A floating water mat reel that has a plurality of plates mounted to an axle. A floating water mat is selectively connected to the plates. A crank, connected to the axle is used to rotate the plates so that the mat wraps around the plate.

A foldable wire caddy includes a first mounting support, a second mounting support, and a primary mounting bar. The wire reels are positioned along a structural body of the primary mounting bar which is then positioned in between the first mounting support and the second mounting support. A locking screw and a screw-receiving channel of a locking mechanism are used to secure the primary mounting bar in a functional position with the first mounting support and the second mounting support. A carrying handle which is removably and rotatably mounted onto the primary mounting bar allows the foldable wire caddy to be transported from one location to another.

A cable, cable component and reel arrangement includes a cable, at least one component, such as a cable component, configured to be employed in connection with the cable, and a reel, on which the cable is arranged, the reel having a barrel opening. The barrel opening includes a plurality of brackets, the brackets are arranged at spaced locations within the barrel opening and configured to support at least one component for storage and shipment.

A method of installing a coil of cable in a bag, that includes the steps of placing a coil of cable on a first hub of a first flange of the cable reel; placing a second flange of the cable reel, that is separable from the first flange, opposite from the first flange to hold the coil of cable on the first hub of the first flange; positioning the first flange on or next to a first support frame received in the bag; and placing the second flange on or next to a second support frame received in the bag. The second support frame is positioned in the bag such that the first flange, the coil of cable and the second flange are located between the first support frame and the second support frame.

A method of installing a coil of cable in a bag, that includes the steps of placing a coil of cable on a first hub of a first flange of the cable reel; placing a second flange of the cable reel, that is separable from the first flange, opposite from the first flange to hold the coil of cable on the first hub of the first flange; positioning the first flange on or next to a first support frame received in the bag; and placing the second flange on or next to a second support frame received in the bag. The second support frame is positioned in the bag such that the first flange, the coil of cable and the second flange are located between the first support frame and the second support frame.

A reel includes a first flange, a second flange, and a plurality of segmented structures each including a plurality of links pivotably coupled to a bracket of the first flange by a first end pivot rod and to the a bracket of the second flange by a second end pivot rod. The plurality of links is configured to have a first stable arrangement and a second stable arrangement different from the first stable arrangement. In the first stable arrangement, the first flange and the second flange are separated by a first distance with the reel being configured to support a first maximum load of cable, while in the second stable arrangement, the first flange and the second flange are separated by a second distance less than the first distance with the reel being configured to support a second maximum load of cable less than the first maximum load of cable.

A multi-step reel includes a first hub flange having a first arbor hole and a first platform area located outwardly from the first arbor hole. The first platform area has at least a first and second hub platform, each having a first and second depth dimension, respectively. A first outer flange area extends outwardly from the first platform area. A second hub flange has the identical elements as the first hub flange. One of the first and a second hub platforms of the first hub flange may be positioned adjacent to one of the first and second hub platforms of the second hub flange, defining a width dimension. A locking mechanism may be used to secure the first and second hub flanges together. One or more clips may be used to maintain the desired width dimension between the first and second outer flanges areas.

A two piece winding core assembly is provided having a first core portion and a second core portion. The two core portions having the same construction and are positionable to combine together to form a completed cylindrical and hollow core. The two core portions having a series of locking pins and a corresponding series of receiving openings formed on opposing end faces. A series of axially elongated projections and a corresponding series of axially elongated channels are also formed on the opposing end faces of the core portions. An internal plurality of web members is formed in a structural crossing pattern on the inside surface of the core portion, with the web members providing structural rigidity to the core portions.

An extendable spool is disclosed. The length of the extendable spool is able to continuously varied. The extendable spool accounts for length variances in flow lines by extending the flow line rather than redirecting the flow. Because the flow direction does not make any turns, erosion is minimized on both the extendable spool and downstream parts. The extendable spool is readily scalable from small diameters to large diameters. Because of this, it requires fewer lines and therefore less setup time to account for length differences between large diameter lines.

An expandable spool includes a first hub extending from a first flange and includes a first plurality of interlocking portions. A second hub extending from a second flange includes a second plurality of interlocking portions that is connectible to the first plurality of interlocking portions to define a spacing between the first flange and the second flange for holding material on the spool.