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    • 1. 发明授权
    • Event data reproducing apparatus and method, and program therefor
    • 事件数据再现装置和方法及其程序
    • US07729787B2
    • 2010-06-01
    • US11064664
    • 2005-02-23
    • Masaaki OkabayashiKotaro TeradaFumiaki Tsukazaki
    • Masaaki OkabayashiKotaro TeradaFumiaki Tsukazaki
    • G06F19/00
    • H04H60/04H04H60/06
    • In sequence data composed of a plurality of event sets with their execution sequence predefined, each of the event sets includes event data indicative of an event to be executed and trigger data defining timing for executing the event. Once a user manually instructs progression instructing operation while the individual events are being executed in accordance with the timing defined by the corresponding trigger data, the next event is executed immediately even before arrival of the next event execution timing. According to another aspect, the trigger data include trigger data of a first type that defines the event execution timing the event by use of an absolute time and trigger data of a second type that defines the event execution timing by use of a relative time between the events, and the sequence data may mixedly include the trigger data of the first and second types. Any one of the two time information can be used appropriately in accordance with characteristics of the individual events. For example, for one event having close relevancy to another event to be executed earlier than the one event, the relative time information is used.
    • 在由预定义其执行序列的多个事件集合组成的序列数据中,每个事件集包括指示要执行的事件的事件数据和定义用于执行事件的定时的触发数据。 一旦用户根据相应的触发数据所定义的定时正在执行各个事件时手动指示进行指示操作,即使在下一个事件执行定时到达之前也立即执行下一个事件。 根据另一方面,触发数据包括第一类型的触发数据,该触发数据通过使用绝对时间定义事件执行定时事件,并且触发第二类型的触发数据,该数据定义了事件执行定时 事件,并且序列数据可以混合地包括第一类型和第二类型的触发数据。 两个时间信息中的任何一个可以根据各个事件的特征被适当地使用。 例如,对于与一个事件之前执行的另一个事件具有密切相关性的一个事件,使用相对时间信息。
    • 2. 发明申请
    • Event data reproducing apparatus and method, and program therefor
    • 事件数据再现装置和方法及其程序
    • US20050283678A1
    • 2005-12-22
    • US11064664
    • 2005-02-23
    • Masaaki OkabayashiKotaro TeradaFumiaki Tsukazaki
    • Masaaki OkabayashiKotaro TeradaFumiaki Tsukazaki
    • H04H1/00H04H60/04H04H60/06G06F11/00
    • H04H60/04H04H60/06
    • In sequence data composed of a plurality of event sets with their execution sequence predefined, each of the event sets includes event data indicative of an event to be executed and trigger data defining timing for executing the event. Once a user manually instructs progression instructing operation while the individual events are being executed in accordance with the timing defined by the corresponding trigger data, the next event is executed immediately even before arrival of the next event execution timing. According to another aspect, the trigger data include trigger data of a first type that defines the event execution timing the event by use of an absolute time and trigger data of a second type that defines the event execution timing by use of a relative time between the events, and the sequence data may mixedly include the trigger data of the first and second types. Any one of the two time information can be used appropriately in accordance with characteristics of the individual events. For example, for one event having close relevancy to another event to be executed earlier than the one event, the relative time information is used.
    • 在由预定义其执行序列的多个事件集合组成的序列数据中,每个事件集包括指示要执行的事件的事件数据和定义用于执行事件的定时的触发数据。 一旦用户根据相应的触发数据所定义的定时正在执行各个事件时手动指示进行指示操作,即使在下一个事件执行定时到达之前也立即执行下一个事件。 根据另一方面,触发数据包括第一类型的触发数据,该触发数据通过使用绝对时间定义事件执行定时事件,并且触发第二类型的触发数据,该数据定义了事件执行定时 事件,并且序列数据可以混合地包括第一类型和第二类型的触发数据。 两个时间信息中的任何一个可以根据各个事件的特征被适当地使用。 例如,对于与一个事件之前执行的另一个事件具有密切相关性的一个事件,使用相对时间信息。
    • 6. 发明申请
    • INFORMATION PROCESSING APPARATUS AND METHOD OF USING OTP MEMORY
    • 信息处理装置和使用OTP存储器的方法
    • US20070226400A1
    • 2007-09-27
    • US11685400
    • 2007-03-13
    • Fumiaki Tsukazaki
    • Fumiaki Tsukazaki
    • G06F12/00G06F13/00
    • G06F16/10
    • In an OTP memory, initially, a file A is recorded. When modification of the file A is needed, a modification file B is additionally written into the OTP memory. Storage information on the modification file B is also additionally written into a FAT area and a directory entry. When an application program issues a read request for the file A, a file system refers to the FAT area and the directory entry to recognize the existence of the modification file B and reads the file A and the modification file B out from a data area. Then, the file system modifies the file A on the basis of the modification file B and stores a modified file into a RAM. The application program accesses the file which is stored in the RAM.
    • 在OTP存储器中,最初记录文件A. 当需要修改文件A时,修改文件B被另外写入OTP存储器。 修改文件B上的存储信息也被附加地写入FAT区域和目录项。 当应用程序发出对文件A的读取请求时,文件系统参考FAT区域和目录条目来识别修改文件B的存在,并从数据区域读出文件A和修改文件B. 然后,文件系统基于修改文件B修改文件A,并将修改的文件存储到RAM中。 应用程序访问存储在RAM中的文件。