Submersible pump motor that can work with compressed air

Abstract

My invention is related with submersible pumps which use for agricultural irrigation can run with compressed air instead of only electric power. Thanks to my invention the submersible pump motor that can run with compressed air will not need directly electric power.

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         8 . A submersible pump motor that run with compressed air ( 1 A) comprising general case ( 25 ) with compressed air inlet and outlet ports ( 40 - 41 ) having main air delivery pipe ( 46 ) for supplying compressed air to 1 st  and 2 nd  chambers ( 20 - 21 ), exhaust air discharges from 2nd chamber discharge port ( 45 ) to out of general case ( 25 ), for admitting compressed air to said first and second chambers each of made ingot or casting aluminium with egg shaped body ( 1 - 10 ) having service air inlet ports ( 34 - 36 ) at front covers ( 3 - 12 ) and compressed air carriage channels ( 37 ) at said front cover and back covers ( 4 - 13 ), compressed air storage area ( 38 ) and body air inlet ports ( 35 - 14 ) at body walls, respectively Slotted Rotors made with polyamide ( 2 - 11 ) disposed within said first and second chambers and a plurality of coal made vanes with herringbone shapely ( 7 - 16 ) slidably moveable inside of each slot, said rotors connected each other by Titanium coated 2 pcs of magnet group ( 22 ) from shafts ( 47 - 48 )—for allowing said second chamber rotor turn at different speed than first chamber rotor,—transmit created speed to planetary type gear box ( 19 ) for converting some rate of speed to torque and forward both speed and torque to submersible pump, system parts said 1st and 2nd chambers and plastic cover ( 42 ) being fixed by studs ( 43 - 43 A) to said general case. 
     
     
         9 . A submersible pump motor that run with compressed air according to  claim 1 , wherein said polyamide made rotors have two types, first type has one shaft ( 2 ) with metal housing ( 47 ) for magnet housing at end for 1 st  chamber ( 20 ) and second shaft have two shafts ( 11 ), back shaft has metal housing ( 48 ) for magnet housing at end for 2 nd  chamber ( 21 ). 
     
     
         10 . A submersible pump motor that run with compressed air according to  claim 1 , wherein said 1 st  chamber and 2 nd  chamber front covers ( 3 - 12 ) and back covers ( 4 - 13 ) have air carriage channels ( 37 ) at inside surfaces. 
     
     
         11 . A submersible pump motor that run with compressed air according to  claim 1 , wherein said 1 st  chamber and 2 nd  chamber front covers have service air inlet ports ( 34 - 36 ) and body inlet ports ( 5 - 14 ). 
     
     
         12 . A submersible pump motor that run with compressed air according to  claim 1  wherein said 2 nd  chamber quantities can be more numbers for increasing output power with same construction and connection method like said 2 nd  chamber. 
     
     
         13 . A submersible pump motor that run with compressed air according to  claim 1 , wherein said magnets located in Plastic Cover ( 42 ) for magnetic isolation, fixed to said general case with fixing studs ( 43 - 43 A) 
     
     
         14 . A submersible pump motor that run with compressed air according to  claim 1 , wherein said two chambers rotors connect each other by titanium coated two pieces of magnets ( 22 ) each magnet located in metal housing of said chambers rotors shaft. 
     
     
         15 . A submersible pump motor that run with compressed air according to  claim 1  wherein said 1st chamber exhaust air hose connection carry the exhaust compressed air from 1st chamber discharge port ( 5 ) to said 2nd chamber front cover service air inlet port ( 27 ). 
     
     
         16 . A submersible pump motor that run with compressed air according to  claim 1 , wherein said  1   st  chamber and  2   nd  chamber consist two air storage areas ( 38 ) at up and down side of said chamber walls