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    • 61. 发明申请
    • Used article trade-in system and method
    • 二手物品交换系统和方法
    • US20050010538A1
    • 2005-01-13
    • US10840671
    • 2004-05-07
    • Yasuhiro OshimaJunji SuzukiHitoshi Saito
    • Yasuhiro OshimaJunji SuzukiHitoshi Saito
    • G06Q30/06G06Q50/00G06F17/60
    • G06Q30/06G06Q50/188
    • In response to reception of a login request for the trade-in service, a Web server sends a login window to the client computer of a customer via the Internet (step S300). The login window has a trade-in ID input box, a mail address input box, and a ‘Login’ button. After entering a trade-in ID and a mail address into the boxes, the customer clicks the login button. The Web server receives the entries of the trade-in ID and the mail address and determines successful or failed authentication (step S304). In the case of successful authentication, the Web server determines whether preset days have elapsed since the date of purchase order to determine whether the current time is within an allowable trade-in period (step S306). In the case of the current time is within the trade-in period and prior to trade-in reception, the Web server executes a trade-in reception routine (step S314).
    • 响应于接收到用于交换服务的登录请求,Web服务器通过因特网向顾客的客户端计算机发送登录窗口(步骤S300)。 登录窗口具有交换ID输入框,邮件地址输入框和“登录”按钮。 在方框中输入交易ID和邮件地址后,客户点击登录按钮。 Web服务器接收转换ID和邮件地址的条目,并确定认证成功或失败(步骤S304)。 在成功认证的情况下,Web服务器确定自购买订单日期起是否已经过了预定日期,以确定当前时间是否在允许的交易期内(步骤S306)。 在当前时间在交易时间段内和在接收之前的情况下,Web服务器执行转换接收程序(步骤S314)。
    • 66. 发明授权
    • Turn-around time information management system, storage medium, and turn-around time information management method
    • 周转时间信息管理系统,存储介质和周转时间信息管理方法
    • US08185451B2
    • 2012-05-22
    • US12003015
    • 2007-12-19
    • Junji SuzukiYasuo ShibusawaYasuhiro OshimaSatoshi ShimodaHironori YoshizakiMiho Yamazaki
    • Junji SuzukiYasuo ShibusawaYasuhiro OshimaSatoshi ShimodaHironori YoshizakiMiho Yamazaki
    • G06F17/30
    • H04L41/22G06Q20/203G06Q30/0633G06Q30/0641
    • An order data obtaining device displays a list of components on a Web page, and recognizes components selected on the Web page, thereby obtaining order data of a product that is formed of a plurality of components. A turnaround time display control device obtains turn-around time information of each of the components selected on the Web page, and displays on the Web page the longest turn-around time in the turn-around time information as a turn-around time of the product. An accurate turn-around time is calculated in accordance with the selection of components, and a customer is immediately notified of the accurate turn-around time of the product. Thus, loss of competitiveness in the market due to display of a turn-around time being fixed and too long because of its inclusion of leeway is prevented. In addition, since an accurate turn-around time notification is immediately provided to the customer, customer notification of the turn-around time and handling of queries over the phone regarding turn-around time can be reduced, thereby reducing management cost.
    • 订单数据获取装置显示网页上的组件列表,并且识别在网页上选择的组件,从而获得由多个组件形成的产品的订单数据。 周转时间显示控制装置获取在网页上选择的每个组件的周转时间信息,并且在网页上显示周转时间信息中最长的周转时间作为周转时间信息的周转时间 产品。 根据组件的选择计算准确的周转时间,并立即通知客户准确的产品周转时间。 因此,由于包含余地,由于显示周转时间固定和太长而导致的市场竞争力的丧失被阻止。 此外,由于能够立即向客户提供正确的周转时间通知,所以可以减少顾客通知周转时间,通过电话处理关于周转时间的查询,从而降低管理成本。
    • 68. 发明授权
    • Control software updating technique for a network apparatus
    • 网络设备的控制软件更新技术
    • US07814480B2
    • 2010-10-12
    • US11514616
    • 2006-09-01
    • Kenji SakudaYasuhiro Oshima
    • Kenji SakudaYasuhiro Oshima
    • G06F9/44G06F9/45
    • G06F8/65
    • A network apparatus has first and second controllers that are coupled via communication channel, and is coupled to a network by the first controller. In order to update the firmware of this first controller, the first controller obtains update data for updating via the network and transfers the obtained data to the second controller. The second controller stores the update data transferred from the first controller in a storage device incorporated in the second controller. After the entirety of the update data has been stored in the storage device by the second controller, the second controller transfers the update data to the first controller. The first controller updates the firmware for the first controller using the update data transferred from the second controller.
    • 网络设备具有经由通信信道耦合的第一和第二控制器,并且由第一控制器耦合到网络。 为了更新该第一控制器的固件,第一控制器获得经由网络进行更新的更新数据,并将获得的数据传送到第二控制器。 第二控制器将从第一控制器传送的更新数据存储在并入第二控制器的存储装置中。 在通过第二控制器将整个更新数据存储在存储设备中之后,第二控制器将更新数据传送到第一控制器。 第一控制器使用从第二控制器传送的更新数据来更新第一控制器的固件。