Abstract: An embodiment of an apparatus includes an actuatable downhole tool with a brush actuator that includes brush elements extending outwardly from a slide member that surrounds a mandrel having a proximal end connectable to a tubular string. The brush elements are sized to engage a casing into which the apparatus is disposed. A spring element is disposed intermediate the slide member and the mandrel to bias the mandrel to a proximal position. A transition mode of the brush elements is achievable by reversing the direction of movement of the apparatus within the casing from the trailing up mode towards the trailing down mode and provides a sufficient amount of resistance to overcome the spring element to move the slide member to a distal position and displace a displaceable member of the actuatable downhole tool to actuate the tool.

Abstract: An embodiment of an apparatus includes an actuatable downhole tool with a brush actuator that includes brush elements extending outwardly from a slide member that surrounds a mandrel having a proximal end connectable to a tubular string. The brush elements are sized to engage a casing into which the apparatus is disposed. A spring element is disposed intermediate the slide member and the mandrel to bias the mandrel to a proximal position. A transition mode of the brush elements is achievable by reversing the direction of movement of the apparatus within the casing from the trailing up mode towards the trailing down mode and provides a sufficient amount of resistance to overcome the spring element to move the slide member to a distal position and displace a displaceable member of the actuatable downhole tool to actuate the tool.

Abstract: A generally elongate fishing apparatus having an aperture and a slot of sufficient width to allow a fishing line introduced into the slot to enter the aperture, the fishing apparatus further including a necked portion adjacent to a distal end that is adjacent to the aperture. A fisherman can avoid unwanted discomfort by introducing a fishing line into the aperture through the slot, wrapping the fishing line around the necked portion and by then gripping and pulling a handle portion of the fishing apparatus to pull tension into the fishing line to, for example, pull the fishing line free of an underwater obstruction or debris or to pull a fish captured on a hook on and end of the fishing line towards a boat, pier or dock and within a sufficient proximity for the fisherman to use a net to lift the fish from the water.

Abstract: An umbilical manipulator arm for positioning control lines for being secured to a plurality of tubular strings being made up and run into a dual completion wellbore includes a carriage movable on a base that is securable to a rig floor adjacent to two tubular strings. An umbilical manipulator arm is coupled to the carriage and movable relative to the carriage between a pusher arm retracted position distal to a tubular string and a pusher arm engaged position proximal to a tubular string. The carriage is movable between a carriage first position proximal to a first tubular string and a carriage second position proximal to a second tubular string. The umbilical manipulator arm can be used to position control lines for being secured to the plurality of tubular strings as they are being made up and run into the wellbore.

Abstract: An umbilical manipulator arm for positioning control lines for being secured to a plurality of tubular strings being made up and run into a dual completion wellbore includes a carriage movable on a base that is securable to a rig floor adjacent to two tubular strings. An umbilical manipulator arm is coupled to the carriage and movable relative to the carriage between a pusher arm retracted position distal to a tubular string and a pusher arm engaged position proximal to a tubular string. The carriage is movable between a carriage first position proximal to a first tubular string and a carriage second position proximal to a second tubular string. The umbilical manipulator arm can be used to position control lines for being secured to the plurality of tubular strings as they are being made up and run into the wellbore.

Abstract: An elongate brush tool for cleaning a bore of a tubular comprising a first end, a second end, a body between the ends, a plurality of necked channels in an radially exterior portion of the body, each necked channel having a proximal end with an opening, a distal end having a stop, a slot between the proximal end and the distal end, and a channel closure member removable securable to the body, and further comprising a plurality of brush elements, each having a head and a plurality of bristles forming a bundle extending from the head, the brush element head being sized for being received through an opening, of a necked channel and into the necked channel with the bundles received within the slot. A plurality of channel closure members prevent removal of the head of the brush elements from the necked channel during use of the brush tool.

Abstract: A downhole jetting tool is provided for cleaning the interior of one or more hydraulic rams (14, 18) and one or more annular blowout preventers (26, 28). A unitary jetting tool body (40) has a central throughbore (42) and a plurality of radially outward jets (42, 46). A tapered landing shoulder (50) on the tool body engages a frustoconical surface of a landing ring (22) to position the tool in the well.

Abstract: A downhole jetting tool is provided for cleaning the interior of one or more hydraulic rams (14, 18) and one or more annular blowout preventers (26, 28). A unitary jetting tool body (40) has a central throughbore (42) and a plurality of radially outward jets (42, 46). A tapered landing shoulder (50) on the tool body engages a frustoconical surface of a landing ring (22) to position the tool in the well.

Abstract: A movable arm 10 engages a flexible line 50 at a well site for positioning the flexible line between run-in position for passing the flexible line with a tubular through a well hole in the rig floor and a clamping position wherein the flexible line is adjacent the tubular above the rig floor for clamping the line to the tubular. The arm 10 extends upward from the rig floor 70, and includes a line guide, such as roller 12, for engaging the flexible line when in the run-in position. A powered drive 14 moves the arm between the run-in position and the clamping position. A spacer 82 may be used for positioning two or more flexible lines at a desired spacing relative to one another prior to positioning the lines within a clamp secured to the tubular. A slip bowl assembly 60 may be laterally movable so that slips do not engage the flexible line as it is run in the well.

Abstract: A movable arm 10 engages a flexible line 50 at a well site for positioning the flexible line between run-in position for passing the flexible line with a tubular through a well hole in the rig floor and a clamping position wherein the flexible line is adjacent the tubular above the rig floor for clamping the line to the tubular. The arm 10 extends upward from the rig floor 70, and includes a line guide, such as roller 12, for engaging the flexible line when in the run-in position. A powered drive 14 moves the arm between the run-in position and the clamping position. A spacer 82 may be used for positioning two or more flexible lines at a desired spacing relative to one another prior to positioning the lines within a clamp secured to the tubular. A slip bowl assembly 60 may be laterally movable so that slips do not engage the flexible line as it is run in the well.

Abstract: A movable arm 10 engages a flexible line 50 at a well site for positioning the flexible line between run-in position for passing the flexible line with a tubular through a well hole in the rig floor and a clamping position wherein the flexible line is adjacent the tubular above the rig floor for clamping the line to the tubular. The arm 10 extends upward from the rig floor 70, and includes a line guide, such as roller 12, for engaging the flexible line when in the run-in position. A powered drive 14 moves the arm between the run-in position and the clamping position. A spacer 82 may be used for positioning two or more flexible lines at a desired spacing relative to one another prior to positioning the lines within a clamp secured to the tubular. A slip bowl assembly 60 may be laterally movable so that slips do not engage the flexible line as it is run in the well.

Abstract: A method, system and device for determining the quality of assembly of tool parts involves measurement of the rates of rotation of the tool parts or the torque imposed on the tool parts, or a combination thereof, followed by measurement of axial strain, or torsional strain, or hoop strain, or a combination thereof. The measured data are processed to determine the presence of a shoulder, seizing, seals, extreme hoop pressure, mismatched connections, and the like during assembly of the tool parts, thus assuring quality of assembly. The collected data are plotted versus time and displayed for the operator. The clamping device employed can be a one-part device for measuring hoop strain only, or can be a two-part device for measuring two or more of the aforementioned strain values.

Abstract: A method, system and device for determining the quality of assembly of tool parts involves measurement of the rates of rotation of the tool parts or the torque imposed on the tool parts, or a combination thereof, followed by measurement of axial strain, or torsional strain, or hoop strain, or a combination thereof. The measured data are processed to determine the presence of a shoulder, seizing, seals, extreme hoop pressure, mismatched connections, and the like during assembly of the tool parts, thus assuring quality of assembly. The collected data are plotted versus time and displayed for the operator. The clamping device employed can be a one-part device for measuring hoop strain only, or can be a two-part device for measuring two or more of the aforementioned strain values.