Method, machine and devices for producing flexible 3d packaging, by means of folding a flap on itself

Abstract

by having the invention containers be more stable because the support face or side is wider and more consistent, having at least part of the flap/triangular shape (36) or strip (37) as a support surface in the base.

1 - 99 . (canceled) 
     
     
         100 . Process to transform a flexible container, a container provided with at least two faces that delimit an interior enclosure, and which in turn said faces are delimited by a perimeter exterior contour defined by at least one perimeter side, and/or by less a sealing line or fold that closes the container partially or in its entirety, in which the container houses at least one fluid and optionally or in addition can house at least one solid or solids, granular or powdery, where the process is characterized by which comprises the following stages:
 pressing, for example, in the direction of the interior of the container, using at least one impact body ( 6 ) [or, for example, by means of a thrust mode as directed air] on/against/with/between/at less a section [or, also, for example, against/with/between/in the intermediate zone, partial zone, complete zone] of at least one peripheral side or zone of two perimeter lateral sides contiguous with one end or vertex; or, vice versa, the perimeter lateral side is the one that hits on/against/with/between/in the impact body ( 6 ) or, but also, in any case being in movement both the initial container and the impact body ( 6 ): so that section of the fluid is displaced towards the contour of the container, increasing the pressure inside the container, as well as producing a local inflation effect, obtaining:   at least one support face or additional face in the area of the container impacted by the impact body which allows the container to stand as well as modify the geometric configuration of the container, and   at least one flap or triangular body (or at least section of the flap or triangular body) contiguous with the supporting face (or additional face) and formed by section of at least two faces of the container;   Folding, bending or joining, by a mechanical, pushing or air-directed mode, at least once towards at least one direction and/or to (or on) itself: at least section of at least one flap ( 36 )/triangular body ( 36 ) [or at least section of a flap or triangular body] towards at least section of at least another section of the same flap ( 36 )/triangular body ( 36 ) [or at least section of the flap or triangular body]. Furthermore at least section of these two sections of at least one triangular flap/body (or at least section of the flap or triangular body) may be, for example: superimposed in parallel or with some degree of rotation to one side or the other, as well as also folding or bending at least once the triangular flap (or at least section of the flap or triangular body) on itself, for example, rectilinearly, obliquely or semicircular convex/concave; obtaining:
 at least a section of at least one section of at least two sections or halves of at least one triangular flap (or at least section of at least one flap or triangular body), which will be folded or folded at least one once towards at least one direction and towards (or over) at least section of another section of the same or another flap ( 36 )/triangular body ( 36 ) (or at least section of it or another triangular body/flap), and 
 an edge or fold generated at the intersection of at least two sections or halves of at least one flap ( 36 )/triangular body ( 36 ) (or at least section of the flap or triangular body), where the package is going to keep the container permanently watertight without pores or leaks. 
   
     
     
         101 . Process to transform a flexible container, according to claim  4 , where the process is characterized by which comprises the following stages:
 wherein the container houses at least one fluid and in addition solids, granules or powders,   
       wherein the method is characterized as it comprises the following steps: 
       First Stage: press in the direction of the interior of the container [preferably, from the top of the container when standing vertically, because this area is free, for example, of solids] using at least one body of impact ( 6 ) [or, for example, by pushing such as directed air] on/against/with/between/in at least one section [or, also but, for example, against/with/between/in the intermediate zone, partial zone, complete zone] of at least one peripheral side or zone of two perimeter lateral sides contiguous with one end or vertex [for example, located in the upper section of the container; or, vice versa, the perimeter lateral side is the one that hits on/against/with/between/in the impact body ( 6 ) or, but also, in any of the cases being in movement both the initial container and the impact body ( 6 ): 
       so that section of the fluid is displaced towards the contour of the container, increasing the pressure inside the container, as well as producing a local inflation effect, obtaining: 
       at least one support face or additional face in the area of the container impacted by the impact body which allows the container to stand stably as well as, in turn, modify the geometric configuration of the container, and 
       at least one flap ( 36 )/triangular body ( 36 ) [or at least section of at least one flap or triangular body] contiguous with the support face and formed by at least two sides of the container, and 
       Second stage: 
       By folding, bending or joining, by a mechanical, pushing or air-directed mode, at least once to at least one direction and/or to (or on) itself: at least section of at least a flap ( 36 )/triangular body ( 36 ) [or at least section of a flap or triangular body] towards at least a section of at least another section of the same or another flap ( 36 )/triangular body ( 36 ) [or less section of the flap or triangular body]. Furthermore at least section of these two sections of at least one triangular flap/body (or at least section of the flap or triangular body) may be, for example: superimposed in parallel or with some degree of rotation to one side or the other, as well as also folding or bending at least once the triangular flap (or at least section of the flap or triangular body) on itself, for example, rectilinearly, obliquely or semicircular convex/concave; getting:
 at least one section of at least a section of at least two sections or halves of at least one triangular flap (or at least section of at least one flap or triangular body), which will be folded or folded at least one once towards at least one direction and towards (or over) at least section of another section of the same or another flap ( 36 )/triangular body ( 36 ) (or at least section of it or another triangular body/flap), and 
 an edge or fold generated at the intersection of at least two sections or halves of at least one flap ( 36 )/triangular body ( 36 ) (or at least section of the flap or triangular body), where the package is going to keep permanently watertight without pores or leaks. 
 
       Third Stage: followed, immediately, by a way of flipping the container that is, preferably, upright, the container will be rotated 180 degrees (or approximately) on itself so that, on the one hand, the solids packed inside the container fall downwards due to the gravitational effect and, on the other hand, at least one of the perimeter lateral sides (which previously, for example, was located in the lower section of the container) turns towards, for example, the upper section of the container. 
       Fourth step: on at least one perimeter that is now located at the top of the container, steps one, two and three described above in this procedure are going to be repeated. 
     
     
         102 . Process to improve other procedures for the production of containers of three-dimensional configuration, which are manufactured with flexible materials; wherein the method comprises the following steps:
 generating a container body starting, for example, from the film in coil,   sealing media, by means of at least one mode of heat source, and   generation media of at least one flap/triangular body ( 36 ) (or at least section of a flap or triangular body) or strip ( 37 );   wherein the method is characterized by the following:   By folding, bending or joining, by a mechanical, push or air-directed mode, at least once to at least one direction and/or to (or on) itself: at least section of at least one flap ( 36 )/triangular body ( 36 ) [or at least section of a flap or triangular body] towards at least section of at least another section of the same or another flap ( 36 )/triangular body ( 36 ) [or at least section of the flap or triangular body]. Furthermore at least section of these two sections of at least one triangular flap/body (or at least section of the flap or triangular body) may be, for example: superimposed in parallel or with some degree of rotation to one side or the other, as well as folding or bending at least once the triangular flap (or at least section of the flap or triangular body) on itself, for example, rectilinearly, obliquely or semicircular convex/concave; getting:
 at least one section of at least a section of at least two sections or halves of at least one triangular flap (or at least section of at least one flap or triangular body), which will be folded or folded at least one once towards at least one direction and towards (or over) at least section of another section of the same or another flap ( 36 )/triangular body ( 36 ) (or at least section of it or another triangular body/flap), and 
 an edge or fold generated at the intersection of at least two sections or halves of at least one flap ( 36 )/triangular body ( 36 ) (or at least section of the flap or triangular body), and 
 a container transformed with at least one area or with at least one flap ( 36 )/triangular body ( 36 ) (or at least a section of the flap or triangular body), wherein at least a section of at least a section of the less a triangular flap (or at least section of the flap or triangular body) is folded or folded at least once to at least one direction or to (or on) at least a section of at least another section of at least the same or another triangular flap (or at least section of it or another flap or triangular body), where the container is to be permanently sealed without pores or leaks. 
   
     
     
         103 . Procedure according to any one of claim  1 ,  2  or  3 , characterized by that prior to the folding, bending or joining step at least once to at least one direction or/and towards (or over) itself of at least part of at least one flap/triangular body [or at least part of a flap or triangular body] towards at least part of at least another part of the same flap/triangular body [or at least part of the flap or triangular body]:
 it is to be sealed, by means of a way such as for example a heat source (such as that of a resistor, laser or ultrasound), at least once [for example, with at least one welding line ( 2   a;    2   b;    2   ae ;  2   be ) which may be, for example, rectilinear, semicircular concave/convex or oblique] by at least part of at least one face or side of at least one flap/triangular body (or at least part of one flap/triangular body); thus obtaining: 
 at least one welding line that will keep at least one of the supporting faces or additional face permanently stable, and 
 at least one more rigid and stable flap/triangular body (or of at least part of at least one flap/triangular body), if after it has been folded or bent at least once over itself. 
 
     
     
         104 . Procedure according to claims  1 ,  2 ,  3  characterized by additionally incorporating [since that at least, as minimum: at least part of the flap ( 36 )/triangular body ( 36 ) (or at least part of the flap/triangular body) is folded or bent at least once towards one direction or/and towards (or over) itself or towards at least part of another part of it flap ( 36 )/triangular body ( 36 ) (or at least part of the flap/triangular body), the step of:
 sealing {by means of a way such as that of a heat source such as that of a resistor or ultrasound and, for example, with at least one welding line ( 2   a,    2   b,    2   ae ,  2   be ) which may be, for example, parallel, perpendicular or oblique, as well as may also be, for example, rectilinear, oblique or semicircular concave/convex}, at least once by at least part of at least a face or side (preferably the outer face or side) of at least one of the parts (either the part that is folded or bent, or the part that at least part of it is in contact with the intersection area between the flap and the container body) of at least two parts or halves of at least one flap ( 36 )/triangular body ( 36 ) (or of at least part of the flap/triangular body); to, thus, keep permanently stable:
 at least one of the supporting generated faces or additional face, and 
 at least one part of at least two parts of the flap ( 36 ) (or triangular body) folded or bent at least once over itself, thus obtaining: 
 the permanent positioning of the flap (or triangular body) towards the body of the container or towards at least one of the adjacent faces (for example: a, b), in which, in addition, at least part of this flap (or triangular body) will also be making contact (although, in some cases, may not be in contact) permanently with at least one of the adjacent sides of the container, and 
 an edge {generated at the intersection of at least two parts or halves of at least one flap ( 36 )/triangular body ( 36 ) (or at least part of the flap/triangular body), in which at least part of at least one part or half is folded or bent at least once towards at least one direction with respect to (or over) at least part of at least another part of the same or another flap ( 36 )/triangular body ( 36 ) (or at least part of it or another flap or triangular body)} better shaped and delimited, as well as more rigid or consistent, especially, if it is sealed on at least part of at least one face or side of this edge (c) (or intersection area). 
 
 
     
     
         105 . Procedure according to any of claim  1 ,  2  or  3  characterized by additionally incorporating the step of:
 adhering or gluing, by means of an adhesive or gluing method as a contact glue or a heat strip, at least once on at least one side of at least part of at least a part of at least one flap/triangular body ( 36 ) or strip ( 37 ) on at least part of at least another part of the same flap/triangular body ( 36 ) or strip ( 37 ), in which both parts are folded or bent at least once over each other. 
 
     
     
         106 . A device, in machines which transform initial flexible containers in three-dimensional containers, being those flexible containers initially endowed with: 
       at least two sides which limit an interior area, and which, at the same time, are limited by a perimetral external surrounding defined by at least one perimetral side, and 
       at least one line of sealing or folding which closes the container, 
       in which the container holds at least one fluid and, optionally or complementarily, may hold one solid or different types of solids, granulates or powdered; as can also be,
 in filling and sealing machines of flexible containers, which comprises: 
 
       means of generation of container bodies starting from coiled film, 
       at least one device with jaws or clamps or a set of two parallel jaws, claws or clamps with which the initial container is sealed and cut, sideways and horizontally (above and below) in at least two sides or faces, 
       at least one device that generates at least one flap (or triangular shape) or strip (generated by sealing and cutting the flap/triangular shape) in a flexible container; 
       where the device in whichever of the machines is characterized for containing:
 at least one device, through which there is at least one way of folding: 
 
       destined to put together at least once, towards at least one direction, at least one part of one flap/triangular shape ( 36 ) or strip ( 37 ) over at least part of, at least, another part of the same flap/triangular shape ( 36 ) or strip ( 37 ), in which besides, they can be, for example: superposed in parallel or with some degree of rotation towards one side or the other, alongside with also being able to fold at least once, the flap/triangular shape ( 36 ) or strip ( 37 ) over itself, for example, in a straight line, an oblique one, or semicircular convex/concave manner. 
     
     
         107 . A device, according to claim  7  which is characterized for its containing of at least one method of adhesion or fixation to keep united at least one part of the flap/triangular shape ( 36 ) or strip ( 38 ) over at least part of the other part of the same flap/triangular shape ( 36 ) or strip ( 37 ) as, for example:
 at least one welding system, through a heat source, to seal at least once, the side of at least part of the flap/triangular shape ( 36 ) or strip ( 38 ) which is folded at least once, over at least part of another part of the same flap/triangular shape ( 36 ) or strip ( 38 ). 
 
     
     
         108 . A device according to claims  7  and  8  which is characterized by it containing in at least one of the lateral sides or faces {which will enter into contact with the flaps/triangular shapes ( 36 ) or stripes ( 37 ), when these are generated} of an impact body ( 6 ) or/and of a zipper jaw ( 8 ); at least one hollow-slot ( 42 ) and one cavity {laid out, every time, for one single flap/triangular shape ( 36 ) or strip ( 37 )} destined to introduce, at least, two folded parts at least once over themselves in the flap ( 36 ) or strip ( 37 ) ; alongside with, pushing at least part of the flap ( 36 ) or strip ( 37 ) toward the cavity and crossing the hollow-slot ( 42 ) so as to introduce at least two folded parts at least once above themselves in the flap ( 36 ) or in the strip ( 37 ): we also have at least one stylet ( 46 ) in a horizontal or diagonal position {activated through a mode of movement such as, for example, that of at least one linear cylinder ( 9 ) or rotating one, which, besides, can be in part or in full located or fixated in or out of the body of impact ( 6 ) alongside with the zipper jaw ( 8 )}, which will be fixated in or out in at least one of the lateral sides or faces {which will enter into contact with the flaps/triangular shapes ( 36 ) or strips ( 37 ), when these are generated} in, precisely, the impact body ( 6 ) or/and the zipper jaw ( 8 ) which does not contain or is not fixated in the slot-hollow and the cavity.
 At the same time, there is at least one system of adhesion or fixation as for example, that of at least one welding system using a source of heat as, for example, a resistance or ultrasounds, fixated within the cavity: destined to seal {activated with a means of displacement as that of at least one lineal cylinder ( 9 ) or rotative, and from which also, a part or the entirety of the cylinder may be located or fixated outside or inside the impact body ( 6 ) or the zipper jaw ( 8 )} at least one, two or more times in at least one of the sides of at least part of the edge (c) or/and the zone next to the edge (d) of the flap/triangular piece ( 36 ) or strip ( 37 ) which is folded at least in part of two parts over itself within the cavity. 
 On the other hand, optionally, there can be at least one, two or moresystems of adhesion and fixation such as, for example, at least one welding system (placed, every time, for a flap/triangular  FIG. 36 ) or strip ( 37 )} using a source of heat, such as, for example, a resistance, laser or ultrasound, which could be fixated in at least one of the lateral sides (which will enter in contact with at least one of the sides of the flap/triangular  FIG. 36 ) or stripe ( 37 ) when these are generated} of the impact body ( 6 ) or/and the zipper jaw ( 8 ): destined to seal ( 2   a,    2   b ,  2   ae ,  2   be ) at least one, two or more times by at least one face of the flap/triangular  FIG. 36 ) or strip ( 37 ) before the flap/triangular  FIG. 36 ) or the strip ( 37 ) is folded at least once upon itself. 
 
     
     
         109 . A device according to claim  9  which is characterized for the hollow-slot being able to have a closing and opening system such as, for example, a mobile trapdoor ( 43 ) which opens and closes alternatively {activated through a displacement mode such as, for example, at least one linear or rotation cylinder ( 16 )}, fixated in at least one of the lateral sides of the impact body ( 6 ) or/and the zipper jaw ( 8 ): destined to open and close so as to ease, on one side, the expulsion towards the body of packaged content in the container which could have remained between both faces of the flap (or triangular body) in the moment of having been generated, and, on the other hand, to serve as supporting surface for the welding system such as, for example, a resistance or ultrasounds, so that in this way, it can be sealed in the lower part of the flap (or triangular shape) before being folded at least once over itself. 
     
     
         110 . A device in accordance with claims  7  and  8  which is characterized for it comprising at least one, two or more systems of adhesion or fixation as for example, at least one welding system {disposed, each time, for one flap/triangular shape ( 36 ) or strip ( 37 )}, through a heat source, as, for example, a resistance, lasers or ultrasounds, which may be fixated in at least one of the lateral faces {which shall enter in contact with at least one of the faces of the flap/triangular shapes or strip ( 37 ), when this is generated} of the body of impact ( 6 ) or/and the zipper jaw ( 8 ) destined to seal,
 on one side, optionally and before the flap/triangular shape ( 36 ) or strip ( 37 ) is folded at least once upon itself: at least once, twice or more times ( 2   a,    2   b,    2   ae ,  2   be ) by at least one side of the flap/triangular shape ( 36 ) or strip ( 37 ), in such a manner that it would ease, afterwards, that the flap/triangular shape ( 36 ) or strip ( 37 ) folds itself, precisely by at least one, whichever from the welding lines ( 2   a,    2   b,    2   ae ,  2   be ) which have been tried to be undertaken, and, 
 on the other hand, after the flap/triangular shape ( 36 ) or strip ( 37 ) is folded at least once upon itself, at least seal one, two or more times ( 2   ac ,  2   bc ,  2   ad ,  2   bd ) by at least one face of the flap/triangular shape ( 36 ) or strip ( 37 ) in at least one part of the edge (c) {generated when folding at least once the flap/triangular shape ( 36 ) or strip ( 37 )} or/and the contiguous and separated zone (d) of this edge (c), in such manner that it will make the flap/triangular shape ( 36 ) or strip ( 37 ) permanently stay folded at least once upon itself; alongside with 
 
       in at least one of the lateral sides {which will enter into contact with the flaps/triangular shapes ( 36 ) or strips ( 37 ), when these are generated} of the impact body ( 6 ) or/and the zipper jaw ( 8 ): there is a kind of push system disposed thereby, such as, for example, at least a stylet ( 44 ,  45   FIG. 4 ) {activated by a motion mode such as, for example, at least one linear cylinder ( 9 ) or rotating cylinder ( 16   FIG. 4 )} disposed, every time, for one single flap/triangular shape ( 36 ) or strip ( 37 ) and which, besides, will be positioned from within {without outstanding towards the outside, in order to allow for the impact body ( 6 ) and the zipper jaw ( 8 ) to come together} when the stylet ( 44 ,  45 ) is not activated: with the goal of pushing downwards at least one part of the flap/triangular shape ( 36 ) or strip ( 37 ), and that besides, part or the entirety of the cylinder can be placed or fixated on the outside or the inside of both the impact body ( 6 ) as well as the zipper jaw ( 8 )} so as to make them fold upon themselves: at least one part of the flap/triangular body ( 36 ) or strip ( 37 ) over at least part of another part of the same flap/triangular shape ( 36 ) or strip ( 37 ). 
       On the other hand, in case of not having sealed at least once the flap/triangular shape ( 36 ) or strip ( 37 ), before whichever of these are folded at least once upon themselves, there can also be fixations on at least one of the lateral faces {which will enter in contact with at least one of the faces of the flaps/triangular shapes or strips ( 37 ), when generated} from the impact body ( 6 ) or/and the zipper jaw ( 8 ): at least one mode of blocking system as, for example, a hook {actioned through a movement mode as, for example, a lineal or rotating cylinder}, so as to catch it in the height required—before folding—at least part of the flap/triangular shape ( 36 ) or strip ( 37 ): destined to facilitate and make possible that the flap/triangular shape ( 36 ) and strip ( 37 ) can later be folded precisely along the line or zone in which at least one hook is holding or blocking. 
     
     
         111 . A device according to claims  7  and  8  which is characterized for it comprising a system for the flap/triangular shape or strip folds towards at least one side, and then it can fold upon itself at least once: by dividing in at least two pieces or units of the impact body ( 6 ) and/or the zipper claw ( 8 ) {in case of a triple or quadruple set, the body of impact ( 6 ) is going to be divided in at least three units or pieces because it has on two of its sides a zipper claw ( 8 )}, in which at least one of the pieces or units of the upper part is mobile and independent of the other {activated in a way such as, for example, a linear cylinder or unit of linear displacement which can also be fixated to the lateral faces or sides, or the base side in which the flap or strip does not enter into contact with them}, in such a way that at least one of these units is going to be able to move, for example, sideways or up and down: destined, in first instance, to fold towards at least one side of the flap/triangular shape ( 36 ) or strip ( 37 ) and, in a second instance, fold the flap/triangular shape ( 36 ) or strip ( 37 ) at least once upon itself {through a push method such as, for example, a stylet ( 44 ), rotating rod ( 45 ) or guillotine (moving up to down) fixed in at least one of the sides (it is most optimized in the base face or side, or the lateral side which enters in contact with the flaps/triangular shapes ( 36 ) or strips ( 37 ) of the impact body ( 6 ) and/or the zipper jaw ( 8 )}; alongside with also sealing {previously and/or afterwards, the fold upon itself from the flap ( 36 ) or strip ( 37 )} at least oce with a welding line (they may be, for example: straight line, diagonal, oblique, semicircular, concave or convex, in zig-zag or in two or more directions), at least one part of the flap ( 36 ) or strip ( 37 ) that has not been yet folded, or folded upon itself. 
     
     
         112 . A Device in concordance with claims  7  to  11  which is characterized for its comprising a device, optionally from sealing or sealing and cut of flap/triangular shape ( 36 ) or strip ( 37 ) which stays loose once it has been folded at least once upon itself, endowed with:
 at least one system of adhesion and fixation as, for example, contact tails or at least one system of welding (through a heat source such as, for example, a resistance, to seal at least once, with at least one welding line, at least part of at least one face or side of the flap/triangular shape ( 36 ) or loose strip ( 37 )} or/and a system of cut/cauterization {by means of a cutting mode such as a knife to totally cut it or at least in part, the flap/triangular shape ( 36 ) or strip ( 37 ) which may be loose}, disposed for the flap/triangular shape ( 36 ) or strip ( 37 ) that ends up loose after having been folded at least once over itself. Besides, they may be fixed, for example: in at least one of the side faces {which will enter in contact with at least one of the faces of the flap/triangular shapes or strip ( 37 ), when the latter is generated} or in the cavity ( 42 ) of both the impact body ( 6 ) or/and a zipper jaw ( 8 ). 
 
     
     
         113 . A Device, with a machine to transform flexible initial containers into three-dimensional containers, in concordance with claims  7 , the device being characterized in that it additionally comprises:
 at least one support, at least one sensor destined to detect the initial container or the container initially introduced in the machine, and   at least one mobile impact body ( 6 ) [activated by linear movement means ( 9 ) or/and rotating] or/and immobile ( FIG. 2 ): with the goal to press in one, two or more lateral directions of the perimeter external contour, in at least one part of at least one or more lateral sides in the perimeter to generate at least one flap/triangular shape or strip ( 37 ) and,   at least one sealing jaw or clamp ( 8 ) or sealing and cut ( 8 ) system, activated by linear movement methods ( 9 ) or/and rotating ones, with the ends of sealing or sealing and cutting, with a cut method such as the use of a blade, on one or more of the sides and/or in art of the external perimetral or lateral contour, of at least part of at least one of said flaps (or triangular shape) or strip ( 37 ) in which the sealing claws ( 8 ) have at least one mode of heat source, to keep the support face or additional generated face or side permanently, where the machine is characterized for its having   
       at least one, two or more systems of attachment or fixation as for example, that of at least one system of welding {disposed, every time, for one flap/triangular shape ( 36 ) or strip ( 37 )}, by means of a source of heat as for example, that of a resistance, laser or ultrasounds, which may be fixed, for example, in at least one of the lateral faces {which will enter in contact with at least one of the faces of the cover/triangular shapes or strips ( 37 ), when generated} on the impact body ( 6 ) or/and a zipper jaw ( 8 ): with the goals of sealing,
 on one side, optionally and before the flap/triangular shape ( 36 ) or strip ( 37 ) is folded at least once upon itself: at least once, twice or more times ( 2   a,    2   b,    2   ae ,  2   be ) by at least one side of the flap/triangular shape ( 36 ) or strip ( 37 ), in such a manner that it would ease, afterwards, that the flap/triangular shape ( 36 ) or strip ( 37 ) folds itself, precisely by at least one, whichever from the welding lines ( 2   a,    2   b,    2   ae ,  2   be ) which have been tried to be undertaken, and, 
 on the other hand, after the flap/triangular shape ( 36 ) or strip ( 37 ) is folded at least once upon itself, at least sealing one, two or more times ( 2   ac ,  2   bc ,  2   ad ,  2   bd ) by at least one face of the flap/triangular shape ( 36 ) or strip ( 37 ) in at least part of the edge (c) {generated when folding at least once the flap/triangular shape ( 36 ) or strip ( 37 )} or/and the contiguous area (d) of this edge (c), in such manner that it will make the flap/triangular shape ( 36 ) or the strip ( 37 ) to maintain itself in place permanently folded at least once upon itself. 
 
     
     
         114 . Device, in filling and sealing machines and packaging of flexible containers, in concordance with claim  7 , characterized in that it additionally comprises:
 at least one, two or more systems of adhesion or fixation as for example, that of at least one system of welding {disposed, every time, for a flap/triangular shape ( 36 ) or strip ( 37 )}, by means of a source of heat such as, for example, a resistance, laser or ultrasounds, which may be fixated, for example, in at least one of the lateral faces {those which will enter in contact with at least one of the faces of the flap/triangular shapes or strips ( 37 ), when these are generated} of a body of impact ( 6 ) and/or a zipper jaw ( 8 ): destined to adhere or seal,
 on one side, optionally and before the flap/triangular shape ( 36 ) or strip ( 37 ) is folded at least once upon itself: at least once, twice or more times ( 2   a,    2   b,    2   ae ,  2   be ) by at least one side of the flap/triangular shape ( 36 ) or strip ( 37 ), in such a manner that it would ease, afterwards, that the flap/triangular shape ( 36 ) or strip ( 37 ) folds itself, precisely by at least one, whichever from the welding lines ( 2   a,    2   b,    2   ae ,  2   be ) which have been tried to be undertaken, and, 
 on the other hand, after the flap/triangular shape ( 36 ) or strip ( 37 ) is folded at least once upon itself, at least sealing one, two or more times ( 2   ac ,  2   bc ,  2   ad ,  2   bd ) by at least one face of the flap/triangular shape ( 36 ) or strip ( 37 ) in at least part of the edge (c) {generated when folding at least once the flap/triangular shape ( 36 ) or strip ( 37 )} or/and the contiguous area (d) of this edge (c), in such manner that it will make the flap/triangular shape ( 36 ) or the strip ( 37 ) to maintain itself in place permanently folded at least once upon itself. 
   
     
     
         115 . Device, according to any one of claims  13 - 14 , characterized by a device of folding at least once over itself of the flap/triangular shape ( 36 ) or strip ( 37 ) of a flexible container, endowed with:
 at least one hollow-slot ( 42 ) and a cavity in at least one of the lateral sides of the impact body ( 6 ) and/or the zipper jaw ( 8 ): destined to introduce at least two pieces, folded upon themselves at least once in the flap ( 36 ) or strip ( 37 ), alongside with the hollow-slot, through a closure that opens and closes, it can have a trapdoor fixated ( 43 ) {activated by a mode of displacement such as, at least, one linear or rotating cylinder ( 16 )}, and   at least one stylet ( 46 ) {activated by means of a movement such as, at least, a linear cylinder ( 9 ) or rotating cylinder, in which besides of part or an entirety of the cylinder may be located or fixated outside or inside either the body of impact ( 6 ) or the zipper jaw ( 8 )}: destined to push at least part of the flap ( 36 ) or strip ( 37 ) toward the cavity and crossing the hollow-slot ( 42 ) so as to at least introduce two folded pieces at least once over themselves in the flap ( 36 ) or strip ( 37 ), which will be fixed by, for example, in a horizontal or diagonal position and within or outside of at least one of the lateral faces of the body of impact ( 6 ) and/or the zipper jaw ( 8 ) which may be absent or fixing the hollow-slot and the cavity.   
     
     
         116 . Device, according to any one of claims  13 - 14 , characterized by it comprising a device for folding at least once upon itself in the flap/triangular shape ( 36 ) or strip ( 37 ) of a flexible container, endowed with:
 at least one, two or more systems of adhesion and fixation such as, for example, those of at least one welding system: destined to adhere or seal, optionally and before the flap/triangular shape ( 36 ) or strip ( 37 ) be it folded at least once over itself: at least one, two or more times ( 2   a,    2   b,    2   ae ,  2   be ) for at least one face of the flap/triangular shape ( 36 ) or strip ( 37 ) in such a way that it will afterwards make possible that the flap/triangular shape ( 36 ) or strip ( 37 ) is folded, precisely, for at least one of whichever from the welding lines ( 2   a ,  2   b,    2   ae ,  2   be ) which have been undertaken,   at least one way of pushing in a system such as, for example, a stylet ( 44 ) or turning rod ( 45 ) {activated by a displacement mode such as for example, that of at least one linear cylinder ( 9 ) or/and spinning cylinder ( 16 )} fixated in one of the lateral faces of the body of impact ( 6 ) or/and the zipper claw ( 8 ) which is positioned from within {without outstanding towards the outside, to allow the impact body ( 6 ) and the closing jaw ( 8 ) to be put together} when not activated: destined to push down at least part of the flap/triangular shape ( 36 ) or strip ( 37 ) so as to have folded upon itself at least one part of the flap/triangular shape ( 36 ) or strip ( 37 ) over at least part of another part of the same flap/triangular shape ( 36 ) or strip ( 37 ), and   at least one system of adhesion and fixation such as for example, that of at least one welding system, once the flap/triangular shape ( 36 ) or strip ( 37 ) has been folded at least once upon itself, so as to thereby seal or attach at least one, two or more times ( 2   ac ,  2   bc ,  2   ad ,  2   bd ) by at least one face of the flap/triangular shape ( 36 ) or strip ( 37 ) in at least part of the edge (c) {generated when folding at least once the fold/triangular shape ( 36 ) or strip ( 37 )} or/and the zone next to and separate (d) of this edge (c), in such a manner that it will make the flap/triangular shape ( 36 ) or strip ( 37 ) permanently stuck or folded at least once over itself.   
     
     
         117 . Device, according to any one of claims  13 - 14 , characterized by it comprising for it having a system for the flap/triangular shape or strip of a flexible container is folded at least towards one side and afterwards, it folds at least one time over itself, endowed with:
 at least one, two or more systems of adhesion and fixation such as for example, one welding system: destined to attach or seal, optionally and before the flap/triangular shape ( 36 ) or strip ( 37 ) is folded at least once upon itself: at least one, two or more times ( 2   a,    2   b,    2   ae ,  2   be ) by at least one face of the flap/triangular body ( 36 ) or strip ( 37 ) in such a way that it will afterwards facilitate that the flap/triangular shape ( 36 ) or strip ( 37 ) folds itself, precisely, for at least one of whichever of the weld lines ( 2   a,    2   b,    2   ae ,  2   be ) which may have been wanted to perform,   at least the body of impact ( 6 ) or/and the zipper jaw ( 8 ) divided in at least two pieces or units {or at least in three units when the impact body ( 6 ) has on both sides a zipper jaw ( 8 )}, in which at least one of these will be mobile and will move {actioned through a mechanical method such as a linear cylinder or linear transaction unit} towards at least one of its sides: destined to fold at least one flap/triangular shape ( 36 ) or strip ( 37 ).   at least one way of a push system such as, for example, a stylet( 44 ), rotating rod ( 45 ) or guillotine (moving up to down) {activated both through a moving mode as, for example, at least one lineal cylinder ( 9 ) or/and rotating ( 16   FIG. 4 )} fixated in the base face or side or the lateral side of the piece or unit in the upper section of the impact body ( 6 ) and/or the zipper jaw ( 8 ), which is positioned from inside {without emerging toward the outside, to allow the impact body ( 6 ) and the zipper jaw ( 8 ) to go together} when it is not actioned: destined to push downwards at least part of the flap/triangular shape ( 36 ) or strip ( 37 ), so as to make them fold upon themselves in at least one part of the flap/triangular shape ( 36 ) or strip ( 37 ) over at least part of the other part of the same flap/triangular shape ( 36 ) or strip ( 37 ), and   at least one system of attachment or fixation as for example, that of at least one welding system, once that the flap/triangular shape ( 36 ) or strip ( 37 ) has been folded at least one time upon itself, so as to seal or attach at least one, two or more times ( 2   ac ,  2   bc ,  2   ad ,  2   bd ) by at least one face of the flap/triangular shape ( 36 ) or strip ( 37 ) in at least part of the edge (c) {generated when folding at least once the flap/triangular shape ( 36 ) or strip ( 37 )} or/and the next and separate zone (d) of this edge (c), in such manner that it will make the flap/triangular shape ( 36 ) or strip ( 37 ) keep itself folded at least once over itself.   
     
     
         118 . Device, according to any one of claims  7 - 8 , characterized by it being comprised of a device, optionally, for sealing or for sealing and cutting the flap/triangular shape ( 36 ) or strip ( 37 ) which is loose once it has been folded at least once upon itself, endowed with:
 at least one system of attachment or fixation as, for example, that of at least one welding system {via a source of heat such as a resistance, to seal at least once with at least one welding line and at least part of at least one face of the flap/triangular shape ( 36 ) or strip ( 37 ) which is loose} or/and cut/cauterizing system {through a way of cutting such as a blade to cut the entirety or at least part of the flap/triangular shape ( 36 ) or strip ( 37 ) which is loose}, disposed for the flap/triangular shape { 36 } or strip ( 37 ) which is loose after having been folded at least once upon itself. Besides, they may be fixed, for example: in at least one of the lateral sides {those which will enter in contact with the flaps/triagular shape or flap ( 37 ), whenever it is generated} or in the cavity ( 42 ) of both the impact body ( 6 ) or/and a zipper jaw ( 8 ).   
     
     
         119 . Device, accordance to any one of claims  13 , characterized with the bodies of impact ( 6 ) and zipper jaws ( 8 ) being selected from among:
 a double set, which comprises a zipper jaw ( 8 ) aligned (or which aligns itself) with an impact body ( 6 );   a triple set, which contains two zipper jaws ( 8 ) aligned (or which align themselves) with an impact body ( 6 ) located in the center, and   a quadruple set, which contains two zipper jaws ( 8 ) aligned (or which align themselves) with two impact bodies ( 6 ) located in the center.   
     
     
         120 . Device, according to any one of claims  15 ,  16 ,  17 ,  18 ,  19  and  20 , characterized for its comprising of additionally a trapdoor ( 10 ) activated by lineal and/or rotating motion means, destined to being positioned and getting away under the starting container or the holding clamp ( 3 ), so as to serve as a support base for the initial container before it being transformed, and it also comprises means of displacement in the height of the trapdoor destined to regulate the height of the blueprint and locating the initial container in the precise height required, so that the holding clamps ( 3 ) hold the initial container by the middle zone, on the extreme sides or in the zone not next to the lateral perimeter side in which flaps originate. 
     
     
         121 . Flexible container, characterized by being obtainable through the procedure described in claims  1  to  6 , or using the device described in claims  7  to  21 . 
     
     
         122 . Flexible container in compliance with claim  22 , characterized by it comprising a container body similar to a basket ( FIG. 6 ) with at least just two flaps (triangular shapes) manipulated from below, being those:
 folded at least once over each other in at least one direction and/or at least one lateral side, and, also, sealed by at least one or two welding lines in at least part of at least one side: the edge (c) and/or the contiguous zone (d) to the previous edge.   
     
     
         123 . Flexible container in compliance with claim  22 , characterized by int comprising a container body in a shape similar to a basket ( FIG. 6 ) with at least two flaps (or triangular shapes) manipulated in the lower side, being two or at least one of these, sealed and cut, making a strip ( 37 ) that arches toward the lateral side. 
     
     
         124 . Flexible container in compliance with claim  24 , characterized for it comprising additionally in both or at least one strip ( 37 ): at least the fold of at least once over themselves toward at least one direction or/and at least one lateral side and, also, sealed by at least one or two welding lines in at least part of at least one side of the edge (c) and/pr the contiguous zone (d) of the previous edge. 
     
     
         125 . Flexible container in compliance with claims  23  or [ 24  and  25 ] characterized by it comprising, additionally, before the folding of the flap ( 36 ) or strip ( 37 ) at least once over itself, at least one or two welding lines in at least part of at least one side: the zone of intersection of one or two flaps and the container body ( 2   a,    2   b ), and/or the contiguous zone ( 2   ae ,  2   be ) to the intersection zone or the welding line that comes before. 
     
     
         126 . Flexible container in compliance with claim  22 , characterized by it comprising a container body similar to a jar ( FIG. 9 ) with just three flaps (triangular shapes), and the latter being:
 folded at least once over themselves toward at least one direction and/or at least one lateral side, and, also, sealed by at least one or two welding lines in at least part of at least one side: the edge (c) and/or the contiguous zone (d) of the edge or the welding line preceding it.   
     
     
         127 . Flexible container in compliance with claim  22 , characterized by it comprising a container body similar to a jar ( FIG. 9 ) with just three flaps (triangular shapes) manipulated, being the three or at least one of them, sealed and cut configuring a strip ( 37 ) which arches toward the lateral side. 
     
     
         128 . Flexible container in compliance with claim  28 , characterized by it comprising additionally in the three or at least one strip ( 37 ): at least folded once over themselves toward at least one direction and/or at least one lateral side, and, also, sealed at least by one or two welding lines in at least part of at least one side of the edge (c) and/or contiguous zone (d) to the previous edge. 
     
     
         129 . Flexible container in compliance with claims  27  or [ 28  and  29 ] characterized by it comprising additionally, before folding the flap ( 36 ) or strip ( 37 ) at least once over itself, at least one or two welding lines in at least part of at least one face or side: from the zone of intersection of one or two of the flaps and the body of the container ( 2   a,    2   b ) and/or at least part of at least one face of the contiguous zone ( 2   ae ,  2   be ) to the intersection zone or the welding line before it. 
     
     
         130 . Flexible container in compliance with claim  22 , characterized by it being comprised by a container body in shape of a parallelepiped such as the Cube ( FIG. 7 ) or a rectangular prysm with four flaps (triangular shapes), being the latter:
 folded at least once over themselves toward at least one direction and/or at least one lateral side, and, also, sealed by at least one or two welding lines in at least part of at least one side: the edge (c) and/or the contiguous zone (d) of the edge or the welding line preceding it.   
     
     
         131 . Flexible container in compliance with claim  22 , characterized by it being comprised by a container body in shape of a parallelepiped such as the cube ( FIG. 7 ) or a rectangular prysm with four flaps (triangular shapes), being the four of them or at least one of them sealed and cut creating a strip ( 37 ) which arches itself toward the lateral side. 
     
     
         132 . Flexible container in compliance with claim  32 , characterized by it being comprised additionally in four or at least one strip ( 37 ), by: at least the fold of at least once over itself toward at least one direction and/or at least one lateral face or side, and, also, sealed by at least one or two welding lines in at least part of at least one side of the edge (c) or/and the contiguous zone (d) to the previous edge. 
     
     
         133 . Flexible container in compliance with claim  22 , characterized by it being comprised by a container body in the shape of a parallelepiped such as the cube ( FIG. 7 ) or a rectangular prysm with four flaps (triangular shapes), being these:
 both on the lower side, folded at least once over each other toward at least one direction and/or toward at least one lateral side, and also, sealed by at least one or two welding lines in at least part of at least one side: the edge (c) and/or contiguous zone (d) of the edge or the welding line coming before it.   both on the upper side, sealed and cut configuring a strip ( 37 ) which arches toward the lateral side in containers positioned vertically ( FIG. 11 ) and toward the upper side in containers that are positioned horizontally ( FIG. 13 ).   
     
     
         134 . Flexible container in compliance with claim  31 , [ 32  and  33 ] or  34 , characterized by it being comprised additionally, before the folding of the flap ( 36 ) or strip ( 37 ) at least once over itself, at least one or two welding lines in at least part of at least one face or side: from the intersection zone of at least [one, both of the top ones, or all four] flaps/triangular shapes and the container body ( 2   a,    2   b ) and/or, in at least part of at least one face or side of the contiguous zone ( 2   ae ,  2   be ) to the intersection zone or the previous welding line. 
     
     
         135 . Flexible container in compliance with claim  22 , characterized by it being comprised by a container body in the shape of a cylinder ( FIG. 19 ) with four flaps (triangular shapes), with them being:
 folded at least once over themselves towards at least one direction and/or at least one lateral face or side, and, also, sealed by at least one or two welding lines in at least part of at least one face or side: that of the edge (c/g) and/or the contiguous zone (d/g) to the edge or the welding line before it.   
     
     
         136 . Flexible container in compliance with claim  22 , characterized by it being comprised by a container body in the shape of a cylinder ( FIG. 19 ) with four flaps (Triangular shapes), being the four or at least one of them, sealed and cut configuring a strip ( 37 ) which arches toward the lateral side. 
     
     
         137 . Flexible container in compliance with claim  37 , characterized by it being comprised, additionally, in the four of, or at least one strip ( 37 ): at least the folding of at least once over themselves in at least one direction and/or at least one lateral side or face, and, also, sealed by at least one or two welding lines in at least part of at least one side or face of the edge (c/g) or/and the contiguous zones (d/g) of the previous edge. 
     
     
         138 . Flexible container in compliance with claim  22 , characterized by it being comprised of a container body in the shape of a cylinder ( FIG. 19 ), with four flaps (triangular shapes), being these:
 both below, folded at least once over each other towards at least one direction and/or at least one lateral face or side, and, sealed by at least one or two welding lines in at least part of at least one side or face: that of the edge (c/g) and/or contiguous zone (d/g) to the edge or the welding line that comes before it.   both on the top, sealed and cut configuring a strip ( 37 ) which arches toward the lateral side.   
     
     
         139 . Flexible container in compliance with claim  36  or [ 37  and  38 ] or  39 , characterized for it being comprised, additionally, before the folding of the flap ( 36 ) or strip ( 37 ) at least once over itself, at least one or two welding lines (they may be, for example: straight lined, diagonal, oblique, semi-circular concave/convex, in zig-zag or two or more directions) in at least part of at least one side or face: the zone of intersection of at least [one, both on top, or all four] flaps/triangular shapes and the container body ( 2   ag ,  2   bg ), or/and, at least in part of at least one side of a contiguous zone ( 2   aeg ,  2   beg ) to the intersection zone or the welding zone that comes before it. 
     
     
         140 . Flexible container in compliance with any whichever of claims  22  to  40 , characterized for it being comprised by the adhesion or sticking of at least two parts of at least one flap/triangular body ( 36 ) or strip ( 37 ) which is folded at least once over itself. 
     
     
         141 . Flexible container in compliance with any whichever between claim  22  to  40 ) or  41  characterized for it comprising at least one flap/triangular shape ( 36 ) or loose strip ( 37 ): attached or stuck to the container body or the flap/triangular shape ( 36 ) or strip ( 37 ). 
     
     
         142 . Flexible container in compliance with whichever among claim  22  to  40 ) or  41  characterize for it comprising at least one flap/triangular shape ( 36 ) or loose strip ( 37 ): at least one fold at least once over itself and towards at least one direction of at least one part of at least two other parts. 
     
     
         143 . Flexible container in compliance with claim  43  characterized by it comprising at least one flap/triangular shape ( 36 ) or strip ( 37 ) folded at least once over itself by at least two parts: attached to the body of the container or the flap/triangular shape ( 36 ) or strip ( 37 ). 
     
     
         144 . Flexible container in compliance with claim  22  characterized by it comprising at least to welding lines (which could be, for example, straight lined, diagonal, oblique, semicircular concave/convex, zig-zag, in two or more directions) by at least one face of the flap/triangular shape or strip ( 37 ), where one takes place in the zone of intersection of the flap (or triangular shape) or strip ( 37 ) and the container body and, at least another more, takes place separated from the previous one between at least 0.1 and 5 milimeters (or, approximately).