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    • 1. 发明专利
    • Stamping device of marking stamp of electronic parts
    • 电子部件标记印章冲压装置
    • JPS61108556A
    • 1986-05-27
    • JP23214884
    • 1984-11-01
    • Rohm Co Ltd
    • HIROMITSU MASAAKI
    • B41F17/36B41K3/04
    • B41F17/36B41K3/04
    • PURPOSE:To prevent generation of wear of each gum stamp and improve the durability of a gum stamp, by a method wherein the attachment and supply of ink is performed by an ink feed roll which moves back and forth in the lateral direction at the condition contacting to the upper surface of an ink stand. CONSTITUTION:An ink feeding structure 12 is composed of a plural number of ink stands 13a-13e corresponding to each of gum stamps 11a-11e and the ink feed roll 14 which moves back and forth at the condition contacting to the upper surface of each ink stands 13a-13e. The ink feeding structure is constituted so as the ink stand 10 is moved back and forth in the lateral direction described by a solid line arrow D1 and a dotted line arrow D2 between upper position of a lead frame land upper position of each ink stands 13a-13e as well as, at the upper position of the lead frame 1, said structure rises after descended as shown by the dotted line arrow E1 and the solid line arrow E2, and at the upper position of each ink stands 13a-13e, it rises after descended as shown the solid line arrow F1 and the dotted line arrow F2.
    • 目的:为了防止每个口香糖印章的磨损产生,并提高胶印的耐用性,通过一种方法,其中通过在接触条件下在横向上来回移动的墨水供给辊进行墨水的附着和供应 到油墨支架的上表面。 构成:供墨结构体12由多个油墨台13a-13e组成,油墨架13a-13e对应于每个胶条11a-11e和供墨辊14,它们在与每个油墨的上表面接触的状态下来回移动 站立13a-13e。 墨水供给结构构成为使得墨台10在实线箭头D1和虚线箭头D2所示的横向方向上前后移动,每个墨台13a- 如图13e所示,在引线框架1的上部位置,如虚线箭头E1和实线箭头E2所示,所述结构在下降之后上升,并且在每个墨水支架13a-13e的上部位置上升 之后如实线箭头F1和虚线箭头F2所示。
    • 2. 发明专利
    • Stamping device of mark seal on electronic parts
    • 电子部件上的密封装置
    • JPS61110552A
    • 1986-05-28
    • JP23221184
    • 1984-11-02
    • Rohm Co Ltd
    • HIROMITSU MASAAKI
    • B41F17/36B41F13/36B41K3/04
    • B41K3/04B41F13/36
    • PURPOSE:To improve productivity by simplifying a process, by enabling a mark seal of every class distinction to electronic parts such as a transistor by a unit of stamping machine under a state wherein the electronic parts are kept connecting with a lead frame in a row. CONSTITUTION:Lead frames 1, which are obtained by leaving only one lead piece out of the lead pieces of each transistor by cutting off the other ones, are transferred intermittently above a moving table 10 at its intervals P in the direction of B. Then when the transistor whose class is calssified through measurement by a measuring apparatus 11 comes to a position just below a stamping bed 12, a servomotor 14 is driven so that the stamping bed 12 makes a rubber seal corresponding to said class transistor position. Then the rubber seal is pressed against said transistor by descending the stamping bed 12 and a mark seal is stamped. As, therefore, a measuring process of each of the transistors connecting in a row with the lead frame 1 and a stamping process of the mark seal can be continuous, the process is simplified and productivity is improved.
    • 目的:通过简化流程来提高生产效率,通过在电子部件保持与一排引线框架连接的状态下,通过冲压机的单元在诸如晶体管之类的电子部件上实现标记密封。 构成:通过切断其他晶体管的引线片中的一个引线片而得到的引线框1以间隔P间隔地沿B方向间隔地移动到移动台10上方。然后当 通过测量装置11的测量将其类别凝固的晶体管进入到冲压床12正下方的位置,驱动伺服电动机14,使得冲压床12形成对应于所述类晶体管位置的橡胶密封。 然后通过冲压床12下降将橡胶密封件压靠在晶体管上,并且标记印章。 因此,因此,与引线框架1成一行连接的每个晶体管和标记密封件的冲压工艺的测量过程可以是连续的,该过程被简化并且提高了生产率。
    • 5. 发明专利
    • 印刷装置
    • 打印设备
    • JP2015030183A
    • 2015-02-16
    • JP2013161092
    • 2013-08-02
    • 富士フイルム株式会社Fujifilm Corp
    • IGARASHI HIROYUKIKAMIMURA HIROSHI
    • B41J25/20B41J2/01B41J29/38B41J29/40B41J29/46
    • B41J29/393B41F33/04B41J11/0095B41J29/40B41J29/46B41K3/04B41K3/48
    • 【課題】不良品の特定作業や仕分け区分の特定のための自動化に際して、従来の高速化対応問題、脱落問題、配置自由度問題、配置環境問題を解消できる印刷装置を提供する。【解決手段】用紙Pを搬送する搬送部11と、用紙Pに画像を記録する画像記録部18と、画像不良が発生した用紙Pを検出する画像不良検出部136と、用紙Pの仕分け部数が設定される設定部138と、画像不良が発生した用紙Pの先端エッジにインクを付着させる第1のスタンパー装置202と、第1のスタンパー装置202と用紙幅方向に並べて配置され、仕分け部数に該当する用紙Pの先端エッジにインクを付着させる第2のスタンパー装置204と、画像不良検出部の検出結果に基づいて第1のスタンパー装置202の動作を制御し、設定された仕分け部数に応じて第2のスタンパー装置204を制御するスタンプ制御部208と、を備えている。【選択図】図2
    • 要解决的问题:提供一种打印装置,其可以解决在应对用于指定缺陷部分的工作的自动化中的高速度,下降,配置的自由度和布置环境的常规问题。指定分类部分。解决方案:打印 装置包括:用于输送纸张P的输送部分11; 用于在纸张P上记录图像的图像记录部分18; 用于检测具有图像缺陷的纸张P的图像缺陷检测部分136; 设置部分138,其设置纸张P的分类份数; 第一压模装置202,其将油墨粘附到具有图像缺陷的纸张P的顶部边缘; 第二压模装置204,其在纸张宽度方向上与第一压模装置202平行布置,并且将油墨粘附到与分选份数相当的纸张P的顶部边缘; 以及基于图像缺陷检测部分的检测结果来控制第一压模装置202的操作的印章控制部分208,并根据所设置的分类份数来控制第二压模装置204。
    • 8. 发明专利
    • Stamper
    • 压模
    • JPS5948183A
    • 1984-03-19
    • JP15829482
    • 1982-09-10
    • Toshiba Corp
    • ASHIKAWA YOSHIAKI
    • B41K3/32B41K3/04B41K3/48
    • B41K3/04
    • PURPOSE:To miniaturize a stamper as well as save the consumption of energy by putting an object to be stamped in order and performing stamping operation by using a simplified construction in which a position regulating guide and a stamper are operated by only one drive source. CONSTITUTION:A motor 11 is driven, a drive disc 12 is turned in the direction of arrow D, and a guide roller 13 is separated from the end of a position-regulating drive lever 7B. As a result, a position-regulating guide 8 is turned in the direction of arrow C, and then slided sideways until the bundle of forms P on a horizontal delivery belt 3A is contacted with a side guide 9 by a side position regulator 8B. At the same time, a stamp drive arm 20 is turned downwards around a supporting pin 19. The stamp 16 comes near the bundle of forms P. When the drive disc 12 turns through nearly 180 deg., stamping is made on the strip B of the bundle P.
    • 目的:通过使用仅由一个驱动源操作位置调节引导件和压模的简化结构,通过放置要冲压的物体并执行冲压操作来使压模小型化并节省能量消耗。 构成:电动机11被驱动,驱动盘12沿箭头D的方向转动,导辊13与位置调节驱动杆7B的端部分离。 结果,位置调节引导件8沿箭头C的方向转动,然后横向滑动,直到水平传送带3A上的纸张P与副位置调节器8B与侧引导件9接触。 同时,印章驱动臂20围绕支撑销19向下转动。印模16靠近形式的纸张P.当驱动盘12转过近180度时,在条带B上进行冲压 束P.
    • 10. 发明专利
    • Automatic stamper
    • 自动贴标机
    • JPS61123573A
    • 1986-06-11
    • JP24660084
    • 1984-11-21
    • Ootosutanpu Kenkyusho:Kk
    • YOSHIDA YUKIO
    • B41K3/04
    • B41K3/04
    • PURPOSE:To provide an automatic stamper capable of stamping constantly with a fixed stamping pressure irrespective of the thickness of a paper, comprising a mechanism for adjusting the position of a stamp when a load not lower than a predetermined value is exerted due to the thickness of a paper, when stamping on a paper by vertically moving a stamp through motor drive. CONSTITUTION:When the paper P is thin, an oscillating link 31 and a stamp support frame 20 are lowered to the lowermost position in the condition in which a transmission pin 15 and a gripping 43 are connected with each other. When the paper P is thick, the gripping part 43 yields to an excessive load to be disconnected from the pin 15 at the moment a stamp 26 reaches the upper surface of the paper P. Then, even when a transmission pin 35 is lowered, the link 31, the frame 20 and a stamp mechanism 25 are not lowered, but are returned upward to original positions by the elastic force of a spring 32. On returning from the bottom dead center to the upper original position, the pin 15 is again engaged to a gripping piece 47, and the next stamping operation is started.
    • 目的:提供一种能够固定的冲压压力不间断地印刷的自动印模,包括纸的厚度,包括用于当不低于预定值的载荷时调节印模的位置的机构, 一张纸,当通过电机驱动器垂直移动印章在纸上冲压时。 构成:当纸张P薄时,在传动销15和夹持件43彼此连接的状态下,摆动连杆31和印模支撑框架20下降到最低位置。 当纸P厚时,夹持部43在印模26到达纸张P的上表面时产生与销15断开的过大的负载。然后,即使传输销35降低, 连杆31,框架20和印模机构25不会下降,而是通过弹簧32的弹力向上返回到原来的位置。当从下止点返回到上原位时,销15再次接合 到夹紧件47,并且开始下一个冲压操作。