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    • 11. 发明申请
    • INFORMATION NOTIFICATION APPARATUS, INFORMATION NOTIFICATION SYSTEM, INFORMATION NOTIFICATION METHOD, AND PROGRAM
    • 信息通知装置,信息通报系统,信息通知方法和程序
    • US20130151703A1
    • 2013-06-13
    • US13818700
    • 2012-04-25
    • Mariko NakasoFumiaki SuzukiMasaru YamaokaShuya Hosokawa
    • Mariko NakasoFumiaki SuzukiMasaru YamaokaShuya Hosokawa
    • H04L12/26
    • H04L43/10H04Q9/00H04Q2209/823
    • An information notification apparatus includes a first reception unit that receives a first state change notification indicating that the operating state of an electrical appliance has changed to a first state, a transmission unit that transmits a state notification indicating that the operating state of the electrical appliance is the first state to an information terminal, and a second reception unit that receives an acknowledgement notification. The first reception unit further receives a second state change notification indicating that the electrical appliance has been changed to a second state from the electrical apparatus. The transmission unit calculates a correlation value for each of information terminals and transmits the state notification to an information terminal having a calculated correlation value higher than a threshold value, the correlation value indicating a degree of likelihood that the owner of the information terminal has performed an operation corresponding to the second operating state.
    • 信息通知装置包括:第一接收单元,接收指示电器的操作状态已经改变为第一状态的第一状态改变通知;发送单元,其发送表示电器的操作状态的状态通知 向信息终端发送第一状态,以及接收确认​​通知的第二接收单元。 第一接收单元还接收指示电器已经从电气设备改变为第二状态的第二状态改变通知。 传输单元计算每个信息终端的相关值,并将状态通知发送到具有高于阈值的计算的相关值的信息终端,该相关值表示信息终端的所有者执行了可能性的程度 对应于第二操作状态的操作。
    • 12. 发明申请
    • WARRANTY EXPIRATION DATE DETERMINING DEVICE AND WARRANTY EXPIRATION DATE DETERMINING METHOD
    • 保证期限到期日期确定设备和保修期限到期日期确定方法
    • US20130097088A1
    • 2013-04-18
    • US13805015
    • 2012-04-16
    • Hideo UmetaniMasaru YamaokaFumiaki SuzukiMariko Nakaso
    • Hideo UmetaniMasaru YamaokaFumiaki SuzukiMariko Nakaso
    • G06Q30/00
    • G06Q30/012G06Q30/00
    • A warranty expiration date determining device includes: a receiving unit which receives owner information, appliance information, and operating information of a device; an obtaining unit which obtains, from an information database in which at least owner information, appliance information, and operating information of appliances are registered in association with respective owners of the appliances, operating information associated with a specific owner inferred among the owners of the appliances, based on the owner information and the appliance information of the device received, a usage period estimating unit which estimates a usage period of the appliance based on the obtained operating information and the received operating information; and a warranty expiration date determining unit which determines a first day of use of the appliance by extending back the estimated usage period from current time and date, and determines the warranty expiration date of the appliance.
    • 保修期限确定装置包括:接收单元,其接收设备的所有者信息,设备信息和操作信息; 获取单元,其从其中至少将所有者信息,设备信息和设备的操作信息与设备的各个所有者相关联地登记的信息数据库中获得,与在设备的所有者之间推断的特定所有者相关联的操作信息 基于接收到的设备的所有者信息和设备信息,使用期间估计单元,基于获得的操作信息和接收到的操作信息来估计设备的使用周期; 以及保修期限确定单元,其通过从当前时间和日期延迟估计的使用期限来确定设备的第一天使用,并且确定设备的保修期满日期。
    • 13. 发明申请
    • Wireless Lan Transmission System and Wireless Communication Terminal
    • 无线蓝牙传输系统和无线通信终端
    • US20070263578A1
    • 2007-11-15
    • US11664727
    • 2005-11-21
    • Mariko NakasoKouichi Masuda
    • Mariko NakasoKouichi Masuda
    • H04Q7/24
    • H04W36/0011H04W28/16H04W36/14H04W84/12H04W92/14
    • Provided in a wireless LAN transmission system, having convenience and improved security, in which a wireless communication terminal located in a wireless communication area is capable of changing a setting of a connection, and capable of disconnecting the wireless communication terminal from the connection if the connection is unnecessary. A control management section (7) controls a switching section (5) based on an initial setting (S001). When a beacon signal transmitted from the wireless communication terminal is detected in a signal monitoring block (8) (S002), the control management section switches an operation of the switching section (5) so as to transmit signals outputted from all of at least one access point (4) to the wireless communication terminal (S003). If the wireless communication terminal issues a communication path-setting-change request while the signals outputted from all of the at least one access point is transmitted to the wireless communication terminal (S004), the control management section examines whether the wireless communication terminal is operated by an authorized user (S005), further determines whether a setting can be changed in accordance with the communication path-setting-change request (S006), and updates a stored setting based on the communication path-setting-change request (S008). Thereafter, the control management section transmits a message indicating that a change in the setting has been completed (S009), and changes the setting of a communication path to the updated setting thereof (S0101), thereby allowing the wireless communication terminal to connect with a desired one of the at least one access point (4) (S011).
    • 在无线LAN传输系统中,具有便利性和改进的安全性,其中位于无线通信区域中的无线通信终端能够改变连接的设置,并且能够如果连接断开无线通信终端与连接 是不必要的 控制管理部(7)基于初始设定来控制切换部(5)(S 001)。 当在信号监视块(8)中检测到从无线通信终端发送的信标信号(S 002)时,控制管理部分切换切换部分(5)的操作,以便发送从至少全部输出的信号 一个接入点(4)发送到无线通信终端(S 003)。 如果无线通信终端在从所有至少一个接入点全部输出的信号发送到无线通信终端的同时发出通信路径设定变更请求(S 004),则控制管理部检查无线通信终端 由授权用户操作(S 005)进一步确定是否可以根据通信路径设置改变请求改变设置(S 006),并且基于通信路径设置改变请求更新存储的设置( S 008)。 此后,控制管理部分发送指示设置的改变已经完成的消息(S 009),并且将通信路径的设置改变为其更新的设置(S 0101),从而允许无线通信终端连接 具有所述至少一个接入点(4)中的期望的一个(S 011)。