Apparatus and method for dislodging object from throat

An apparatus for dislodging and sucking out an object stuck in a throat of a person, comprising,

• a hollow first bellows element having a first orifice, the first orifice having a one-way valve that prevents air from exiting the first bellows element through the first orifice and having a first one-way exit valve at a first exit point of the first bellows element for air to leave the first bellows element,
• a hollow second bellows element having a second orifice, the second orifice having a one-way valve that prevents air from exiting the second bellows element through the second orifice and having a second one-way exit valve at a second exit point of the second bellows element for air to leave the second bellows element,
• a tube structure comprising a first leg having a distal end outside the first bellows element and a proximal end extending to at least the first orifice and comprising a second leg having a distal end outside the second bellows element and a proximal end extending to at least the second orifice, the first leg and the second leg joined at their respective distal ends to form a double hose, the double hose having a sealing structure at a distal end of the double hose to seal a trachea and an esophagus of the person,
• a handle element connected to a top portion of the first bellows element and to a top portion of the second bellows element so that when a force is applied to the handle element the first bellows element contracts from a first original size and the second bellows element contracts from a second original size and when said force is released a sucking of air through the tube structure occurs and the first bellows element expands back to the first original size and the second bellows element expands back to the second original size.