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    • 4. 发明授权
    • Surface-mount electrical connector having shell with front and rear mounting posts formed adjacent front and rear ends of the shell
    • 具有壳体的表面安装电连接器,其具有邻近壳体的前端和后端形成的前后安装柱
    • US06884116B2
    • 2005-04-26
    • US10454955
    • 2003-06-05
    • Mamoru SuzukiIsao Igarashi
    • Mamoru SuzukiIsao Igarashi
    • H01R13/652H01R12/71H01R13/648
    • H01R12/7011H01R12/712H01R13/6582
    • A shell (30) included in an electrical connector has a top wall (40) having a first front end (40a), a bottom wall (42) having a second front end (42a1, 42b1), and side walls (44) having third front ends (44a), respectively. The first to the third front ends (40a, 42a1, 42b1, 44a) constitutes a front edge (31) of the shell (30), the front edge (31) defining an opening for receiving another shell of a mating connector inserted along an insertion direction into the shell (30). From the front edge (31), a pair of front mounting posts (33) continues rearwardly in the insertion direction and extends downwardly in a vertical direction below the bottom wall (42). Adjacent to a rear end (32) opposite to the front edge (31), a pair of rear mounting posts (34) is provided. Each of the rear mounting posts (34) is spaced from the corresponding front mounting post (33) in the insertion direction and extends downwardly in the vertical direction below a plane on which the bottom wall (42) is laid.
    • 包括在电连接器中的外壳(30)具有顶壁(40),其具有第一前端(40a),底壁(42),其具有第二前端(42,4a,b)和侧面 壁(44)分别具有第三前端(44a)。 第一至第三前端(40a,42a,42,4b,4,4a)构成所述外壳(30)的前边缘(31),所述前边缘(31)限定用于接收另一壳体 沿插入方向插入壳体(30)中的配合连接器。 一对前安装柱(33)从前缘(31)沿插入方向向后延伸,并在底壁(42)的下方沿垂直方向向下延伸。 邻近与前边缘(31)相对的后端(32),设置有一对后安装柱(34)。 每个后安装柱(34)在插入方向上与相应的前安装柱(33)间隔开,并且在垂直方向上向下延伸到底壁(42)所在的平面下方。
    • 5. 发明授权
    • Electrical connector for connecting FPC to printed circuit with means
for fixedly connecting FPC to the connector without removal of FPC from
the connector
    • 用于将FPC连接到印刷电路的电连接器,用于将FPC固定连接到连接器而不从连接器移除FPC
    • US5906504A
    • 1999-05-25
    • US833219
    • 1997-04-14
    • Isao IgarashiMamoru Suzuki
    • Isao IgarashiMamoru Suzuki
    • H01R12/28H01R23/66
    • H01R12/79
    • A connecting member for electrically connecting a flat cable with a connector unit mounted on an electric apparatus, wherein an end portion of the flat cable has a projection projecting therefrom and exposed conductor portions of conductor lines in the cable, while the connecting member has a plurality of contacts supported in an insulator for electrically connecting with the connector and for electrically connecting with corresponding ones of the exposed portions. The insulator has a cavity into which a slider of insulator material is inserted together with the flat cable when the connecting member is connected at the end of the cable. The slider has a receiving surface for receiving the flat cable and a stop for engaging the projection of the flat cable to prevent the flat cable from removal of the receiving surface. Each of contacts has a contact portion and an engaging portion projecting in the cavity towards each other. The contact portion comes into contact with corresponding one of the exposed conductor portions, and the engaging portion engages with a corresponding one of recesses formed in the slider to prevent the slider and the cable from removal out of the cavity.
    • 一种用于将扁平电缆与安装在电气设备上的连接器单元电连接的连接构件,其中,所述扁平电缆的端部具有突出的突出部,并且所述电缆中的导体线的露出导体部分,而所述连接构件具有多个 的触点,其被支撑在用于与连接器电连接并用于与相应的暴露部分电连接的绝缘体中。 绝缘体具有空腔,当连接构件连接在电缆的端部时,绝缘体材料的滑块与扁平电缆一起插入该空腔中。 滑块具有用于接收扁平电缆的接收表面和用于接合扁平电缆的突起的止动件,以防止扁平电缆移除接收表面。 每个触点具有接触部分和在空腔中朝向彼此突出的接合部分。 接触部分与对应的一个暴露的导体部分接触,并且接合部分与形成在滑块中的相应的一个凹部接合,以防止滑块和电缆从空腔中移出。
    • 6. 发明授权
    • Electrical connector with latch mechanism enclosed in a shell
    • 带有闩锁机构的电连接器封装在外壳中
    • US06799986B2
    • 2004-10-05
    • US10458352
    • 2003-06-10
    • Isao IgarashiMamoru SuzukiKoji HayashiNobukazu Kato
    • Isao IgarashiMamoru SuzukiKoji HayashiNobukazu Kato
    • H01R13627
    • H01R13/6275H01R13/6582
    • A connector (70) comprises a connector body (10), a shell (30, 40) and two latch members (20). The shell (30, 40) has two openings (33) formed therein at positions near the interface end. Each of the latch members (20) includes a latch projection (28) formed on one end thereof in the Y direction. The latch projections (28) project from an inside of the shell (30, 40) through the openings (33) to an outside of the shell (30, 40). The latch projection (28) further comprises a plate portion (24) and a bulged portion (25), which is formed on the plate portion (24) and serves as a control point for movement of the latch projection (28). The shell (30, 40) further comprises two apertures (43), each of which has a first area size. The plate portion (24) has a second area size larger than the first area size while the bulged portion (25) has a third area size smaller than the first area size. The plate portion (24) is arranged on the inside surface of the shell (30, 40) to block the corresponding aperture (43) under the normal conditions, while the bulged portion (25) is surrounded by the corresponding aperture (43) of the shell (30, 40) under the normal conditions. Therefore, the bulged portion (43) is touchable from the outside of the shell (30, 40). At the outside of the shell (30, 40), buttons will be arranged so as to be able to exert forces on the bulged portions (25) when the buttons are operated. When the bulged portions (25) are pressed, the latch projections (28) will be retracted to the inside the shell (30, 40).
    • 连接器(70)包括连接器主体(10),外壳(30,40)和两个闩锁构件(20)。 壳体(30,40)在接近端附近的位置处形成有两个开口(33)。 每个闩锁构件(20)包括在Y方向的一端上形成的闩锁突起(28)。 闩锁突起(28)从壳体(30,40)的内部通过开口(33)突出到壳体(30,40)的外部。 闩锁突起(28)还包括板部分(24)和凸出部分(25),其形成在板部分(24)上并用作锁定突起(28)的移动控制点。 壳体(30,40)还包括两个孔(43),每个孔具有第一区域尺寸。 板部分(24)具有大于第一区域尺寸的第二区域尺寸,而凸出部分(25)具有小于第一区域尺寸的第三区域尺寸。 平板部分(24)布置在外壳(30,40)的内表面上,以在正常条件下阻挡相应的孔(43),而凸出部分(25)被相应的孔(43)包围 外壳(30,40)在正常条件下。 因此,凸出部43可从壳体30,40的外侧接触。 在外壳(30,40)的外侧,按钮将被布置成当操作按钮时能够在凸出部分(25)上施加力。 当凸起部分(25)被按压时,闩锁突起(28)将缩回到外壳(30,40)的内部。
    • 8. 发明授权
    • Information processing device, display switching method and program
    • 信息处理装置,显示切换方式及程序
    • US08267314B2
    • 2012-09-18
    • US12630264
    • 2009-12-03
    • Yoshihito IshibashiMamoru Suzuki
    • Yoshihito IshibashiMamoru Suzuki
    • G06K5/00
    • G06K19/0723G06K19/07703
    • An information processing device including a light emitting unit to supply light to an operating unit mounted on an IC card, a light emission adjusting unit to cause information of an electronic ticket recorded on the IC card to be displayed on the display unit of the IC card by adjusting the number of times of emitting light or a light emitting pattern by the light emitting unit, a storage unit to store service identification information for identifying a service related to an electronic ticket, and a reading unit to read information of one or more than one electronic ticket stored in the IC card, and a determination unit to determine whether the information of the electronic ticket corresponding to the service identification information stored in the storage unit matches the information of one or more than one electronic ticket read by the reading unit.
    • 一种信息处理设备,包括:向安装在IC卡上的操作单元提供光的发光单元,将IC卡上记录的电子票的信息显示在IC卡的显示单元上的发光调整单元 通过调节由发光单元发光或发光图案的次数,存储单元,存储用于识别与电子票相关的服务的服务识别信息,以及读取单元,用于读取一个或多个 存储在IC卡中的一个电子票,以及确定单元,确定与存储在存储单元中的服务识别信息相对应的电子票的信息是否与读取单元读取的一个或多个电子票的信息相匹配。
    • 10. 发明授权
    • Semiconductor integrated circuit and wireless communication device
    • 半导体集成电路和无线通信设备
    • US07822383B2
    • 2010-10-26
    • US10577727
    • 2005-08-23
    • Yoichi MiyagawaMamoru SuzukiKazuyoshi EnomotoYuko Yoshida
    • Yoichi MiyagawaMamoru SuzukiKazuyoshi EnomotoYuko Yoshida
    • H04B7/00H04B1/28H04B1/38
    • G06K7/10237G06K7/0008G06K19/0723
    • The present invention relates to a semiconductor integrated circuit and a wireless communication apparatus that can be reduced in size without deteriorating a receiving sensitivity and a transmission efficiency. Communication with an external reader/writer and an external non-contact IC card is carried out through a common antenna 211. The signal received from the external reader/writer or the external non-contact IC card through the antenna is supplied to an ASK demodulation circuit 149 and demodulated. The signal received from the external reader/writer is full-wave rectified and smoothed by an full-wave rectification and smoothing circuit composed of diodes 231, 232 and a capacitor 233, and the power obtained from the full-wave rectified and smoothed signal is supplied to respective units of a semiconductor integrated circuit 101. The present invention can be applied to a mobile phone.
    • 本发明涉及可以在不降低接收灵敏度和传输效率的情况下减小尺寸的半导体集成电路和无线通信装置。 通过公共天线211进行与外部读写器和外部非接触IC卡的通信。通过天线从外部读写器或外部非接触IC卡接收的信号被提供给ASK解调 电路149并进行解调。 从外部读写器接收的信号由二极管231,232和电容器233构成的全波整流平滑电路进行全波整流和平滑处理,从全波整流平滑信号得到的功率为 提供给半导体集成电路101的各个单元。本发明可以应用于移动电话。