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    • 13. 发明申请
    • Sheet post-processing apparatus and image forming system comprising the same
    • 片材后处理装置和包括其的成像系统
    • US20080181701A1
    • 2008-07-31
    • US12010952
    • 2008-01-31
    • Eiji FukasawaIchitaro KubotaKenichi Matsuno
    • Eiji FukasawaIchitaro KubotaKenichi Matsuno
    • G03G15/00B41L43/12
    • G03G15/6582G03G15/6573
    • A post-processing apparatus for transferring sheets from a sheet carry-in port to a first post-processing section and a second post-processing section to execute post-processing such as stapling and sheet folding on the sheets, includes a sheet carry-in path located in a substantially horizontal direction. The sheets fed to the carry-in port are sequentially transferred to a predetermined sheet discharging port. A first switchback conveying path branches off from the sheet carry-in path so as to reverse a sheet conveying direction. The first post-processing section connected to the first switchback conveying path executes the post-processing on the sheets. A second switchback conveying path branching off from between the carry-in port and sheet discharging port of the sheet carry-in path is upstream of the first switchback conveying path so as to reverse the sheet conveying direction. The second post-processing section is located downstream of the second switchback conveying path.
    • 一种用于将片材从片材进入口转移到第一后处理部分的后处理装置和用于执行片材上的装订和片材折叠的后处理的第二后处理部分包括片材进入 路径位于大致水平的方向。 馈送到进入口的纸张被顺序地转印到预定的纸张排出口。 第一转向输送路径从纸张进入路径分支,以便反转纸张输送方向。 连接到第一转向输送路径的第一后处理部分对纸张执行后处理。 从片材进入路径的进料口和排纸口之间分离的第二转向输送路径在第一回转输送路径的上游,以便反转纸张输送方向。 第二后处理部分位于第二转向输送路径的下游。
    • 15. 发明授权
    • Sheet post-processing apparatus and image forming system comprising the same
    • 片材后处理装置和包括其的成像系统
    • US07946563B2
    • 2011-05-24
    • US12010952
    • 2008-01-31
    • Eiji FukasawaIchitaro KubotaKenichi Matsuno
    • Eiji FukasawaIchitaro KubotaKenichi Matsuno
    • B65H37/04
    • G03G15/6582G03G15/6573
    • A post-processing apparatus for transferring sheets from a sheet carry-in port to a first post-processing section and a second post-processing section to execute post-processing such as stapling and sheet folding on the sheets, includes a sheet carry-in path located in a substantially horizontal direction. The sheets fed to the carry-in port are sequentially transferred to a predetermined sheet discharging port. A first switchback conveying path branches off from the sheet carry-in path so as to reverse a sheet conveying direction. The first post-processing section connected to the first switchback conveying path executes the post-processing on the sheets. A second switchback conveying path branching off from between the carry-in port and sheet discharging port of the sheet carry-in path is upstream of the first switchback conveying path so as to reverse the sheet conveying direction. The second post-processing section is located downstream of the second switchback conveying path.
    • 一种用于将片材从片材进入口转移到第一后处理部分的后处理装置和用于执行片材上的装订和片材折叠的后处理的第二后处理部分包括片材进入 路径位于大致水平的方向。 馈送到进入口的纸张被顺序地转印到预定的纸张排出口。 第一转向输送路径从纸张进入路径分支,以便反转纸张输送方向。 连接到第一转向输送路径的第一后处理部分对纸张执行后处理。 从片材进入路径的进料口和排纸口之间分离的第二转向输送路径在第一回转输送路径的上游,以便反转纸张输送方向。 第二后处理部位于第二转向输送路径的下游。
    • 16. 发明授权
    • Ceramic isothermal forging die
    • 陶瓷等温锻造模具
    • US4984445A
    • 1991-01-15
    • US508688
    • 1990-04-13
    • Kiyoyuki OhuchiYoshinori NakazawaKenichi Matsuno
    • Kiyoyuki OhuchiYoshinori NakazawaKenichi Matsuno
    • B21J13/02
    • B21J13/02
    • A ceramic isothermal forging die comprises a pair of disk-shaped die halves that are formed of ceramic and have die cavities cut in their mating surfaces and a pair of die half holders each having a recess for accommodating one of the die halves. Each die half is divided into a plurality of radial segments whose bottom surfaces are tapered away from their mating surface with increasing proximity to the center of the die. The floor of each die half holder is tapered to become deeper toward the center of the die and to be complementary to the tapered bottom surfaces of the die segments. The ceramic material of the die makes it usable in the atmosphere. Because of the segmentation of the die halves and the tapering of the segment bottoms and the floor of the die holder recesses, a large force which would otherwise be produced in the circumferential direction of the die by thermal stress during heating and cooling is suppressed. Further, a force urging the segments toward the center of the die is produced during forging. As a result, that die is protected from breakage and from disintegration by separation of the segments.
    • 一种陶瓷等温锻造模具包括一对由陶瓷形成并具有在其配合表面上切割的模腔的盘形半模,以及一对半模夹持器,每个半模具具有用于容纳其中一个半模的凹部。 每个半模被分成多个径向段,其下表面与其配合表面逐渐变细,越靠近模具的中心。 每个模具半支架的底部是锥形的,以朝向模具的中心变深,并且与模具段的锥形底面互补。 模具的陶瓷材料使其可在大气中使用。 由于半模的分割以及分段底部和模座保持器凹部的底部的锥形化,抑制了在加热和冷却期间通过热应力在模具的圆周方向上产生的较大的力。 此外,在锻造期间产生朝向模具的中心推动片段的力。 结果,该模具被保护而不被破坏,并且通过分隔部分而不被分解。