A drain auger housing system includes a main body section for receiving a drain auger. A bottom chamber is disposed below the main body section. An inner base separates the main body section from the bottom chamber. The inner base is configured to support the drain auger and to permit a flow of fluid from the main body section to the bottom chamber. A clasping arrangement is disposed within the main body section and is configured to removably attach the drain auger housing to the drain auger. A foot platform or pedal is configured to release the drain auger from the clasping arrangement.

A drain auger housing system includes a main body section for receiving a drain auger. A bottom chamber is disposed below the main body section. An inner base separates the main body section from the bottom chamber. The inner base is configured to support the drain auger and to permit a flow of fluid from the main body section to the bottom chamber. A clasping arrangement is disposed within the main body section and is configured to removably attach the drain auger housing to the drain auger. A foot platform or pedal is configured to release the drain auger from the clasping arrangement.

The cleaning device is for cleaning the inner surface of pipes. The method is for manufacturing the cleaning device and the use is of a vehicle anti-skid chain for cleaning the inner surface of a pipe. The cleaning device has a sleeve, to which are attached studded chains composed of steel links and surface hardened.

A drain cleaning system is described that includes a drain cleaning device with a flexible drain cleaning cable, and two or more sections of guide hoses that can be attached to one another and/or to the device. Also described are systems that include provisions for advancing or retracting the drain cleaning cable and which can also be coupled to one or more of the guide hoses.

A mechanism for securing multiple apparatus to a drain cleaning machine is described. The mechanism includes a bracket arranged on a frame of the drain cleaning machine. The bracket allows a drum and a feed mechanism to be removably secured to the frame. The bracket includes a base and pivotable latch. A drum bearing from the drum can be secured between the base and the latch when the latch is in a closed position. Mounting pins from the feed mechanism can be inserted into two bores in the bracket, and secured therein by plunger pins. One plunger pin is manually operated, to selectively lock the latch in the closed position, and to selectively secure one of the mounting pins in one of the bores. Another plunger pin is operated by pivoting of the latch, and functions to selectively secure the other mounting pin in the other bore.

A drain cleaning device includes a power unit and a drum assembly coupled to the power unit for rotation by the power unit. The drum assembly includes a base, a cable received in the base that is configured to be fed from the base and rotated to clean a drain, and a cover releasably coupleable to the base. The drum assembly includes a plurality of taper locks releasably coupling an outer peripheral portion of the cover and an outer peripheral portion of the base. Each of the taper locks is moveable between a locked position in which the cover is retained on the base and an unlocked position in which the cover is removable from the base. Each of the taper locks being biased toward the locked position.

A drain cleaner includes a base unit having a frame, a drum rotatably supported by the frame, a cable at least partially disposed within the drum, a motor supported by the frame for driving rotation of the drum and the cable, and a handle for guiding the cable into a drain. The handle includes a body, a passage formed in the body, and an actuator supported by the body. The passage receives a portion of the cable such that the handle is disposed around the cable and is movable along the cable relative to the base unit. The actuator is in communication with the motor for actuating rotation of the drum.

A drain cleaner including a carrier configured to be carried by a user, a cable configured to be inserted into a drain, a drum positioned and rotatable within the carrier, the drum supporting the cable, a motor positioned within the carrier and operable to rotate the drum, and a cable feed control mechanism coupled to the motor to control operation of the motor. The cable feed control mechanism is configured to feed the cable out of the drum and is positioned at a distance from carrier so a length of the cable extends from the drum to the cable feed control mechanism. The cable feed control mechanism is configured to be carried by the user separately from the carrier.

A cable control device for a pipeline cleaner includes a barrel, a control member and a toggle. The pipeline cleaner includes a support tube and a cable accommodated in a cable drum. The barrel mounted at the front end of the support tube is provided with an adapter thereon. The barrel accommodates first and second rollers in a lower portion thereof. The control member rotationally accommodated in the adapter extends into the barrel and is provided with a third roller. The first, second and third rollers clamp the cable together. The toggle penetrating the adapter is coupled with the control member. In an operation to clean a jammed pipeline, the toggle is shifted along a circumference direction of the adapter for changes of spatial positions of the third roller relative to the first and second rollers and fast movement of the cable forward or backward controllably.

The utility model discloses a city sewer dredging apparatus, comprising a mounting block, a fixing rope is fixed on an upper end surface of the mounting block, and a telescopic fixing device is arranged in the mounting block, wherein the telescopic fixing device comprises a left-right symmetric circle The arc-shaped abutting block is provided with a power supply device on the lower side of the telescopic fixing device, and the power supply device includes a power motor. The small size of the invention can be directly placed in the sewer, and is suitable for different inner diameter ranges and depth ranges. In the process of sewer use, in the process of dredging and dredging, the debris and the stuck sludge in the sewer are crushed by the crushing device, the dredging speed is fast, the water source is saved, and the solid waste after the crushing is passed through the filter. Filtered and collected, this device is highly automated.