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    • 2. 发明申请
    • Method for circuit sensitivity driven parasitic extraction
    • 电路灵敏度驱动寄生提取方法
    • US20060085776A1
    • 2006-04-20
    • US11251722
    • 2005-10-17
    • Usha NarasimhaAnthony HillNagaraj Savithri
    • Usha NarasimhaAnthony HillNagaraj Savithri
    • G06F9/45G06F17/50
    • G06F17/5022
    • The method of this invention determines the timing of an integrated circuit design. At each node, the method determines if the timing of signal propagation at that node is critical. If this timing is critical, method calculates the capacitance at said current node using a highly accurate but computationally intensive model. If this timing is not critical, the method uses a less accurate but less computationally intensive model. The method calculates a signal delay for each mode from the drive strength, calculated capacitance and fan-out. This signal delay is compared to a design goal. This method achieves a better trade-off between timing determination run-time and accuracy. Timing criticality can be determined from one or more of conductor length/area, fan-out, logic depth and timing slack.
    • 本发明的方法确定集成电路设计的时序。 在每个节点,该方法确定该节点处信号传播的时间是否至关重要。 如果这个时间是至关重要的,则方法使用高度精确但计算密集型的模型来计算所述当前节点处的电容。 如果这个时间并不重要,那么该方法使用的精度较低,而且计算密集程度较低。 该方法根据驱动强度,计算出的电容和扇出来计算每个模式的信号延迟。 将该信号延迟与设计目标进行比较。 该方法在定时运行时间和准确度之间实现更好的权衡。 定时关键性可以由一个或多个导体长度/面积,扇出,逻辑深度和时序松弛来确定。
    • 3. 发明申请
    • Ink Jet Printing
    • 喷墨打印
    • US20100097417A1
    • 2010-04-22
    • US12532094
    • 2008-03-12
    • Anthony Hill
    • Anthony Hill
    • B41J2/085B41J29/38B41J2/165
    • B41J2/16523B41J2/1707B41J2/1714B41J2/175B41J2/18B41J2/185B41J2/195B41J29/02B41J29/377B41J29/38
    • A continuous ink jet printer comprising an ink gun for forming an ink jet; an arrangement of electrodes for trapping electric charges on ink drops of the ink jet and for creating an electrostatic field for deflecting drops carrying trapped electric charges; and a gutter having an ink-receiving orifice for receiving ink drops of the ink jet which are not used for printing; a gutter flow path for flow of ink from the ink-receiving orifice of the gutter, through and away from the gutter; an air recirculation line for conveying at least some of any air that has passed with the ink along at least a part of the gutter flow path so as to re-enter the gutter flow path either through the ink-receiving orifice or through a connection into the gutter flow path downstream of the ink-receiving orifice; and a vent for venting at least some of the air that has passed with the ink along at least a part of the gutter flow path so as not to re-enter the gutter flow path.
    • 一种连续喷墨打印机,包括用于形成喷墨的墨枪; 用于在喷墨墨滴上捕获电荷并产生静电场的电极布置,用于偏转携带被捕获的电荷的液滴; 以及具有用于接收未用于印刷的喷墨墨滴的墨水接收孔的槽; 用于从沟槽的油墨接收孔流出并远离沟槽的油墨流动的沟槽流动路径; 空气再循环管线,用于沿着沟槽流动路径的至少一部分输送已经通过墨的任何空气中的至少一部分,以便重新进入沟槽流动路径,或者通过墨水接收孔或通过连接进入 油墨接收孔下游的沟槽流路; 以及排气口,用于沿着沟槽流动路径的至少一部分排出已经通过墨水的至少一些空气,以便不重新进入沟槽流动路径。
    • 4. 发明申请
    • Orthodontic flossing implement and method of use thereof
    • 矫正牙线矫治器及其使用方法
    • US20050241665A1
    • 2005-11-03
    • US11114694
    • 2005-04-26
    • Anthony Hill
    • Anthony Hill
    • A61C15/00A61C15/04
    • A61C15/046
    • An orthodontic flossing implement and method of use thereof, wherein the present implement comprises a handle from which extends a flat, narrow arm, and wherein the tip of the arm comprises a slit or aperture through which a desired length of floss is inserted. The narrow arm, with the length of floss threaded therethrough, may be quickly and simply inserted underneath a selected arch or pass of a brace wire, wherein the length of floss hanging from the arm aperture may then be easily grasped and worked within and along the inter-dental space disposed proximate or behind the selected wire arch. Thereafter, the arm of the flossing implement is retracted and systematically moved between each arch of the wire, whilst maintaining the floss through the aperture of the arm, whereupon each respective underlying inter-dental space may be conveniently and quickly flossed.
    • 一种正畸牙线器具及其使用方法,其中本发明的器具包括一个手柄,从该手柄伸出一个扁平的窄臂,并且其中臂的尖端包括狭缝或孔,所需长度的牙线穿过该狭缝或孔。 具有穿过其中的线形长度的窄臂可以快速且简单地插入到选定的支撑线的拱形或通道的下方,其中从臂孔悬垂的线的长度可以容易地被抓住并沿着 邻近或落后于所选线拱的牙间隙。 此后,牙线器具的臂被缩回并系统地在每根电线拱之间移动,同时保持牙线穿过臂的孔,于是每个相应的下面的牙间隙可以方便快速地被牙线。
    • 5. 发明授权
    • Ink jet printing
    • 喷墨打印
    • US08388118B2
    • 2013-03-05
    • US12532094
    • 2008-03-12
    • Anthony Hill
    • Anthony Hill
    • B41J2/02B41J2/18
    • B41J2/16523B41J2/1707B41J2/1714B41J2/175B41J2/18B41J2/185B41J2/195B41J29/02B41J29/377B41J29/38
    • A continuous ink jet printer comprising an ink gun for forming an ink jet; an arrangement of electrodes for trapping electric charges on ink drops of the ink jet and for creating an electrostatic field for deflecting drops carrying trapped electric charges; and a gutter having an ink-receiving orifice for receiving ink drops of the ink jet which are not used for printing; a gutter flow path for flow of ink from the ink-receiving orifice of the gutter, through and away from the gutter; an air recirculation line for conveying at least some of any air that has passed with the ink along at least a part of the gutter flow path so as to re-enter the gutter flow path either through the ink-receiving orifice or through a connection into the gutter flow path downstream of the ink-receiving orifice; and a vent for venting at least some of the air that has passed with the ink along at least a part of the gutter flow path so as not to re-enter the gutter flow path.
    • 一种连续喷墨打印机,包括用于形成喷墨的墨枪; 用于在喷墨墨滴上捕获电荷并产生静电场的电极布置,用于偏转携带被捕获的电荷的液滴; 以及具有用于接收未用于印刷的喷墨墨滴的墨水接收孔的槽; 用于从沟槽的油墨接收孔流出并远离沟槽的油墨流动的沟槽流动路径; 空气再循环管线,用于沿着沟槽流路的至少一部分输送已经通过墨的任何空气中的至少一部分,以便重新进入沟槽流动路径,或者通过油墨接收孔或通过连接进入 油墨接收孔下游的沟槽流路; 以及排气口,用于沿着沟槽流动路径的至少一部分排出已经通过墨水的至少一些空气,以便不重新进入沟槽流动路径。