An apparatus for flushing a fluid drain; the apparatus includes a water supply interface, a drain line interface, and a conduit. The water supply interface is configured to hydraulically couple with a water supply, such as a water supply for a kitchen sink. The water supply interface includes a threaded connector for threadably engaging with the water supply. The drain line interface is able to hydraulically couple with a drain line. The drain line interface includes a stepped adapter which is able to couple with one of a selection of drain lines having disparate diameters, so that the system may be used with a variety of sizes of drain lines. The conduit extends between the water supply interface and the drain line interface, hydraulically coupling the two components.

An apparatus for flushing a fluid drain; the apparatus includes a water supply interface, a drain line interface, and a conduit. The water supply interface is configured to hydraulically couple with a water supply, such as a water supply for a kitchen sink. The water supply interface includes a threaded connector for threadably engaging with the water supply. The drain line interface is able to hydraulically couple with a drain line. The drain line interface includes a stepped adapter which is able to couple with one of a selection of drain lines having disparate diameters, so that the system may be used with a variety of sizes of drain lines. The conduit extends between the water supply interface and the drain line interface, hydraulically coupling the two components.

A water-aided plunger assembly for removing plumbing blockages and fixing clogged drains. Once fully assembled the water-aided plunger includes a plunger arm with a hollow channel to facilitate passage of pressurized water therethrough, a plunger head to create a suction force, a tubular house to connect the assembly to a water source, and a faucet adaptor to ensure connection across a wide range of faucets of varied shape and size. The faucet adapter also creates a vacuum seal around the faucet acting as the water source so as to preserve the vacuum and suction force required by the plunger head.

A water-aided plunger assembly for removing plumbing blockages and fixing clogged drains. Once fully assembled the water-aided plunger includes a plunger arm with a hollow channel to facilitate passage of pressurized water therethrough, a plunger head to create a suction force, a tubular house to connect the assembly to a water source, and a faucet adaptor to ensure connection across a wide range of faucets of varied shape and size. The faucet adapter also creates a vacuum seal around the faucet acting as the water source so as to preserve the vacuum and suction force required by the plunger head.

An overflow vent irrigation device is disclosed. An example overflow vent irrigation device includes a reservoir body having an input port and an exit port. The example overflow vent irrigation device also includes a tablet chamber in fluid communication with the reservoir body, and a turbulence dam within the reservoir body. The input port is connected to a faucet of a basin, and the exit port is connected via a hose to an overflow port of an overflow-to-drain journal of the basin during use to clean the overflow journal of the basin.

A rigid T-shaped body with a hollowed cavity is configured to intercept a drain line between a clogged portion and an unclogged portion. A first inlet on the body to receive pressurized water from a water line. A second inlet on the body to receive pressurized air from a mobile air source. The second inlet can have a smaller diameter than the first inlet. The pressurized air is mixed with the pressurized water in a chamber at an intersection of the T-shaped body to produce a pressurized air/water combination of air pressurized water droplets. A combined outlet for coupling to the clogged portion of the drain pipe to force the pressurized air/water combination to clear the clogged portion of the drain.

A plumbing insert cleansing device having a mounting plate, a nozzle, a solution port, and a hose is provided herein. The cleaning device is configured to permit for the pressurized cleaning and clearing of debris through a cleanout in the waste pipes of a structure. The mounting plate has a plurality of apertures and is configured to fit within the cleanout. The nozzle is coupled to a first aperture in the mounting plate and the solution port is coupled to a second of the apertures. The hose is separated between the solution port and the nozzle. Water enters through the nozzle and a cleaning solution enters through the solution port. They are mixed downstream prior to exiting at a higher pressure.

A plumbing insert cleansing device having a mounting plate, a nozzle, a solution port, and a hose is provided herein. The cleaning device is configured to permit for the pressurized cleaning and clearing of debris through a cleanout in the waste pipes of a structure. The mounting plate has a plurality of apertures and is configured to fit within the cleanout. The nozzle is coupled to a first aperture in the mounting plate and the solution port is coupled to a second of the apertures. The hose is separated between the solution port and the nozzle. Water enters through the nozzle and a cleaning solution enters through the solution port. They are mixed downstream prior to exiting at a higher pressure.

A rigid body with a hollowed cavity is configured to intercept a drain line between a clogged portion and an unclogged portion. A first inlet on the body to receive pressurized water from a water line. A second inlet on the body to receive pressurized air from a mobile air source. The second inlet can have a smaller diameter than the first inlet. The pressurized air is mixed with the pressurized water in a chamber at an intersection of the T-shaped body to produce a pressurized air/water combination of air pressurized water droplets. A combined outlet for coupling to the clogged portion of the drain pipe to force the pressurized air/water combination to clear the clogged portion of the drain

A rigid body with a hollowed cavity is configured to intercept a drain line between a clogged portion and an unclogged portion. A first inlet on the body to receive pressurized water from a water line. A second inlet on the body to receive pressurized air from a mobile air source. The second inlet can have a smaller diameter than the first inlet. The pressurized air is mixed with the pressurized water in a chamber at an intersection of the T-shaped body to produce a pressurized air/water combination of air pressurized water droplets. A combined outlet for coupling to the clogged portion of the drain pipe to force the pressurized air/water combination to clear the clogged portion of the drain