the present invention refers to a cask support , especially applicable in large cellars , incorporating added advantages to the cask supports existing on the market , by allowing a significant improvement in the access and handling of the cask . the cask support object of the present invention allows the accumulation of casks without these having to support the weight of those arranged on top of each one of them , given that it is a modular support , conceived mainly to support a pair of collaterally arranged casks , being only the supports , in their staggered stacking , those which support the weight situated above them . the support consists of two rectangular bedplates to which a prismatic - rectangular angle block is coupled on the lower part of each one of their ends , and a reinforcement support welded to a framework on the upper part of each one of their ends . the framework is made up of two upwardly divergent lower tubes to which the reinforcement supports are welded , which start from the end of each one of the bedplates ; the framework also has two upper or end tubes perpendicular to the support plane of the angle blocks , and which have projections on their upper end , whereas their lower ends are welded to the upper ends of the lower divergent tubes . each support will be made up of four frameworks such as those described , such that two of these frameworks are in a coplanar arrangement and are fixed to one another through the adjacent upper or end tubes , the other two frameworks being placed on a plane parallel to the aforementioned one , and connected with the first frameworks by means of the bedplate and crossbeams of a considerably shorter length than the axial height of the casks , whereas the slope and length of the divergent tubes of the different frameworks are suitable in order for the spacing between the upper tubes to be suitable to allow the passage of the casks towards their seating area . a seating is arranged on each bedplate of the support for the housing of a cask , which seating consists of a carriage which can be displaced parallelly to the bedplate and perpendicularly to the vertical plane defined by the frameworks of the support , allowing the casks to be entirely extracted from their support . furthermore , the carriage has a freely rotatable wheel on each one of its four vertexes , such that the side surface of the cask rests on these wheels , allowing the rotation of the cask with respect to its axial axis with minimum effort . in this way , operations such as the cleaning of the casks , sampling , carrying out the decanting of the content thereof or the “ batonaus ” process , are facilitated even more . the following figures are included for the purpose of helping to understand the invention : fig1 shows a perspective view of the cask support . fig2 shows a side view of the bedplate and the carriage displaced with a cask . fig3 shows a lower plan view of an angle block . fig4 shows a front view of an angle block according to the a - b section line in fig3 . a preferred embodiment of the invention , which is to be understood in a broad and non - limiting sense , is detailed below . fig1 shows a cask support ( 1 ), especially applicable in large cellars , and which allows the accumulation of the casks without these having to support the weight of those placed on top of each one of them . the support ( 1 ) consists of two rectangular bedplates ( 2 ) formed by a hollow tube of rectangular section , which incorporate a prismatic - rectangular angle block ( 3 ) on the lower part of each one of their ends . a reinforcement support ( 4 ) is fixed on the upper part of each end of each bedplate ( 2 ). part of the structure of the support ( 1 ) is a framework made up of two upwardly divergent lower tubes ( 5 ) to which the reinforcement supports ( 4 ) are welded . these two lower tubes ( 5 ) start from each end of each one of the two bedplates ( 2 ). furthermore , the framework consists of two upper or end tubes ( 6 ) perpendicular to the support plane of the angle blocks ( 3 ), and which have rounded projections ( 7 ) on their upper end , whereas the lower end of these tubes ( 6 ) is welded to the upper end of the lower divergent tubes ( 5 ). each support ( 1 ) will be made up of four frameworks such as the one described , such that two of these frameworks have a coplanar arrangement and are fixed to one another through the adjacent upper tubes ( 6 ), the other two frameworks being situated on a vertical plane parallel to the previous one and connected with the first frameworks by means of the bedplate ( 2 ) and crossbeams ( 8 ) of a considerably shorter length than the axial height of the casks , whilst the slope and length of the divergent tubes ( 5 ) are suitable in order for the spacing between the upper tubes ( 6 ) to be suitable to allow the passage of the casks towards their seating area . as can be observed in fig1 and 2 , a seating is arranged on each one of the two bedplates ( 2 ) of the support ( 1 ) for the housing of a cask ( 9 ), consisting of a carriage ( 10 ) which can be displaced parallelly to the bedplate ( 2 ) and perpendicularly to the vertical plane defined by the frameworks of the support , allowing the casks ( 9 ) to be entirely extracted from their support ( 1 ). the carriage ( 10 ) is constituted of a flat rectangular platform , the major sides of which are defined by two elongated metallic plates ( 11 ), with one end projecting from the platform beyond the front vertical plane defined by the lower tubes ( 5 ), and which carries out the functions of a handle ( 12 ) for the extraction of the carriage ( 10 ). the two minor sides of the platform join the ends of the plates ( 11 ) and are formed by two metallic rods ( 13 ). a framework of a rectangular structure is arranged on the upper surface of the platform of the carriage ( 10 ), the major sides of which framework are shorter than the plates ( 11 ). a freely rotatable wheel ( 14 ) rotatable on its own axis is assembled on each one of the four vertices of the framework . the major sides of this framework can be constituted of an elongated shaft shared by two wheels . the side surface of the cask ( 9 ) rests on these wheels , allowing the rotation thereof on their own axial axis with minimum effort . the wheels will preferably be manufactured with a material which does not damage the surface of the casks . the extraction movement of the carriage ( 10 ), with a displacement parallel to the bedplate ( 2 ), is obtained by means of four brackets ( 15 , 16 ) or , alternatively , two double brackets . the first two brackets ( 15 ) ( only one of them can be seen in fig1 and 2 ) are displaced on the bedplate ( 2 ) between two reinforcement supports ( 4 ), and each one of them has two overlapping shafts with a vertical wheel ( 17 ) on each one of them . each one of these brackets ( 15 ) is fixed to the lower surface of the vertices of the minor side of the platform of the carriage ( 10 ) which does not constitute the handle ( 12 ) by means of an arm ( 18 ), such that the wheel of the upper shaft rests and rolls on the upper surface of the bedplate ( 2 ) and the wheel of the lower shaft makes contact with and rolls on the lower surface of the bedplate ( 2 ). alternatively , these two brackets can be replaced by a single bracket having two elongated shafts inside it , an upper one and a lower one , with a vertical wheel on each end of the two shafts , carrying out the same functions as those previously described . two other brackets ( 16 ) with a single vertical wheel ( 19 ) are fixed on the outer part of the reinforcement support ( 4 ) on the side of the handle ( 12 ), such that the lower surface of each one of the two plates ( 11 ) of the platform of the carriage ( 10 ) rests and slides on one of these wheels . alternatively , this mortise can be replaced by a single mortise having an elongated shaft inside it with a vertical wheel on each end , carrying out the same functions as those previously described . since this support ( 1 ) allows the rotation of the cask on its own axis and the extraction thereof on its own seating , the logical operations of a cellar such as the cleaning of the casks , sampling , carrying out the decanting of the content thereof or the “ batonaus ” process , are significantly facilitated . fig3 and 4 show one of the four angle blocks ( 3 ) of each support ( 1 ), preferably prismatic - rectangular , which have a wide hole ( 20 ) on their upper level allowing the passage of the arms of a forklift truck or the like , and a receptacle ( 21 ) on the lower level , which is open towards its lower side and upwardly convergent , preferably of a pyramidal configuration , said receptacle being intended for receiving inside it a free end with rounded projections ( 7 ) of the upper or end tubes ( 6 ) in the stacking among supports ( 1 ).
a cask support allows housing two casks therein , such that the casks will be arranged in a staggered manner when multiple supports are stacked together . each support includes two bedplates with a seating for housing a cask . a carriage formed by a rectangular platform is mounted to the framework of the support with two brackets with wheels fixed to the carriage which can move along each bedplate , and two other brackets with wheels fixed to the support and on which the platform of the carriage slides . the carriage has freedom of movement parallel to the bedplate . each cask rests on four rotating wheels which are disposed on the vertices of the framework of the carriage . the cask support is especially applicable in large wine aging cellars .