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    • 12. 发明授权
    • Card connector
    • 卡连接器
    • US07255604B2
    • 2007-08-14
    • US11134475
    • 2005-05-23
    • Akihiro TanakaYasuo Nakai
    • Akihiro TanakaYasuo Nakai
    • H01R24/00
    • G06K7/0013G06K13/08
    • A resin body (2) cooperates with a cover (3) made of sheet metal to form a slot (5) into which a memory card (100) is to be inserted. The resin body has an erroneous card insertion preventing thickened portion (22) into which a core member (24) made of a material that is higher in strength than the resin forming the body is embedded. The thickened portion (22) is positioned in an erroneous insertion preventing notch region of the memory card (100) that is to be inserted in a card attachment position of the slot (5) in a normal insertion posture, and is to butt against an insertion end face of the memory card (100) that is erroneously inserted in a posture different from the normal insertion posture, to block the insertion of the memory card (100) to a card set position. An end face (25) of the core member (24) is protruded from an end face (23) of the thickened portion (22).
    • 树脂体(2)与由金属板制成的盖(3)配合以形成插入存储卡(100)的槽(5)。 树脂体具有错误卡插入防止加厚部分(22),其中嵌入由强度高于形成本体的树脂的材料制成的芯构件(24)。 加厚部分22位于存储卡(100)的错误的插入防止凹口区域中,该缺口区域将以正常的插入姿势插入插槽(5)的卡片安装位置,并与其对接 存储卡(100)的插入端面以与正常插入姿势不同的姿势错误地插入,以阻止存储卡(100)插入卡片设置位置。 芯构件(24)的端面(25)从加厚部(22)的端面(23)突出。
    • 13. 发明申请
    • Content transmission device
    • 内容传输设备
    • US20070141978A1
    • 2007-06-21
    • US10578394
    • 2004-11-25
    • Koichiro YamaguchiToshiya MoriAkihiro TanakaMotohide AraiKunitaka Nakamura
    • Koichiro YamaguchiToshiya MoriAkihiro TanakaMotohide AraiKunitaka Nakamura
    • H04H7/00
    • H04H20/06H04H20/103H04H20/95H04N21/2389
    • A content transmission device receives broadcast data composed of a plurality of contents from another broadcasting station, converts the broadcast data to own-station broadcast data, and transmits the converted broadcast data. The content transmission device stores a plurality processing models, each having corresponding identity information, composition information indicating content scheduled for inclusion in the broadcast data, normal-case processing information, and irregular-case processing information. The content transmission device acquires identity information from an external device that manages the broadcasting schedule for the broadcast data, and selects the corresponding processing model. The content transmission device detects received broadcast data portions different from those indicated by the composition information in the selected processing model. Based on the result of the detection and the selected processing model, the content transmission device performs normal-case processing on non-differing portions of the scheduled composition and irregular-case processing on differing portions. Having thus processed the broadcast data, the content transmission device transmits the converted data as an own-station broadcast.
    • 内容发送设备从另一个广播站接收由多个内容组成的广播数据,将广播数据转换为本台广播数据,并发送转换后的广播数据。 内容发送装置存储各自具有对应的身份信息的多个处理模型,表示调度包含在广播数据中的内容的合成信息,正常情况处理信息以及不规则处理信息。 内容发送装置从管理广播数据的广播时间表的外部装置获取身份信息,并选择对应的处理模型。 内容发送装置检测与所选处理模型中的合成信息不同的接收广播数据部分。 基于检测结果和所选择的处理模型,内容传输设备对不同部分的预定组成和不规则处理的不同部分执行正常情况处理。 这样处理广播数据后,内容发送装置发送转换后的数据作为本台广播。
    • 14. 发明申请
    • Memory card adaptor
    • 存储卡适配器
    • US20070077822A1
    • 2007-04-05
    • US11540728
    • 2006-10-02
    • Akihiro TanakaYasuo Nakai
    • Akihiro TanakaYasuo Nakai
    • H01R24/00
    • G06K19/07735G06K19/07741G06K19/07743Y10S439/946
    • The invention relates to a memory card adaptor which enables a small memory card to be used in a card connector for a large memory card that is larger than the small memory card. In the surface of a metal cover 30 which cooperates with a resin base 10 to constitute an adaptor body having a shape corresponding to an outer shape of a large memory card, steps 41, 42 are disposed by partly reducing the material thickness of the cover 30. Insulating layers 43, 44 the thickness of which is equal to less than the steps 41, 42 are formed on the surface of the thinned cover 30 to dispose insulation areas B, C on the side of one face of the adaptor, whereby the insulation areas are arbitrarily set on the side of the one face of the adaptor without increasing the thickness of the adaptor, and while maintaining the rigidity of the adaptor.
    • 本发明涉及一种存储卡适配器,该存储卡适配器使小型存储卡能够用于大型存储卡大卡存储卡的卡连接器中。 在与树脂基座10配合以构成具有与大型存储卡的外形相对应的形状的适配器主体的金属盖30的表面中,通过部分地减小盖30的材料厚度来设置台阶41,42 绝缘层43,44的厚度等于小于步骤41,42的厚度形成在薄化盖30的表面上,以在适配器的一个面的侧面上设置绝缘区域B,​​C,由此绝缘层 区域可任意设置在适配器一面的一侧,而不增加适配器的厚度,同时保持适配器的刚性。
    • 16. 发明申请
    • Memory card adaptor
    • 存储卡适配器
    • US20070032135A1
    • 2007-02-08
    • US11495722
    • 2006-07-31
    • Akihiro TanakaYasuo Nakai
    • Akihiro TanakaYasuo Nakai
    • H01R31/06
    • G06K19/07735G06K19/07741G06K19/07743Y10S439/945
    • The invention relates to a memory card adaptor which enables a small memory card to be used in a card connector for a large memory card that is larger than the small memory card. A connecting terminal 37 which is elastically displaceable is formed integrally on a conductive (metal-made) cover 30 that is one of components of the adaptor body 1. The connecting terminal 37 is contacted with plural grounding contacts 60d, 60i, and electrical connection is established between the grounding contacts 60d, 60i, and between the grounding contacts 60d, 60i and the cover 30. High contact reliability is ensured, and an electrostatic breakdown preventing function is surely maintained.
    • 本发明涉及一种存储卡适配器,该存储卡适配器使小型存储卡能够用于大型存储卡大卡存储卡的卡连接器中。 可弹性位移的连接端子37一体地形成在适配器主体1的一个部件上的导电(金属制的)盖30上。 连接端子37与多个接地触头60d,60i接触,并且在接地触头60d,60i之间以及接地触头60d,60i和盖30之间建立电连接。 确保高接触可靠性,并且可靠地保持静电击穿防止功能。
    • 17. 发明授权
    • Broadcast reception apparatus for obtaining and storing high-use-possibility reproduction programs beforehand
    • 预先获取并存储高可用性再现程序的广播接收装置
    • US07165265B2
    • 2007-01-16
    • US09797235
    • 2001-03-01
    • Toshiya MoriAkihiro Tanaka
    • Toshiya MoriAkihiro Tanaka
    • H04N7/173
    • H04H60/27H04H20/91H04N21/8166
    • The program-for-cache determining unit 107 counts the number of contents (a corresponding contents number) that are to use reproduction programs, for each reproduction program transmitted over each channel during the current service period and onward up to the last service period shown in the broadcast information, and determines a reproduction program that has the highest corresponding contents number, as the one to be cached. The program-for-cache determining unit 107 also determines the service period and channel during and over which the determined reproduction program is to be cached. The cache unit 108 instructs the demultiplexing/decoding unit 104 to demultiplex and decode the reproduction program corresponding to the determined channel and store it in the reproduction program storage unit 109.
    • 节目缓存确定单元107对在当前服务期间内的每个频道上发送的每个再现节目以及直到最后一个服务周期显示的每个再现节目,对要使用再现节目的内容(相应的内容号码)进行计数 广播信息,并且确定具有最高对应内容号码的再现节目作为要缓存的再现节目。 节目缓存确定单元107还确定所确定的再现节目将被缓存的期间和频道。 高速缓存单元108指示解复用/解码单元104对与确定的频道相对应的再现节目进行解复用和解码并将其存储在再现节目存储单元109中。