System for protection against high waters

Abstract

System for protection against high waters is constructed from assembled protective walls, fixed on the ground/dam and interconnected between them selves, each to another. Each protective wall 1 contains, in its body, a first edge 1.1 and second edge 1.2 , that are positioned under right angles, lying from the both sides of the guiding plates 2 . The guiding plates 2 stands forward, over the body, with the edge 1.1 , whereby it forms first gap S 1 in the U-shape in the form of slot, and two other guiding plates 2 , formed the second edge 1.2 that creates second gap S 2 in the form of slot. The third edge 1.3 is extended from the upper side, while the fourth edge 1.4 is parallel with the second edge 1.2 while in the gap S 2 , between guiding plates 2 , the protective wall is attached as a slider. The guiding plates 2 are arranged on the first edge 1.1 , appropriately distanced from the fourth edge 1.4 , by means of that, the inserting of the protective walls each to another over the stilt for forming the series, is provided. The fixing element 3 sits in the middle of the fixing part 4 , whereby it built main plate in T-shape. The protective walls 1 are in clutch with assembled fixing element 3 in the area of the gap S 1 . The fixing part 4 is fixed by means of not shown connecting elements on the ground B, on the dam or on the fundament. By this invention is created one secure, complete, flexible and, in the case of need, fast and simple assembling structure for protection against high waters.

1 . The system for protection against high waters that is made of protective plates arranged next to each other is characterized by that towards the direction of the ground/dam are directed the lower edges of each protective plate, while, in the same time, they are extended with determined length into the ground/dam as well as fixed and connected with fixing elements.  
   
   
       2 . The system for protection against high waters, in accordance to the  claim 1  is characterized by that towards the direction of the ground/dam, they are directed lower edges of each protective plate wherein, along the protective wall, it has first overhang on the plate, in which, on the determined length, it is extended an attachable fixing element comprised by the ground/dam.  
   
   
       3 . The system for protection against high waters, in accordance to the  claim 1  is characterized by that in the direction to the ground/dam, they are directed lower edges of each protective plate that has fixing element comprised by ground/dam along the overhang.  
   
   
       4 . The system for protection against high waters, in accordance to the  claim 1  is characterized by that in the direction to the ground/dam, they are directed lower edges of each protective plate by means of first adaptive element, which is connected to the fixing element.  
   
   
       5 . The system for protection against high waters in accordance to the  claim 4  is characterized by that the fixing element is attachable into, and/or to the, ground/dam by means of fixing part.  
   
   
       6 . The system for protection against high waters in accordance to the  claim 1  is characterized by that the fixing element and the fixing part are ordered one over another creating T-form.  
   
   
       7 . The system for protection against high waters in accordance to the  claim 1  is characterized by that the fixing element is constructed on such a way that forms vessel, open or closed from upper side, with opened and closed side walls, whereby the fixing element is placed in the wall.  
   
   
       8 . The system for protection against high waters according to the  claim 7  is characterized by that the fixing element is attached with the body of the vessel or through the body of the vessel it reaches the ground/dam.  
   
   
       9 . The system for protection against high waters according to the  claim 1  is characterized by that the fixing element and fixing part are previously assembled on/into ground/dam.  
   
   
       10 . The system for protection against high waters according to the  claim 1  is characterized by that the fixing element has lid.  
   
   
       11 . The system for protection against high waters according to the  claim 1  is characterized by that the connection of the side edges of the two adjacent protective walls is performed through connecting slot/spring, whereby the spring enters into slot, with that the slots are built up on the side edges on the guided plate which is connected with the protective wall on the both sides.  
   
   
       12 . The system for protection against high waters according to the  claim 1  is characterized by that the shown side edges of the two adjacent protective walls are connectable between themselves by means of second adaptive element.  
   
   
       13 . The system for protection against high waters according to the  claim 12  is characterized by that the protective plate and/or the guiding plate and/or fixing element and/or fixing part and/or first or second adaptive element are made of artificial material.  
   
   
       14 . The system for protection against high waters according to the  claim 13  is characterized by that the polyethylene can be applied as an artificial material.  
   
   
       15 . The system for protection against high waters according to the  claim 1  is characterized by that the protective walls are sealed between, in the same way as the connection between protective walls and fixing elements.  
   
   
       16 . The system for protection against high waters according to the  claim 15  is characterized by that on the gaps S 1  and S 2  on each of the protective walls or in the slot of the first or the second adaptive element, there are placed gum seal elements.  
   
   
       17 . The system for protection against high waters in accordance to  claim 1  is characterized by that on the back side of the each protective plate encompassed with water they are placed, at least two bracing elements and/or on the back side on the second adaptive element is placed, at least one bracing element, whereby the bracing elements, placed from the back side in the set up stage, have possibilities to rotate in another position.  
   
   
       18 . The system for protection against high waters, in accordance with the  claim 17  is characterized by that on the back side of the protective wall are placed at least two horizontally stretched, each to another distanced cross-section support elements on which there are fixed rotating bracing elements.  
   
   
       19 . The system for protection against high waters in accordance with the  claim 17  is characterized by that the axis of rotation of the protective wall is under the right angle related to the longitudinal axis of the cross-section support elements.  
   
   
       20 . The system for protection against high waters according to the  claim 17  is characterized by cross-section supporters and supporting elements are made of warmly zinced steel tubes.  
   
   
       21 . The system for protection against high waters according to the  claim 17  is characterized by 
 the protective wall with fixing element, and/or    the protective wall with fixing part, and/or,    the protective plates one to each other, and/or,    the vessels one to each other, and/or    the first adaptive element with protective plate and fixing element, in other words fixing part, and/or,    the second adaptive element with limited protective plates, that is/are connected on the principle of gate valve (slide-rule).