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    • 1. 发明授权
    • Image forming apparatus and controlling method thereof
    • 图像形成装置及其控制方法
    • US06177977B1
    • 2001-01-23
    • US09467178
    • 1999-12-20
    • Tomoko TanakaTakashi NakaharaHitoshi UekiKohei MaedaAtsushi WadaHiroshi Fuse
    • Tomoko TanakaTakashi NakaharaHitoshi UekiKohei MaedaAtsushi WadaHiroshi Fuse
    • G03B2732
    • G03G15/6552B65H29/52B65H85/00G03G15/231
    • In a one-face mode, a first sheet discharge portion arranged on an upper face of an apparatus body, or a second sheet discharge portion arranged in the apparatus body so as to be freely opened and closed is opened, and a sheet forming an image on one surface thereof is discharged to this second sheet discharge portion. In a both-face mode, a sheet forming images on both surfaces thereof is conveyed to the first sheet discharge portion through a sheet discharge path formed by closing the second sheet discharge portion. When it is detected in the both-face mode that the second sheet discharge portion is opened on the basis of a detecting signal from a second sheet discharge portion open and close detecting portion, a controller controls the rotating direction of a forward and reverse rotatable conveying device on the basis of timer information from a timer device at the detecting time and the sheet forming the image on one surface thereof is conveyed to the first sheet discharge portion or the second sheet discharge portion, or a both-face conveying portion.
    • 在单面模式中,打开布置在装置主体的上表面上的第一片材​​排出部分或布置在装置主体中以便自由打开和关闭的第二片材排出部分,并且形成图像的片材 在其一个表面上排放到该第二片材排出部分。 在双面模式中,通过封闭第二纸张排出部分形成的纸张排出路径,将其两个表面上的纸张形成图像传送到第一纸张排出部分。 当以双面模式检测到第二纸张排出部分基于来自第二纸张排出部分打开和关闭检测部分的检测信号而被打开时,控制器控制正向和反向可旋转传送的旋转方向 基于来自定时器装置的检测时间的定时器信息和在其一个表面上形成图像的片材被传送到第一片材排出部分或第二片材排出部分或两面传送部分。
    • 9. 发明授权
    • Card including rotatory system optical recording medium
    • 卡包括旋转系统光记录介质
    • US4903256A
    • 1990-02-20
    • US110282
    • 1987-10-20
    • Takashi Nakahara
    • Takashi Nakahara
    • G06K19/02G11B7/0033
    • G06K19/044G06K19/02G11B7/0033
    • A card including a rotatory system optical recording medium, comprises a rotatory system optical recording medium, a case body having a holding space which holds said optical recording medium freely detachably and a protective cover which protects the surface of said optical recording medium held on said case body, said case body being provided with an opening means for the protective cover so that said optical recording medium can be detached from said holding space.A recording and/or reproducing device for a card including a rotatory system optical recording medium comprises a means for releasing from a case body a rotatory system optical recording medium held on the case body having a protective cover by utilizing the opening formed by removal of the protective cover, a means for rotating said optical recording medium and a means for returning said optical recording medium to the holding space after recording and/or reproduction.
    • 一种包括旋转系统光学记录介质的卡,包括旋转系统光学记录介质,具有可自由拆卸地保持所述光学记录介质的保持空间的壳体,以及保护保持在所述壳体上的所述光学记录介质的表面的保护盖 所述壳体设置有用于所述保护盖的开启装置,使得所述光学记录介质可以从所述保持空间分离。 一种用于包括旋转系统光学记录介质的卡的记录和/或再现装置,包括用于通过利用通过移除所述旋转系统光学记录介质形成的开口,从壳体释放保持在具有保护盖的壳体上的旋转系统光学记录介质的装置 保护盖,用于旋转所述光记录介质的装置和用于在记录和/或再现之后将所述光记录介质返回到保持空间的装置。
    • 10. 发明申请
    • Input support method and apparatus in communication-type navigation system
    • 通信型导航系统中的输入支持方法和装置
    • US20060167935A1
    • 2006-07-27
    • US10525081
    • 2003-10-15
    • Yoshitaka AtarashiMariko OkudeTakashi NakaharaShigeru MatsuoYukihiro Kawamata
    • Yoshitaka AtarashiMariko OkudeTakashi NakaharaShigeru MatsuoYukihiro Kawamata
    • G06F17/00
    • G01C21/32
    • The invention provides an input support method and apparatus having the following merits in a communication-type navigation system. That is, when at least one character relevant to, for example, a destination is inputted from a navigation apparatus to make a search in a server system, it is possible to minimize time spent in waiting for a response from the server system. Accordingly, communication time is shortened, and a pleasant environment for input operation is realized by making the most of information inputted by a user. In the input support method in a communication-type navigation system, a navigation apparatus (1) and a server system (4) are connected via a communication network (3). The input support method is comprised of the following steps: a first step of obtaining candidate characters for next input and the number of candidates pertaining to an input character string from the server system (4) via the communication network (3), and storing them into a cache memory (14) provided in the navigation apparatus (1); a second step of, at least when an input character string is updated at the navigation apparatus, searching the cache memory for candidate characters following the updated input character string and the number of candidates pertaining to the updated input character string; and a third step of, when the candidate characters following the updated input character string and the number of candidates pertaining to the updated character string have not been stored in the cache memory as yet, transmitting the updated input character string to the server system.
    • 本发明提供一种在通信型导航系统中具有以下优点的输入支持方法和装置。 也就是说,当从导航装置输入与例如目的地相关的至少一个字符以在服务器系统中进行搜索时,可以最小化等待来自服务器系统的响应所花费的时间。 因此,缩短通信时间,并且通过充分利用用户输入的信息来实现输入操作的愉快环境。 在通信型导航系统的输入支援方法中,通过通信网络(3)连接导航装置(1)和服务器系统(4)。 输入支持方法包括以下步骤:经由通信网络(3)从服务器系统(4)获取下一个输入的候选字符和与输入字符串相关的候选数量的第一步骤,并将它们存储 设置在导航装置(1)中的缓存存储器(14)中。 至少当在导航装置更新输入字符串时,第二步骤,在高速缓冲存储器中搜索跟随更新的输入字符串的候选字符和与更新的输入字符串相关的候选数量; 以及第三步骤,当更新的输入字符串之后的候补字符和与更新的字符串有关的候选人数尚未存储在高速缓冲存储器中时,将更新的输入字符串发送到服务器系统。