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    • 21. 发明授权
    • Card connector
    • 卡连接器
    • US07612993B1
    • 2009-11-03
    • US12218555
    • 2008-07-15
    • Kazunori TakeiHitoshi KikuchiHirokazu TakahashiHiromichi Kato
    • Kazunori TakeiHitoshi KikuchiHirokazu TakahashiHiromichi Kato
    • H05K5/00H05K7/00H01R13/44H01R24/00
    • H01R13/64
    • A card connector includes a plurality of contacts adapted to contact memory cards, a housing holding the contacts and having a plurality of inserting openings arranged in vertically overlapping relationship for inserting memory cards, respectively, and a shell covering the housing. A pivot member is installed at a predetermined position in the housing so as to be pivotally moved when one memory card is inserted in one of the inserting openings such that part of the pivot member extends into all the inserting openings except for the one inserting opening, thereby preventing a further memory card from being inserted into the card connector. In assembling, after the pivot member is set in the housing so that protrusions provided in the housing are fitted in slits formed in the pivot member, the shell is fitted on the housing to push the pivoting member into the predetermined position.
    • 卡连接器包括适于接触存储卡的多个触点,保持触点并具有分别以垂直重叠的关系布置的多个插入开口的壳体,以及分别插入存储卡的壳体和覆盖壳体的壳体。 枢轴构件安装在壳体中的预定位置处,以便当一个存储卡插入到一个插入开口中时枢转地移动,使得枢转构件的一部分延伸到除了一个插入开口之外的所有插入开口中, 从而防止另外的存储卡插入到卡连接器中。 在组装中,在将枢转构件设置在壳体中之后,使得设置在壳体中的凸起装配在形成在枢转构件中的狭缝中,壳体装配在壳体上以将枢转构件推动到预定位置。
    • 23. 发明授权
    • Connector
    • 连接器
    • US07510442B2
    • 2009-03-31
    • US11705175
    • 2007-02-09
    • Hirokazu TakahashiYasuyuki Mizunuma
    • Hirokazu TakahashiYasuyuki Mizunuma
    • H01R24/00
    • H01R12/721
    • A connector includes a housing and a plurality of contacts, and the bottom portion of the housing has a holding bar for holding the contacts. In a region of the bottom portion of the housing corresponding to tips of all the contacts extending from the holding bar upwardly and toward the interior of the housing, a rectangular recess is provided, and a contact buckling-preventing plate is provided in the recess, which includes an upper surface portion formed with through-holes at locations corresponding to contact portions of the contacts, partition walls forming defined spaces for accommodating the contacts in cooperation with the upper surface portion, and jointing ends to be connected to both lateral inner ends of the recess on the side of the holding bar to permit a pivotal movement of the plate. In this manner, the connector can realize an even more reduced overall height and prevent the buckling of contacts upon extraordinary insertion and removal of a card-shaped connecting object.
    • 连接器包括壳体和多个触点,并且壳体的底部具有用于保持触点的保持杆。 在壳体底部对应于从保持杆向上并朝向壳体内部延伸的所有接触件的尖端的区域中,设置矩形凹部,并且在凹部中设置接触抗弯曲板, 其包括在对应于触头的接触部分的位置处形成有通孔的上表面部分,形成用于与上表面部分配合的用于容纳触点的限定空间的分隔壁以及连接到两个侧面内端的连接端 在保持杆侧面的凹槽允许板的枢转运动。 以这种方式,连接器可以实现甚至更小的整体高度,并且防止在非常插入和移除卡形连接物体时触点的弯曲。
    • 30. 发明授权
    • Electronic equipment
    • 电子设备
    • US07042722B2
    • 2006-05-09
    • US10769807
    • 2004-02-03
    • Katsuyoshi SuzukiHirokazu TakahashiMasakatsu HoriiKenichi TateyamaTaro TakahashiHiroshi SuwaKouji Furuta
    • Katsuyoshi SuzukiHirokazu TakahashiMasakatsu HoriiKenichi TateyamaTaro TakahashiHiroshi SuwaKouji Furuta
    • H05K7/20
    • H05K7/20581
    • An object is to effectively cool down an electronic equipment which is face with height limitations and tends to readily increase in heat generation amount to thereby provide the reliability required. The interior of a chassis of a control unit is partitioned by a back board into a front side space and a rear side space. In the rear side space, two control modules are attached so that these are stacked up and down, while two fan modules and a single duct member are attached in the front side space. Each fan module has two fans as built therein. A cooling air stream or “wind” from each fan flows into the lower-side control module through the duct member and others, whereas a cooling wind from the other fan flows into the upper-side control module. Even when either one of the fan modules goes down during operation, it is still possible by using the remaining fan module to cool down the both control modules.
    • 目的是有效地冷却面对高度限制的电子设备,并且容易增加发热量,从而提供所需的可靠性。 控制单元的底盘的内部由后板划分成前侧空间和后侧空间。 在后侧空间中,安装有两个控制模块,以便它们被上下堆叠,而两个风扇模块和单个管道构件连接在前侧空间中。 每个风扇模块都有两个内置的风扇。 来自每个风扇的冷却空气流或“风”通过管道构件等流入下侧控制模块,而来自另一风扇的冷却风流入上侧控制模块。 即使任何一个风扇模块在运行期间都熄灭,仍然可以使用剩余的风扇模块来冷却两个控制模块。