A device is provided to clean, disinfect, and unclog a plumbing outlet. The device includes a cylindrical body (2) defining a fluid conduit between a first end configured to fit to a tap of pressurized fluid outlet (3). The cylindrical body has a diameter reducer (21) that narrows in diameter from the first end to a second end and forms an internal housing (22). The diameter reducer (22) induces a Venturi effect in water passing therethrough from the tap of pressurized fluid outlet (3). The device further includes a tube in fluid communication with the second end, a dome receiving an end of the tube and configured to surround the plumbing outlet and through which the water passes to clean, disinfect and unclog the plumbing outlet. A bar (5) of detergent or another chemical operative to clean, disinfect or unclog is configured to reside in the internal housing (22).

A device is provided to clean, disinfect, and unclog a plumbing outlet. The device includes a cylindrical body (2) defining a fluid conduit between a first end configured to fit to a tap of pressurized fluid outlet (3). The cylindrical body has a diameter reducer (21) that narrows in diameter from the first end to a second end and forms an internal housing (22). The diameter reducer (22) induces a Venturi effect in water passing therethrough from the tap of pressurized fluid outlet (3). The device further includes a tube in fluid communication with the second end, a dome receiving an end of the tube and configured to surround the plumbing outlet and through which the water passes to clean, disinfect and unclog the plumbing outlet. A bar (5) of detergent or another chemical operative to clean, disinfect or unclog is configured to reside in the internal housing (22).

A drain unclogging system includes a drain pipe valve installed on a drain pipe of a drain system, a T connector connected to a water supply valve of the drain system for splitting a water supply into two water supplies including one that supplies water to the sink and the other one that supplies water to the drain unclogging system, a high pressure hose, a high pressure valve for connecting the water supply to one end of the high pressure hose, and a high pressure nozzle for connecting the other end of the high pressure hose to the drain pipe at a location near an U arch section of the drain pipe. The drain pipe valve is operable to be opened to facilitate a normal operation of the drain system or closed to stop water from back flowing to a sink of the drain system during an unclogging operation. The high pressure valve is operable to be turned on for supplying water to the drain unclogging system or turned off for prevent water from entering the drain unclogging system. Optionally, a pump can be installed on the high pressure hose to provide additional pressure to the water.

A drain unclogging system includes a drain pipe valve installed on a drain pipe of a drain system, a T connector connected to a water supply valve of the drain system for splitting a water supply into two water supplies including one that supplies water to the sink and the other one that supplies water to the drain unclogging system, a high pressure hose, a high pressure valve for connecting the water supply to one end of the high pressure hose, and a high pressure nozzle for connecting the other end of the high pressure hose to the drain pipe at a location near an U arch section of the drain pipe. The drain pipe valve is operable to be opened to facilitate a normal operation of the drain system or closed to stop water from back flowing to a sink of the drain system during an unclogging operation. The high pressure valve is operable to be turned on for supplying water to the drain unclogging system or turned off for prevent water from entering the drain unclogging system. Optionally, a pump can be installed on the high pressure hose to provide additional pressure to the water.

An apparatus for accessing longitudinal bores which includes: a length of resilient tube configured to be extendible along at least a portion of its length; wherein one end of the resilient tube includes a utility head thereon; and wherein the other end of the tube is configured to directly or indirectly connect to, and receive a force from, a physical energy source.

An apparatus for accessing longitudinal bores which includes: a length of resilient tube configured to be extendible along at least a portion of its length; wherein one end of the resilient tube includes a utility head thereon; and wherein the other end of the tube is configured to directly or indirectly connect to, and receive a force from, a physical energy source.

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 sink drain clog removal device is provided. The sink drain clog removal device may include a nozzle coupled to a U-shaped clamping member, the clamping member having an upper arm and a lower arm. The clamping member is configured to fit over the lip of a sink drain pipe such that the nozzle is directed into the drain pipe. The clamping member may be secured to the drain pipe by a clamping screw. The nozzle has a hose connector for connecting to a water supply hose. The water supply hose may be connected to a water supply valve. The water supply valve is used to control water flow through the hose and through the nozzle to direct water into the sink drain pipe while unclogging the drain pipe. A method of using a sink drain clog removal device is also disclosed.

A sink drain clog removal device is provided. The sink drain clog removal device may include a nozzle coupled to a U-shaped clamping member, the clamping member having an upper arm and a lower arm. The clamping member is configured to fit over the lip of a sink drain pipe such that the nozzle is directed into the drain pipe. The clamping member may be secured to the drain pipe by a clamping screw. The nozzle has a hose connector for connecting to a water supply hose. The water supply hose may be connected to a water supply valve. The water supply valve is used to control water flow through the hose and through the nozzle to direct water into the sink drain pipe while unclogging the drain pipe. A method of using a sink drain clog removal device is also disclosed.

A sink drain clog removal device is provided. The sink drain clog removal device may include a nozzle coupled to a U-shaped clamping member, the clamping member having an upper arm and a lower arm. The clamping member is configured to fit over the lip of a sink drain pipe such that the nozzle is directed into the drain pipe. The clamping member may be secured to the drain pipe by a clamping screw. The nozzle has a hose connector for connecting to a water supply hose. The water supply hose may be connected to a water supply valve. The water supply valve is used to control water flow through the hose and through the nozzle to direct water into the sink drain pipe while unclogging the drain pipe. A method of using a sink drain clog removal device is also disclosed.