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    • 1. 发明授权
    • Apparatus and method for managing and possessing electronic money, management and possession medium and recording medium for recording electronic money management and possession program read by computer
    • 用于管理和拥有电子货币,管理和拥有媒体的记录介质和用于记录电子货币管理和由计算机读取的占有程序的方法
    • US06266653B1
    • 2001-07-24
    • US09039268
    • 1998-03-16
    • Tomomi ShiobaraKoken YamamotoAkiko Ono
    • Tomomi ShiobaraKoken YamamotoAkiko Ono
    • G06F1760
    • G07F7/0866G06Q20/10G06Q20/102G06Q20/105G06Q20/1085G06Q20/3572G06Q20/363G06Q40/00
    • The present invention discloses an electronic money managing and possessing apparatus used for managing and possessing electronic money, which includes a medium for holding an electronic money defined as an electronic symbol of currency in a required storage so as to be rewritten when currency of a single kind is used, and electronic money distribution and storage control unit for setting a plurality of storage areas defined according to individual purposes in the storage of the medium and distributing and storing the electronic money in the plurality of storage areas according to purposes as instructed and electronic money payment executing unit for specifying, regarding the electronic money possessed in the medium, a desired storage area and executing payment with the electronic money stored in this specified storage area. Even if currency of only a single kind is used, electronic money can be classified and managed according to various purposes. Accordingly, the degree of convenience can be increased for using electronic money.
    • 本发明公开了一种用于管理和拥有电子货币的电子货币管理和拥有装置,其包括用于将所定义的电子货币定义为所需存储器中的货币的电子货币的介质,以便在单一种类的货币时被重写 以及电子货币分配和存储控制单元,用于根据个人目的设定在介质的存储中定义的多个存储区域,并且根据指示和电子货币将电子货币分发和存储在多个存储区域中 支付执行单元,用于指定在介质中具有的电子货币期望的存储区域,并且用存储在该指定存储区域中的电子货币执行支付。 即使使用单一种类的货币,电子货币也可以根据各种目的进行分类和管理。 因此,为了使用电子货币,可以提高便利性。
    • 3. 发明授权
    • Portable card unit processing apparatus
    • 便携式卡单元处理装置
    • US06769609B2
    • 2004-08-03
    • US10022263
    • 2001-12-20
    • Akiko OnoShigeru Hashimoto
    • Akiko OnoShigeru Hashimoto
    • G06K500
    • G06K17/0022G06K19/077G06K19/07741G07F17/0014
    • The processing apparatus including a first communicating section (23, 243), a connecting unit (14) for being detachably connected to an external apparatus, a second communicating section (26, 244), a display section (13), and a control section (26, 244) so as to transfer data between the card unit and the external apparatus while the external apparatus is connected to the connecting section, (14), and controlling the first communicating section (23, 243) and the display section (13) so as to read data from the storage section of the card unit and to display the read-out data on the display section (13) while the external apparatus is disconnected from the concentrating section (14).
    • 所述处理装置包括第一连通部(23,243),用于可拆卸地连接到外部装置的连接单元(14),第二连通部(26,244),显示部(13)和控制部 (26,244),以便在外部设备连接到连接部分(14)的同时在卡单元和外部设备之间传送数据,并且控制第一通信部分(23,243)和显示部分(13) ),以便在外部设备与集中部分(14)断开连接的同时从卡单元的存储部分读取数据并将显示数据显示在显示部分(13)上。
    • 4. 发明授权
    • Method of determining an optimum workload corresponding to user's target
heart rate and exercise device therefor
    • 确定与用户目标心率对应的最佳工作量的方法及其锻炼装置
    • US5853351A
    • 1998-12-29
    • US151879
    • 1993-11-15
    • Katsuhiko MaruoAkiko OnoMototaka NagaiSatsuki Saeki
    • Katsuhiko MaruoAkiko OnoMototaka NagaiSatsuki Saeki
    • A63B24/00A63B69/00
    • G06N3/02A63B24/00A63B2230/06A63B2230/062
    • An optimum workload corresponding to a target heart rate of an user is determined by the following method, which is preferably utilized for providing a safe training or an accurate examination of physical strength to the user. After the target heart rate is set, a first steady heart rate of the user is measured during an initial exercise cycle in which a first workload is applied to the user. The first workload is derived in accordance with the target heart rate and a statistically obtained workload versus heart rate correlation corresponding to at least one factor selected from the group consisting of the user's age, gender, body weight, and body height, etc. In addition, a second steady heart rate of the user is measured during at least one subsequent exercise cycle in which a second workload is applied to the user. The second workload is derived by entering as input parameters the applied workload and the measured heart rate at the immediately previous exercise cycle into a multiple variate model equation. Consequently, the optimum workload is determined by entering the applied workload and the measure heart rate at the last exercise cycle into the multiple variate model equation. The model equation is prepared by utilizing a neural network analysis or a multiple variate analysis.
    • 通过以下方法确定与用户的目标心率相对应的最佳工作量,其优选地用于提供对用户的身体强度的安全训练或准确检查。 在设定了目标心率之后,在初始运动周期中测量用户的第一稳定心率,其中向用户施加第一工作负荷。 第一工作负载根据目标心率和统计学上得到的工作负荷与对应于从由用户的年龄,性别,体重和体高等组成的组中选择的至少一个因素相对的心率相关性而得出。另外 在至少一个随后的运动周期中测量用户的第二稳定心率,其中向用户施加第二工作负荷。 第二个工作负载是通过将应用的工作量作为输入参数输入,并将紧接在前的锻炼周期的测量心率输入到多变量模型方程式中。 因此,通过将应用的工作量和最后一个运动周期的测量心率输入到多变量模型方程中来确定最佳工作负荷。 通过利用神经网络分析或多变量分析来准备模型方程。