Procedure for the realization of a container and container obtained by this procedure

Abstract

A procedure and a container realized in accordance with this procedure are described. In accordance with the present invention the cross section through the container form on the lower side consists of two different ellipse-halves with the main circle of the smaller ellipse ( 2 ) and the secondary circle of the larger ellipse ( 3 ) being identical and the intersection edge at the smaller ellipse ( 2 ) being along the main axis ( 4 ) at the large ellipse along the secondary axis ( 4 ) and both the ellipse-halves being put together at their intersection edges and in the cross section on the upper side the larger and smaller ellipses (in 2 ′ and 3 ′) having exchanged positions, otherwise the upper and lower sides being identical and if at the bottom the smaller ellipse-half is at the left of the intersection edge and the larger half ellipse to the right thereof, then in the cross section this is reversed through the upper side and all the cross sections having intersection edges extending mutually parallel.

1 . Procedure for the realization of a container characterized by the following procedural steps: 
 As external contour of a container on the lower edge a cross section with an ellipse-half of one size and an ellipse-half of another size or a semicircle with the larger ellipse-half possessing a secondary circle identical to the main circle of the smaller ellipse is adopted and both the halves thereof are continuously mutually connected; and    In the connection point along the vertical axis of the container with constant advancement along the height on one of the sides of the connection point a piece of the smaller ellipse-half is removed and replaced with a piece of the larger ellipse-half and on the other side a piece of the larger ellipse-half is removed and replaced with a piece of the smaller ellipse-half in such a manner that on the upper edge the position of the smaller ellipse is exchanged with that of the larger ellipse.    
   
   
       2 . Procedure in accordance with  claim 1  characterized in that the container contour cross section is rotated around the common center of the main circle and of the secondary circle continuously along the vertical axis to reach at least one edge and in particular the upper in which the positions of the cross section halves are exchanged.  
   
   
       3 . Procedure in accordance with the above claims characterized by the further procedural steps: 
 Both from the lower side toward the upper side and also vice versa at the smaller ellipse-half, beginning at the intersection edges, a piece is removed and replaced by a piece of the larger ellipse-half;    The piece of the larger ellipse-half begins at the main vertex and beginning with the main vertex is added to the remaining piece of the smaller ellipse with the tangents of the removed ellipse piece and that added forming the same angle with their respective symmetry axes;    Both of the ellipse pieces are put together in such a manner that they have a common tangent at the point of junction;    At the larger ellipse-half, beginning at the intersection edge (hence at the secondary vertex) a piece being removed, it is replaced in the center (hence at the symmetry axis  5 ) by the respective piece of the smaller ellipse; and    That which was removed on the smaller ellipse, measured at the main axis, on one of the sides, being added on the other side of the intersection edge; this means that both pieces of the main axis of the small ellipse always involve together the total length of their main axis; proportionately to the length of the main axis of the small ellipse on both sides of the intersection edge, the intersection edge migrating in the longitudinal section from one side upward.    
   
   
       4 . Procedure in accordance with the above claims characterized by the additional procedural steps: 
 Both on the lower side toward the upper side and vice versa at the large ellipse-half, beginning at the intersection edge, a piece is removed and replaced by a piece of the smaller ellipse-half;    The piece of the small ellipse-half begins at the secondary vertex and is added beginning with the secondary vertex to the remaining piece of the large ellipse with the tangents of the piece of ellipse removed and of that added forming with their respective symmetry axes the same angle;    Both the ellipse pieces are put together in such a manner that they have a common tangent at the point of junction;    At the smaller ellipse-half, beginning at the intersection edge (hence at the main vertex) a piece being removed and replaced in the center (hence at the symmetry axis  5 ) of the respective piece of the larger ellipse; and    That which was removed at the large ellipse measured on the secondary axis being added on the other side of the intersection edge; this means that both pieces of the secondary axis of the larger ellipse always involve together the total length of their secondary axes; proportionately to the length of the secondary axis of the large ellipse on both sides of the intersection edge, the intersection edge migrating in the longitudinal section from one side upward.    
   
   
       5 . Container realized by means of a procedure in accordance with the above claims characterized in that the cross section through the container form on the lower side consists of two different ellipse-halves with the main circle of the smaller ellipse ( 2 ) and the secondary circle of the larger ellipse ( 3 ) being identical and the intersection edge at the smaller ellipse ( 2 ) being along the main axis ( 4 ) at the large ellipse along the secondary axis ( 4 ) and with both the ellipse-halves being put together at their intersection edges and in the cross section on the upper side the larger ellipse and the smaller ellipse (in  2 ′ and  3 ′) having exchanged positions, otherwise the upper and lower sides being identical; and if at the bottom the smaller ellipse-half is to the left of the intersection edge and the larger ellipse-half to the right thereof, then in the cross section this is reversed through the upper side and all the cross sections having intersection edges extending mutually parallel.  
   
   
       6 . Container realized by means of the procedure in accordance with the above claims characterized in that the external contour ( 6 ) consists of two lower ellipses ( 7  and  8 ) and two upper ellipses ( 9  and  10 ) which are not the same or respectively a pair of ellipses consists of a circle ( 9 + 10 ) and thus the added piece of the larger ellipse no longer begins at the main vertex but a bit beyond in the direction of the secondary vertex and specifically all the more the smaller the added ellipse piece and proportionately to the difference in the eccentricity of both the ellipses or the semicircle.  
   
   
       7 . Container realized by means of the procedure in accordance with the above claims characterized in that the external contour ( 6 ) consists of two lower ellipses ( 7  and  8 ) and two upper ellipses ( 9  and  10 ) which are not the same or a pair of ellipses consists of a circle ( 9 + 10 ) and thus the added piece of the smaller ellipse no longer begins at the secondary vertex but a bit beyond in the direction of the main vertex and specifically all the more the smaller the added ellipse piece and proportionately to the difference in the eccentricity of both the ellipses or the semicircle.  
   
   
       8 . Container in accordance with the above claims characterized in that it is used as a glass.  
   
   
       9 . Container in accordance with the above claims characterized in that it is used as a jar or, with a riser, as a bottle.