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    • 91. 发明专利
    • Connector for card
    • 卡连接器
    • JP2003323940A
    • 2003-11-14
    • JP2002127734
    • 2002-04-30
    • Molex Incモレックス インコーポレーテッド
    • MATSUMOTO YASUKICHITOMITA MITSUHIRO
    • G06K17/00G06K13/06G06K19/077H01R13/24H01R13/533H01R13/629H01R12/18
    • H01R13/2442G06K13/06G06K13/0825G06K19/07743H01R24/62
    • PROBLEM TO BE SOLVED: To provide a connector for a card preventing breaking of a side wall by a slider even when the card is inserted or drawn out by forcible operation and the slider is tilted.
      SOLUTION: The connector for the card is provided with a card receiving cavity 40 partitioned by upper and lower walls 22 and right and left side walls 23, and the slider 50 arranged in the card receiving cavity 40 so it can move along one side wall 23 between the upper and lower walls 22. The slider 50 can move along with the card 41 inserted into/drawn out from the card receiving cavity 40. The slider 50 is provided with a protruding part 52 entering and engaging with a recessed part formed on a side face of the card 41, and it is tilted in a plane parallel with the lower wall 22 by existence of the protruding part 52 when the card 41 is forcibly inserted in an opposite direction or it is forcibly drawn out. A slit 25 is formed along the one side wall 23 in the lower wall 22, and the one side wall 23 deforms outward more easily in response to tilting of the slider 50.
      COPYRIGHT: (C)2004,JPO
    • 要解决的问题:即使当卡被强制操作插入或拉出并且滑块倾斜时,提供一种用于防止由滑块破坏侧壁的连接器。 解决方案:卡的连接器设置有由上下壁22和右侧壁23以及左侧壁23分隔的卡容纳腔40,滑块50布置在卡容纳腔40中,使得其可以沿着一个 侧壁23在上壁22和下壁22之间。滑块50可以与插入/从卡容纳腔40中拉出的卡41一起移动。滑块50设置有突出部分52,该突出部分52进入并与凹部 形成在卡41的侧面上,并且当卡41被强制地插入相反方向或被强制拉出时,它通过突出部52的存在而在与下壁22平行的平面中倾斜。 沿着下壁22中的一个侧壁23形成狭缝25,并且一个侧壁23响应于滑块50的倾斜而更容易向外变形。(C)2004,JPO
    • 92. 发明专利
    • Leaflet processing device
    • 叶片加工装置
    • JPS5731094A
    • 1982-02-19
    • JP10571580
    • 1980-07-31
    • Tokyo Electric Co Ltd
    • SAITOU SHIYUNJI
    • G06K13/067B65H7/02G06K13/06G07D9/04
    • G06K13/06
    • PURPOSE:To precisely detect two-ply sheet feed and half sheet feed, etc., by detecting a feeding speed of leaflets and calculating a feeding amount while the leaflets pass through a leaflet detecting means with said speed and comparing the feeding amount with a set value settled arbitrarily previously. CONSTITUTION:In the midway of a carrying path where leaflets in leaflet processing device are carried by one sheet on each processing, a leaflet detecting part 68 that detects the leaflets passing through and a feeding speed detector 60 that detects a feeding velocity of leaflets and outputs a signal proportional to said speed are provided. Further, an output from the detector 60 is counted by a feeding amount counter 96 the leaflets pass through the detecting part 68. Still more, respective feeding amounts are set to various memories of an RAM67 by a key operating part 3. Thus, when the leaflets pass through the detector 68, it is judged in a CPU61 whether a counted value of the counter 96 has reached to the setting data settled to each memory of the RAM67 or not. According to the judged result, motors driving a carring path are controlled, therefore precise counting processing is executed.
    • 目的:通过检测传单的进纸速度和计算进纸量,精确检测双层进纸和半张进纸等,同时传单通过具有所述速度的传单检测装置,并将进纸量与一组 以前任意交易的价值。 构成:在每个处理中,单页处理装置中的小叶被携带在携带路径的中间,检测通过的小叶的小叶检测部分68和检测传单和输出的进给速度的进给速度检测器60 提供与所述速度成比例的信号。 此外,来自检测器60的输出由小叶通过检测部分68的进给量计数器96进行计数。此外,通过键操作部分3将各个馈送量设置到RAM67的各种存储器。因此,当 传单通过检测器68,在CPU61中判断计数器96的计数值是否达到了设定到RAM67的每个存储器的设定数据。 根据判断结果,控制驱动行驶路径的电动机,进行精确的计数处理。