Sea bed levelling and consolidation system

Abstract

A system for the levelling and consoliation of the sea bed that comprises of a suction hood ( 1 ) driven into the ground, a pieza ( 2 ) coiled into the hood ( 1 ), some L-shaped tubes ( 3 ) welded to the part ( 2 ), some tubes ( 4 ) connected perpendicularly to each one of the horizontal stretches of the tubes ( 3 ), some inclined continuous plates ( 5 ) on the free ends of the tubes ( 4 ), some tubes connected telescopically ( 6 ) on the inside of the suction hood and a pinion ( 7 ) that allows the tubes to turn ( 3 ). Furthermore, for the consolidation of the sea bed, comprised of a hopper ( 8 ) in which the grout that is going to be used is stored to consolidate the ground, some bombas de cavidad progresiva that are located inside the vertical part of the tubes ( 3 ) and some pinions connected to the axle of the pumps.

1 . A system for the levelling of the sea bed that is comprised of:
 A suction hood coiled on its upper external parts, driving said hood into the sea bed   A part coiled on the interior that is coiled on the upper and external part of the hood   A multitude of L-shaped tubes welded to the part around it, with a section of the tube being in a vertical position and the other section being in a horizontal position.   A multitude of tubes, that emerge perpendicularly from each one of the horizontal stretches of the tubes and connected to said tubes   Some inclined continuous plates to scrape the ground situated at the free extremes of the tubes   A multitude of telescopically connected tubes on the inside of the suction hood and coming out of said hood.   A pinion on the upper part of the innermost telescopic tube and connected to the tubes, which allows these to turn at the same time as the part turns.   
     
     
         2 . According to patent  claim 1 , which furthermore comprises, for the consolidaton of the sea bed, the following elements:
 A hopper connected to the tubes in which grout is stored which would be used to consolidate the ground   Some progressive cavity pumps that are located inside the vertical part of the tubes.   Some pinions connected to the axles of the pumps and which, at the same time, said pinions are connected to the pinion.   
     
     
         3 . The system under patent  claim 1 , claimed because the tubes are equipped to be staggered. 
     
     
         4 . The system under patent  claim 1 , claimed because the inclined continuous plates end in a curved end to throw out the material dragged off the ground. 
     
     
         5 . The system under patent  claim 1 , claimed because the telescopically connected tubes are equipped with an anti-spin system. 
     
     
         6 . The system under patent  claim 1 , caracterizado because the tubes can be lengthened to the desired length, as many straight tubes as are desired. 
     
     
         7 . The system under patent  claim 1 , claimed because the tubes are welded to the part as far apart as possible from each other and at different heights of the part. 
     
     
         8 . The system under patent  claim 2 , claimed because the pinion is motorised, whilst the pinions connected to the axis of the pumps are not motorised 
     
     
         9 . The system under patent  claim 2 , claimed because the pinion is not motorised and the pinions connected to the axles of the pumps are motorised. 
     
     
         10 . The system under patent  claim 2 , claimed because as much on the L-shaped tubes as on the progressive cavity pump, they can turn in reverse once the ground is levelled and consolidated. 
     
     
         11 . The system under patent  claim 1 , claimed because the inside coiled pincer has the necessary height to allow for any type of depths to be levelled, regardless of their topography.