The present invention discloses a cable reel, comprising an outer frame and a reel assembly. The reel assembly is installed on a lower part of the excavator. The structural point is that: the reel assembly comprises a left reel and a right reel; an inner bracket is arranged in the outer frame; the inner bracket comprises a left bracket and a right bracket which are respectively connected with the left reel and the right reel; and a telescopic cylinder for controlling the swing is arranged between the left bracket and the right bracket. The present invention has the beneficial effects that: the present invention is reasonable in design, increases working efficiency and can roll multiple cables.

The invention relates to a winding device (10) for a line (1), such as a cable or hose, including a stationary frame (11) and a winding drum (12), which is rotatably mounted on said frame and has an interior (12B). From the outside (12A) of the winding drum (12), the line can be wound or unwound. An inner rotary guide (18) in the interior (12B) guides the line (1) continuously from a fixed point (F) fixed with respect to the frame to a rotation point (R) on the winding drum (12) and defines a line course, having two opposite windings (18A, 18B) about the axis of rotation (A), and a rotatable deflection element (18C), in which the line changes over. According to the invention, the winding drum (12) has a first cut-out (15A) at a first end, on the side of the rotation point (R), which cut-out opens out axially and at an end face, and a retaining part (19B) at the other end, which retaining part is rotationally fixed to the frame, has a second cut-out (15B), which opens outward in a plane perpendicular to the axis of rotation (A). By virtue of the cut-outs (15A, 15B) in combination with the special rotary guide (18), the line (1) to be wound can be continuously routed without interruption and without rotational coupling or be subsequently attached, from the outside (12A) through the first cut-out (15A), in the inner rotary guide (18) and from the fixed point (F) of the rotary guide through the second cut-out (15B) or vice versa.

A hose reel 1 comprising a rotatable hub 2 and a stationary stand 4, wherein rotatable hub is arranged to roll on or roll off a hose. A swivel arrangement 3 forms an axis around a central axis of the rotatable hub, wherein the swivel arrangement comprises a rotatable part connecting to the rotatable hub and a stationary part connecting to the stationary stand, and wherein the swivel arrangement forms a passage for fluid.

A reel handler system includes a first arm and a second arm. A first member is coupled to the first arm and a second member is coupled to the second arm. A sleeve has the members movably positioned therein. A first bracket has a first link coupled to the first arm and a second link coupled to the sleeve. The links are pivotable relative to one another. A second bracket has a third link coupled to the second arm and a fourth link coupled to the sleeve. The third and fourth links are pivotable relative to one another. The brackets are movable to increase and decrease a distance between the arms from a first configuration in which the first and third links are spaced a first distance apart from the sleeve and a second configuration in which the first and third links are spaced a second distance apart from the sleeve.

Hose reel apparatus, systems, and methods for laying down and retrieving long lengths of hose from the ground. Hose reel systems can be pulled behind tractors and moved off center to expose the hose reel past a wheel on one side of the tractor. The move can be performed remotely, from within the tractor. The off center reel can pick up and wind hose. A remotely controlled variable displacement hydraulic motor can drive the reel rotation. The hose can be powered off the reel using the motor or dragged off the moving reel using the motor in zero displacement mode, with the change controlled from within the tractor. Hose can be wound onto the moving reel and the hose tension controlled by monitoring and controlling the hydraulic pressure and motor displacement from the tractor.

A reel handler system includes a first arm and a second arm. A first member is coupled to the first arm and a second member is coupled to the second arm. A sleeve has the members movably positioned therein. A first bracket has a first link coupled to the first arm and a second link coupled to the sleeve. The links are pivotable relative to one another. A second bracket has a third link coupled to the second arm and a fourth link coupled to the sleeve. The third and fourth links are pivotable relative to one another. The brackets are movable to increase and decrease a distance between the arms from a first configuration in which the first and third links are spaced a first distance apart from the sleeve and a second configuration in which the first and third links are spaced a second distance apart from the sleeve.

A vehicle-mounted reel lifting apparatus for rotating the reel to dispense or wind the reelable material. A driven wheel engages the rim of the reel at a plurality of reel lifting arm pivot positions, such as sliding alongside the lifting arm in an axis parallel with the lifting arm. The driven wheel is capable of engaging with the reel at any position of the lifting arm. A linear drive mechanism allows the driven wheel to travel up and down the lifting arm to accommodate various reel sizes. The lifting arm may incorporate an automatic locking slot having a spring-driven locking mechanism. The lifting arms may also be mounted with a mounting bracket having a pattern of slots to enable the lifting arms to be selectively mounted in a narrow configuration or a wide configuration.

Provided is a slim type recoiler. The recoiler includes a body having a side wall member, an upper wall member, a lower wall member, and having an accommodating space formed inside the body, a reel drum which is mounted in the accommodating space such that the reel drum is capable of being rotated and on which a first cable is wound, a first substrate coupled to a lower surface of the reel drum and provided with first and second connection rings to which two conducting wires of the first cable are respectively connected, and a second substrate coupled to an upper surface of the lower wall member of the body, the second substrate being provided with first and second tension pieces to which two conducting wires of a second cable are respectively connected and which are respectively connected to the first and second connection rings.

A marine pipeline installation vessel and a method are provided for laying an offshore rigid pipeline in the sea, the vessel at least being adapted to carry out the rigid reel lay method. The vessel includes at least one vertical storage reel for the storage of a spooled rigid pipeline. A left and right reel support structure are provided to support the weight of the at least one storage reel. The left and right support structures are embodied to form a pivoting structure allowing an angular adjustment of the horizontal reel axis about a vertical axis to alter the angular position of the at least one storage reel.

A twistless cable deployment apparatus is provided for deploying cable. The apparatus includes a level winder that can be joined to a winch. The level winder is in a fixed position relative to the cable winch. The level winder has a non-rotating fixed spool that stores the cable by wrapping the cable around the spool. A rotating base is disposed coaxially with the fixed spool and rotates around the axis of the fixed spool. A post is mounted on the rotating base, and a traveler is slidably mounted on the post. A traveling guide eye is joined to the traveler. By rotation of the rotating base, cable is deployed from the fixed spool. A primary guide eye can guide the cable to the winch.