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    • 95. 发明授权
    • Method of assembling magnetic recording disk cartridge
    • 磁记录盘盒的组装方法
    • US4716650A
    • 1988-01-05
    • US34240
    • 1987-04-06
    • Masaaki UtsuiMakoto ShimizuNoriyuki HoshinaNobuyuki AdachiTakashi KuriharaTatsuo Shiino
    • Masaaki UtsuiMakoto ShimizuNoriyuki HoshinaNobuyuki AdachiTakashi KuriharaTatsuo Shiino
    • G11B23/00B23P21/00G11B23/03G11B23/033G11B23/113B21D39/03B23P11/00
    • G11B23/0326B23P21/00Y10T29/49829Y10T29/5191Y10T29/53Y10T29/53539
    • A magnetic recording disk cartridge comprises a magnetic disk unit rotatably accommodated in a casing. A method of assembling the magnetic recording disk cartridge comprises a first conveying step of conveying a lower half of the casing by a first conveyor, a second conveying step of conveying an upper half of the casing by a second conveyor, a disk assembling step of receiving a magnetic disk sheet and a core part and securing the magnetic disk sheet to the core part to form a magnetic disk unit, a disk unit placing step of placing the magnetic disk unit on the lower half of the casing on the first conveyor, and a casing assembling step of transferring both the upper half of the casing on the second conveyor and the lower half of the casing with the magnetic disk unit on the first conveyor to an assembly table, receiving mechanical parts, incorporating the mechanical parts in the lower half on the assembly table, subsequently connecting the upper and lower halves and transferring the integrated casing to a third conveyor. The disk unit placing step is carried out by the intermittent-stop-and-wait system.
    • 磁记录盘盒包括可旋转地容纳在壳体中的磁盘单元。 一种组装磁记录盘盒的方法,包括:第一输送步骤,通过第一输送器输送壳体的下半部;第二输送步骤,通过第二输送器输送壳体的上半部;盘组装步骤, 磁盘片和芯部,并且将磁盘片固定到芯部以形成磁盘单元;盘单元放置步骤,用于将磁盘单元放置在第一传送器上的壳体的下半部上;以及 壳体组装步骤,将第二输送机上的壳体的上半部分和壳体的下半部分用第一传送器上的磁盘单元传送到组装台,接收机械部件,将下半部分中的机械部件合并在 组装台,随后连接上半部分和下半部分,并将集成的壳体传送到第三传送器。 盘单元放置步骤由间歇停止系统执行。
    • 100. 发明申请
    • LIGHT EMITTING DEVICE
    • 发光装置
    • US20130075708A1
    • 2013-03-28
    • US13637901
    • 2011-03-24
    • Takashi KuriharaMitsutoshi AkatsuTakuji Fujisawa
    • Takashi KuriharaMitsutoshi AkatsuTakuji Fujisawa
    • H01L51/50
    • H01L51/5012H01L27/3246H01L27/3283H01L51/5209
    • The present invention provides a light emitting device 11 that includes a support substrate 13, partition walls 12 provided on the support substrate 13 and defining sections set on the support substrate 13, and a plurality of organic electroluminescent (EL) elements 14 provided on the sections defined by the partition walls 12. Each of the organic EL elements 14 is configured by laminating a first electrode 15, an organic EL layer, and a second electrode 18 in this order on the support substrate 13. At least part of the first electrode 15 is arranged apart from the partition walls 12 on the support substrate 13. The organic EL layer has an extension portion 20 extending from the first electrode 15 to the partition walls 12. A surface of a member in contact with a bottom surface of the extension portion 20 has a lyophilic property higher than that of a surface of each of the partition walls 12. Accordingly, a light emitting device 11 having a structure that makes it possible to fabricate organic EL elements 14 having excellent light-emitting properties by partition walls 12 having a simple structure.
    • 本发明提供了一种发光装置11,其包括支撑基板13,设置在支撑基板13上并限定设置在支撑基板13上的部分的分隔壁12和设置在支撑基板13上的多个有机电致发光(EL)元件14 每个有机EL元件14通过在支撑基板13上依次层叠第一电极15,有机EL层和第二电极18而构成。第一电极15的至少一部分 被布置成与支撑基板13上的分隔壁12分开。有机EL层具有从第一电极15延伸到分隔壁12的延伸部分20.与延伸部分的底表面接触的部件的表面 20具有比每个分隔壁12的表面更高的亲液性。因此,具有使得可以制造的结构的发光装置11 e具有由具有简单结构的分隔壁12而具有优异发光特性的有机EL元件14。