A hose storage device including an open cylindrical core having an outer circumference and an inner circumference, the inner circumference including an inner track, a first wall and a second wall coupled to the open cylindrical core, the outer circumference of the open cylindrical core, the first wall, and the second wall defining a hose storage portion configured to receive a hose, a rotating ring operatively coupled to the inner track, and a handle pivotably coupled to the second wall, the handle configured to pivot between an operative position and a storage position.

A reel system can include a reel rotatable around a first axis to receive or deploy a windable line a frame supporting the reel, a base supporting the frame, and a bearing assembly. The bearing assembly can include a first member connected to the base and a second member connected to the frame and rotatably engaged with the first member to enable relative rotation between the frame and the base around a second axis.

In accordance with the present invention, a system and method for a powered vertical axis hose reel is shown. In accordance with one aspect of the present invention, a powered hose reel is disclosed having a spool around which a hose may be coiled, in which the spool is on a vertical axis relative to the ground. In various embodiments, the powered hose reel includes a programmable controller for implementing a rewind protocol adapted to encourage the hose to fill from the bottom of the spool cup to the top.

A system of where internal friction otherwise known to be back pressure or resistance is eliminated and iterations of power transfers allows for a greater use of the effort put into the use of the device embodied within the 2 powered system, as presented here as to teach others how we, as in the use of shared and sustained power, may be able to reduce the consumption of power and where certain artifacts are taken to power stages within a hose. To aid in lessening the power needed when a material is compressed into a hose forcing a pump implemented in the duty range to produce such pressure is unduly burdened. To achieve equilibrium within the material delivery system by inducing movement and in doing so making the jerking action of energy transfer across unequal pressures to be relieved. The coordination of these simple components to the delivery that may be generated from this specification are to be considered the use of any of the parts as they are each unique to a developed system to deliver pressured materials through a hose. Operators of said equipment generated through this method may indulge in ease of operation within a lowered power range. This is a SAFETY METHOD.

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 system of where internal friction otherwise known to be back pressure or resistance is eliminated and iterations of power transfers allows for a greater use of the effort put into the use of the device embodied within the 2 powered system, as presented here as to teach others how we, as in the use of shared and sustained power, may be able to reduce the consumption of power and where certain artifacts are taken to power stages within a hose. To aid in lessening the power needed when a material is compressed into a hose forcing a pump implemented in the duty range to produce such pressure is unduly burdened. To achieve equilibrium within the material delivery system by inducing movement and in doing so making the jerking action of energy transfer across unequal pressures to be relieved. The coordination of these simple components to the delivery that may be generated from this specification are to be considered the use of any of the parts as they are each unique to a developed system to deliver pressured materials through a hose. Operators of said equipment generated through this method may indulge in ease of operation within a lowered power range. This is a SAFETY METHOD.

In accordance with example embodiments a hose reel system including a layout guide is provided.

A mobile hose reel traversable between a mobile mode and a stationary mode. The mobile hose reel comprises a first side frame assembly having a first rotatable side wall and a first side frame assembly elongated body. The first side frame assembly elongated body is slidably engaged with at least a portion of the first rotatable side wall and is configured to secure to a first pair of stability members. A second side frame assembly comprises a second rotatable side wall and a second side frame assembly elongated body. The second side frame assembly elongated body is slidably engaged with at least a portion of the second rotatable side wall and is configured to secure to a second pair of stability members. Traversal of the first and second side assemblies upwardly or downwardly about a longitudinal axis traverses the mobile hose reel between a mobile orientation and a stationary orientation.

A mobile hose reel traversable between a mobile mode and a stationary mode. The mobile hose reel comprises a first side frame assembly having a first rotatable side wall and a first side frame assembly elongated body. The first side frame assembly elongated body is slidably engaged with at least a portion of the first rotatable side wall and is configured to secure to a first pair of stability members. A second side frame assembly comprises a second rotatable side wall and a second side frame assembly elongated body. The second side frame assembly elongated body is slidably engaged with at least a portion of the second rotatable side wall and is configured to secure to a second pair of stability members. Traversal of the first and second side assemblies upwardly or downwardly about a longitudinal axis traverses the mobile hose reel between a mobile orientation and a stationary orientation.

A self-retracting air compressor assembly includes a motorized pump device that drives in opposing directions. A reservoir tank is in fluid communication with the pump device and stores air pumped by the pump device. The air compressor includes a cord assembly that supplies air and electrical power from the pump device. The air compressor assembly pumps air when the motor is driving in a pumping direction, and self-retracts the cord assembly when the motor is driving in a winding direction.