A mobile electrical cable distribution assembly provides a mobile cart that supports multiple spools at a slope, creating a tiered arrangement of spools for easier access and distribution of the electrical cables rolled thereon. The mobility of the cart enables the electrical cables to be positioned for drawing and spooling. The sloped arrangement of the spools allows for facilitated access to the ends of the electrical cable for drawing and spooling the electrical cable. The spools are configured to carry, draw, and spool the electrical cables directly from the cart. The assembly also provides multiple interchangeable conveyor rollers to carry the spools. The conveyor rollers comprise a shaft, antifriction ball bearings, and an outer cylinder race for drawing and spooling the electrical cable about the spool. The conveyor roller also has springs between the outer cylinder race and the shaft, creating spring returned mounting for facilitated access to the ball bearings.

Disclosed is a mobile cart including a base for accommodating one or more gas cylinders, castors, a main column extending upwards from the base, a stowage cabinet arranged along the main column, an anchoring structure arranged at an upper end of the main column, a support post carried by the anchoring structure and equipped with fixing unit for a gas delivery apparatus, and a manual gripping handle allowing a user to manipulate the cart. Use of such a mobile cart to transport one or more cylinders of gas, in particular a NO/N2 mixture and/or oxygen, and a gas delivery apparatus.

An apparatus for the movement of a barrel pack containing spooled wire or cable. The apparatus comprising a frame, a handle attached to the frame, a plurality of wheels rotatably attached to the frame, securing structures attached to the frame, the securing structures securing the barrel pack to the frame and a footage counting assembly attached to the handle. The footage counting assembly counts the amount of footage of wire or cable passing through the footage counting assembly.

A material handling device is provided. The material handling device includes a bottom, a frame, a wall, an a plurality of wheels. The bottom includes an upper surface and a lower surface. The frame includes an upper surface and a lower surface. The wall surrounds the bottom and the frame, and includes an inner surface, an outer surface and an inner shelf attached to a lower portion of the inner surface. The inner surface includes an upper surface attached to a portion of the lower surface of the bottom, and a lower surface attached to a portion of the upper surface of the frame. Each wheel is attached to the lower surface of the frame.

A self-loading dolly apparatus. Each of a pair of support bars has a saddle bracket and an inside wheel assembly rigidly affixed with the support bar and offset from the vertical axis. A lift bar is secured to the saddle brackets, then raised so that an outside pair of wheel assemblies can be positioned adjacent the respective saddle bracket. The outside wheel assemblies are secured when the lift bar is raised, whereupon the inside wheel assemblies and the saddle brackets realign with the vertical axis and the support bars are angled upward.

A transport means (N) includes at least one lower support (1) on which at least two cylinders, in which a material which can be a compressed gas is stored, are placed by being stacked on the top of one another; at least one body (3) having one end connected to said lower support (1); at least one first steering element (2a) disposed on the body (3) for steering the cylinders during transport, at least two motion elements (4) connected to said body (3) for providing the movement of the transport means (N), the transport means (N) including at least one thrust mechanism which allows the topmost cylinder to move closer toward the lower support (1) such that the cylinders stacked on the top of one another do not come apart during transport.

A cart is disclosed for carrying a gas bottle. The cart includes a wheeled frame and a bottle support platform. The support platform is configured to pivot between a loading position in which a gas bottle may be loaded and/or unloaded from the bottle support platform and a cradle position in which the gas bottle and the bottle support platform are elevated. A bottle rest may support the bottle when the bottle support platform is in the cradle position. A bottle support spine may also, or alternatively, support the bottle during transportation and act as a lever for pivoting the bottle support platform between the loading position and the cradle position.

A folding utility cart incorporates a plurality of wheels attached to a lower frame, a handle frame, a pail frame, and a plurality of hinges positioned to permit the cart to fold into a space-saving configuration. The cart has a plurality of storage compartments, trays, and clips, each capable of retaining commonly associated cleaning supplies therein.

A cart may be provided for use in moving a container that houses one or more conductors. The cart may comprise a support member, one or more wheels, and a receiving member. The wheel or wheels may be connected to the support member. The receiving member may be attached to the support member. The receiving member may be freely slideable along the support member.

A portable wall base coil unwinding device is disclosed herein that comprises a base caddy having a topside and a bottom side; a turntable positioned above the topside of the base caddy; a lazy Susan swivel connector rotatably connecting the base caddy to the turntable; a wall base coil holder centrally positioned on the turntable, wherein the wall base coil holder is sized and configured to receive and retain a coil of wall base; and at least three freely rotatable and swivable wheels positioned on the bottom side of the base caddy. The present invention provides an improved tool and method for unwinding and positioning/installing a wall cove base material along the base of a wall.