Abstract: A fire-hose carrier includes a wearable frame formed of a horizontal chest bar with a pair of pivotal shoulder cuffs upwardly extending therefrom. Depending from the chest bar is a vertical spine having an arcuate abdomen plate at a distal end. Removably attached to the abdomen plate is a flow-control module having an inlet connected to a fire hose and an outlet connected to a fire-hose nozzle. The frame is supported on a wearer's shoulders with the abdomen plate encompassing a front portion of the wearer's waist. When high-pressure water is discharged through the nozzle, the resulting force is distributed throughout the wearer's body, allowing the nozzle to be more easily controlled.

Abstract: A harness assembly for assisting a user in transporting a fire hose includes an adjustable strap assembly secured to a chest plate. The device is secured to a wearer with the chest plate positioned on the chest and abdomen. Attached to the chest plate is a nozzle assembly including a manifold portion that is disposed adjacent the wearer's side which may be coupled with the outlet of a fire hose. The nozzle assembly further includes an intermediate section perpendicularly extending from the manifold portion and a dispensing portion perpendicularly extending from the intermediate section and away from the user. The dispensing portion includes a water control valve, a clip for attaching the nozzle assembly to the chest plate and a pair of diametrically opposed handles which may be grasped by a user. The unique design of the nozzle assembly allows a user to maintain the hose at his or her side while being able to dispense water therefrom at a point directly in front of the user for enhanced control.