Equipment for extracting and increasing production of crude oil and gas

Abstract

The invention relates to equipment for extracting and increasing production of crude oil and gas comprises: a connector unit connected to a main piston axial, the main piston axial makes up and down movements inside of a main cylinder; a piston unit connected to the connector unit, the piston unit moves in connection with the main piston axial in order to extract the extracting objects additionally; a cylinder unit creating pressure to lift the extracting objects to the ground level as the piston unit makes up and down movements inside of the piston unit; and a supply unit managing the conveying process of the extracting objects by lifting the extracting objects to the ground level when the piston unit moves up and transporting the extracting objects to the storage when the piston unit moves down.

1 . An equipment for extracting and increasing production of crude oil and gas comprising:
 a connector unit connected to a main piston axial, the main piston axial makes up and down movements inside of a main cylinder and the main cylinder is installed below the ground and exposed to outside in order to extract extracting objects;   a piston unit connected to the connector unit, the piston unit moves in connection with the main piston axial in order to extract the extracting objects additionally;   a cylinder unit creating pressure to lift the extracting objects to the ground level as the piston unit makes up and down movements inside of the piston unit; and   a supply unit managing the conveying process of the extracting objects by lifting the extracting objects to the ground level when the piston unit moves up and transporting the extracting objects to the storage when the piston unit moves down.   
     
     
         2 . The equipment for extracting and increasing production of crude oil and gas of  claim 1 , the piston unit comprising:
 a piston axial connected to the connector unit but separated from the main piston axial, the piston axial makes up and down movements inside of the cylinder unit while exposed to the outside;   a piston formed at the very bottom of the piston axial in a rounded board shape and makes and up and down movements inside of the cylinder unit; and   top and bottom stoppers installed on the top and bottom of the piston axial assisting up and down movements of the piston axial inside of the cylinder unit by the pressure of the connector unit.   
     
     
         3 . The equipment for extracting and increasing production of crude oil and gas of  claim 2 , the connection unit comprising:
 a clamp installed at the top of the main piston axial;   a moving pipeline in a belt shape covering around the piston axial, the moving pipeline makes movements following the surface of the piston axial as the piston axial makes movements and presses the top and bottom stoppers; and   a connector section connecting between the clamp and the moving pipeline, the connector section assists movements of the moving pipeline on the surface of the piston as the main piston axial makes up and down movements.   
     
     
         4 . The equipment for extracting and increasing production of crude oil and gas of  claim 2 , the piston comprises a packing attached to an inner part of the cylinder unit covering the surface of the piston. 
     
     
         5 . The equipment for extracting and increasing production of crude oil and gas of  claim 1 , the supply unit comprising:
 a sucking tube connected to the main cylinder, the sucking tube connects the cylinder unit and the main sucking tube thereby transporting the extracting objects to the ground level through the main sucking tube and the cylinder unit;   an airflow tube connected to the main cylinder, the airflow tube connects the cylinder unit and the main airflow tube thereby transporting the extracting objects on the ground level to the storage;   taps installed inside of the sucking tube and the airflow tube against each other in the opposite directions, the tap formed in the airflow tube closes the airflow tube when the tap formed in the sucking tube opens the sucking tube, and the tap formed in the airflow tube opens the airflow tube when the tap formed in the sucking tube closes the sucking tube as the piston unit moved up and down; and   an extra airflow tube connected between the airflow tube and the sucking tube not to be interfered with any of the movements created by the piston unit when the amounts of the lifted extracting objects are over the volume of the cylinder unit.   
     
     
         6 . The equipment for extracting and increasing production of crude oil and gas of  claim 5 , the tap comprising:
 a closing section having a dome shaped top;   an opening section having a triangle shaped cross-sectional area formed at the bottom of the closing section; and   a moving section connecting the closing section and the opening section, wherein the cross-sectional area of the moving section is smaller than that of the closing section and the opening section.   
     
     
         7 . The equipment for extracting and increasing production of crude oil and gas of  claim 6 , further comprising:
 a sucking control section formed inside of the sucking tube, the sucking control section is provided between the closing section and the opening section of the sucking tube and the sucking control section has a sucking hole, which has a smaller diameter than the opening section and the closing section but has a greater diameter than the moving section in order to have the moving section moves around the sucking hole; and   an airflow control section formed inside of the airflow tube, the airflow control section is provided between the closing section and the opening section of the airflow tube and the airflow control section has an airflow hole, which has a smaller diameter than the opening section and the closing section but has a greater diameter than the moving section in order to have the moving section  436  moves around the airflow hole  422 .