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    • 3. 发明申请
    • Substrate-storing container
    • 基板储存容器
    • US20050247594A1
    • 2005-11-10
    • US10525502
    • 2003-08-19
    • Hiroshi MimuraWataru NiiyaToshitsugu Yajima
    • Hiroshi MimuraWataru NiiyaToshitsugu Yajima
    • H01L21/673B65D85/30
    • H01L21/67369H01L21/67383H01L21/67393
    • A substrate storage container which includes: a front-opening box type container body for storing a multiple number of substrates in alignment therein; a door for opening and closing the open front of the container body in a sealing manner; and inner-pressure adjustment devices attached to the mounting ports in the container body and the door for adjusting the pressure inside the container body closed with the door. The inner-pressure adjustment device is configured of an elastic attachment cylinder, a filter support structure fitted into, and protected by, the attachment cylinder and a multiple number of filters held inside the filter support structure. Since the inner-pressure adjustment device can be set by mounting an attachment cylinder of a simple structure by use of elastic deformation to the attachment hole, which is provided for the container body and/or the door, there is no need of forming screw holes which need time and effort.
    • 一种基板收纳容器,其特征在于,包括:前开口箱型容器主体,用于在其中对准多个基板; 用于以密封方式打开和关闭容器主体的敞开的前部的门; 以及附接到容器主体中的安装口的内部压力调节装置和用于调节由门关闭的容器主体内的压力的门。 内压调节装置由弹性连接圆筒,过滤器支撑结构构成,并安装在附件圆筒中并被保护,多个过滤器保持在过滤器支撑结构内。 由于内压调节装置可以通过使用弹性变形将具有简单结构的安装缸安装到为容器主体和/或门设置的安装孔上,因此不需要形成螺纹孔 这需要时间和精力。
    • 4. 发明授权
    • Container for precision parts
    • 集装箱用于精密零件
    • US5125509A
    • 1992-06-30
    • US722399
    • 1991-06-20
    • Kazuhiro TakeiYukio YamadaKenichi HanaokaToshitsugu Yajima
    • Kazuhiro TakeiYukio YamadaKenichi HanaokaToshitsugu Yajima
    • B65D21/02B65D21/00H01L21/673
    • H01L21/67356
    • A container of substantially rectangular cross section is formed of synthetic resin and comprises a container body and a lid member to be detachably mounted to the container body. The container body is provided with longitudinal and lateral side walls and a bottom wall and is capable of being molded as a single piece and thereafter foldable into a container. A locking device for locking the container body and the lid member is located on an outer surface of a side wall of the container body and on a corresponding inner surface of a side wall of the lid. The locking member comprises projections extending outwardly from outer surfaces of the lateral side walls of the container body and corresponding recesses extending inwardly from inner surfaces of the lateral side walls of the lid member. A pair of the longitudinal side walls of the lid member are provided with projected portions formed on upper edges thereof and with recessed portions formed on lower edges thereof, wherein each recessed portion formed so as to have an inner shape corresponding to an outer shape of each projected portion. Projecting pieces are formed on the inner surfaces of the lateral side walls of the container body for abutting against and supportably fixing the contents, which have an outer perimeter surface area smaller than a surface area of the bottom wall of the container body.
    • 大致矩形截面的容器由合成树脂形成,并且包括容器主体和可拆卸地安装到容器主体上的盖构件。 容器主体设置有纵向和侧向侧壁和底壁,并且能够被模制成单件,然后可折叠成容器。 用于锁定容器主体和盖构件的锁定装置位于容器主体的侧壁的外表面上并且位于盖的侧壁的相应内表面上。 锁定构件包括从容器主体的侧壁的外表面向外延伸的凸起和从盖构件的侧壁的内表面向内延伸的对应的凹部。 盖构件的一对纵向侧壁设置有形成在其上边缘上的突出部分和形成在其下边缘上的凹部,其中每个凹部形成为具有与每个的外部形状对应的内部形状 投影部分。 在容器主体的侧壁的内表面上形成有突出部件,用于抵靠并可支撑地固定外周表面面积小于容器主体底壁表面积的内容物。
    • 5. 发明授权
    • Wafer storage container
    • 晶圆储存容器
    • US07530462B2
    • 2009-05-12
    • US11756991
    • 2007-06-01
    • Toshitsugu YajimaToshiyuki Kamada
    • Toshitsugu YajimaToshiyuki Kamada
    • B65D85/30
    • H01L21/67346
    • A wafer storage container includes an outer peripheral portion located outside an outer peripheral edge of a wafer, and a placing portion which extends from a position lower than an uppermost surface of the outer peripheral portion to a radial inside of the wafer and on which the wafer is placed at a position lower than the uppermost surface of the outer peripheral portion. The placing portion includes a first inclined surface which descends toward the radial inside of the wafer and can be brought into contact with only the outer peripheral edge of the wafer when the wafer is placed and a second inclined surface which is on a rear side of the first inclined surface, ascends toward the radial inside of the wafer, and can be brought into contact with only the outer peripheral edge of a lower wafer when a plurality of wafer storage containers are stacked.
    • 晶片存储容器包括位于晶片的外周边缘外侧的外周部分和从外周部分的最下表面延伸到晶片的径向内侧的位置,并且其上放置晶片 被放置在比外周部的最上表面低的位置。 放置部分包括朝向晶片的径向内侧下降的第一倾斜表面,并且当放置晶片时仅与晶片的外周边缘接触,并且第二倾斜表面位于晶片的后侧 第一倾斜面朝向晶片的径向内侧上升,并且当多个晶片储存容器堆叠时,可以仅与下晶片的外周边缘接触。
    • 6. 发明授权
    • Precision substrate storage container and retaining member therefor
    • 精密基板储存容器及其保持件
    • US07017749B2
    • 2006-03-28
    • US10332616
    • 2002-05-30
    • Toshitsugu YajimaMasato HosoiHideo KudoTakashi Matsuo
    • Toshitsugu YajimaMasato HosoiHideo KudoTakashi Matsuo
    • B65D85/48
    • H01L21/67369B29C45/16
    • A presser member (1) of the present invention is formed of different materials for the contacting part (5) to press-hold the precision substrates (15) and for the parts other than the contacting part (5). The presser member (1) is shaped from a thermoplastic elastomer for a rectangular frame part, and the contacting part (5) has a pair of structuring parts (4) provided in such a fashion as to inwardly extend from each of a pair of oppositely facing sides. A second contacting part (11) is formed in the extension peripheral part extending via a supporting part (10). The other parts are shaped from a thermoplastic resin. The aforementioned contacting part (5) is provided with grooves of a V-shaped cross section with inclinations changed in the middle for receiving the peripheries of precision substrates (15), and V-grooves for press-holding the peripheries of precision substrates are provided in resilient pieces (12) separated and protruding in a comb teeth-like fashion to form the second contacting part (11).
    • 本发明的按压部件(1)由用于接触部分(5)的不同材料形成以压紧精密基板(15)和除了接触部分(5)之外的部分。 压紧构件(1)由用于矩形框架部分的热塑性弹性体成形,并且接触部分(5)具有一对结构部件(4),其以从一对相对的每一个向内延伸的方式设置 面对面。 第二接触部分(11)形成在经由支撑部分(10)延伸的延伸周边部分中。 其他部分由热塑性树脂成型。 上述接触部分(5)设置有V形横截面的凹槽,其倾斜在中间变化以接收精密基板(15)的周边,并且提供用于压紧精密基板周边的V形槽 在弹性件(12)中以梳齿状分开并突出以形成第二接触部分(11)。
    • 7. 发明授权
    • Support device for a wafer shipping container
    • 用于晶片运输容器的支撑装置
    • US06499602B2
    • 2002-12-31
    • US09819836
    • 2001-03-28
    • Toshitsugu YajimaHiroyuki Funami
    • Toshitsugu YajimaHiroyuki Funami
    • B65D8500
    • H01L21/67369H01L21/67383
    • A support device for a wafer shipping container, to constrain the flexure of a multiple number of backgrind-processed wafers when the wafers are stored in alignment in the wafer shipping container. For this support device, stoppers are projected inwards from the front and rear sides of a container body as a part of the wafer shipping container. The support device is comprised of: a pair of opposing walls, which are positioned on the bottom side of the container body and inserted into, and fixed by, the stoppers; a pair of connecting bars across the spacing between the paired opposing walls; a multiple number of partitioning supporters arranged with a predetermined pitch in the longitudinal direction of the paired connecting bars. The wafers are inserted and held between adjoining partitioning supporters, whereby they are prevented from flexing.
    • 一种用于晶片运输容器的支撑装置,用于当晶片在晶片装运容器中对齐地存储时,限制多个后研磨处理晶片的挠曲。 对于该支撑装置,作为晶片装运容器的一部分,止动件从容器主体的前侧和后侧向内突出。 支撑装置包括:一对相对的壁,其位于容器主体的底侧并插入并固定在止动件上; 跨越成对的相对壁之间的间隔的一对连接杆; 在成对的连接条的纵向上以预定的间距布置多个分隔支撑件。 晶片被插入并保持在相邻的分隔支撑件之间,从而防止它们的弯曲。
    • 10. 发明授权
    • Damping body for packaging and package body
    • 用于包装和包装体的阻尼体
    • US08439197B2
    • 2013-05-14
    • US12525831
    • 2007-07-06
    • Toshitsugu YajimaToshiyuki Kamada
    • Toshitsugu YajimaToshiyuki Kamada
    • B65D85/48
    • B65D81/133B65D85/30
    • A damping body for packaging includes, between an abutment adapted to abut against a precision substrate storage container upon packaging and an outer peripheral wall rising from an outer peripheral edge of a bottom part having the abutment, an outer peripheral bottom formed at a position distanced more from the abutment than is the precision substrate storage container, and a stepped part formed between the outer peripheral bottom and the abutment. Consequently, in the event of an impact from the outside, the stepped part collapses, so that the abutment favorably moves with respect to the outer peripheral bottom and thus can efficiently absorb the impact. This can prevent large impacts from instantaneously being exerted on the precision substrate storage container and efficiently damp drop impacts.
    • 一种用于包装的阻尼体,包括:在包装时与邻接精密基板储存容器的支座和从具有基台的底部的外周边缘上升的外周壁之间,形成在远离更远的位置的外周底部 与基板相比,精密基板收纳容器以及形成在外周底部和基台之间的阶梯部。 因此,在从外部受到冲击的情况下,阶梯部件塌陷,使得支座相对于外周底部有利地移动,因此能够有效地吸收冲击。 这可以防止立即施加在精密基板储存容器上的大的冲击并有效地抑制落下的冲击。