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    • 7. 发明申请
    • Charge settlement device and charge settlement system
    • 充电结算装置和充电结算系统
    • US20060065715A1
    • 2006-03-30
    • US11212597
    • 2005-08-29
    • Masanori KojimaYasushi NakaokaMasaaki Hanaoka
    • Masanori KojimaYasushi NakaokaMasaaki Hanaoka
    • G06K5/00
    • G06Q20/32G06Q20/327G06Q20/363G06Q30/04G07F7/0866
    • The charge settlement device of the invention has an information reading unit. When a certain fee is charged to a user and the user places a contactless storage medium, which stores electronic money information and user identification information for identification of the user, close to the information reading unit, the charge settlement device subtracts an amount corresponding to the certain fee from available electronic money represented by the electronic money information for payment of the certain fee. When the user places the contactless storage medium close to the information reading unit, the user is identified based on the user identification information obtained from the contactless storage medium. In response to detection of the certain fee charged to the identified user, indication of the user identification information and a payment request, which asks the user to place the contactless storage medium close to the information reading unit for payment, is kept until the user actually places the contactless storage medium close to the information reading unit. The technique of the invention effectively restrains the user from going away without the required payment.
    • 本发明的电荷沉降装置具有信息读取单元。 当向用户收取一定的费用时,用户放置用于识别用户的电子货币信息和用户识别信息的非接触式存储介质,靠近信息读取单元,费用结算装置减去对应于 由电子货币信息代表的可用电子货币的一定费用用于支付一定的费用。 当用户将非接触式存储介质放置在信息读取单元附近时,基于从非接触式存储介质获得的用户识别信息来识别用户。 响应于检测到所识别的用户收取的一定费用,保持用户识别信息的指示和请求用户将非接触式存储介质放置在靠近信息读取单元进行支付的支付请求,直到用户实际上 将非接触式存储介质放置在信息读取单元附近。 本发明的技术有效地限制用户在没有所需支付的情况下离开。
    • 8. 发明授权
    • Apparatus for providing continuity of operation in a computer
    • US5530877A
    • 1996-06-25
    • US341252
    • 1994-11-17
    • Masaaki Hanaoka
    • Masaaki Hanaoka
    • G06F1/00G06F1/26G06F1/30G06F9/445G06F11/14G06F12/16G06F11/30G11C14/00
    • G06F1/30G06F11/1441G06F9/4418Y02B60/186
    • An apparatus for providing continuity of operation in system which performs a process having CPU, input/output, main memory and power supply by restoring the system state to the point when the power supply was last turned off or an even earlier time is provided. The apparatus includes a save process start detector for detecting a demand for power supply turn-off. A system state saver outputs information indicative of the system state to an external storage in response to an instruction from the save process start detector. A post save processor turns the power supply off after the information indicative of the system state has been completely output to the external storage by the system state saver. A restore process starter is activated upon start up of the system after turning on of the power supply. A system state restorer reads the information indicative of the system state, that has been recorded in the external storage by the system state saver in response to instructions from the restore processor starter and then sets the information in a predetermined area to restore the system state to that which existed when the power supply was turned off. After the system state has been restored by the system state restorer a post restore processor continues the control of a process from the step being operated when the process was suspended by the save process start detector.
    • 10. 发明授权
    • Apparatus for providing continuity of operation in a computer
    • 用于在计算机中提供操作连续性的装置
    • US5848280A
    • 1998-12-08
    • US470147
    • 1995-06-06
    • Masaaki Hanaoka
    • Masaaki Hanaoka
    • G06F1/00G06F1/26G06F1/30G06F9/445G06F11/14G06F12/16
    • G06F1/30G06F11/1441G06F9/4418Y02B60/186
    • An apparatus for providing continuity of operation in system which performs a process having CPU, input/output, main memory and power supply by restoring the system state to the point when the power supply was last turned off or an even earlier time is provided. The apparatus includes a save process start detector for detecting a demand for power supply turn-off. A system state saver outputs information indicative of the system state to an external storage in response to an instruction from the save process start detector. A post save processor turns the power supply off after the information indicative of the system state has been completely output to the external storage by the system stale saver. A restore process starter is activated upon start up of the system after turning on of the power supply. A system state restorer reads the information indicative of the system state, that has been recorded in the external storage by the system state saver in response to instructions from the restore processor starter and then sets the information in a predetermined area to restore the system state to that which existed when the power supply was turned off. After the system state has been restored by the system state restorer a post restore processor continues the control of a process from the step being operated when the process was suspended by the save process start detector.
    • 一种用于在系统中提供操作连续性的装置,其通过将系统状态恢复到最后关闭电源或提供更早的时间点来执行具有CPU,输入/输出,主存储器和电源的处理。 该装置包括用于检测电源关断需求的保存处理开始检测器。 响应于来自保存处理开始检测器的指令,系统状态保护器将指示系统状态的信息输出到外部存储器。 在通过系统过时保护程序将指示系统状态的信息完全输出到外部存储器之后,后保存处理器关闭电源。 启动电源后,启动系统启动恢复过程。 系统状态恢复器响应于来自恢复处理器启动器的指令,读取表示系统状态的信息,其被系统状态保护器记录在外部存储器中,然后将信息设置在预定区域以将系统状态恢复到 当电源关闭时存在的。 在系统状态恢复器恢复系统状态之后,由恢复处理启动检测器暂停处理时,后恢复处理器继续控制正在操作的步骤中的进程。