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    • 1. 发明授权
    • Method and apparatus for detecting well pump-off
    • 检测井泵的方法和装置
    • US4487061A
    • 1984-12-11
    • US450597
    • 1982-12-17
    • Louis S. McTamaneyAllan B. DelfinoDelbert F. WaltripThomas I. Kirkpatrick
    • Louis S. McTamaneyAllan B. DelfinoDelbert F. WaltripThomas I. Kirkpatrick
    • E21B47/00F04B49/00E21B44/00
    • E21B47/0008Y10T74/18182
    • Methods and apparatus for detecting fluid pound in a sucker-rod oil well, using maximum and minimum values of sucker-rod position and of sucker-rod load to calculate a reference position and a selected load value. The apparatus automatically calculates the reference position and the selected load value according to the characteristics of the well and of the well pumping equipment. When the sucker-rod moves downward to the reference position, the actual load value is checked against the selected value and in one embodiment of the invention a warning signal develops when the amount of the load exceeds the previously selected load quantity. In another embodiment a warning signal develops when the rate of change of the load is at a maximum below the reference position. In a third embodiment a warning signal develops when a minimum rate of change of the load occurs below the reference position.
    • 使用抽油杆位置和抽油杆负载的最大值和最小值来检测抽油杆油井中的液磅的方法和装置,以计算参考位置和选定的载荷值。 该装置根据井和井筒设备的特性自动计算参考位置和选定的载重值。 当抽油杆向下移动到参考位置时,相对于所选值检查实际负载值,并且在本发明的一个实施例中,当负载量超过先前选择的负载量时,产生警告信号。 在另一个实施例中,当负载的变化率处于比参考位置低的最大值时,产生警告信号。 在第三实施例中,当负载的最小变化率发生在参考位置下方时,产生警告信号。
    • 4. 发明授权
    • Programmable alarm system for marine loading arms
    • 海上装载臂可编程报警系统
    • US4205308A
    • 1980-05-27
    • US853800
    • 1977-11-21
    • Frank P. HaleyLouis S. McTamaney
    • Frank P. HaleyLouis S. McTamaney
    • F17D5/02B25J9/16B25J9/18B25J13/08B67D9/02G01B7/004G01B7/30G01D5/165G08B21/00B65B1/04G01B3/56G01C1/00
    • B67D9/02B25J13/088B25J9/1676G01B7/004G01B7/30G01D5/1655G05B2219/41206G05B2219/45046G05B2219/49137G05B2219/49138G05B2219/49139G05B2219/49142Y10T137/8275Y10T137/8807
    • A system for sensing the positon in space of the outer end of an articulated fluid loading arm while it is connected to a marine tanker or other transport vessel, and for sounding an alarm if the arm's operating envelope is exceeded. The sensing system includes means for determining various angles representative of the orientation of the booms or limbs of the arm, and a microprocessor for using these angles to compute the spatial position of the arm's outboard end. The boundaries between the safe and unsafe areas of operation of the arm are stored in a digital memory and compared with the actual position of the arm. The boundaries which define the safe areas can be any desired shape, and the shape can be readily changed by storing a new set of boundary values in the digital memory. If desired, the location of the boundaries can be made to depend upon the velocity of the arm as it is being maneuvered. When the outboard end of the arm moves into an unsafe area an alarm sounds, and the system is shut down if the arm moves a predetermined distance farther into the unsafe area.
    • 一种用于在连接到船用油罐车或其他运输船舶时感测铰接式流体装载臂的外端空间中的位置的系统,并且如果超过了手臂的操作信封,则发出警报。 感测系统包括用于确定代表臂的臂或四肢的取向的各种角度的装置,以及用于使用这些角度来计算臂的外侧端的空间位置的微处理器。 手臂的安全和不安全的操作区域之间的边界存储在数字存储器中,并与手臂的实际位置进行比较。 定义安全区域的边界可以是任何期望的形状,并且可以通过在数字存储器中存储一组新的边界值来容易地改变形状。 如果需要,可以使边界的位置取决于手臂在被操纵时的速度。 当臂的外侧端部移动到不安全的区域时,会发出警报,如果手臂远离不安全区域移动预定距离,系统将关闭。
    • 5. 发明授权
    • Displaying article configuration data
    • 显示文章配置数据
    • US4491829A
    • 1985-01-01
    • US340583
    • 1982-01-18
    • Louis S. McTamaney
    • Louis S. McTamaney
    • B27M3/00G06Q99/00G06F15/20G01C3/00
    • G06Q99/00B27M3/0073
    • This is a display and control system which includes a computer and peripheral hardware for displaying deck board position data and deck board width data on both the upper and lower sides of a pallet. The system includes a row of light emitting diode cells for displaying deck board position and width for each side of a pallet and a manually controllable cursor cell which can be set at a selected deck board position along a row. Data entry controls are provided for supplying data to the computer for energizing display cells adjacent the cursor cell to represent both pallet deck board width and board position in each row and the computer stores the data to control a pallet nailing machine.
    • 这是一种显示和控制系统,其包括用于在托盘的上侧和下侧显示甲板板位置数据和甲板板宽度数据的计算机和外围硬件。 该系统包括一排发光二极管单元,用于显示托盘每侧的甲板板位置和宽度,以及可沿着一排设置在所选甲板板位置的可手动控制的光标单元。 提供数据输入控件,用于向计算机提供数据,以激励与光标单元相邻的显示单元,以表示每行中的托板甲板板宽度和板位置,并且计算机存储数据以控制托盘打钉机。
    • 6. 发明授权
    • Ship-to-ship fluid transfer system
    • 船对流传输系统
    • US4408943A
    • 1983-10-11
    • US238772
    • 1981-02-27
    • Louis S. McTamaneyFrank P. Haley
    • Louis S. McTamaneyFrank P. Haley
    • B63B27/24B63B27/34B67D9/02F16L27/08B65G67/60
    • B67D9/02B63B27/24F16L27/0861Y10T137/6906Y10T137/7722Y10T137/8242
    • A system for transferring fluid between two marine tankers, including a first articulated loading arm mounted on the first tanker and a second loading arm or other suitable receiver mounted on the second tanker. The first loading arm is guided into operating contact with the second arm or receiver by laser tracking and ranging equipment, and by a computer which computes the location of the end of the first loading arm relative to the second arm or receiver. After the first loading arm and the receiver are connected together, the computer calculates the position of the outboard end of the first loading arm, compares this position to a set of safe operating boundaries, and provides a warning signal whenever the end of the arm moves outside any of these safe boundaries. When the end of the first arm moves outside a critical boundary the computer provides a disconnect signal which shuts down the loading operation and disconnects the first loading arm from the second arm or receiver.
    • 一种用于在两个船舶油轮之间传送流体的系统,包括安装在第一油罐车上的第一铰接装载臂和安装在第二油罐车上的第二装载臂或其它合适的接收器。 第一加载臂通过激光跟踪和测距设备被引导到与第二臂或接收器的操作接触,并且通过计算机相对于第二臂或接收器计算第一加载臂的端部的位置的计算机。 在第一个装载臂和接收器连接在一起之后,计算机计算第一个装载臂的外侧端的位置,将该位置与一组安全的操作边界进行比较,并且每当臂的末端移动时提供警告信号 在任何这些安全的边界之外。 当第一臂的端部移动到关键边界之外时,计算机提供断开装置的断开信号,并将第一装载臂与第二臂或接收器断开。
    • 7. 发明授权
    • Path following using bounded beacon-aided inertial navigation
    • 使用有界信标辅助惯性导航的路径
    • US06580978B1
    • 2003-06-17
    • US10123762
    • 2002-04-15
    • Louis S. McTamaney
    • Louis S. McTamaney
    • G01C2100
    • G01C21/165G01S13/751G05D1/028G05D1/0295G05D2201/0209
    • A high-resolution path marking system utilized with inertial navigation systems for land vehicles. The system uses radio frequency tags or “beacons” to mark a route to be traversed by manned or unmanned follower vehicles. The RF tags serve as references to correct time and distance traveled dependent errors that accumulate in the follower vehicle's inertial navigation system. The position of each tag is accurately encoded into its memory using a manned path marking vehicle that “proofs” the route in advance of the follower vehicles. Since the inertial navigation system for the path marking vehicle and for the follower vehicles are synchronized at the start of the route, any errors accumulated in the followers' INS with respect to the path marking vehicle are eliminated at the prescribed intervals where the RF tags are placed. The path marking vehicle can lay the route days, weeks, or even months in advance of use by the follower vehicles. Once the path is marked, it can be reused many times by the follower vehicles without further human intervention. Further, the short-range, ground based RF tags used in this method are less susceptible to jamming, and the tags are covert, i.e. the tags are small and transmit only when interrogated by a secure query signal.
    • 用于陆地车辆惯性导航系统的高分辨率路径标记系统。 该系统使用无线电频率标签或“信标”标记由有人或无人从事车辆穿过的路线。 RF标签用作对在随机车辆的惯性导航系统中积累的正确的时间和距离行进相关误差的参考。 每个标签的位置使用载人路径标记车辆将其准确地编码到其存储器中,该载具路径标记车辆在跟随车辆之前“证明”该路线。 由于路径标记车辆和跟随车辆的惯性导航系统在路线开始时是同步的,所以在跟踪者INS相对于路径标记车辆累积的任何误差都以规定的间隔消除,其中RF标签是 放置 路径标记车辆可以在跟随车辆使用前提前几天,几周甚至几个月。 一旦路径被标记,它可以被追随者车辆重复使用多次,而无需进一步的人为干预。 此外,在该方法中使用的短距离,基于地面的RF标签不易受到干扰,并且标签是隐蔽的,即标签很小,并且仅当通过安全查询信号询问时才传送。
    • 10. 发明授权
    • Solid state relay circuit
    • 固态继电器电路
    • US4041331A
    • 1977-08-09
    • US499942
    • 1974-08-23
    • David J. WestermanLouis S. McTamaneyDavid J. Kauber
    • David J. WestermanLouis S. McTamaneyDavid J. Kauber
    • H03K17/735H03K17/79H03K17/78
    • H03K17/735H03K17/79
    • A solid state circuit providing the function of a ratchet relay which circuit is relatively immune from noise and is capable of high speed switching operation. The circuit is adapted to receive an AC input trigger signal and convert such signal into an appropriate signal for alternately firing a pair of triacs that are each serially connected with a load and an AC power source. The circuit includes an input section comprising an AC to DC pulse converter, a time delay network, and a pulse shaping circuit which provide a clean input pulse to trigger a flip-flop and an output section including an opto-isolated Darlington transistor pair which is provided with a separate power supply and which operates to alternately fire the triacs in response to the output state of the flip-flop.
    • 提供棘轮继电器的功能的固态电路,其电路相对地免于噪声并且能够进行高速切换操作。 电路适于接收AC输入触发信号,并将该信号转换成适当的信号,以交替点火一对与负载和AC电源串联的三端双向可控硅开关。 该电路包括一个输入部分,该输入部分包括AC到DC脉冲转换器,时间延迟网络和脉冲整形电路,其提供干净的输入脉冲以触发触发器和包括光隔离的达林顿晶体管对的输出部分, 设置有单独的电源,并且其操作以响应于触发器的输出状态交替地触发三端双向可控硅。