Combination water and radon gas evacuation system

Abstract

A combination sub basement flooring water and radon gas evacuation system consisting of a plurality of semi-cylindrically shaped porous channeling components affixed to one another and in turn to a modified sump pump unit characterized by the presence of holes tapped into front, back and lateral sides thereof and a larger hole in the topside thereof for receipt of upwardly jutting piping connected to a vacuum pump to which other piping is connected leading upwardly and out of the home or building containing the system.

1 . A Combination Water and Radon Gas Evacuation System, comprising: 
 a. a plurality of porous semi-cylindrically shaped channeling components located below a level of basement flooring near all walling as is located below said level of basement flooring;    b. an electrically driven modified sump pump unit held within an enclave below said level of basement flooring;    c. first means for affixing one of said plurality of porous semi-cylindrically shaped channeling components to said sump pump unit;    d. second means for affixing each one of said plurality of porous semi-cylindrically shaped channeling components at each end thereof to another one of said plurality of porous semi-cylindrically shaped channeling components;    e. a plurality of through holes tapped into lateral, anterior and posterior sides of said sump pump unit;    f. a topside through hole cut into a topside of said sump pump unit;    g. a first elongated piping component affixed at a lowermost end thereof to said topside through hole;    h. an electrically driven vacuum pump unit;    i. a first through hole in a bottom side of said vacuum pump unit for receipt of an uppermost end of said first elongated piping component;    j. a second elongated piping component, and;    k. a second through hole in a top side of said vacuum pump unit for receipt of a lowermost end of said second elongated piping component.    
   
   
       2 . A Combination Water and Radon Gas Evacuation System, comprising: 
 a. a plurality of porous semi-cylindrically shaped channeling components located below a level of basement flooring near all walling as is located below said level of basement flooring;    b. an electrically driven modified sump pump unit held within an enclave below said level of basement flooring;    c. first means for affixing one of said plurality of porous semi-cylindrically shaped channeling components to said sump pump unit;    d. second means for affixing each one of said plurality of porous semi-cylindrically shaped channeling components at each end thereof to another one of said plurality of porous semi-cylindrically shaped channeling components;    e. a plurality of through holes tapped into lateral, anterior and posterior sides of said sump pump unit;    f. a topside through hole cut into a topside of said sump pump unit;    g. a first elongated piping component affixed at a lowermost end thereof to said topside through hole;    h. an electrically driven vacuum pump unit;    i. a first through hole in a bottom side of said vacuum pump unit for receipt of an uppermost end of said first elongated piping component;    j. a second elongated piping component;    k. a second through hole in a top side of said vacuum pump unit for receipt of a lowermost end of said second elongated piping component;    l. a plurality of cove plate units;    m. each one of said plurality of cove plate units resting against said all of said walling;    n. third means for affixing said each one of said plurality of cove plate units at each end thereof to another one of said cove plate units, and;    o. fourth means for affixing one of said plurality of cove plate units to one of said plurality of porous semi-cylindrically shaped channel components.    
   
   
       3 . A Combination Water and Radon Gas Evacuation System, comprising: 
 a. a plurality of porous semi-cylindrically shaped channeling components located below a level of basement flooring near all walling as is located below said level of basement flooring;    b. an electrically driven modified sump pump unit held within an enclave below said level of basement flooring;    c. first means for affixing one of said plurality of porous semi-cylindrically shaped channeling components to said sump pump unit;    d. a plurality of through holes tapped into lateral, anterior and posterior sides of said sump pump unit;    e. a topside through hole cut into a topside of said sump pump unit;    f. a first elongated piping component affixed at a lowermost end thereof to said topside through hole;    g. an electrically driven vacuum pump unit;    h. a first through hole in a bottom side of said vacuum pump unit for receipt of an uppermost end of said first elongated piping component;    i. a second elongated piping component, and;    j. a second through hole in a top side of said vacuum pump unit for receipt of a lowermost end of said second elongated piping component.    
   
   
       4 . A Combination Water and Radon Gas Evacuation System, comprising: 
 a. a plurality of porous semi-cylindrically shaped channeling components located below a level of basement flooring near all walling as is located below said level of basement flooring;    b. an electrically driven modified sump pump unit held within an enclave below said level of basement flooring;    c. first means for affixing one of said plurality of porous semi-cylindrically shaped channeling components to said sump pump unit;    d. second means for affixing each one of said plurality of porous semi-cylindrically shaped channeling components at each end thereof to another one of said plurality of porous semi-cylindrically shaped channeling components;    e. a plurality of through holes tapped into lateral, anterior and posterior sides of said sump pump unit;    f. a topside through hole cut into a topside of said sump pump unit;    g. a first elongated piping component affixed at a lowermost end thereof to said topside through hole;    h. an electrically driven vacuum pump unit;    i. a first through hole in a bottom side of said vacuum pump unit for receipt of an uppermost end of said first elongated piping component;    j. a second elongated piping component;    k. a second through hole in a top side of said vacuum pump for receipt of a lowermost end of said second elongated piping component;    l. a plurality of cove plate units;    m. said each one of said plurality of cove plate units resting against said all of said walling with each of both ends of said each one of said plurality of cove plate units touching one of said ends of one other, and;    n. fourth means for affixing one of said plurality of cove plate units to one of said plurality of porous semi-cyclindrically shaped channel components.    
   
   
       5 . A Combination Water and Radon Gas Evacuation System, comprising: 
 a. a plurality of porous semi-cylindrically shaped channeling components located below a level of basement flooring near all walling as is located below said level of basement flooring;    b. an electrically driven modified sump pump unit held within an enclave below said level of basement flooring;    c. first means for affixing one of said plurality of porous semi-cylindrically shaped channeling components to said sump pump unit;    d. a plurality of through holes tapped into lateral, anterior and posterior sides of said sump pump unit;    e. a topside through hole cut into a topside of said sump pump unit;    f. a first elongated piping component affixed at a lowermost end thereof to said topside through hole;    g. an electrically driven vacuum pump unit;    h. a first through hole in a bottom side of said vacuum pump unit for receipt of an uppermost end of said first elongated piping component;    i. a second elongated piping component;    j. a second through hole in a top side of said vacuum pump unit for receipt of a lowermost end of said second elongated piping component;    k. a plurality of cove plate units;    l. said each one of said plurality of cove plate units resting against said all of said walling with each of both ends of said each one of said plurality of cove plate units touching one of said ends of one other, and;    m. fourth means for affixing one of said plurality of cove plate units to one of said plurality of porous semi-cyclindrically shaped channel components.