会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 4. 发明申请
    • Self-Drilling Rock Bolt Assembly and Method of Installation
    • 自钻螺栓组装及安装方法
    • US20160130778A1
    • 2016-05-12
    • US14894107
    • 2014-05-27
    • OKA ROCK BOLT TECHNOLOGIES PTY LIMITED
    • Mark LEVEYPaul CHARLTON
    • E02D7/24E02D7/22E21D20/00E02D5/80
    • E02D7/24E02D5/801E02D7/22E21D20/003E21D20/02E21D20/028E21D21/0053
    • A self-drilling rock bolt assembly (1) including a drill head mechanism (100) and a fluid delivery system (300) operatively associated with each other and adapted in use to secure a self-drilling rock bolt (200) into a strata (2). The rock bolt (200) having a shaft (210) having a cutting end (220) and a driving end (230). The drill head mechanism (100) having a bolt coupling portion (130) to releasably engage with the driving end (230) of the rock bolt (200). Wherein rotation of the bolt coupling portion (130) rotates the rock bolt. A central hollow portion (111) provides access to a fluid connection port (232) of the rock bolt and a nut coupling portion (120) releasably engages with a nut element (250) located on the shaft of the rock bolt. Wherein rotation of the nut coupling portion rotates the nut element. The fluid delivery system (300) has an injection nozzle (320) in communication with one or more sources of fluid for delivering measured quantities of one or more fluids to a predetermined location about said assembly. Each source of fluid including a reservoir (310, 311, 312) in fluid communication with a pump (313, 314, 315). The pump being in fluid communication with the injection nozzle so that said fluid from said reservoir is adapted to be pumped to said predetermined location. Whereby in use said drill head mechanism drives the rock bolt into the strata by rotating in a drilling direction the rock bolt and nut element at the same rate such that the nut element remains in the same position relative to the shaft of the rock bolt.
    • 一种自钻岩石螺栓组件(1),包括钻头机构(100)和流体输送系统(300),所述钻头机构(100)和流体输送系统(300)可操作地相关联并且在使用中适于将自钻岩石螺栓(200)固定到地层 2)。 具有具有切割端(220)和驱动端(230)的轴(210)的岩石螺栓(200)。 钻头机构(100)具有螺栓联接部分(130),以可释放地与岩石螺栓(200)的驱动端(230)接合。 其中螺栓联接部分130的旋转使岩石螺栓旋转。 中心中空部分(111)提供对岩石螺栓的流体连接口(232)的通路,以及与位于岩石锚杆的轴上的螺母元件(250)可释放地接合的螺母联接部分(120)。 其中螺母联接部分的旋转使得螺母元件旋转。 流体输送系统(300)具有与一个或多个流体源连通的注射喷嘴(320),用于将测量量的一种或多种流体输送到围绕所述组件的预定位置。 每个流体源包括与泵(313,314,315)流体连通的储存器(310,311,312)。 泵与注射喷嘴流体连通,使得来自所述储存器的所述流体适于被泵送到所述预定位置。 因此在使用中,所述钻头机构通过以相同的速率在钻孔方向上旋转岩石螺栓和螺母元件将岩石螺栓驱动到地层中,使得螺母元件相对于岩石螺栓的轴保持在相同的位置。
    • 6. 发明授权
    • Subsea shelter and system for installation
    • 海底避难所及安装系统
    • US5259458A
    • 1993-11-09
    • US762581
    • 1991-09-19
    • Louis E. Schaefer, Jr.David G. Ross
    • Louis E. Schaefer, Jr.David G. Ross
    • E02D7/24E21B7/18E21B33/037E02D5/32
    • E02D7/24E21B33/037E21B7/185
    • A subsea abandoned wellhead protection system which may be installed underwater without the need for underwater assistance from divers or the like, the system allowing full site preparation and installation from the surface. The present invention teaches a new and unique system for the lowering and centering of the shelter over the wellhead, as well as a new system for the preparation of the installation site, including the removal of debris from the site and excavation of the ground surface area about the abandoned wellhead via a remote, fluid actuated, integrated excavation system. The present invention, with the utilization of a somewhat frustoconically or pyramidally configured shelter structure, uses a conduit system from the top of the structure to the base, terminating in a plurality of excavation jets about the periphery of the base area, providing a fluid stream of adjustable intensity (depending upon the excavation surface) for "trenching" the installation area, thereby allowing the base of the structure to sit below the ground surface. The present invention provides a new, innovative, and less expensive system for the installation of abandoned wellhead shelters and the like in an underwater environment.
    • 海底废弃的井口保护系统,可以在水下安装而不需要潜水员等的水下帮助,该系统允许从地面进行充分的现场准备和安装。 本发明教导了一种新的和独特的系统,用于降低和定心在井口上的避难所,以及用于准备安装地点的新系统,包括从现场清除碎屑和挖掘地表面积 关于废弃的井口,通过一个远程的,流体致动的综合挖掘系统。 本发明利用略微截头圆锥形或棱锥形构造的防护结构,使用从结构的顶部到基座的导管系统,终止于围绕基部区域周边的多个挖掘射流,提供流体流 具有可调节强度(取决于挖掘表面),用于“下料”安装区域,从而允许结构的基座位于地面以下。 本发明提供了一种用于在水下环境中安装废弃井口防护等的新的,创新的和较便宜的系统。
    • 7. 发明授权
    • Device comprising a valve for injecting grout around or inside a tubular
pile driven into the ground
    • 装置包括用于在驱动到地面中的管状桩周围或内部注入灌浆的阀
    • US4948301A
    • 1990-08-14
    • US313205
    • 1989-02-21
    • Jean-Paul GeffriaudHerve Barthelemy
    • Jean-Paul GeffriaudHerve Barthelemy
    • E02D5/62E02D7/24
    • E02D5/62E02D7/24
    • A device for injecting grout around a tubular pile driven into the ground. The tubular pile has a given diameter and is formed by a tubular wall of a given wall thickness defining the inside and outside of the tubular pile. A grout feed channel capable of being driven into the ground with the tubular pile is disposed inside the tubular wall having a diameter which is small relative to the diameter of the tubular pile. A check valve is connected to the grout feed channel at a position along the tubular wall and extends through the thickness of the tubular wall so as to communicate from the grout feed channel through the outside of the tubular wall. An injection device is inserted in the grout feed channel having one plug which is fitted in the grout feed channel and located above the check valve so as to inject grout under pressure through the injection device and the check valve to the outside of the tubular wall.
    • 用于在驱动到地面的管状桩周围注入灌浆的装置。 管状桩具有给定的直径并且由具有限定管状桩的内部和外部的给定壁厚度的管状壁形成。 能够用管状桩驱动到地面中的灌浆进料通道设置在管状壁的内部,其直径相对于管状桩的直径为小。 止回阀在管状壁的位置处连接到灌浆进料通道,并延伸穿过管状壁的厚度,以便从浆料进料通道通过管状壁的外部连通。 注射装置插入灌浆进料通道中,其具有一个塞子,该塞子装配在灌浆进料通道中并位于止回阀上方,以便通过注射装置和止回阀在压力下将浆料注入到管状壁的外部。
    • 8. 发明授权
    • Method and apparatus for severing a tubular member
    • 用于切断管状构件的方法和装置
    • US4619556A
    • 1986-10-28
    • US550821
    • 1983-11-14
    • Ernest P. Parra
    • Ernest P. Parra
    • E02D7/24E02D9/00E02D5/32E02D9/04
    • E02D7/24E02D9/005
    • There are disclosed a method and apparatus for severing a tubular member at a desired level beneath the ocean floor or other underwater surface from which the tubular member extends. The apparatus includes an assembly which is disposable about the tubular member at the underwater surface, and which includes means by which fluid may be jetted for scouring the underwater surface about the tubular member in order that the assembly may move downwardly under its own weight. The tubular member is severed by means of a shaped charge carried by the assembly and adapted to be detonated when lowered with the assembly to the desired level.
    • 公开了一种用于在管状构件延伸的海底或其他水下表面下方的期望水平处切断管状构件的方法和装置。 该装置包括在水下表面上围绕管状构件一次性的组件,并且其包括可以喷射流体的装置,用于在管状构件周围冲洗水下表面,以使组件在其自身重量下向下移动。 管状构件通过由组件承载的成形电荷切断并且适于在组件降低到期望水平时被引爆。
    • 9. 发明授权
    • Pile driving method
    • 桩驱动方法
    • US4257722A
    • 1981-03-24
    • US27779
    • 1979-04-06
    • Hisaharu Nakajima
    • Hisaharu Nakajima
    • E02D7/26E02D5/32E02D7/24
    • E02D7/24E02D5/32
    • An improved pile driving method is disclosed, which is particularly applicable in piling into a hard rock bed widely in the construction of buildings, bridges, harbor facilities, piers and so forth, and in which a high-pressure water guide pipe is attached to a pile to be driven, in a manner of being movable within a certain limit, and while effecting a removal of rock pieces produced by crushing by the pile driving, through jetting a water supplied under pressure through the guide pipe, driving of the pile is worked by a vibration pile driver. This method employs a reduced amount and suppressed pressure of water to be jetted in comparison to conventional methods.
    • 公开了一种改进的打桩方法,其特别适用于在建筑物,桥梁,港口设施,码头等的施工中广泛地​​堆放在硬岩床中,并且其中高压导水管附接到 可以以一定的极限移动的方式驱动桩,并且通过在压力下喷射通过引导管供给的水来实施通过打桩的破碎而产生的岩石碎片的移除,加工桩的驱动 由振动打桩机。 与常规方法相比,该方法采用减少的量和抑制的水的压力。
    • 10. 发明授权
    • Columns for platforms, piers, causeways and the like, and method of
erecting same
    • 平台,码头,堤道等的列,以及竖立它们的方法
    • US3962880A
    • 1976-06-15
    • US494705
    • 1974-08-05
    • Rud J. Babor
    • Rud J. Babor
    • E02B3/06E02B17/00E02D23/08E02D23/16E02D7/24
    • E02B3/068E02B17/00E02D23/08E02D23/16
    • Hollow casings containing a plurality of vertical compartments are towed or floated to an erection site where they are filled with concrete or removable pillar members to form respectively, permanent or temporary columns for supporting drill platforms, piers, etc. First chains or weights are placed in one compartment of a casing to erect it without flooding, and then concrete or removable pillar sections are placed in a second compartment while compressed air is supplied through a third compartment underneath the casing to blow the sand on the bottom of the body of water away to permit the casing to embed itself in the floor of the body of water. Additional concrete or chains, for permanent and temporary columns, respectively, may be added to the several compartments, including that which contained the compressed air line, usually after the removal of the line therefrom, to anchor the column firmly in place.
    • 包含多个垂直隔间的空心壳体被拖曳或浮动到竖立位置,在那里它们被填充有混凝土或可拆卸的柱构件,以分别形成用于支撑钻平台,墩等的永久或临时柱。首先将链条或重物放置在 一个外壳的一个隔间,直立而没有淹没,然后将混凝土或可拆卸的支柱部分放置在第二个隔间中,同时压缩空气通过套管下面的第三个隔间供应,以将水体的底部的沙子吹走, 允许套管自身嵌入水体的地板上。 分别用于永久和临时柱的附加混凝土或链条可以被添加到几个隔室中,包括通常在从其移除管线之后包含压缩空气管线的隔室,以将塔牢固地固定在适当位置。