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    • 2. 发明申请
    • Optical disk apparatus
    • 光盘装置
    • US20070016916A1
    • 2007-01-18
    • US11482708
    • 2006-07-10
    • Masayuki ShiwaKatsumi Ichinose
    • Masayuki ShiwaKatsumi Ichinose
    • G11B17/04
    • G11B17/056
    • An optical disk apparatus includes a frame 2 which receives internal devices and can receive an optical disk 27, a tray 5 on which the optical disk 27 is rotatably mounted, a rail 4 which supports the tray so as to be moved between a mounting position where the optical disk 27 is detachably mounted and a receiving position where the optical disk 27 is received in the frame 2, a tray moving means which moves the tray 5 between the mounting position and the receiving position, a tray receiving releasing member which receives and release the tray 5 at the receiving position, and an optical disk rotation suppressing member which exerts a pressing force on the optical disk in cooperation with a tray releasing operation of the tray receiving releasing member and releases the pressing force in cooperation with a tray receiving operation of the tray receiving releasing member.
    • 光盘装置包括:框架2,其接收内部装置并且可以容纳光盘27,光盘27可旋转地安装在其上的托盘5,轨道4支撑托盘,以便在安装位置 光盘27可拆卸地安装,光盘27被容纳在框架2中的接收位置,使托盘5在安装位置和接收位置之间移动的托盘移动装置,容纳和释放的托盘接收释放构件 托盘5在接收位置,以及光盘旋转抑制部件,其与托盘接收释放部件的托盘释放操作协同地在光盘上施加按压力,并与托盘接收操作协同地释放按压力 托盘接收释放构件。
    • 4. 发明授权
    • System to optimally create parallel processes and recording medium
    • 系统最佳地创建并行进程和记录介质
    • US06725448B1
    • 2004-04-20
    • US09715178
    • 2000-11-20
    • Katsuyoshi MoriyaKatsumi Ichinose
    • Katsuyoshi MoriyaKatsumi Ichinose
    • G06F944
    • G06F9/4843G06F9/5027G06F2209/5018
    • An optimizing system, method and computer readable recording medium to increase the speed of parallel processing by allowing a mixture of automatic creation of parallel processes and OpenMP API processing and to prevent reduction in performance during parallel processing by controlling the generation of wasted threads when automatic parallel processing and OpenMP API call each other. The optimizing system, method and recording medium create object code that creates parallel processes from a source program coded in a specific programming language, wherein the program is performed using a plurality of threads. The optimizing system generates object code for a source program which is executed in parallel by generating a plurality of threads. The optimizing device includes a thread management system to store in a memory information regarding the respective threads created, a first parallel processing system to generate code to create a plurality of threads corresponding to notation in the source program for repetitive processes for which there is no instruction for the creation of parallel processes, and a second parallel process creation system to generate code to create threads after referencing information by the thread management system corresponding to the notation for processes for which parallel processing is specified in the source program.
    • 一种优化系统,方法和计算机可读记录介质,通过允许混合自动创建并行进程和OpenMP API处理来提高并行处理的速度,并通过在自动并行时控制浪费线程的产生来防止并行处理中的性能降低 处理和OpenMP API调用对方。 优化系统,方法和记录介质创建从以特定编程语言编码的源程序创建并行进程的目标代码,其中使用多个线程来执行该程序。 优化系统生成通过生成多个线程并行执行的源程序的目标代码。 所述优化装置包括线程管理系统,用于存储关于所创建的相应线程的信息的第一并行处理系统,用于生成与源程序中的符号相对应的多个线程,用于不存在指令的重复处理 用于创建并行进程,以及第二并行进程创建系统,用于生成代码以在由对源程序中指定并行处理的进程的符号对应的线程管理系统引用信息之后创建线程。
    • 5. 发明授权
    • Optical disk apparatus
    • 光盘装置
    • US07784067B2
    • 2010-08-24
    • US11482708
    • 2006-07-10
    • Masayuki ShiwaKatsumi Ichinose
    • Masayuki ShiwaKatsumi Ichinose
    • G11B17/056
    • G11B17/056
    • An optical disk apparatus includes a frame 2 which receives internal devices and can receive an optical disk 27, a tray 5 on which the optical disk 27 is rotatably mounted, a rail 4 which supports the tray so as to be moved between a mounting position where the optical disk 27 is detachably mounted and a receiving position where the optical disk 27 is received in the frame 2, a tray moving means which moves the tray 5 between the mounting position and the receiving position, a tray receiving releasing member which receives and release the tray 5 at the receiving position, and an optical disk rotation suppressing member which exerts a pressing force on the optical disk in cooperation with a tray releasing operation of the tray receiving releasing member and releases the pressing force in cooperation with a tray receiving operation of the tray receiving releasing member.
    • 光盘装置包括:框架2,其接收内部装置并且可以容纳光盘27,光盘27可旋转地安装在其上的托盘5,轨道4支撑托盘,以便在安装位置 光盘27可拆卸地安装,光盘27被容纳在框架2中的接收位置,使托盘5在安装位置和接收位置之间移动的托盘移动装置,容纳和释放的托盘接收释放构件 托盘5在接收位置,以及光盘旋转抑制部件,其与托盘接收释放部件的托盘释放操作协同地在光盘上施加按压力,并与托盘接收操作协同地释放按压力 托盘接收释放构件。
    • 6. 发明授权
    • Frame for optical disk unit and the optical disk unit
    • 光盘单元和光盘单元的框架
    • US07636924B2
    • 2009-12-22
    • US11171298
    • 2005-07-01
    • Katsumi IchinoseMasayuki ShiwaMasatoshi Takeda
    • Katsumi IchinoseMasayuki ShiwaMasatoshi Takeda
    • G11B17/04
    • G11B17/05
    • A support frame for an optical disk unit where reduction in thickness and/or weight saving can be realized and the optical disk unit are intended to be obtained.In an optical disk drive unit, a support frame 2 has neither upper cover nor bottom cover, and is formed from a frame that continuously encloses both sides and a back of a disk tray 1 without any cutout portions in order to secure strength, and furthermore, the support frame 2 is manufactured by a die casting method using a metal material such as aluminum material, zinc material, and magnesium material, or by a press method using a metal sheet such as iron sheet, aluminum sheet, and magnesium sheet, or by composite molding using a polymer such as PPS (polyphenylenesulfide), POM (polyacetal), and LCP (liquid crystal polymer) with the metal sheet, or by a forging method using a metal material such as aluminum, thereby strength that prevents the optical disk drive unit as a whole from distorting or deforming during operation or actuation is secured.
    • 可以实现减轻厚度和/或重量的光盘单元的支撑框架,并且可以获得光盘单元。 在光盘驱动单元中,支撑框架2既不具有上盖也不具有底盖,并且由框架形成,该框架连续地包围盘托盘1的两侧和后部,而没有任何切口部分以确保强度,此外 支撑框架2通过使用铝材料,锌材料和镁材料等金属材料的压铸方法,或使用铁板,铝板,镁板等金属板的压制方法制造,或 通过使用诸如PPS(聚苯硫醚),POM(聚缩醛)和LCP(液晶聚合物)的聚合物与金属片的复合成型,或通过使用铝等金属材料的锻造方法,从而防止光盘 驱动单元作为整体在操作或致动期间变形或变形得到保证。
    • 8. 发明申请
    • Optical disk unit
    • 光盘单元
    • US20070101350A1
    • 2007-05-03
    • US11586643
    • 2006-10-26
    • Hideru GotohKatsumi Ichinose
    • Hideru GotohKatsumi Ichinose
    • G11B7/00
    • H05K1/028G11B7/08582G11B17/056G11B21/02G11B33/122H05K1/148H05K2201/055
    • An optical disk unit includes a tray for supporting an optical disk thereon, a body for receiving the tray therein, a first board provided at the body, a second board provided at the tray, and a wiring board (flexible board 3) electrically connecting the first board and the second board together. The wiring board (flexible board 3) has a number N of bent portions, the wiring board being bent at the number N of the bent portions of the wiring board, such that the wiring board is superposed in (N+1) layers where N is an integer equal to or greater than 1, and an area of the (N+1)-layer superposed portion is changed according to an amount of drawing-out of the tray.
    • 光盘单元包括用于在其上支撑光盘的托盘,用于在其中容纳托盘的主体,设置在主体上的第一板,设置在托盘上的第二板,以及布线板(柔性板3),电连接 第一板和第二板在一起。 布线板(柔性基板3)具有N个弯曲部,配线基板以布线基板的弯曲部的数量N弯曲,使得布线板重叠在(N + 1)个层中,其中N 是等于或大于1的整数,并且(N + 1)层重叠部分的面积根据托盘的拉出量而改变。