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    • 15. 发明申请
    • CHUCK ASSEMBLY AND HIGH DENSITY PLASMA EQUIPMENT HAVING THE SAME
    • 柴油机组和高密度等离子体设备
    • US20080190367A1
    • 2008-08-14
    • US12022477
    • 2008-01-30
    • Sang-Geun LeeMin-Ho ChoiSung-Uk ParkJin-Sung KimJong-Suk ParkDae-Hyun Kim
    • Sang-Geun LeeMin-Ho ChoiSung-Uk ParkJin-Sung KimJong-Suk ParkDae-Hyun Kim
    • B05C13/00
    • H01L21/68735H01L21/68742
    • A chuck assembly for high density plasma equipment includes: a chuck having an upper surface and a plurality of pin holes formed in an outer peripheral portion, wherein the chuck upper surface is configured to receive a semiconductor substrate thereon; a substrate guide disposed on an outer surface of the chuck, wherein the substrate guide is configured to prevent a semiconductor substrate positioned on the upper surface of the chuck from being separated from the chuck; a fixing plate disposed at a lower portion of the chuck; a plurality of lift pins secured to the fixing plate and extending in an upward direction from the fixing plate so that each lift pin is inserted into a respective one of the pin holes, wherein each lift pin has an upper surface that extends to a position adjacent to the upper surface of the chuck; and a chuck lifter penetrating the fixing plate and engaged with a lower portion of the chuck, wherein the chuck lifter is configured to move the chuck upward and downward.
    • 一种用于高密度等离子体设备的卡盘组件,包括:卡盘,其具有形成在外周部分中的上表面和多个销孔,其中卡盘上表面构造成在其上容纳半导体基板; 设置在所述卡盘的外表面上的基板引导件,其中,所述基板引导件构造成防止位于所述卡盘的上表面上的半导体基板与所述卡盘分离; 设置在所述卡盘的下部的固定板; 多个提升销固定在固定板上并从固定板沿向上的方向延伸,使得每个提升销插入相应的一个销孔中,其中每个提升销的上表面延伸到相邻的位置 到卡盘的上表面; 以及卡盘升降器,其穿过所述固定板并与所述卡盘的下部卡合,其中所述卡盘升降器构造成使所述卡盘向上和向下移动。
    • 16. 发明申请
    • Image forming apparatus, system and method using printing layout templates
    • 图像形成装置,使用打印布局模板的系统和方法
    • US20070165270A1
    • 2007-07-19
    • US11585864
    • 2006-10-25
    • Dae-Hyun Kim
    • Dae-Hyun Kim
    • G06F3/12G06F17/00
    • G06F3/1208G06F3/1205G06F3/1246G06F3/1257G06F3/1286G06F3/1292
    • An image forming apparatus, system and method using printing layout templates are provided. The system includes a communication device determining a layout template for printing an image from a layout template list and transmitting the image and the information on the determined layout template, and an image forming apparatus providing the layout template list for the communication device, forming an image layout by using the information transmitted from the communication device, and printing the image with the image layout. When a wireless network, such as a Bluetooth network, is established and a user desires to output an image from a communication device to an image forming apparatus, the image forming system and apparatus can display various types of image layouts which can be used for printing the image by the user.
    • 提供了一种使用打印布局模板的图像形成装置,系统和方法。 该系统包括确定用于从布局模板列表打印图像并在确定的布局模板上发送图像和信息的布局模板的通信装置,以及提供通信装置的布局模板列表的图像形成装置,形成图像 通过使用从通信设备发送的信息进行布局,并且使用图像布局打印图像。 当建立诸如蓝牙网络的无线网络并且用户期望将图像从通信设备输出到图像形成设备时,图像形成系统和设备可以显示可用于打印的各种类型的图像布局 图像由用户。
    • 17. 发明授权
    • Complex multiplier
    • 复数乘数
    • US06307907B1
    • 2001-10-23
    • US09046823
    • 1998-03-24
    • Dae-Hyun Kim
    • Dae-Hyun Kim
    • H04L2300
    • H04L27/0014H04L2027/0063
    • Complex multiplication is performed using a multiplier by generating time division signals with a first clock and a second clock having a speed twice as fast as the first clock and operating the multiplier in a time division mode by the time division signals. Using a first clock and a second clock, the time division signals delayed by one-forth cycle are generated during one cycle of the first clock. Real element and imaginary element of two complex numbers are stored in D flip flops. A multiplexer driven by the time division signals selects each element of the complex numbers. A multiplier multiplies the selected elements in the selected time order. The multiplication results are latched in a plurality of D flip flops according to the time division signals. The latched multiplication results are added or subtracted with adder and subtracter. The outputs of the adder and subtracter are stored in D flip flops and output from the D flip flops, thereby obtaining the multiplication of two complex numbers. Also, the absolute values of sin &thgr; and cos &thgr; are stored in memory and subtraction using complements of the number 2 of the absolute values of sin &thgr; and cos &thgr; reduce the size of the memory by half.
    • 通过产生具有第一时钟的时分信号和具有第一时钟速度的两倍的速度的第二时钟并通过时分信号在时分模式下操作乘法器来执行复乘。 使用第一时钟和第二时钟,在第一时钟的一个周期内产生延迟了第四周期的时分信号。 两个复数的实数元素和虚元存储在D触发器中。 由时分信号驱动的多路复用器选择复数的每个元素。 乘法器以选定的时间顺序乘以所选择的元素。 乘法结果根据时分信号被锁存在多个D触发器中。 锁存的乘法结果用加法器和减法器相加或相减。 加法器和减法器的输出存储在D触发器中并从D触发器输出,从而获得两个复数的乘法。 此外,sinθ和cosθ的绝对值存储在存储器中,并且使用sinθ和cosθ的绝对值的数目2的补码减去存储器的大小一半。
    • 18. 发明授权
    • Exhaust coupler
    • 排气联轴器
    • US6164703A
    • 2000-12-26
    • US211031
    • 1998-12-14
    • Dae-Hyun Kim
    • Dae-Hyun Kim
    • B60K13/04F01N13/18F16L27/10
    • F01N13/1811B60K13/04
    • This invention relates to a decoupler for the exhaust pipes of automobile. The preferred decoupler includes a conduit-type sleeve (10); a conduit-type cover member (20) generally covering the sleeve (10); a guiding member (30) extended from the end of the cover member (20), the guiding member serving to accommodate a bending articulation or radial displacement of the decoupler; an inner retainer pocket (40) having a rim (41) engaged in the outer surface of said sleeve (10), wherein said rim is extended circumferentially and forms a first pocket (42) with said guiding member (30); an outer retainer member (50) having an enlarged diameter area (40) and forming a second pocket (52) with said guiding member (30); buffering members (60) (61) located in the pockets (42) (52); and a bellows (70) fixably engaged between said inner retainer member (40) and said cover member (20), wherein said bellows (70) prevents leakage ofgas therein and absorbs the elastic and bending displacement, to allow said guiding member (30) to slide during bending articulation of buffering members (60) (61).Moreover, the present invention can minimize the effect of bending displacement on the engine because the invented decoupler absorbs vibration and accomodates bending displacement. In addition, the present invention can increase parts life and riding comfort.
    • 本发明涉及汽车排气管的解耦器。 优选的分离器包括导管型套管(10); 通常覆盖套筒(10)的导管型覆盖件(20); 引导构件(30),其从所述盖构件(20)的端部延伸,所述引导构件用于适应所述解耦器的弯曲铰接或径向位移; 具有接合在所述套筒(10)的外表面中的边缘(41)的内部保持器凹部(40),其中所述边缘沿周向延伸并与所述引导构件(30)形成第一凹部(42); 具有扩大直径区域(40)并与所述引导构件(30)形成第二凹穴(52)的外部保持构件(50); 缓冲构件(60)(61)位于凹穴(42)(52)中; 以及可固定地接合在所述内部保持器构件(40)和所述盖构件(20)之间的波纹管(70),其中所述波纹管(70)防止其中的气体泄漏并吸收弹性和弯曲位移,以允许所述引导构件(30) 在缓冲构件(60)(61)的弯曲铰接期间滑动。 此外,本发明可以使发动机的弯曲位移的影响最小化,因为本发明的解耦器吸收振动并适应弯曲位移。 此外,本发明可以增加部件寿命和乘坐舒适性。