Mobile protection against high waters

Abstract

The mobile protection against high waters that is contained from transportable structural elements that are water proof and that can be filled or emptied with water where the structural elements can be placed aside each to other and each over other, taking the shape of rectangular vessels ( 1 ) in case of linear flow of the protective wall against high waters and the shape of key segments ( 2 ) when the flow is curved. The hook hanger ( 9 ) represents easy up cap with opposite hooks ( 20 ) to the structural elements that lay across it. The easy up caps at the segments ( 2 ) have additional prolongation of the basic plate ( 19 ) because of the assurance of the segments ( 2 ) with the vessels ( 1 ) throughout the opposite hooks ( 20 ). The vertical jacket element ( 8 ) is in shape of half-profile, and it is unsolvable adhered over the layer of caouchouc. The jacket element ( 10 ) from the segment ( 2 ) has a profile in shape of mushroom. The jaws ( 17 ) are made of PE-HD-plate with inserted steel tops. The floor lips ( 14 ) have outlets ( 21 ) for insertion of reinforced iron bars. On the draining valve ( 25 ) from the segment ( 2 ) is screwed 2″ (two inches) ball valve ( 15 ) with Storz-C-attachment and with Storz-C-blind attachment. At the draining valve ( 25 ) from each of the vessels ( 1 ) it can be screwed by one threaded cap ( 23 ) for closing of the appropriate draining valve ( 25 )

1 . The mobile protection against high waters, that is contained from transportable structural elements that are water proof and that can be filled or emptied with water is characterized by that the structural elements can be placed aside each to other and each over other, taking the shape of rectangular vessels ( 1 ) in case of linear flow of the protective wall against high waters and the shape of key segments ( 2 ) when the flow is curved, providing that in case of linear flow of the protective wall, each structural element contains four vertical walls ( 3 ) and one floor plate ( 4 ) whereas two aside walls with same size ( 3   a ,  3   b ) and two frontal walls, that are also with same size ( 3   c ,  3   d ) are building up together with the floor plate ( 4 ) and the rectangular vessels ( 1 ), and after that, the frontal wall ( 3   c ) that is turned to the side of high water, at the floor plate ( 4 ), the back frontal wall ( 3   d ) of the frontal wall ( 3   c ), the aside wall ( 3   a ) of the back frontal wall ( 3   d ) and the aside wall ( 3   b ) of the aside wall ( 3   a ), that can be overlapped by means of hinge/joints ( 5 ) in the walls ( 3   a ,  3   b ,  3   c ,  3   d ), whereas the hinged/joints ( 5 ) are hanged on the aside walls ( 3   a ,  3   b ) and on the frontal walls ( 3   c ,  3   d ) in such a way that the walls ( 3   a ,  3   b ,  3   c ,  3   d ) can be horizontally overlapped each over another, between the barriers, which can be built up from the hinge/joints ( 5 ) in the walls ( 31 ,  3   b ) and in the frontal walls ( 3   c ,  3   d ), providing that between the barriers of the walls ( 3 ) of the vessels ( 1 ) are placed jackets on the walls ( 24 ); further, the frontal walls ( 3   c ,  3   d ) posses easy up caps in shape of hanger ( 26 ) with opposite hangers that are under inclination ( 27 ) to the aside walls ( 3   a ,  3   b ), in such a way that the aside walls ( 3   a , 3   b ) are fasted with jackets to the frontal walls ( 3   c ,  3   d ) by means of wall jacket ( 24 ), providing that in each vessel ( 1 ) is imported an inserted piece of gum ( 6 ), that, pooled off the aside edge, creates one vessel ( 1 ) with half-circled packed coat ( 7 ) and it can be attached from the upper side to them; the walls ( 3 ) and the floor plates ( 4 ) from the structural elements are built up of two layers: one layer from PE-HD/PE-LD—mixture and the other one from caouchouc, in such a way that the walls ( 3 ) carry the caouchouc layer of the outside, while the floor plates ( 3 ) are strongly connected and are waterproof each refers to other floor plates ( 4 ) whereas the structural elements are placed to one of the side of connection, placed to the outside edges, while the vertically placed packed elements ( 8 ) posses, in respect to the structural elements, that are with sides without jacket elements ( 8 ), through the hook caps ( 9 ) which are fastening waterproof, as well as key elements ( 10 ) on the upper edge; the structural elements, that are put each over to other are connectable through hook caps ( 9 ), strength and waterproof one with another, while the key segments ( 2 ) make a circled reinforcement ( 11 ) in the field of the upper edge, and in the middle, they make cross sectioned reinforcement ( 12 ) which assembled elements posses carrying handles ( 13 ) for transportation and for creation of the protective wall; each of the structural elements, that are staying on the floor from the side of the high water in the prolongation of the floor plate ( 4 ), possesses floor leaps ( 14 ) and porous drain valve ( 25 ) that can be close and open and that is applied for unfilled water, while to the downside of the prolonged floor plate ( 4 ), through the jacket profile ( 16 ), which is desirably to be from ellastomer, and on the side that is turned in the direction to the high water of the floor plate ( 4 ). Posses jaw ( 17 ); whereas each of the attaching structural elements contains passing hole in the floor plate ( 4 ), that is attachable with the passing tube, while at the down side of the floor plates ( 4 ), each of them posses security equipment against straining ( 18 ), where the inserted gum pieces ( 6 ) in the vessels ( 1 ) can be fastened strength with the draining valves ( 25 ) or with the passing tube.  
   
   
       2 . The mobile protection against high waters in accordance with the  claim 1  is characterized by that the hook hanger ( 9 ) represents easy up cap with opposite hooks ( 20 ) to the structural elements that lies across it.  
   
   
       3 . The mobile protection against high waters in accordance with the  claim 1  is characterized by that the easy up caps at the segments ( 2 ) have additional prolongation of the basic plate ( 19 ) because of the assurance of the segments ( 2 ) with the vessels ( 1 ) throughout the opposite hooks ( 20 ).  
   
   
       4 . The mobile protection against high waters in accordance with the  claim 1  is characterized by that the vertical jacket element ( 8 ) is in shape of half-profile, and it is unsolvable adhered over the layer of caouchouc.  
   
   
       5 . The mobile protection against high waters in accordance with the  claim 1  is characterized by that the jacket element ( 10 ) from the segment ( 2 ) has a profile in shape of mushroom.  
   
   
       6 . The mobile protection against high waters in accordance with the  claim 1  is characterized by that the jaws ( 17 ) are made of PE-HD-plate with inserted steel tops.  
   
   
       7 . The mobile protection against high waters in accordance with the  claim 1  is characterized by that the floor lips ( 14 ) have outlets ( 21 ) for insertion of reinforced iron bars.  
   
   
       8 . The mobile protection against high waters in accordance with the  claim 1  is characterized by that on the draining valve ( 25 ) from the segment ( 2 ) is screwed 2″ (two inches) ball valve ( 15 ) with Storz-C-attachment and with Storz-C-blind attachment.  
   
   
       9 . The mobile protection against high waters in accordance with the  claim 1  is characterized by that at the draining valve ( 25 ) from each of the vessels ( 1 ) it can be screwed by one threaded cap ( 23 ) for closing of the appropriate draining valve ( 25 )