A method for mounting a bracket assembly on a suspension frame, the method including attaching a main body of the bracket assembly to the suspension frame; and attaching a support arm of the bracket assembly to a ceiling grid support element of the suspension frame, the support arm extending outward from the main body.

A bracket assembly includes a sprinkler drop, the sprinkler drop including a flexible conduit and an elbow disposed opposite from the flexible conduit; and a bracket assembly defining a central opening, the sprinkler drop extending at least partially through the central opening, the bracket assembly including at least one clamp member extending upwards from the bracket assembly, the at least one clamp member engaging the sprinkler drop between the flexible conduit and the elbow; a first seating member extending downwards from the bracket assembly; and a support arm extending laterally beneath the sprinkler drop.

A universal hydraulic connection system includes at least one control mixer (1) and interchangeable inlet connectors (2) and outlet connectors (3) for connecting to a hydraulic network. The universal hydraulic connection system also includes at least one supporting device (4) further comprising a quick connection system for a removable connection of the control mixer (1) to the supporting device (4) keeping a hydraulic connection of the control mixer (1) itself to the hydraulic network.

An anti-debris device releasably engages and covers an unconnected end of a fluid-conveying quick disconnect connector to prevent debris intrusion. The device comprises a boot defining a cavity shaped to receive the connector, a connector-receiving access opening to the cavity, and a closure member such as flexible sheet slit to form resilient fingers movable between an opening-covering position preventing intrusion of foreign matter when the boot is not being used, but that flex to a connector-receiving position when an unconnected portion of a connector is biased against the closure member. The fingers assist in retaining the device on the connector. Various embodiments allow retaining the anti-debris device to a particular connector when the device is not in use, and/or for storing/protecting multiple connectors. Related methods are also disclosed and discussed.

A quick-release fire hose clamp for securing a fire hose in place on a fire-fighter's shoulder includes a strap attachment assembly which is releasably fastenable to a backpack strap disposed over the fire-fighter's shoulder. The clamp includes a clamp mechanism that extends upwardly from the strap attachment assembly and has a semi-cylindrically shaped lower hose support body, and a confronting semi-cylindrically shaped upper clamp shell that is pivotable upwardly to enable a length of hose to be laid on the lower hose support body, pivotable downwardly to exert a compressive clamping force on the hose, and pivotable upwardly to release the hose. The clamp mechanism includes a pivotable clasp lever that has a cammed lower surface for exerting a compressive force on the upper surface of the upper clamp shell, the clasp lever being threadingly movable up and down to accommodate larger and smaller hoses, respectively.

An external portable standpipe tool is an apparatus used to secure the nozzle of a pressurized water supply line to provide a reliable water supply for fire suppression in place of a conventional standpipe. The external portable standpipe tool utilizes a first bracket, a second bracket, an external mounting structure, and a plurality of bracket fasteners to mount a pressurized water supply line in a desirable location. The first bracket is removably engaged to the second bracket, enabling a user to capture and retain the nozzle and supply line. The plurality of bracket fasteners is engaged into the first bracket and the second bracket is used to fix them together. The external mounting structure attaches the combined assembly of the first bracket and the second bracket to an external structure, such as a railing or support beam.

A bracket assembly includes a main body, the main body including a first set of seating members extending downwards from the main body; and a support arm extending laterally outward from the main body, the support arm includes a shaft oriented perpendicular to the main body, and a second set of seating members extending downwards from the shaft.

A portable hose stand system enables the user to project a stream of water from a water hose or hose nozzle in a fixed direction. A hose receiver is configured to receive and retain a hose and is coupled with pivot to allow adjustment of a desire water flow direction and a pivot retainer locks in a desired position. The hose receive is configured on an extended end of a hose extension that extends from a stand body. Retractable legs extend down from the stand body and pivot away from each other to provide a stable base. Water flow may be controlled through the use of a motion sensor valve. Lastly, a wall mount serves as a receiver for the portable hose stand system as a faucet and/or shower.

The disclosed hose hanger apparatus is manually installable on a gas supply hose to secure and retain an end of the gas supply hose when the hose is disconnected from a gas appliance. The hose hanger apparatus is configured to engage with and protect a quick disconnect female coupler installed on the end of the gas supply hose. The hose hanger apparatus is also configured to engage with and accept a male quick disconnect nipple when installed in an opposite orientation on the gas supply hose.

A fluid dispensing system including a support structure, a hose configured to dispense fluid therethrough, and a support cable coupled to the hose. The hose is directly or indirectly releasably coupled to the support structure via the cable. The system further includes an extension and refraction mechanism configured to provide an adjustable effective length to the support cable.