An automatic toilet plunger for clearing a blockage in a toilet includes a pipe having a plunger head engaged to a bottom end thereof so that the plunger head is in fluidic communication with the pipe. A pair of arms is hingedly engaged to the pipe. The arms are selectively positionable in an extended configuration and a stowed configuration. In the extended configuration, the arms engage a seat of a toilet. The arms fold downwardly, toward the bottom end of the pipe, into the stowed configuration. A handle, which is engaged to a top end of the pipe and which extends bilaterally therefrom, is hollow and in fluidic communication with the pipe. An actuator is engaged to at least one of the handle and the pipe and positioned therein. The actuator is manipulated to cause the plunger head to clear a blockage in the toilet.

An automatic toilet plunger for clearing a blockage in a toilet includes a pipe having a plunger head engaged to a bottom end thereof so that the plunger head is in fluidic communication with the pipe. A pair of arms is hingedly engaged to the pipe. The arms are selectively positionable in an extended configuration and a stowed configuration. In the extended configuration, the arms engage a seat of a toilet. The arms fold downwardly, toward the bottom end of the pipe, into the stowed configuration. A handle, which is engaged to a top end of the pipe and which extends bilaterally therefrom, is hollow and in fluidic communication with the pipe. An actuator is engaged to at least one of the handle and the pipe and positioned therein. The actuator is manipulated to cause the plunger head to clear a blockage in the toilet.

An automatic air release plunger is provided for unclogging an obstructed drain in a plumbing fixture having undrained wastewater. The plunger includes a handle and a hollow, compressible plunger head. The plunger head is coupled to the handle at the plunger head's proximal end. The plunger head also includes a seal extending from its distal end that is capable of sealing the plunger head to a drain opening of the plumbing fixture. Additionally, the handle and plunger head include automatic air release features that allow air to flow along an air-escape path from inside of the hollow plunger head into a void formed in the interior of the handle, and thereafter into a channel which extends from the proximal end of the plunger head to a gap at a proximal end of the handle where the air is released whenever the plunger head is compressed.

An automatic air release plunger is provided for unclogging an obstructed drain in a plumbing fixture having undrained wastewater. The plunger includes a handle and a hollow, compressible plunger head. The plunger head is coupled to the handle at the plunger head's proximal end. The plunger head also includes a seal extending from its distal end that is capable of sealing the plunger head to a drain opening of the plumbing fixture. Additionally, the handle and plunger head include automatic air release features that allow air to flow along an air-escape path from inside of the hollow plunger head into a void formed in the interior of the handle, and thereafter into a channel which extends from the proximal end of the plunger head to a gap at a proximal end of the handle where the air is released whenever the plunger head is compressed.

A disclosed plunging apparatus, system and method includes applying a graduated accordian suction apparatus defining an oval opening and gradually larger plunging sections, wherein a cross section of each gradually larger plunging section resembles a tear drop perimeter having a globular form at a bottom tapering to an apogee point top. The method also includes securing a projecting lip around the oval opening adjacent a toilet bowl drain. The method additionally includes commencing a plunging action via a smallest plunging section proximal the oval opening. The method further includes enabling the plunging action via a collapsible webbing there between the graduated plunging sections. The method yet includes continuing the plunging action via a largest plunging section distal the oval opening. The method even includes repeating the plunging action via a handle attached to one of the graduated plunging sections.

A disclosed plunging apparatus, system and method includes applying a graduated accordian suction apparatus defining an oval opening and gradually larger plunging sections, wherein a cross section of each gradually larger plunging section resembles a tear drop perimeter having a globular form at a bottom tapering to an apogee point top. The method also includes securing a projecting lip around the oval opening adjacent a toilet bowl drain. The method additionally includes commencing a plunging action via a smallest plunging section proximal the oval opening. The method further includes enabling the plunging action via a collapsible webbing there between the graduated plunging sections. The method yet includes continuing the plunging action via a largest plunging section distal the oval opening. The method even includes repeating the plunging action via a handle attached to one of the graduated plunging sections.

A toilet plunger structure is disclosed. It comprises a shell having a handle, a trigger pivotally connected to the handle and having a push part, an accommodating slot corresponding to the push part for accommodating a gas container and a positioning slot; a smasher having a positioning seat accommodated in the positioning slot of the shell and having a positioning hole and a firing pin disposed in the positioning hole; a gas pipe provided with a connecting pipe having a connecting seat connected to the positioning seat for fixation, a protecting pipe sleeved on the connecting pipe and a connecting member connected to the protecting pipe; and a dredge connector having a connecting part for correspondingly connecting the connecting member, a plugging part disposed at a bottom of the connecting part and a though hole passing through the connecting part to the plugging part for receiving the connecting pipe.

A toilet plunger structure is disclosed. It comprises a shell having a handle, a trigger pivotally connected to the handle and having a push part, an accommodating slot corresponding to the push part for accommodating a gas container and a positioning slot; a smasher having a positioning seat accommodated in the positioning slot of the shell and having a positioning hole and a firing pin disposed in the positioning hole; a gas pipe provided with a connecting pipe having a connecting seat connected to the positioning seat for fixation, a protecting pipe sleeved on the connecting pipe and a connecting member connected to the protecting pipe; and a dredge connector having a connecting part for correspondingly connecting the connecting member, a plugging part disposed at a bottom of the connecting part and a though hole passing through the connecting part to the plugging part for receiving the connecting pipe.

An automatic toilet plunger includes a plunger body having a top end, a bottom end, and an inside. The plunger body is hollow and cylindrical. A plunger head is coupled to the bottom end of the plunger body. A plunging mechanism is coupled inside the plunger body of the plunger. The plunging mechanism is in operational communication with the plunger head and is configured to cause the plunger head to clear a toilet. A plurality of controls is coupled to the plunger body and is in operational communication with the plunging mechanism. A power source is coupled to the plunger body and is in operational communication with, and provides power to, the plunging mechanism.

An automatic toilet plunger includes a plunger body having a top end, a bottom end, and an inside. The plunger body is hollow and cylindrical. A plunger head is coupled to the bottom end of the plunger body. A plunging mechanism is coupled inside the plunger body of the plunger. The plunging mechanism is in operational communication with the plunger head and is configured to cause the plunger head to clear a toilet. A plurality of controls is coupled to the plunger body and is in operational communication with the plunging mechanism. A power source is coupled to the plunger body and is in operational communication with, and provides power to, the plunging mechanism.