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    • 1. 发明申请
    • METHOD AND SYSTEM FOR HEAT MANAGEMENT OF AN OIL FIELD
    • 油田加热管理方法与系统
    • US20080283245A1
    • 2008-11-20
    • US11749628
    • 2007-05-16
    • David TukAnilkumar PatelCharles GuthrieRichard CullipMike Riddle
    • David TukAnilkumar PatelCharles GuthrieRichard CullipMike Riddle
    • E21B43/24
    • E21B43/24
    • The present invention includes a method and system for heat management in an oil field, the method including the steps of, on a first time interval: determine a thermal maturity for each subsurface region associated with a pattern of oil wells in the oil field, input the thermal maturity output from step (a)(i) and determine a latent heat target and steam injection target for each subsurface region; and input the latent heat target and steam injection target output from step (a)(ii) and a subsurface region development plan and recalibrate a steam optimizer policy engine, on a second time interval: using the recalibrated steam optimizer policy engine from step (a)(iii) and operating data, determine steam injection schedules; and collect operating data; and on a third time interval: input the thermal maturity output from step (i) and perform a periodic look-back process, thereby producing deviations from latent heat targets; and input the deviations from latent heat targets from step (c)(i) and re-determine the subsurface region development plan.
    • 本发明包括一种用于油田中热管理的方法和系统,该方法包括以下步骤:在第一时间间隔内:确定与油田油井模式相关的每个地下区域的热成熟度,输入 步骤(a)(i)的热成熟度输出,并确定每个地下区域的潜热目标和蒸汽喷射目标; 并且输入从步骤(a)(ii)输出的潜热目标和蒸汽喷射目标和地下区域开发计划,并且在第二时间间隔重新校准蒸汽优化器策略引擎:使用来自步骤(a)的重新校准的蒸汽优化器策略引擎 )(iii)和运行数据,确定蒸汽喷射计划; 并收集运营数据; 并且在第三时间间隔:输入来自步骤(i)的热成熟度输出并执行周期性回溯处理,从而产生与潜热目标的偏差; 并输入来自步骤(c)(i)的潜热目标的偏差,并重新确定地下区域发展计划。
    • 3. 发明授权
    • System and method for scheduling cyclic steaming of wells
    • 调度井的循环蒸发的系统和方法
    • US06446721B2
    • 2002-09-10
    • US09816848
    • 2001-03-23
    • Anilkumar PatelCharles F. GuthrieLoren J. LederhosJames R. Ouimette
    • Anilkumar PatelCharles F. GuthrieLoren J. LederhosJames R. Ouimette
    • E21B4324
    • E21B43/24G06Q10/06G06Q30/02G06Q30/06G06Q30/0617G06Q30/0633
    • The invention includes a method of scheduling cyclic steaming of a group of petroleum-containing wells including: inputting to a production-predicting means a group of data describing at least in part the past cyclic steaming and resulting production of a group of petroleum-containing wells; processing the data in the production-predicting means and outputting a group of production predictions for the group of wells during a future steaming cycle; inputting the group of production predictions into an optimization means; inputting an initial steaming cycle schedule for the group of wells into the optimization means; processing the group of production predictions and the initial steaming cycle schedule in the optimization means by the steps including: determining a ranking for the initial steaming cycle schedule for the group of production predictions against a pre-determined ranking criteria; producing a group of new steaming cycle schedules based on the ranking of the initial steaming cycle a schedule optimization algorithm; determining a ranking for the new steaming cycle schedules against the pre-determined ranking criteria; repeating the production of new steaming cycle schedules and determining ranking steps until some pre-determined termination criteria is met; and outputting a final steaming cycle schedule.
    • 本发明包括一种调度一组含石油井的循环蒸汽的方法,包括:向生产预测装置输入一组至少部分地描述过去的循环蒸汽并产生一组含石油井的数据 ; 处理生产预测装置中的数据,并在未来的蒸汽循环期间输出一组井的生产预测; 将一组生产预测输入到优化手段中; 向所述优化装置输入所述井组的初始蒸汽循环进度; 通过以下步骤处理优化装置中的一组生产预测和初始蒸汽循环进度,所述步骤包括:根据预定的排序标准确定生产预测组的初始蒸汽循环调度的排名; 根据初始蒸汽循环的排序生成一组新的蒸汽循环调度计划优化算法; 根据预先确定的排名标准确定新的蒸汽循环时间表的排名; 重复生产新的蒸汽循环计划并确定排序步骤,直到满足一些预定的终止标准; 并输出最终的蒸汽循环进度。
    • 4. 发明授权
    • Vehicle opening monitoring device
    • 车辆开启监控装置
    • US09440618B2
    • 2016-09-13
    • US14293735
    • 2014-06-02
    • Anilkumar Patel
    • Anilkumar Patel
    • B60R25/10B60R25/01
    • B60R25/01B60R25/10
    • A vehicle opening monitoring device for monitors and indicates the presence of unclosed openings of a vehicle when the vehicle is being locked. The device includes a vehicle having a plurality of openings. Each of the openings has a closed position and an open position. A vehicle locking assembly is coupled to the vehicle for locking doors of the vehicle. Each of a plurality of monitors detects when an associated one of the openings is in the closed position. Each monitor is communicatively coupled to a processor operationally coupled to the vehicle locking assembly. The processor allows locking of the vehicle locking assembly when the monitors detect all the openings are in the closed position.
    • 一种用于监视器的车辆开启监视装置,并且指示当车辆被锁定时车辆未闭合的开口的存在。 该装置包括具有多个开口的车辆。 每个开口具有关闭位置和打开位置。 车辆锁定组件联接到车辆以锁定车辆的门。 多个监视器中的每一个检测何时关联的一个开口处于关闭位置。 每个监视器通信地耦合到可操作地耦合到车辆锁定组件的处理器。 当监视器检测到所有开口处于关闭位置时,处理器允许锁定车辆锁定组件。
    • 8. 发明申请
    • Vehicle Opening Monitoring Device
    • 车辆开启监控装置
    • US20150343992A1
    • 2015-12-03
    • US14293735
    • 2014-06-02
    • Anilkumar Patel
    • Anilkumar Patel
    • B60R25/01B60R25/10
    • B60R25/01B60R25/10
    • A vehicle opening monitoring device for monitors and indicates the presence of unclosed openings of a vehicle when the vehicle is being locked. The device includes a vehicle having a plurality of openings. Each of the openings has a closed position and an open position. A vehicle locking assembly is coupled to the vehicle for locking doors of the vehicle. Each of a plurality of monitors detects when an associated one of the openings is in the closed position. Each monitor is communicatively coupled to a processor operationally coupled to the vehicle locking assembly. The processor allows locking of the vehicle locking assembly when the monitors detect all the openings are in the closed position.
    • 一种用于监视器的车辆开启监视装置,并且指示当车辆被锁定时车辆未闭合的开口的存在。 该装置包括具有多个开口的车辆。 每个开口具有关闭位置和打开位置。 车辆锁定组件联接到车辆以锁定车辆的门。 多个监视器中的每一个检测何时关联的一个开口处于关闭位置。 每个监视器通信地耦合到可操作地耦合到车辆锁定组件的处理器。 当监视器检测到所有开口处于关闭位置时,处理器允许锁定车辆锁定组件。