A drain clearing air gun includes a housing defining a main body, a handle positioned on a first end of the main body, and a nose positioned on a second end of the main body. The drain clearing air gun additionally includes a tank at least partially positioned within the housing and including a chamber for receiving pressurized air, a motor positioned within the main body of the housing, and a pump positioned within the main body of the housing and operatively coupled to the motor. The pump is driven by the motor to pump air into the tank. The drain clearing air gun also includes a connection mechanism coupled to the nose. The connection mechanism includes a receiving member configured to releasably couple to a plurality of accessories.

A drain clearing air gun includes a housing defining a main body, a handle positioned on a first end of the main body, and a nose positioned on a second end of the main body. The drain clearing air gun additionally includes a tank at least partially positioned within the housing and including a chamber for receiving pressurized air, a motor positioned within the main body of the housing, and a pump positioned within the main body of the housing and operatively coupled to the motor. The pump is driven by the motor to pump air into the tank. The drain clearing air gun also includes a connection mechanism coupled to the nose. The connection mechanism includes a receiving member configured to releasably couple to a plurality of accessories.

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 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 drain line cleaning nozzle comprising a first end and a cylindrical portion connected to the first end is described. The cylindrical portion of the nozzle having a diameter that is configured to fit within a pipe. The drain line cleaning nozzle can also include a tapered portion connecting the cylindrical portion to a second end. The second end of the nozzle is configured to couple to a hose. The tapered portion is offset from the second end of the nozzle and is configured to fit within a plumbing connection and engage, via an interference fit, an opening of the plumbing connection connected to the pipe.

A sanitation system includes a casing member having a top opening and a closed bottom and sidewalls that extend from the top opening to the closed bottom to form an interior compartment. The interior compartment is configured to receive a plunging instrument. The sanitation system may further include a container that holds the plunging instrument and the casing member. The container includes a vertical extension that extends vertically upward from the bottom of the container to be inserted within a bottom portion of the casing member and a cavity of the plunging instrument. Free ends of the casing member extend radially outward from the bottom of the container.

A self-cleaning plunger includes an elongate cylindrical handle; a fluid reservoir clamped to the handle; a pump housed within the handle; and a resilient plunger cup coupled to a fluid dispersing sprayer assembly. A grip is formed around one end of the handle and the fluid dispersing assembly is coupled to the other. The fluid reservoir communicates fluid to the pump which communicates fluid to the dispersing assembly. The cup has a central aperture and the sprayer assembly is coupled to the handle. The sprayer assembly has an upper component with spray nozzles to direct spray toward a convex surface of the cup and a lower component extending through the central aperture to direct spray toward a concave surface of the cup. A method of cleaning a plunger with the self-cleaning plunger includes putting cleaning fluid in the fluid reservoir and actuating the pump.

A self-cleaning plunger includes an elongate cylindrical handle; a fluid reservoir clamped to the handle; a pump housed within the handle; and a resilient plunger cup coupled to a fluid dispersing sprayer assembly. A grip is formed around one end of the handle and the fluid dispersing assembly is coupled to the other. The fluid reservoir communicates fluid to the pump which communicates fluid to the dispersing assembly. The cup has a central aperture and the sprayer assembly is coupled to the handle. The sprayer assembly has an upper component with spray nozzles to direct spray toward a convex surface of the cup and a lower component extending through the central aperture to direct spray toward a concave surface of the cup. A method of cleaning a plunger with the self-cleaning plunger includes putting cleaning fluid in the fluid reservoir and actuating the pump.

A reciprocating pump-type pipe dredging device comprises an inflator and a pipe dredging portion detachably assembled with the inflator. The inflator includes a cylinder, an inflator handle and a first assembly portion. The pipe dredging portion includes a suction disc and a flexible pipe. The suction disc includes a second assembly portion joined with the first assembly portion, a disc connected to one end of the second assembly portion, and a third assembly portion extending toward an inner top end of the disc and corresponding to the second assembly portion. The flexible pipe includes a pipe and a plurality of layered flexible ring plates. One end of the pipe is provided with a fourth assembly portion joined with the third assembly portion, and the inflator and the pipe dredging portion are formed a continuous passage thereinside after assembling.

A reciprocating pump-type pipe dredging device comprises an inflator and a pipe dredging portion detachably assembled with the inflator. The inflator includes a cylinder, an inflator handle and a first assembly portion. The pipe dredging portion includes a suction disc and a flexible pipe. The suction disc includes a second assembly portion joined with the first assembly portion, a disc connected to one end of the second assembly portion, and a third assembly portion extending toward an inner top end of the disc and corresponding to the second assembly portion. The flexible pipe includes a pipe and a plurality of layered flexible ring plates. One end of the pipe is provided with a fourth assembly portion joined with the third assembly portion, and the inflator and the pipe dredging portion are formed a continuous passage thereinside after assembling.