A cable reel of the present disclosure can include two flanges and a central drum being independently rotatable from one another. The drum, which can be configured to receive a cable, can be mounted on an axle. The two flanges can be rotationally mounted on the axle at opposing distal ends of the axle. Bearings in the flanges can allow for a full rotation of the flanges about the axle.

A hose or cable reel winder provides a handle for winding hose or cable onto a stationary reel and facilitates an orderly winding onto the reel. A guide is attached to an arm and the arm is free to rotate with respect to the stationary reel. The handle rotates in the guide allowing a user to wind hose or cable onto the stationary reel, and slides into and out of the guide to facilitate the orderly winding of the hose or cable onto the reel. The stationary reel does not require couplings between fixed source hoses or cables and a rotating reel, and allows releasing and collecting pairs or groups of hoses or cables.

A cable reel includes an outer frame and a reel assembly. The reel assembly is installed on the outer frame. The reel assembly includes a left reel and a right reel. An inner bracket is arranged in the outer frame. The inner bracket includes a left bracket and a right bracket which are respectively connected with the left reel and the right reel. A telescopic cylinder for controlling the swing is arranged between the left bracket and the right bracket.

An elongated member pulling device including a support surface and a reel assembly for rotatably carrying a take-up reel about a first axis for receiving an elongated member, the reel assembly rotatably carried by the support surface about a second axis. A guide device including a plurality of rollers defining a closed geometry for guiding the elongated member toward the reel assembly. In response to the elongated member being guidingly received through the guide device and rotatably collected by the take-up reel, the reel assembly being selectably oscillatingly rotatable about the second axis to permit even winding of the elongated member on the take-up reel.

A hose guide for a hose reel deck box is provided. More specifically, the hose guide is a one piece, or unitary body, component. The unitary body hose guide is structured to snap-fit to one or two travel bars that are part of the unitary body of the hose reel deck box housing assembly. The hose guide preferably includes two semi-enclosed passages that are structured to be slidably coupled to the travel bars.

A motorised hose reel (100) including a housing chassis (110), a housing bottom (130) secured to the housing chassis; and a housing top cover (120) removably connected to the housing chassis (110) and adapted to permit access to a central receptacle (180) located within the motorised hose reel (100). A motor is mounted on the housing chassis (110) and a spool (160) is located in the receptacle (180), the spool (160) being coupled to the motor and rotatable about a spool shaft assembly (200). The motor is configured to selectively drive the spool (160) to wind a length of hose onto the spool (160) within the receptacle (180). Each end of the spool shaft assembly (200) includes a first engagement formation configured to engage with a corresponding second engagement formation of the housing chassis (110).

A hose guide for a hose reel deck box is provided. More specifically, the hose guide is a one piece, or unitary body, component. The unitary body hose guide is structured to snap-fit to one or two travel bars that are part of the unitary body of the hose reel deck box housing assembly. The hose guide preferably includes two semi-enclosed passages that are structured to be slidably coupled to the travel bars.

In a conventional method for extracting a cable, a power cable is reeled in by rotating a reel drum using a drive motor, and therefore there are cases where a power cable in a conduit cannot be extracted with the driving force of the drive motor when a large extraction force is required to extract the power cable from the conduit. The present invention is capable of directly transmitting, to a cable drum (5), a rotational force of rubber tires (9) whose outer circumferential portions are made of elastic rubber, by rotating the rubber tires (9) while bringing the rubber tires (9) into intimate contact with outer faces of the cable drum (5), and is capable of reliably rotating the cable drum (5).

A mobile, coiled tubing drilling apparatus with a rotary drill head, the apparatus including a non-rotating mast on a mobile platform, the mast having mounted thereon an injector below a coiled tubing reel, the injector defining an operational axis for the coiled tubing, wherein the rotary drill head is pivotally mounted on the injector so as to be movable between a retracted position away from the operational axis and an operating position in line with the operational axis, the rotary drill head including a top swivel for non-rotating connection to the coiled tubing and a bottom spindle for rotating connection to a pipe section, the top swivel and the bottom spindle providing fluid communication between connected coiled tubing and connected pipe section during operation.

A mobile, coiled tubing drilling apparatus, the apparatus including a non-rotating mast on a mobile platform, the mast having mounted thereon an injector, a coiled tubing reel having a tubing pay-off point associated therewith, and a tubing control system, wherein the tubing control system is between the reel and the injector, and includes a tubing abutment adjacent the tubing pay-off point for applying an opposite bend to the tubing during pay-out of the tubing, and the reel is mounted for horizontal (x,y) movement such that, during pay-out of the tubing, the tubing pay-off point can be maintained generally above the injector, and can also be moved towards or away from the tubing abutment.