A Conduit Descaling System (CDS) is provided and includes an anchor structure, wherein the anchor structure includes a first anchor end, a second anchor end and a structure center portion and wherein the structure center portion connects the first anchor end with the second anchor end; a descaling chain ring, wherein the descaling chain ring defines a chain ring center cavity and is connected to the structure center portion; and a Forward Descaling Article (FDA), wherein the FDA includes an FDA structure having an FDA structure first end, an FDA structure second end and an FDA structure center portion, wherein the FDA structure center portion includes a plurality of FDA anchor structures distributed along the circumference of the FDA structure center portion, and wherein FDA further includes a plurality of FDA descaling links having a plurality of FDA descaling link cutting teeth.

A Conduit Descaling System (CDS) is provided and includes an anchor structure, wherein the anchor structure includes a first anchor end, a second anchor end and a structure center portion and wherein the structure center portion connects the first anchor end with the second anchor end; a descaling chain ring, wherein the descaling chain ring defines a chain ring center cavity and is connected to the structure center portion; and a Forward Descaling Article (FDA), wherein the FDA includes an FDA structure having an FDA structure first end, an FDA structure second end and an FDA structure center portion, wherein the FDA structure center portion includes a plurality of FDA anchor structures distributed along the circumference of the FDA structure center portion, and wherein FDA further includes a plurality of FDA descaling links having a plurality of FDA descaling link cutting teeth.

A pipe cleaning machine includes: a handle for holding; a drum connected to the handle and rotatable with respect to the handle; a cable disposed in the drum; an electric motor driving the cable to rotate and including an electric motor shaft extending along a first axis; and a cable feeding assembly for feeding the cable. The drum includes an exposed portion, where the ratio of the surface area of the exposed portion to the total surface area of the drum is greater than or equal to 40% and less than or equal to 100%.

A pipe cleaning machine includes: a handle for holding; a drum connected to the handle and rotatable with respect to the handle; a cable disposed in the drum; an electric motor driving the cable to rotate and including an electric motor shaft extending along a first axis; and a cable feeding assembly for feeding the cable. The drum includes an exposed portion, where the ratio of the surface area of the exposed portion to the total surface area of the drum is greater than or equal to 40% and less than or equal to 100%.

The present invention relates to a novel plumbing drain cable device. The drain cable device is a device for cleaning a plumbing drain blockage. The device is comprised of a flexible stainless steel corrugated tube with a nut on one end to allow connections for multiple extensions to lengthen the tube, as needed. The device has a rubber coating on the outside to help assist with grip and is cut at a 45-degree angle with rubber coating wrapped around the inside edge of the cutout to protect a user from cuts. Users would bend the tube in the direction of a drain fitting. A snake machine cable will travel through the tube of the device and up the direction of the drain to the clogged area. Thus, the device helps guide rotor machine cables through a one way clean out without getting the cable kinked and/or stuck.

The present invention relates to a novel plumbing drain cable device. The drain cable device is a device for cleaning a plumbing drain blockage. The device is comprised of a flexible stainless steel corrugated tube with a nut on one end to allow connections for multiple extensions to lengthen the tube, as needed. The device has a rubber coating on the outside to help assist with grip and is cut at a 45-degree angle with rubber coating wrapped around the inside edge of the cutout to protect a user from cuts. Users would bend the tube in the direction of a drain fitting. A snake machine cable will travel through the tube of the device and up the direction of the drain to the clogged area. Thus, the device helps guide rotor machine cables through a one way clean out without getting the cable kinked and/or stuck.

A drain cleaning machine for moving a snake in a drain. The drain cleaning machine includes a rotating shell, a motor, radial drive mechanism, a translate mechanism, and a selection mechanism. The selection mechanism includes an actuating lever moveable between an activated position and a deactivated position, a selection plate moveable between a radial drive position and a translate position, and a push plate. The push plate is moveable in a first direction relative to the selection plate in response to the actuating lever moving to the activated position, and is moveable in a second direction relative to the selection plate in response to the actuating lever moving to the deactivated position. When the selection plate is in the radial drive position and the actuating lever is moved to the activated position, the push plate moves toward the selection plate to switch the radial drive mechanism to an engaged state.

A drain cleaning machine for moving a snake in a drain. The drain cleaning machine includes a rotating shell, a motor, radial drive mechanism, a translate mechanism, and a selection mechanism. The selection mechanism includes an actuating lever moveable between an activated position and a deactivated position, a selection plate moveable between a radial drive position and a translate position, and a push plate. The push plate is moveable in a first direction relative to the selection plate in response to the actuating lever moving to the activated position, and is moveable in a second direction relative to the selection plate in response to the actuating lever moving to the deactivated position. When the selection plate is in the radial drive position and the actuating lever is moved to the activated position, the push plate moves toward the selection plate to switch the radial drive mechanism to an engaged state.

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.