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    • 1. 发明专利
    • Card processor
    • 卡片处理器
    • JPS6151285A
    • 1986-03-13
    • JP17234084
    • 1984-08-21
    • Nippon Telegr & Teleph Corp Tamura Electric Works Ltd
    • KAIHARA MASAHARUHAYAKAWA FUYUHISAOTSUKA HIROSHIDOMA KATSUJI
    • G06K13/06G06K13/08G06K13/12
    • G06K13/08
    • PURPOSE:To prevent the omission of taking out a card and to return the card securely by providing a card insertion slot and a card return slot near to each other and further providing a card discharge slot which is not normally used. CONSTITUTION:The card insertion slot 1 and the card return slot 10 are provided at the front upper part of a processor as close as possible. Thus the omission of taking out a card can be prevented. Normally a processed card 3 is returned from the return slot 10. However, when the return from the return slot 10 comes to failure, the card 3 is reversely transported to be fetched into a card transportation path 2, and a drive solenoide 30 is attractively driven to push down a selector 12. Then the card 3 is transported to the insertion slot 1 and returned from said slot 1. When the card 3 cannot be returned even from the insertion slot 1, it is again fetched into the processor, transported downward until it deviates from the transportation path 2 by a card transportation mechanism 7, and is dropped to a card discharging slot 28 as it is.
    • 目的:为了防止通过提供相互靠近的卡片插槽和卡片返回槽,可靠地取出卡片和卡片,并进一步提供通常不使用的卡片放电槽。 构成:卡插入口1和卡片返回槽10尽可能靠近处理器的前部上部。 因此,可以防止取出卡的省略。 通常,处理卡3从返回槽10返回。然而,当从返回槽10的返回到达故障时,卡3被反向传送以被提取到卡传送路径2中,并且驱动器solenoide 30是吸引人的 被驱动以按下选择器12.然后卡3被传送到插槽1并从所述槽1返回。当卡3甚至不能从插槽1返回时,它再次被提取到处理器中,向下传送 直到它由卡传送机构7偏离传送路径2,并且直接落下到卡排出槽28。
    • 2. 发明专利
    • Punching device
    • 打孔装置
    • JPS6151275A
    • 1986-03-13
    • JP17234184
    • 1984-08-21
    • Nippon Telegr & Teleph Corp Tamura Electric Works Ltd
    • NAGAOKA TERUYUKITOMONO AKIRADOMA KATSUJIKAMIYAMA TAKASHI
    • G06K1/02
    • G06K1/025
    • PURPOSE:To obtain a small-sized punching device excellent in the energy conversion efficiency by using a recessed and mold flow punch pin formed on a curved surface where the skew angle having non-negative blade surface changes continuously. CONSTITUTION:Under an initial state a punch pin 1 is restored to a position regulated by a stopper pin due to the spring force of a spring 17. When a coil 14 is excited in this state, a hub 11 is attracted to the side of a base 13, and the pin 1 is driven to the direction guided by a guide member 18 due to the differential force of said attracting force and spring force of the spring 17. As a result, a blade surface 10 punches a card 6. Afterward, when the excitation to the coil 14 is stopped, the pin 1 returns to the initial state by the spring force of the spring 17. Here, the blade surface 10 of recessed and curved face drops the 1st peak value of a punching force characteristic curve by its appropriate curved face, and raises the 2nd peak value; therefore, the punching characteristic suitable to the attracting force characteristic can be obtained.
    • 目的:通过使用形成在具有非负叶片表面的歪斜角连续变化的弯曲表面上的凹进和流动冲压针来获得能量转换效率优异的小型冲压装置。 构成:在初始状态下,由于弹簧17的弹簧力,冲头1被恢复到由止动销调节的位置。当线圈14在该状态下被激励时,毂11被吸引到 基座13,并且由于弹簧17的所述吸引力和弹簧力的差动力,销1被驱动到由引导构件18引导的方向。结果,叶片表面10冲压卡6.之后, 当对线圈14的激励停止时,销1通过弹簧17的弹簧力返回到初始状态。这里,凹面和曲面的刀面10将冲压力特性曲线的第一峰值降低, 适当曲面,提高第二峰值; 因此,可以获得适合于吸引力特性的冲压特性。