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    • 1. 发明授权
    • Article support structure and article attachment kit
    • 文章支持结构和文章附件
    • US08241720B2
    • 2012-08-14
    • US12162518
    • 2007-01-31
    • Yasuo SudoEiji Mizuno
    • Yasuo SudoEiji Mizuno
    • B32B33/00
    • A47G1/175C09J7/381C09J2201/128C09J2201/618C09J2421/00C09J2433/00Y10T428/14Y10T428/28
    • To provide an article support structure used when attaching an article to an adherend with a stretch-releasable adhesive tape in which components and the like do not fly off when releasing the adhesive tape from the adherend, the double-sided adhesive tape does not tear, and damage to high-sensitivity adherends can be effectively suppressed. An article support structure comprises a base plate which can be removably attached to an article, and a double-sided adhesive tape intervening between the base plate and an adherend, and having a stre tenable base material and an adhesive layer. The base plate has a project ion-shaped gripping member, and at least one pair of spacer members disposed on both sides thereof which can form a gap between the surface of the adherend and the bottom surface of the base plate, and is configured so that the position of the gripping member and the position of the spacer members at least partly overlap in the length direction of the “double-sided adhesive tape.
    • 为了提供一种在将物品从被粘物上剥离时不会飞散的拉伸剥离性粘合带将物品附着到被粘物体时使用的物品支撑结构,双面胶带不会撕裂, 可以有效地抑制对高敏感性被粘物的损伤。 物品支撑结构包括可拆卸地附接到物品的基板和介于基板和被粘物之间的双面胶带,并且具有可拉伸基材和粘合剂层。 基板具有突出的离子形状的夹持构件,并且设置在其两侧的至少一对间隔构件,其可以在被粘物的表面与基板的底表面之间形成间隙,并且被构造成使得 夹持构件的位置和间隔构件的位置在双面胶带的长度方向上至少部分重叠。
    • 7. 发明申请
    • Paper sheet identifier device
    • 纸张标识装置
    • US20050201609A1
    • 2005-09-15
    • US10921334
    • 2004-08-19
    • Toshiaki NakamuraToshiro UemuraEiji MizunoTatsuhiko KagehiroMasaki Ban
    • Toshiaki NakamuraToshiro UemuraEiji MizunoTatsuhiko KagehiroMasaki Ban
    • G07D7/00G07D7/12G06K9/00
    • G07D7/00
    • The type and number of denomination of notes and the identification method of authentic notes differs for every country. The development of such identification device for these currencies in each country increases the manufacturing cost, and the processing time increases when the types of notes to be authenticated are increased. The present invention provides a paper sheet identifier device, which includes a main board for operating common processes independent from specific notes and sub-boards in parallel operation, allowing sub-boards connected to the main board to be added or replaced in accordance with the type and number of denomination of notes in a country along with the authentication method. The present invention improves the processing speed by parallelizing the identification processes, and the efficiency of updating the device specification when a new note is issued.
    • 每个国家的票据类型和数量以及真实票据的识别方法都不同。 在每个国家开发这些货币的这种识别装置增加制造成本,并且当要认证的票据的类型增加时,处理时间增加。 本发明提供了一种纸张标识装置,其包括用于独立于并行操作的特定音符和子板操作公共处理的主板,允许根据类型添加或替换与主板连接的子板 以及一个国家的笔记名称数量以及认证方法。 本发明通过并行化识别处理来提高处理速度,并且在发出新的音符时更新设备规格的效率。
    • 8. 发明授权
    • Disc spring and process of manufacturing the same
    • 盘簧和制造过程相同
    • US08530779B2
    • 2013-09-10
    • US12833603
    • 2010-07-09
    • Eiji MizunoYuichi Hirata
    • Eiji MizunoYuichi Hirata
    • B23K15/00F16F1/34
    • F16F1/32B23K15/0006B23K15/0033
    • A metal strip 10 is bent to form a ring and end parts 12 and 14 are connected to each other. An electron beam 26 may be defocused and emitted to a welded section 20 along a crosswise direction of the metal strip 10. Next, a focal point 28 of the electron beam 26 may be focused onto a weld-melted portion 25 to execute electron beam welding. Subsequently, the electron beam 26 may be defocused emitted to the welded section 20 along the crosswise direction of the metal strip 10, and the welded section 20 may be further cooled. The average of the dendrite secondary arm spacing of the weld-melted portion may fall within a range of 7 to 30 μm.
    • 金属带10被弯曲以形成环,端部12和14彼此连接。 电子束26可以沿着金属条10的横向方向散焦并发射到焊接部分20.接下来,电子束26的焦点28可以聚焦到焊接熔化部分25上以执行电子束焊接 。 随后,电子束26可以沿着金属带10的横向发射到焊接部分20,并且可以进一步冷却焊接部分20。 熔融熔融部分的枝晶次臂间距的平均值可以在7〜30μm的范围内。