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    • 1. 发明授权
    • Well packer apparatus
    • 包装机
    • US4018272A
    • 1977-04-19
    • US565385
    • 1975-04-07
    • Joe R. BrownWilliam C. LindseyPhillip H. Manderscheid
    • Joe R. BrownWilliam C. LindseyPhillip H. Manderscheid
    • E21B33/122E21B33/1295E21B33/12
    • E21B33/122E21B33/1295
    • Disclosed is a retrievable, hydraulically set well packer which is locked in set position without need for tubing rotation and may be released from set position by shearing a retrieving link with either a straight pull on the production tubing or by the application of high pressure through the tubing. Dual, opposed cones are employed for retaining the packer slips anchored irrespective of the direction of the pressure differential acting on the packer and without need for an extra sleeve to transmit pressure induced forces to the cones. Compression seals are employed to hold the slips firmly anchored against longitudinal displacement in both directions without reliance on the presence of a pressure differential across the set packer. The seals are employed as two separate assemblies which are positioned above and below the slips to isolate a portion of the pressure induced forces from the retrieving link. A modified form of the invention employs the dual cone, dual seal design on a packer having multiple flow passages.
    • 公开了一种可回收的液压设置的打井机,其被锁定在设定位置而不需要管道旋转,并且可以通过在生产管线上直线拉动或通过施加高压通过生产管线剪切回收链节而从设定位置释放 管道。 采用双重对立的锥体来保持封闭器滑动件,而不管作用在封隔器上的压力差的方向如何,并且不需要额外的套筒将压力引起的力传递到锥体。 使用压缩密封件来保持滑块在两个方向上牢固地锚定在纵向位移上,而不依赖于在整个封隔器上存在压力差。 密封件被用作两个单独的组件,其被定位在滑动件的上方和下方,以隔离压力诱导力与检索链节的一部分。 本发明的改进形式在具有多个流动通道的封隔器上采用双锥体双重密封设计。
    • 2. 发明授权
    • High speed well working apparatus
    • 高速井加工设备
    • US4444536A
    • 1984-04-24
    • US258923
    • 1981-04-30
    • Joe R. Brown
    • Joe R. Brown
    • E21B19/00E21B19/07
    • E21B19/084E21B19/00E21B19/07
    • Disclosed is a rig for working on wells, and including a pair of continuous chains for moving a pair of pipe holders along a mast. Each of the two pipe holders is fixed to a point in each chain. The chains are driven along parallel paths by twin motors with linked drive shafts. The motors are mounted on the top of the mast so that only one side of the closed loop on each chain is loaded when the pipe is being pulled from a well. One of the pipe holders may comprise a snubbing head which may be operated in reciprocal motion for high speed snubbing of pipe into a well.
    • 公开了一种用于在井上工作的钻机,并且包括一对用于沿桅杆移动一对管座的连续链条。 两个管座中的每一个固定在每个链中的一个点上。 链条通过带连接传动轴的双电机沿平行路径驱动。 电动机安装在桅杆的顶部,使得当管道从井中拉出时,每个链条上的闭环只有一侧被装载。 管支架之一可以包括可以往复运动的缓冲头,用于将管道高速地浸入井中。
    • 4. 发明授权
    • Erosion resistant check valve assembly
    • 防腐止回阀总成
    • US4263936A
    • 1981-04-28
    • US82801
    • 1979-10-09
    • Joe R. Brown
    • Joe R. Brown
    • E21B21/10E21B34/08F15C3/06F16K15/04F16K17/28
    • E21B34/08E21B21/10F15C3/06F16K15/04F16K17/285Y10T137/7783Y10T137/7873
    • An inside blowout preventer assembly for connection into an earth boring drill string has improved features for preventing erosion. The blowout preventer assembly allows downward flow during normal drilling, but prevents upward flow if the flow rate is above a selected amount, to prevent a blowout. The assembly includes a valve body with a longitudinal passage having a throat section. A recess passage intersects the throat section and contains a ball. The ball is movable from the recess passage into the throat section, where it seals against a seat to stop upward flow. An equalizing passage of selected size and configuration extends from the base of the recess passage to the longitudinal passage. The ball is of lesser diameter than the recess passage for allowing downward flow through the recess passage and the equalizing passage. This prevents the ball from being drawn by pressure differential into the throat section during downward flow, reducing turbulence and erosion.
    • 用于连接到钻孔钻柱的内部防喷器组件具有改进的用于防止侵蚀的特征。 防喷器组件允许在正常钻孔期间向下流动,但如果流量高于所选择的量,则防止向上流动,以防止井喷。 该组件包括具有带有喉部的纵向通道的阀体。 凹槽通道与喉部相交并且包含球。 球可以从凹槽通道进入喉部,在那里它密封座以阻止向上的流动。 所选尺寸和构型的平衡通道从凹槽通道的基部延伸到纵向通道。 球的直径小于凹槽的直径,以允许向下流动通过凹槽通道和平衡通道。 这防止在向下流动期间球被压差拉入喉部,从而减少湍流和侵蚀。
    • 5. 发明授权
    • Well packer
    • 好包装
    • US4071084A
    • 1978-01-31
    • US750801
    • 1976-12-15
    • Joe R. BrownChudleigh B. Cochran
    • Joe R. BrownChudleigh B. Cochran
    • E21B23/06E21B33/129E21B23/00E21B33/12
    • E21B33/1292E21B23/06E21B33/1294
    • Disclosed is a retrievable, weight set well packer which may be tightened in set configuration by rotation of the tubing string, and which may be released from set configuration by longitudinal movement of the tubing string. Locking means maintain the packer set when the tubing string is raised slightly to open a bypass between the tubing string and the set packer. Continued raising of the tubing string releases the locking means to permit the packer to be retrieved. Dual opposed spreader cones keep the packer set against well pressure differentials acting from either above or below the packer. Pressure responsive means are also employed to increase the forces anchoring the tubing string against movement to open the bypass as differential well pressures tend to so move the tubing string.
    • 公开了一种可回收的,重量设定的油井封隔器,其可以通过油管柱的旋转而以固定构型拧紧,并且其可以通过油管柱的纵向移动而从设定构型释放。 当油管柱稍微升高以在油管柱和设置的封隔器之间打开旁路时,锁定意味着维持封隔器组。 油管柱的继续升高释放锁定装置以允许打包机被取出。 双重对置吊具锥保持封隔器抵抗来自封隔器上方或下方的较好的压力差。 还采用压力响应装置来增加锚定油管柱的力,防止运动以打开旁路,因为不同的井压将导致油管柱的移动。
    • 6. 发明授权
    • Perceptive system including a neural network
    • 感知系统包括神经网络
    • US5835901A
    • 1998-11-10
    • US903345
    • 1997-07-30
    • Herbert Duvoisin, IIIHal E. BeckJoe R. BrownMark Bower
    • Herbert Duvoisin, IIIHal E. BeckJoe R. BrownMark Bower
    • G06N3/04G06N3/08G06E1/00G06E3/00
    • G06K9/6284G06K9/627G06N3/0427G06N3/0454G06N3/082
    • A real-time learning (RTL) neural network is capable of indicating when an input feature vector is novel with respect to feature vectors contained within its training data set, and is capable of learning to generate a correct response to a new data vector while maintaining correct responses to previously learned data vectors without requiring that the neural network be retrained on the previously learned data. The neural network has a sensor for inputting a feature vector, a first layer and a second layer. The feature vector is supplied to the first layer which may have one or more declared and unused nodes. During training, the input feature vector is clustered to a declared node only if it lies within a hypervolume defined by the declared node's automatically selectable reject radius, else the input feature vector is clustered to an unused node. Clustering in overlapping hypervolumes is determined by a decision surface. During testing of the RTL network, the same strategy is applied to cluster an input feature vector to declared (existing) nodes. If clustering occurs, then a classification signal corresponding to the node is generated. However, if the input feature vector is not clustered to a declared node, then the second layer outputs a signal indicating novelty. The RTL neural network is used in a perceptive system which alternatively selects the RTL network novelty output or the output of a classifier trained on historical target data if the input vector is a subset of the historical target data.
    • 实时学习(RTL)神经网络能够指示输入特征向量何时相对于包含在其训练数据集内的特征向量是新颖的,并且能够学习在维护新的数据向量时产生对新数据向量的正确响应 对先前学习的数据向量的正确响应,而不需要将神经网络重新训练在先前学习的数据上。 神经网络具有用于输入特征向量的传感器,第一层和第二层。 特征向量被提供给可以具有一个或多个已声明和未使用的节点的第一层。 在训练期间,只有输入特征向量位于由声明的节点自动选择的拒绝半径定义的超音量内,才会聚集到声明的节点,否则将输入特征向量聚类到未使用的节点。 重叠超音量的聚类由决策表决定。 在测试RTL网络期间,应用相同的策略将输入特征向量聚类到声明(现有)节点。 如果发生聚类,则生成与节点对应的分类信号。 然而,如果输入特征向量不聚合到声明的节点,则第二层输出指示新颖性的信号。 如果输入向量是历史目标数据的子集,则RTL神经网络用于感知系统,其中可选择选择RTL网络新颖性输出或对历史目标数据进行训练的分类器的输出。