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首页> 外国专利> METHOD OF INTEGRATED SOFTWARE UNDERWATER DRILLING VESSEL IN THE YEAR-ROUND UW-Ice Arctic offshore drilling

METHOD OF INTEGRATED SOFTWARE UNDERWATER DRILLING VESSEL IN THE YEAR-ROUND UW-Ice Arctic offshore drilling

机译：一年一度的UW-Ice北极海上离岸钻井中集成软件的水下钻井容器的方法

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1. A method of providing an integrated underwater drilling vessel in a year-underwater ice drilling on the Arctic shelf, characterized in that the uninterrupted supply of energy of the underwater drilling vessel under the ice are achieved by the independent power supply of drilling equipment of the vehicle and the process of conducting drilling operations from at least one own onboard atomic energy ustanovki.2. A method according to claim 1, characterized in that the regular supply of the water located at the bottom of the base plate underwater drilling vessel for year-round supplies of cluster mode drilling operations carried out on board the vessel freeboard icebreaking provides its dynamic positioning mode, all outboard cargo operations with tubes, and the tool parts is performed by means of remotely controlled deck cranes using an intermediate storage area on the bottom of the m armature, followed by an overload in the pressure hull underwater drilling vessel via its own loader cranes through Deck gateway device and, if necessary, with divers scaffold, wherein the bulk cargo to prepare the drilling fluid and cementing delivered from a surface of the flexible vessel air tube directly into the ship's storage capacity via on-board a drill ship razemy.3. A method according to claim 1, characterized in that the movement of the underwater drilling vessel on the bottom supporting plate is effected by the thrust ensuring mooring winches and locking in the working zashtyrivaniya staffing
机译：1.一种在北极架上进行水下一年的冰钻中提供集成的水下钻探船的方法，其特征在于，在冰层下，水下钻探船的能量不间断供应是通过独立的钻井设备供电来实现的。车辆和至少使用一种自身车载原子能ustanovki进行钻井作业的过程2。 2.根据权利要求1所述的方法，其特征在于，用于在所述船的干舷破冰上进行的整年集束式钻井作业的全年补给，定期供应位于所述底板水下钻井船底部的水，以提供其动态定位方式。 ，所有带管的舷外货物操作以及工具零件都是通过遥控甲板起重机在m型电枢底部的中间存储区域中执行的，随后通过其自身的装载起重机在耐压船体水下钻井船中超载通过甲板通道设备，并在必要时使用潜水员脚手架，其中准备的钻井液和胶结物从挠性容器空气管表面通过散装在钻探船上的船上直接进入船的储存库中。3 。 2.根据权利要求1所述的方法，其特征在于，所述水下钻井船在所述底部支撑板上的运动是通过所述推力来实现的，所述推力确保系泊绞车并锁定在工作的zashtyrivaniya人员中

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