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    • 23. 发明授权
    • Flow-activated valve and method of use
    • 流动阀和使用方法
    • US06782951B2
    • 2004-08-31
    • US10143696
    • 2002-05-08
    • Jeff L. TaylorMark A. Taylor
    • Jeff L. TaylorMark A. Taylor
    • E21B31113
    • E21B31/1135
    • According to the present invention, the flow-activated valve assembly is a fluid-driven tool for use in various down hole drilling and fishing operations, which is activated by the introduction of fluid into an enclosed assembly, whereby fluid forces a movable portion of such assembly to slide until it engages a stationary portion, where an impact is realized, and at which time the fluid is permitted to exhaust. Upon this impact, another valve is opened to permit fluid to flow in another channel, moving the assembly in the opposite direction until it reaches a second stationary portion, at which point another impact is realized in the opposite direction. This creates a bi-directional hammering effect for each cycle of the tool, which can be utilized in various applications, either for the jarring effect, the linear motion, or a combination of both.
    • 根据本发明,流动致动阀组件是用于各种井下钻井和钓鱼操作的流体驱动工具,其通过将流体引入封闭组件而被激活,由此流体迫使这样的可移动部分 组件滑动直到其接合固定部分,其中实现冲击,并且此时允许流体排出。 在这种冲击下,另一个阀被打开以允许流体在另一个通道中流动,沿着相反的方向移动组件,直到其到达第二固定部分,此时在相反方向实现另一个冲击。 这为工具的每个周期产生双向锤击效果,其可以用于各种应用中,用于刺激效果,线性运动或两者的组合。
    • 25. 发明授权
    • Real time comparison of integrated circuit operation
    • 集成电路运行的实时比较
    • US5948111A
    • 1999-09-07
    • US271238
    • 1994-07-06
    • Mark A. TaylorDavid J. GarciaPaul A. Duffy
    • Mark A. TaylorDavid J. GarciaPaul A. Duffy
    • G06F1/12G06F11/16H03D13/00H03K5/26G06F11/00
    • H03K5/26G06F1/12G06F11/1679H03D13/004G06F11/1654G06F11/1695
    • A pair of substantially identical integrated circuit elements, in the form of microprocessors, are operated in response to the same instruction and data signals that are accessed from a memory by one of the integrated circuits. The accessed instruction and data signal are supplied, via a synchronous interface, to the second integrated circuit, which operates thinking that the supplied data and instruction signals were accessed by it in response to address and control signals. The states of the two integrated circuits are applied to comparator circuitry, both via buffered paths. The comparator circuitry is operated in response to control signals produced by the first integrated circuit to effect comparison on only those signals that are valid at any particular moment in time. Clock-synchronizing circuitry is included to ensure that predetermined state transitions of the clocks used to operate the first and second integrated circuit occur within a prescribed time period.
    • 微处理器形式的一对基本上相同的集成电路元件响应于由集成电路之一从存储器访问的相同指令和数据信号而被操作。 所访问的指令和数据信号通过同步接口被提供给第二集成电路,该第二集成电路操作认为所提供的数据和指令信号是由其响应于地址和控制信号而被访问的。 两个集成电路的状态通过缓冲路径应用于比较器电路。 比较器电路响应于由第一集成电路产生的控制信号进行操作,以仅对在任何特定时刻有效的那些信号进行比较。 包括时钟同步电路以确保用于操作第一和第二集成电路的时钟的预定状态转换在规定时间段内发生。