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    • 12. 发明授权
    • Semiconductor wafer container
    • 半导体晶圆容器
    • US08397917B2
    • 2013-03-19
    • US12442476
    • 2008-02-19
    • Nobuyuki KasamaYukihiro Hyobu
    • Nobuyuki KasamaYukihiro Hyobu
    • B65D85/00
    • H01L21/67383H01L21/67309
    • A wafer-retaining unit has a plurality of vertically superimposed single-wafer retaining sections, each having a wafer-retaining frame abutting against only a lower end edge portion of the outer periphery of a semiconductor wafer, a wafer-securing frame disposed vertically movably relative to the wafer-retaining frame to abut against only an upper end edge portion of the outer periphery of the semiconductor wafer, and wafer lift members that lift the semiconductor wafer to a position where it is upwardly separate from the wafer-retaining frame and keeps the semiconductor wafer in this position. Consequently, a plurality of semiconductor wafers can be accommodated efficiently and safely without increasing the space between each pair of mutually adjacent semiconductor wafers. At the same time, the semiconductor wafers can be loaded and unloaded satisfactorily.
    • 晶片保持单元具有多个垂直叠加的单晶片保持部,每个单晶片保持部具有仅抵接半导体晶片的外周的下端缘部的晶片保持框,相对于上下方向移动的晶片固定框 到晶片保持框架以仅抵靠半导体晶片的外周边的上端边缘部分;以及晶片升降构件,其将半导体晶片提升到与晶片保持框架向上分离的位置,并保持 半导体晶片处于这个位置。 因此,可以有效且安全地容纳多个半导体晶片,而不增加每对相互相邻的半导体晶片之间的空间。 同时,可以令人满意地加载和卸载半导体晶片。
    • 13. 发明申请
    • Optical Sheet, Image Display Device, and Screen for Image Projector
    • 光学片,图像显示设备和图像投影仪屏幕
    • US20090009861A1
    • 2009-01-08
    • US12223666
    • 2007-02-13
    • Yukihiro Hyobu
    • Yukihiro Hyobu
    • G03B21/62G02B27/12G03B21/56
    • G03B21/625G02B5/0242G02B5/0278
    • An optical sheet of the present invention is constituted by a micro-lens array sheet formed with a flat face and a back face having micro lenses aligned laterally and longitudinally and an anisotropic light-absorbing sheet with different light absorbing properties depending on incident angle of incident light entering an incident face arranged oppositely and proximally to each other. The optical sheet may be constituted by the micro-lens array sheet, the anisotropic light-absorbing sheet, a pinhole array sheet and a light diffusing sheet arranged proximally in this order. In an image display device of the present invention, the optical sheet of the present invention is arranged proximally to a display face of an image display element. The anisotropic light-absorbing sheet of the present invention has through cavities surrounded by light-absorbing side walls mutually sharing the side walls and collected closely in a large number.
    • 本发明的光学片由具有平面的微透镜阵列片和具有横向和纵向对准的微透镜的背面和根据入射角取决于不同光吸收特性的各向异性光吸收片构成 光进入彼此相对和近端布置的入射面。 光学片可以由微透镜阵列片,各向异性光吸收片,针孔阵列片和以这种顺序近端布置的光漫射片构成。 在本发明的图像显示装置中,本发明的光学片被配置在图像显示元件的显示面的近侧。 本发明的各向异性光吸收片具有由相互共享侧壁并被大量收集的吸光侧壁包围的通孔。
    • 14. 发明申请
    • Resin pipe joint unit
    • 树脂管接头单元
    • US20060244256A1
    • 2006-11-02
    • US11389115
    • 2006-03-27
    • Yukihiro HyobuRyuichi NakanoTadao Iwaki
    • Yukihiro HyobuRyuichi NakanoTadao Iwaki
    • F16L33/00F16L19/00
    • F16L47/04F16L19/025
    • A resin pipe joint is provided so that a general worker can easily connect a resin pipe material without using a special tool. The resin pipe joint unit includes synthetic resin joint bodies, a synthetic resin pipe unit, and junk rings. The synthetic resin joint bodies have tubular sockets at one end portion thereof. The synthetic resin pipe unit has predetermined diameter and length, and inner ring portions are integrally formed in at least one end of a pipe portion in the synthetic resin pipe unit. The junk rings are screwed on the sockets of the joint bodies. In the resin pipe joint unit, the pipe unit is connected to the joint bodies by pressing end faces of the inner ring portions toward the side of the joint bodies respectively, when the junk rings are screwed on the sockets of the joint bodies.
    • 设置树脂管接头,使得一般工人可以容易地连接树脂管材而不使用专用工具。 树脂管接头单元包括合成树脂接头体,合成树脂管单元和垃圾环。 合成树脂接头体的一端部具有管状插座。 合成树脂管单元具有预定的直径和长度,并且内环部分一体地形成在合成树脂管单元中的管部分的至少一端中。 垃圾圈拧在接头体的插座上。 在树脂管接头单元中,当将垃圾圈拧在接头体的插座上时,管单元通过分别将内环部分的端面朝向接头体的侧面分别连接到接头本体。
    • 15. 发明授权
    • Thin plate container with a stack of removable loading trays
    • 薄板容器带有一堆可移动的装载托盘
    • US07922000B2
    • 2011-04-12
    • US12223027
    • 2007-02-13
    • Yukihiro Hyobu
    • Yukihiro Hyobu
    • B65D85/30A47G19/08
    • H01L21/67369H01L21/67346H01L21/67373H01L21/67376H01L21/67383
    • A thin plate container includes: a tray stack for holding and housing semiconductor wafers in spaces between a plurality of stacked, removable loading trays; and an external container for housing the tray stack. At opposite ends of each of the loading trays, a pair of grips for engagement by a processing arm of an external apparatus is provided. The external container includes: a container body; a lid; a sealing material provided between the lid and the container body to seal the inside; a pair of tray stack supporters for supporting the tray stack; and tray stack retainers for holding and supporting the tray stack housed in the container body from above and below.
    • 薄板容器包括:用于在多个堆叠的可移除的装载盘之间的空间中保持和容纳半导体晶片的托盘堆叠; 以及用于容纳托盘堆叠的外部容器。 在每个装载盘的相对端处,提供一对用于由外部装置的处理臂接合的把手。 外部容器包括:容器主体; 盖子 设置在盖和容器主体之间以密封内部的密封材料; 一对用于支撑托盘的托盘支架; 以及用于从上方和下方保持和支撑容纳在容器主体中的托盘堆叠的托盘堆栈保持器。
    • 16. 发明授权
    • Loading tray and thin plate container
    • 装载托盘和薄板容器
    • US07854327B2
    • 2010-12-21
    • US12085369
    • 2006-11-28
    • Yukihiro Hyobu
    • Yukihiro Hyobu
    • B65D85/00
    • H01L21/67346H01L21/67294H01L21/67379
    • A loading tray 13 supports at least one thin plate safely and reliably. It comprises a first loading portion 18, provided on one side thereof, on which at least one thin plate is loaded; a second loading portion 19, provided on the other side thereof, fitted to the first loading portion 18 of adjacent loading tray 13 to form a housing space sealed off from the external environment, for sandwiching the thin plate within the housing space, and for loading the thin plate on the loading tray when the loading tray is placed upside-down; a hook 30, provided on one side thereof, for coupling with an adjacent loading tray 13; and a hook locking mechanism 31, provided on the other side thereof, for coupling with the hook 30 of an adjacent loading tray 13. As many loading trays 13 as the number of the thin plate is stacked to constitute a thin plate container 11. The thin plate container 11 can support the thin plate from both upper and lower sides.
    • 装载托盘13安全且可靠地支撑至少一个薄板。 它包括设置在其一侧上的第一装载部分18,至少一个薄板装载在该第一装载部分18上; 设置在其另一侧的第二装载部分19装配到相邻的装载盘13的第一装载部分18上,以形成与外部环境密封的壳体空间,用于将薄板夹在壳体空间内并用于装载 当装载托盘倒置时,装载托盘上的薄板; 在其一侧设置有用于与相邻的装载盘13联接的钩30; 以及设置在其另一侧上的钩锁定机构31,用于与相邻的装载盘13的钩30相连。由于堆叠多个装载盘13以构成薄板容器11。 薄板容器11可以从上侧和下侧支撑薄板。
    • 17. 发明申请
    • Loading Tray and Thin Plate Container
    • 装载托盘和薄板容器
    • US20090038987A1
    • 2009-02-12
    • US12085369
    • 2006-11-28
    • Yukihiro Hyobu
    • Yukihiro Hyobu
    • H01L21/673B65D21/02B65D85/86
    • H01L21/67346H01L21/67294H01L21/67379
    • A loading tray 13 supports at least one thin plate safely and reliably. It comprises a first loading portion 18, provided on one side thereof, on which at least one thin plate is loaded; a second loading portion 19, provided on the other side thereof, fitted to the first loading portion 18 of adjacent loading tray 13 to form a housing space sealed off from the external environment, for sandwiching the thin plate within the housing space, and for loading the thin plate on the loading tray when the loading tray is placed upside-down; a hook 30, provided on one side thereof, for coupling with an adjacent loading tray 13; and a hook locking mechanism 31, provided on the other side thereof, for coupling with the hook 30 of an adjacent loading tray 13. As many loading trays 13 as the number of the thin plate is stacked to constitute a thin plate container 11. The thin plate container 11 can support the thin plate from both upper and lower sides.
    • 装载托盘13安全且可靠地支撑至少一个薄板。 它包括设置在其一侧上的第一装载部分18,至少一个薄板装载在该第一装载部分18上; 设置在其另一侧的第二装载部分19装配到相邻的装载盘13的第一装载部分18上,以形成与外部环境密封的壳体空间,用于将薄板夹在壳体空间内并用于装载 当装载托盘倒置时,装载托盘上的薄板; 在其一侧设置有用于与相邻的装载盘13联接的钩30; 以及设置在其另一侧上的钩锁定机构31,用于与相邻的装载盘13的钩30相连。由于堆叠多个装载盘13,以构成薄板容器11。 薄板容器11可以从上侧和下侧支撑薄板。
    • 18. 发明授权
    • Apparatus for replacing gas in storage container and method for replacing gas therewith
    • 用于替换储存容器中的气体的装置和用于替换气体的方法
    • US07314068B2
    • 2008-01-01
    • US11109863
    • 2005-04-20
    • Ryuichi NakanoYukihiro HyobuYoshihisa Okamoto
    • Ryuichi NakanoYukihiro HyobuYoshihisa Okamoto
    • B65B1/04
    • H01L21/67393H01L21/67017H01L21/67772Y10S414/139Y10S414/14
    • While gas in a general storage container with no gas inlet and in the storage container with the gas inlet is replaced in a short time, the semiconductor wafer surface is cleaned. In an apparatus for replacing gas in a semiconductor wafer storage container which includes a lid unit and a storage container main body with a gas inlet, the apparatus includes gas introducing means for introducing the gas into the storage container main body, gas evacuating means for evacuating the gas in the storage container main body, and gas circulating means for circulating the gas in the storage container main body through a chemical adsorption filter. Gas introducing means for introducing the gas from a gap between the storage container main body and the lid unit while the lid unit is opened in the storage container mounting means is provided in the storage container with no gas inlet.
    • 虽然在短时间内更换没有气体入口的一般存储容器和具有气体入口的存储容器中的气体,但是清洁半导体晶片表面。 另外,在具有盖单元和具有气体入口的收纳容器主体的半导体晶片收容容器中更换气体的装置中,具备将气体导入储存容器主体的气体导入机构,用于排气的排气装置 储存容器主体中的气体,以及通过化学吸附过滤器使气体在储存容器主体中循环的气体循环装置。 在储存容器安装装置中打开盖单元时,从存储容器主体和盖单元之间的间隙引入气体的气体引入装置设置在没有进气口的存储容器中。
    • 20. 发明授权
    • Magnetic secured container closure with release by movement of magnetic member
    • 磁性固定的容器封闭件,通过磁性元件的移动释放
    • US06336567B1
    • 2002-01-08
    • US09230760
    • 1999-02-01
    • Yukihiro Hyobu
    • Yukihiro Hyobu
    • B65D5100
    • H01L21/67373H01L21/67376
    • A container for a plurality of thin plates has a driving unit for moving one of a pair of magnetic members, at least one of which is a magnet, embedded in a container body and contained in a chamber in a lid, respectively, to selectively produce attractive and non-attractive magnetic conditions between the first and second magnetic members. In one embodiment, the driving unit includes a rotatable plate, and an arm having one end attached to the rotatable plate and the second end attached to the movable magnetic member to move the movable magnetic member in response to rotation of the rotatable plate. In a second embodiment a parallel movement link has a long groove for engaging a pin provided on the rotatable plate; a magnetic member supporting link has a first end attached to one end of the parallel movement link and has its second end attached to the movable magnetic member. In a third embodiment the rotatable plate has a first bevel gear meshing with a second bevel gear on a shaft supporting the movable magnetic member.
    • 用于多个薄板的容器具有驱动单元,用于分别将至少一个是磁体的一个磁性构件中的一个嵌入到容器主体中并分别容纳在盖中的室中,以选择性地产生 在第一和第二磁性部件之间具有吸引力和非吸引力的磁条件。 在一个实施例中,驱动单元包括可旋转板和臂,其一端连接到可旋转板,第二端连接到可移动磁性构件,以响应于可旋转板的旋转移动可移动磁性构件。 在第二实施例中,平行移动连杆具有用于接合设置在可旋转板上的销的长槽; 磁性构件支撑连杆具有附接到平行运动连杆的一端的第一端,并且其第二端连接到可移动的磁性构件。 在第三实施例中,可旋转板具有与支撑可移动磁性构件的轴上的第二锥齿轮啮合的第一锥齿轮。