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    • 2. 发明申请
    • MAGNETRON SPUTTERING PROCESS
    • MAGNETRON喷溅工艺
    • US20060144696A1
    • 2006-07-06
    • US10908304
    • 2005-05-06
    • Yu-Chou LeeHsiang-Hsien ChungHung-I Hsu
    • Yu-Chou LeeHsiang-Hsien ChungHung-I Hsu
    • C23C14/32C23C14/00
    • C23C14/35
    • A magnetron sputtering process is provided. First, a reaction chamber including a substrate base, a target comprised of Al or its alloy or other metals or their alloy with higher melting point, and a magnetron device. Next, a substrate is disposed onto the substrate base. The pressure within the reaction chamber is set from 0.1 pa˜0.35 pa, and then a sputtering process is initiated within the reaction chamber to deposit a film on the substrate. Because the pressure within the reaction chamber is set from 0.1 pa˜0.35 pa, a better step coverage can be achieved during the sputtering process so that a continuous film can be deposited on the substrate without the broken or defective climbing portion of the film. Therefore, the yield of film deposition on the substrate can also be significantly increased.
    • 提供磁控溅射工艺。 首先,包括基材,包含Al或其合金或其它金属的靶或其熔点较高的合金的反应室和磁控管装置。 接下来,将基板设置在基板基板上。 反应室内的压力设定为0.1Pa〜0.35Pa,然后在反应室内引发溅射工艺,以在衬底上沉积膜。 因为反应室内的压力设定在0.1Pa〜0.35Pa,所以在溅射过程中可以实现更好的阶梯覆盖,使得连续的膜可以沉积在衬底上而没有膜的破损或有缺陷的攀登部分。 因此,也可以显着提高基板上的成膜率。
    • 8. 发明授权
    • Needle-changing mechanism for multiple-needle embroidery sewing machine
    • 多针刺绣缝纫机换针机构
    • US5564354A
    • 1996-10-15
    • US355733
    • 1994-12-14
    • Yu-Sheng WangHan-Chieh ChangHung-I HsuWen-Chin ChengJin-Lunng Chirn
    • Yu-Sheng WangHan-Chieh ChangHung-I HsuWen-Chin ChengJin-Lunng Chirn
    • D05C11/16D05C11/06
    • D05C11/16
    • A needle-changing mechanism for use in a multiple-needle embroidery sewing machine is disclosed for controlling the changing of a selected sewing needle to a working position on the sewing platform of the sewing machine. The needle-changing mechanism includes a sensing plate having a gap portion sandwiched between two solid side portions. The position of the gap portion is changed by moving the sensing plate according to which needle is currently selected as the working needle. A plurality of photo detectors equal in number to the number of the needles of the sewing machine are arranged at equal intervals along a straight line relative to the axial orientation of the sensing plate such that the gap portion and the side portions of the sensing plate cause the photo detectors to output a pattern of positioning signals. A controller, which receives and processes output signals from the photo detectors, is used to control the movement of the needles so that the desired needle is positioned as the working needle. Among the advantages of the present invention are that it requires only a single positioning signal for the changing and positioning of the needles; it is capable of restoring the position of the current working needle after a power failure that causes the working needle to be out of position; and it can be constructed without the use of gears so as to reduce cost and facilitate easy assemblage.
    • 公开了一种用于多针刺绣缝纫机的换针机构,用于控制选定的缝纫针到缝纫机的缝纫台上的工作位置的变化。 换针机构包括具有夹在两个实心侧部之间的间隙部的感测板。 通过移动当前选择的针作为工作针的感测板来改变间隙部分的位置。 与缝纫机的针数相等的多个光检测器相对于检测板的轴向取向沿着直线以相等的间隔布置,使得检测板的间隙部分和侧部部分导致 光电检测器输出定位信号的模式。 用于接收和处理来自光检测器的输出信号的控制器用于控制针的运动,使得所需的针定位为工作针。 本发明的优点在于,仅需要一个定位信号来改变和定位针头; 能够在导致工作针停止的停电之后恢复当前工作针的位置; 并且可以在不使用齿轮的情况下构建,以便降低成本并且便于组装。
    • 9. 发明授权
    • Pipeline fastener
    • 管道紧固件
    • US09140288B2
    • 2015-09-22
    • US14150943
    • 2014-01-09
    • Hung-I Hsu
    • Hung-I Hsu
    • F16B35/00F16B35/04
    • F16B35/04B60T17/043
    • A pipeline fastener defines at least one hole formed on a hollow shank with a channel formed therein and has a chip-removing section at least formed between the hole and the channel of the shank. A diameter of the chip-removing section is bigger than a bore diameter of the hole. Accordingly, by the chip-removing section with the bigger diameter, burrs which are originally formed at a convergence between a bore surface of the hole and a periphery of the shank can be removed. Consequently, following burr-cleaning procedures are reduced to lower the production cost, and damages of the burrs to other objects at the time of using the pipeline fastener are further prevented, thereby improving the safety of the use efficiently.
    • 管道紧固件限定形成在具有形成在其中的通道的中空柄上的至少一个孔,并且具有至少形成在所述孔和杆的通道之间的除屑部分。 除屑部的直径大于孔的孔径。 因此,通过具有较大直径的切屑除去部分,可以去除原来形成在孔的孔表面和柄周边之间的会聚处的毛刺。 因此,可以进一步防止以下的毛刺清洗工序,降低生产成本,并且进一步防止在使用管线紧固件时对其他物体的毛刺造成损坏,从而有效地提高使用的安全性。