Abstract: A temporary barrier post having a main pole, adjustable post, and bracing shaft. A joint assembly is supported on and can slide axially along the main pole. An end of the adjustable post is connected to the joint assembly such that the adjustable post can rotate relative to the joint assembly. A coupler is fixed to the adjustable post axially between the proximate and remote ends such that the bracing shaft is pivotally connected to the adjustable post. The temporary barrier post is adjustable between an expanded condition, in which the adjustable post extends laterally relative to the main pole, the bracing shaft is oblique relative to the adjustable post, and the adjustable post and the bracing shaft retain the main pole in a set location via the joint assembly, and a collapsed condition, in which the main pole, the adjustable post, and the bracing shaft are parallel.

Abstract: A system for pulling a subsea structure includes an adapter configured to be mounted to an upper end of a subsea pile. In addition, the system includes an interface assembly fixably coupled to the adapter. The interface assembly includes a first channel configured to receive a flexible tension member and a first chuck disposed in the first channel. The tension assembly includes a second channel configured to receive the flexible tension member and a second chuck disposed in the second channel. Each chuck is configured to pivot about a horizontal axis between an unlocked position allowing the flexible tension member to move in a first axial direction and a locked position preventing the tension member from moving in a second axial direction that is opposite the first axial direction.

Abstract: A method of installing a production buoy at a subsea anchoring location is disclosed. The method includes floating a production buoy over a subsea anchoring location. Then, hanging at least a tether off the production buoy such that the or each tether extends from the production buoy towards the subsea anchoring location occurs. The method includes submerging the production buoy to a depth which allows connection of the or each tether to the subsea anchoring location. An apparatus suitable for use with this method is also provided.

Abstract: A membrane puller for pulling a sheet of membrane material over an underlying surface has a frame with a lever arm pivotally attached to the frame for pivotal movement between a first position and a second position. A foot actuatable clamp assembly is carried by the frame for relative movement with the frame in response to pivotal movement of the lever arm. A cable has one end adapted for operable attachment to the lever assembly and another end adapted for operable attachment to the clamp assembly. The clamp assembly moves conjointly with the body via the cable and in response to pivotal movement of the lever arm toward its second position to pull the membrane material toward the front of the membrane puller.

Abstract: A fence stretcher system and method are shown and described. In one embodiment, the fence stretcher system comprises a body. A rod having a diameter configured to allow the rod to be woven into a fence's links may be attached to the body. A rod-holder having a diameter sized to receive the rod may also be attached to the body. A plurality of hooks configured to engage the rod when the rod is woven into the fence may also be attached to the body. An interface may also be attached to the body. Using this system, fence may be quickly and easily stretched with minimal link displacement.

Abstract: The collapsible pump jack includes a pole formed from a plurality of pipe segments having swaged ends that telescope into one another. An M-shaped base supports the pole in an upright position. A ratcheting chain hoist has a hook for attaching the hoist atop the pole. The chain has another hook for attachment to the vehicle being lifted out of a rut in the snow or other terrain. The base is foldable from an M-shape pole mounting position to a rectangular tube storage position to surround the pole segments for storage and transport. The collapsible pump jack provides a lightweight, compact, portable accessory for lifting an end of a snowmobile, ATV, or other off-road vehicle to extricate the vehicle when it is stuck in snow or rugged terrain.

Abstract: A cable guide mechanism configured to be releasably attached to a shaft, which includes a body portion, an indent or groove and a protrusion, characterised in that said indent or groove is located on the opposite side of the body portion to the protrusion, and is dimensioned and configured to releasably retain an inside edge of a first distal end of a loop which is attached to a terminal end of a cable; the protrusion is tapered with its widest section directly opposite the indent or groove; the linear distance between the bottom of the indent or groove and the widest section of the protrusion is sufficiently close to the inside length of the loop that in use the first distal end of the loop cannot climb out of the indent or groove; said shaft is configured to freely rotate co-axially inside the cable guide mechanism.

Abstract: A device for rotating, setting and locking driven pivotal ground anchors and for applying a predetermined tension to test load the locked anchor, comprises a horizontal base plate having an opening through which an anchor rod or cable can project, an upright post extending from the base terminating in a moveable arm carried by the post, which can be attached to the anchor cable through an intermediary cable, chain, or other fastener. The arm is rotatable through a socket drive rotatably carried at the top of the post, which can be actuated by a hand or power torsion wrench to cause rotation of the arm, to draw the anchor up, to rotate it in the ground to its set position and to apply a predetermined tension determined by the setting of the torque wrench to thereby proof test the holding power of the anchor. Various means can be provided to secure the anchor under tension.

Abstract: In a method of supporting a facing panel by zigzag-connecting synthetic resin reinforcing strips between fixing hookers formed on the interior surface of a concrete facing panel and a fixing iron bar fixed at the rear of a reinforcing soil member by means of an anchor, and burying the reinforcing strips into the reinforcing soil member at the rear of the concrete facing panel, a reinforcing strip placement method wherein a pulling-up device is locked between a rear end of the reinforcing strips and the fixing iron bar fixed by means of the anchor and pulled sequentially from one end to the other end of each of the reinforcing strips zigzag-connected between the concrete facing panel and the fixing iron bar, thereby preventing loosening of the reinforcing strips and applying a constant tension thereto, and then the reinforcing soil member is laid on the resultant structure and hardened by applying vibration and pressure thereto.

Abstract: A portable extraction tool facilitates soil stabilization applications that utilize compaction grouting. Compaction grouting involves installing grout injection casing into the ground in fixed-length sections to depths limited by soil compaction or bedrock. The casing is then removed in stages. Between stages, grout is pumped through the casing and into the soil at high pressure. The extraction tool provides the power, gripping strength, stability and operator control required to pull casings from the ground at a desired rate. Pulling power is provided by a pair of hydraulic cylinders. Gripping strength is provided by a progressive chuck mechanism that secures injection casings on upward movements of the cylinders and releases casings on downward movements, without damaging the reusable casings. Stability and strength are provided by a heavy, large-footprint base plate.

Abstract: A fence installing apparatus (10) for use in combination with a plurality of strands (100) of fencewire (101); wherein, the apparatus (10) comprises: a brace unit (11) having a ground engaging unit (13) on one end, and a tubular unit (14) on the other end, wherein the tubular unit (14) is provided with a retaining unit (15) and a locking unit (16); and, a stabilizing unit (12) comprising an elongated stabilizing rod member (26) that is dimensioned to be slidably received within said tubular unit (14); so that the retaining unit (15) can capture one strand (100') of fencewire (101); the tubular unit (14) can capture another strand (100"); and, the stabilizing unit (12) can capture yet another strand (100'") of fencewire (101).

Abstract: An upstanding post is provided having a follower guidingly mounted thereon for adjustable positioning therealong. A pull lever is pivotally supported at one end from the follower for limited oscillation about a horizontal axis transverse to the lever and the lever is disposed in position generally paralleling the post. The other end of the lever is notched for engagement with successive links of a pull chain and an elongated longitudinally extendable thrust member has one end anchored relative to the follower and the other end engaged with the lever at a point spaced from its axis of oscillation for angularly displacing the lever away from the first end of the thrust member. The follower includes anchor structure disposed in the plane of swinging movement of the lever and spaced horizontally from the latter in the direction opposite to the direction in which the thrust member is operative to displace the lever.

Abstract: An apparatus for lifting a blow-out preventer during oil or gas drilling operations includes a base frame which can be manually positioned atop the rotary table of the drilling platform of the drilling rig used to drill the well. The apparatus further includes a pair of winches which can be lowered to preselected positions on the base frame, after positioning the base frame on the rotary table, and secured to the base frame via pins that extend through clevises that are welded to the base frame and through apertured lugs that are welded to the winches and extend into the clevises. The blow-out preventer is lifted by the winches via cables that are wrapped on reels of the winches and passed through the base frame and rotary table to the blow-out preventer to which the cables are attached.