B33/0815H05B33/0824
    • The load driving apparatus according to the present invention includes a load current setting signal generating section, a load current generating section, a reference voltage generating section and a drive voltage generating section. The load current setting signal generating section generates a desired load current setting signal. The load current generating section generates a load current based on the load current setting signal to drive the load. The reference voltage generating section generates a reference voltage based on the load current setting signal. The drive voltage generating section generates a drive voltage, supplies the drive voltage to the load, generates a between-both-terminals voltage between both terminals of the load current generating section based on the drive voltage and controls the drive voltage so that the difference between the between-both-terminals voltage and the reference voltage becomes small.
    • 根据本发明的负载驱动装置包括负载电流设定信号生成部,负载电流产生部,基准电压生成部和驱动电压生成部。 负载电流设定信号生成部生成期望的负载电流设定信号。 负载电流产生部根据负载电流设定信号生成负载电流,驱动负载。 参考电压产生部分基于负载电流设置信号产生参考电压。 驱动电压产生部生成驱动电压,向驱动电压供给驱动电压,根据驱动电压在负载电流产生部的两端之间产生两端电压,并控制驱动电压, 两端电压和参考电压变小。