DE2627927A1 - POUCH REMOVAL PACKAGING - Google Patents

Description

PATENT ADVOCATE
DIPL-ING.

HELMUT GÖRTZ

Frankfurt am Main 70? Fi? 7Q? 7

Schneckenhofslr. 27 - Tel. 617079 ZDZ / XZI

June 21, 1976 UNION CARBIDE CORPORATION Gzg / goe

Pouch removal packaging

The invention relates to a pouch dispensing package containing a coreless roll of individual and separate pouches which are in a container are arranged such that the bags are sequentially removed from an opening in the container near the axis of the roller starting with the innermost rolled-up bag and progressing to the outermost rolled-up bag. Preferably, the coreless roll of bags comprises individual and separate bags that are in an overlapping or layered sequence are arranged in such a way that when the innermost rolled-up bag is removed, the front edge of the subsequent innermost rolled-up bag

front

rolled bag is taken away, causing the / edge of the following Bag extends through the opening in the container.

It is known that many people prefer cheap, disposable ones Prefer paper or plastic bags for various uses, as a substitute for fabric or other reusable materials. For example, film film materials made of various plastic polymers, such as polyethylene, polyvinyl chloride, poly-

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esters and the like of great popularity for applications normally reserved for reusable materials. These materials, even in their film form, are solid, hygienic and relatively cheap, which makes them well suited as packaging material power. As a result, some of the major uses of plastic films are in the manufacture of food packaging, such as sandwich bags, lunch bags, food storage bags, and the like. Plastic films came in numerous other important cases for use, for example for the collection of waste, such as trash bags, garbage bags and the like and in dry cleaners to wrap cleaned suits and clothes. In general, the latter type of Plastic bags on large removal rollers arranged on cores, such that the individual bags were connected to one another along perforated lines, so that an outer bag was relatively light could be separated from the roll. However, these roles are usually large and difficult to handle.

For household use, large bags are usually folded into rectangles and laid one on top of the other, then on top of the bag assembly in a rectangular box would be placed, access The bags of this type of packaging arrangement are usually made through an opening in the front and / or top of the Cardboard boxes. One of the disadvantages of this packaging technology is

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that each pouch is usually folded on itself several times and that it is very difficult to unfold when it is out is removed from the box.

U.S. Patent 3,826,361 discloses another technique of packaging large bags which involves the arrangement of a number of folded bags in an overlapping sequence in the direction of the fold lines, curling the overlapped sequence of bags into the shape of a cylindrical one Roll and place the roll in a square cross-section cardboard large enough to allow the roll to rotate in it to allow, providing an opening in the front and / or upper wall is provided through which the folded bags can be pulled from the roll, and wherein the individual bags overlap enough so that the leading edge of the next outermost rolled bag on the roll is in a position adjacent to the opening in the carton is rotated when the outermost bag is pulled from the roll. This type of packaging technology is needed a fairly large carton to allow rotation of the rolled pouch assembly to peel off the outermost rolled up one Bag to facilitate.

U.S. Patent 3,718,253 discloses a pouch package in which the bags are first laid flat, side by side, and one large number of superimposed bags, which then

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are folded in their middle parts, whereupon they are rolled into a spiral-shaped roll so that the middle parts at an open end of the dispensing container in which the spiral roll the bag being held loosely is arranged in a spiral shape. The bags can then be removed from the container one at a time by simply pulling on the exposed helical folded portion of the outermost pouch of the package. A disadvantage In this packaging technique, the opening in the container must be larger than the diameter of the spiral-shaped one Roll so that the bags can be easily removed, as the first bag that is taken off the roll is the outermost bag on the roll is.

In order to improve the above types of pouch packaging, it is an object of the present invention to provide a take-out pouch packaging to provide for a roll arrangement of single and separate bags, the bags being removed one after the other in an order starting with the innermost rolled-up bag and moving to the outermost rolled-up bag progresses.

Another object of the invention is to provide a pull-out pouch package for a roll arrangement of single and separate bags that

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are arranged in an overlapping or shingled sequence to create, so that when removing the innermost rolled-up bag the front edge of the next inner rolled-up bag is taken along.

Another object of the invention is to provide a dispensing pouch package for a roll array of individual and separate bags arranged in a layered sequence, so that when the innermost rolled-up bag is removed, the front edge of the innermost rolled-up bag is carried along.

Another object of the invention is to provide a pull-out pouch package for folded bags that are easy to handle and that require relatively little storage space.

Another object of the invention is to provide a pull-out pouch package in which the removal of each subsequent bag is facilitated.

Another object of the invention is to provide a cylindrical pouch dispensing package that contains a coreless roll of overlapping or layered pouches in which the pouches can be removed one after the other through an axial opening in the pack, starting with the innermost rolled-up bag and continuing to the outermost rolled-up pouch.

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Another object of the invention is to provide a rectangular bag take-off to create packaging that contains a coreless roll of overlapping or layered pouches in which the pouches through an opening in the package next to the axis of the coreless Roll are removed one at a time, starting with the innermost rolled-up bag and progressing to the outermost rolled-up bag Bag.

Another object of the invention is to provide a dispensing bag that has a coreless roll of overlapping
or layered individual bags, in which the bags are removed one after the other through an opening in the package at the axis of the coreless roll and in which the bags are sufficiently overlapping or layered so that the
Remove the innermost rolled up pouch the front edge
of the subsequent innermost rolled-up bag takes with it, whereby the front edge of the subsequent innermost bag
is passed through the opening of the packaging.

The above and other objects will become apparent from the following description and the accompanying drawings more clearly.

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The invention relates generally to a take-out bag containing a number of individual and separate bags, each pouch having open and closed, opposite ends - front and backs - and closed side edges; all bags are arranged in a sequential orientation and rolled up to form a generally cylindrical, to form coreless roll; a container sized to receive the coreless roll; and means, to form an opening in the container, near the axis of the cylindrical roller through which the innermost rolled-up bag is inserted the center of the roll can be pulled off this roll. Preferably the bags of the roll are in an aligned overlapping manner or layered sequence so that when the innermost rolled-up bag is removed, the leading edge of the next innermost rolled-up pouch is carried along, causing the edge of the following innermost rolled-up pouch to pass through the Opening in the container is guided.

As used herein, the term "generally cylindrical coreless roll" is intended to encompass everything between a truly cylindrical roll and a cylindrical roll which is flattened to form an oval roll.

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By the term "layered sequence" it is meant a sequence of transversely folded bags, each bag being a "V-shaped" Forms shape, with the folded or common edge referred to as the leading edge and the opposite and separated Edges are referred to as the trailing edges, and the leading edge of a bag between the trailing edges of the previous transversely folded bag is inserted with the front edge of the previous bag between the rear Edges of the next previous bag is inserted, etc.

By the term "folded pouch" is meant a pouch which is folded at least once in some way, preferably lengthways and / or transversely where it is rolled up.

The rolling of the bags into a cylindrical roll should be done carefully around a cavity or opening on the axis of the roll so that the first innermost bag can be easily grasped and removed from the roll can be. An axial cavity has been found to have a diameter between 1.905 cm (o.75 inches) and about 6.35 cm (2.5 inches) is suitable for most applications, while a diameter greater than 6.35 cm (2.5 inches) is suitable for large ones Rolls are suitable for industrial or institutional use. A diameter between approximately 2.5 * 1 cm (1 inch)

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and 4.45 cm (1.75 inches) of the axial cavity is for rollers preferred that are intended for household use.

In one embodiment, the individual and separate bags can be folded or unfolded in a row in such a way that the open or closed end of the first bag in the closed or open end of the next following bag is adjacent so that when the bags are rolled up, when the innermost rolled up bag is removed, the next one innermost rolled-up bag is not taken.

In another embodiment, the individual and separate Bags can be folded or unfolded, folded or further folded across and the folded or front edges in the rear edges of an adjacent transversely folded bag are layered. In this configuration, when removing of the innermost bag, the next innermost bag is taken from the roll.

In another embodiment, the individual and separate bags, folded or unfolded, can be strung together in an overlapping or shingled sequence so that when the bags are rolled up, when the innermost rolled-up bag is removed, the subsequent innermost rolled-up bag is carried along .

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The overlapping or layered length of the bags, i.e. the length of the common area between adjacent bags, depends from the original diameter of the hollow core, the number of bags on the roll, the number of folds of the overlapping ones or layered bags, and also whether the bags from the bag-removal packaging in a horizontal, vertical upwards, vertically downwards or inclined downwards or upwards, removed from the directed position.

For most uses for overlapping or layered In roll arrangement, the overlapping or layered length of the bags can be between about 5.08 cm (2 inches.} And about 22.8 cm (9 inches). An overlapping or layered length that is generally less than 5.08 cm (2 inches), would not be desirable as the leading edge of the subsequent bag could not be sucked through the opening if the Bag roll is nearly exhausted, while an overlapping length of generally more than 22.86 cm (9 inches) is unsuitable would be because too long a part of the following bag length could be pulled out or taken along with the removed bag.

Preferably, the overlapping or layered length in a roll can be varied so that the length of the bags

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has its minimum in the middle of the roll and then increases for the bags which are arranged radially further outwards on the roll. This arrangement can be used for rolls that have a large number of bags to ensure that after each bag that is removed from the roll, the front end of the following bag is moved by a relatively equal amount extends through the opening.

It should be noted that the plastic bags are generally very are slidable, and therefore, even when the bags are tightly rolled, each bag slightly overlapping on removal or layered surface of the subsequent bag can slide while also the front edge of this subsequent bag takes away.

The sequential arrangement of the overlapping bags can be rolled up from either end so that the innermost one is rolled up Bag partially overlaps the subsequent bag or that the innermost rolled-up bag partially overlaps the subsequent one Bag is overlapped. Preferably the innermost rolled up pouch should be overlapped by the subsequent rolled up pouch to make it easier to take the front edge of the following bag through the opening.

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The container for the bag-roll arrangement can be cylindrical container or a rectangular container, preferably both having an internal volume that is substantially equal to the volume of the roller assembly fet, creating a tight fit for the roller assembly so that a ge total compact pack is produced, the relatively smallest volume needed when stored on a shelf. In the cylindrical Container design, can be a heat shrinkable Film, such as a film made from homopolymers or copolymers of ethylene or propylene, i.e., polyethylene, can be used to wrap the bag-roll assembly and thereby a to create a compact, generally cylindrical package in which the heat shrinkable film protects the pouch roll assembly from abrasion, Protects moisture and other damage.

The present invention can be understood from the following description when taken together with the accompanying drawings which is intended to represent exemplary embodiments of the present invention and is not intended to be is to thereby limit the invention.

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Show it:

Pig »1 is a perspective view of some of the pouches used in
are arranged in an overlapping sequence;

Figure 2 is a perspective view of a roll assembly of overlapped bags loosely for illustration purposes
are curled up;

Fig. 3 is a perspective view of some bags that are included with
their ends are strung together;

FIG. 4 is a perspective view of a roller assembly of FIG bags lined up at the ends for illustrative purposes are loosely rolled up;

Fig. 5 is a perspective view of some of the bags shown in layered Sequence are arranged;

Figure 6 is a perspective view of a roll assembly of layered bags loosened for purposes of illustration are curled up;

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Pig. Figure 7 is a perspective view of some longitudinally folded bags in an overlapping sequence;

8 is an exploded perspective view the components of the invention before they are assembled;

Figure 9 is a perspective view of an illustrative of the invention Pack containing a cylindrical roll contains filled by overlapping or layered bags in a cylindrical container;

Figure Io is a perspective view of a flattened roller assembly of overlapping or layered bags; and

11 is a perspective view of another package embodying the invention which has a flattened Includes roll array of overlapping or layered bags contained in a rectangular container is included.

In Fig. 1, a plurality of physically separate flat bags 2 are shown, each of which has a closed end H and

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has an open end 6 and closed side parts 8. It is it is understandable that the closed sides of the bags are provided with inwardly facing connections or plugged-in parts can be, so that after opening from the flattened state, the entire cross-sectional area.der bag is substantially rectangular can be. The bags that can be used with the invention are preferably made of relatively thin plastic film material. The bags 2 are shown in an overlapping sequence such that their side parts 8 are aligned with one another. the overlapping length, indicated by X, is somewhat variable, but should be specified as above. One episode of overlapping bags 2 is shown loosely rolled up in FIG. 2, with a cavity or an opening lo at the axis the roller 12. As can be seen from FIG. 2, the physically separated bags are aligned one behind the other and can be consecutive are sequentially removed from the roll 12, starting with the innermost rolled-up bag and progressing to the next innermost rolled-up bag, each bag taking the leading edge of the next following bag on the roll with it. In this way, when the innermost bag 2 is grasped and slid out of the opening Io in the roller 12, the open one is At the end of 6 the front edge, which makes it easier to open the bag will.

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In Fig. 3 a number of physically separated flat bags 3 are shown, each of which has an open end 5, a closed end 7 and closed side parts 9. As discussed above, the closed side portions of the bags 3 may have inwardly facing tabs or tucked-in portions so that when opened from the flat condition, the entire cross-sectional area of the bag may be substantially rectangular. The bags 3, which are shown end-to-end in a row in FIG. 3, are shown loosely rolled up in FIG. 4, with a cavity or an opening 11 on the axis of the roller 13. As shown in FIG. ¹ I seen, the physically separate bags are consecutively discharged one behind the other in relation to and in succession from the roll, starting with the innermost rolled bag and progressing to the next innermost rolled bag. In contrast to the bag-roll arrangement 12 shown in FIG. 2, in the case of the bag-roll arrangement 13 shown in FIG. This is due to the fact that the successive bags are not originally overlapped or layered prior to being rolled up. In this way the innermost rolled up bag can slide out of the center of the roll without taking the next bag with it, during assembly, the innermost bag is completely rolled up,

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before the next bag is rolled up on it and then each subsequent bag is completely rolled up on top of one previously Rolled up bag.

In FIG. 5, a plurality of physically separated flat bags 15 are shown, each of which has an open end 25, a closed end 23 and closed side parts 17. Each bag 15 is shown folded longitudinally along lines 19 and 35 and is shown folded transversely along line 21. The transversely folded bags 15 form a "V-shaped" arrangement with the front edge being formed by fold line 21 and the two rear edges, which are shown spaced apart for purposes of illustration, being formed by lines 29 and 31. As shown in Fig. 5, the leading edge 21 of each bag is inserted between the edges 29 and 31 of a preceding bag by ^{a certain length or length X r, the overlapping length being variable, as detailed above.} A series of layered bags 15 'having an open end 25', a closed end 23 'and a front folded edge 21V and rear edges 29' and 31 'are shown loosely rolled up in Figure 6, with a cavity or opening 27 at the axis of the roller 33. As can be seen in Figure 6, the physically separated bags are in sequential relationship and may be sequential

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2B27927

can be removed from roll 33 starting with the innermost rolled-up bag and progressing to the next innermost one rolled up pouch, each pouch taking with it the front folded edge of the next following pouch on the roll. To this When the innermost bag 15 'is grasped and slid out of the opening 27 in the roller 33, the next innermost one becomes rolled up pouches extend from the roll allowing it to be grasped by the consumer.

If the width of the bag used in the invention is too large, as shown in FIG. 7, the individual bag 2o can initially is folded twice lengthways, whereby the width can be reduced to a manageable size that when collapsed is convenient to use, and which allows an overall size of the package that is suitable for storage on household shelves. As shown in Fig. 7, the bags 2o are folded along lines 28, 3o and 32, reducing the width of the bags to one Quarter of its original width is reduced. The closed sides 22 of each bag are shown superimposed, the open ends 24 facing the closed ends 26. Although the folded lines 28, 30 and 32 are shown parallel to the closed sides 22, it remains in the frame of the invention when the folded lines are parallel to the open and closed ends of the pouch extend if this

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it is asked for. However, the illustrated arrangement is the folded Pouch is preferred because it leaves the open ends of the pouch exposed so that the open ends of each pouch are front Edge of the bag when it is removed from the roll. Therefore, the consumer does not need to unfold the pouch in order to to come to the open end. If desired, the bags can be folded transversely in addition to the longitudinal fold.

Figure 8 shows an exploded view of an embodiment of the invention with a coreless roll of overlapping bags. In particular, an arrangement of rolled bags Ao was created, which are shown loosely rolled up for illustration purposes only, with a fixed lower disk-shaped holding part 42, made of a material such as corrugated cardboard, cardboard, plastic film and layers thereof, or the like, an upper disc-shaped Lid 44 made of a material similar to or identical to that of the carrying part 42 and a flexible filler material 4 6, which is preferably transparent and that is the outer peripheral surface of the roller assembly 4o enveloped. The wrapping material 4 6 can also wrap the entire outer surface of the roller assembly 4o and can be made of paper, Plastic film or the like are made, and has a label 48 with printed information 5o to the size of the Recognize the bag and the manufacturer. With a firmly rolled arrangement 4o, a support part 42 ,. a cover 44 and the

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Wrapping 46 together an outer wrapping 52, such as a heat-shrinkable transparent film, an elastic film envelope, a cellophane film or the like is attached to the outer
Surface of the roller assembly and at least a portion of the top and bottom lids to provide an overall compact cylindrical package of separate overlapping or layered rolled-up pouches. The upper cover 44 is shown with an opening 54 which, after being assembled into a complete pack, is arranged in the vicinity of the axis of the roller arrangement 4o. The opening 54 in the top lid can be created by making one or more straight or curved
Perforations or slotted lines can be made through the lid, which can be pushed out by applying slight pressure. When the part of the lid that is inside the slots is pushed out of the face of the lid, arises
an opening 54 through which the bags can be removed one after the other from the center of the roller arrangement. It goes without saying that the opening is circular, semicircular, rectangular, triangular, cross-shaped or cloverleaf-shaped, U-shaped
can be, or can take other forms that are suitable
to allow the removal of the bags.

As shown in Figs. 8 and 9, the perforations
outline an arcuate area so that when the middle

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Part 57 is pushed away, the arcuate area to a handle 56 is malleable.

The components of the package of Fig. 8 are shown fully assembled in Fig. 9 after one or more bags have been removed. When a bag is removed from the pack, the front edge of the subsequent innermost rolled-up bag 2 is carried along through the opening 5 ¹ , as a result of which the bag extends through the opening 5 1 J, as shown in FIG. In this way the consumer always has the leading edge of the subsequent pouch available to grasp, so that, if desired, a pouch can be easily pulled out of the package and is ready for use. The extent to which the leading edge of the bag extends out of the opening can be varied by changing the overlapping lengths of adjacent bags and / or by changing the degree of tightness in the roller assembly.

A flattened cylindrical or oval roller assembly 60 is shown in Fig. Io, the trailing edge of the outermost The rolled up bag is fastened by a suitable piece of tape 62. In the opening 64 are a number of conventional locking means 66, such as twist lock wires, locking devices and the like, corresponding to or greater than the number of one

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individual bags 2 in the roller arrangement 6o. Each closure means 66 is used to close the resulting open end of the full bag to close.

In Fig. 11 an oval bag-roll arrangement is shown, which is enclosed in a rectangular container 7o which has an oval opening 72. The opening 72 can through the Perforation or slitting technique used in conjunction with Pig. 8, can be created to be a generally oval shape opening in one of the end walls of the container. As shown in FIG. 11, after one or more the bag are removed, the front edge of the next rolled-up bag 2 through the opening 72, and is so for the Consumers available to be grabbed if another pouch is desired. This configuration of the packaging is ideal for storage on a shelf.

example 1

The bag removal device according to the invention was used successfully developed flexible 0.038 mm (0.038 mm) thick polyethylene film pouches 76.2 cm (30 inches) wide and 93.98 cm 07 inches) length to be packed. The bags were initially made twice Folded parallel lengthwise to a size of 19.1 cm (7.5 inches wide by 93.98 cm (37 inches) long. 40 bags folded lengthwise

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were then, as shown in Fig. 7, with an overlapping Length "X" (Fig. 5) of approximately lo.2 cm (4 inches). The folded bags were then rolled into a cylindrical shape, with an inner diameter of 5.72 cm (2.25 inches) and an outside diameter of 13> 7 cm (5.38 inches). The bag roll arrangement was then, essentially as shown in Fig.8 shown, packaged by using a top lid made of a plastic film (polyethylene) with an arcuate slot was, a sub-carrier plate made of a plastic film (polyethylene) and an envelope made of stiff paper, which with a pressure sensitive tape have all been attached to each other. The opening in the top lid was made by exerting a slight Pressure on the area within the slot arrangement and then Swing out the arched segment from the cover generated upwards, the segment forming a handle for the pack. After that, the removal of the innermost rolled up took place Bag through the opening in the lid the front edge of the subsequent bag in a manner as shown in Fig.9 is with. A few subsequent bags were then removed one after the other, and after all bags were removed, the leading edge of the next bag extended through the opening.

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Example 2

Another embodiment of the bag dispenser according to the invention was again used to remove bags of flexible polyethylene film 0.038 mm (0.05 inches) thick, 76.2 cm (3o inches) wide and 93.98 cm (37 inches) wide inches) length to be packed. The bags were first folded in parallel lengthways twice to a size of 19.1 cm (7.5 inches) wide and 93.98 cm (37 inches) long. Twelve longitudinally folded bags were then arranged as shown in Fig. 7 with an overlapping length of approximately Lo.2 cm (H inches). The folded bags were then rolled into a cylindrical shape 5.72 cm (2.25 inches) inside diameter and 9.5 cm (3.75 inches) outside diameter. The cylindrical bag assembly was then flattened into an oval shape as shown in FIG 8.75 inches (22.2 cm) long and * J inches (2 cm) wide and 2.5 inches (6.4 cm) high. Slots defining an oval area were placed in one of the end faces of the container. A slight pressure on the oval area delimited by the slits created an opening in the end of the container, near the axis of the roller assembly, through which the bags were then removed one by one. As in the case of

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Game 1 discussed, when a bag was removed from the roll, the leading edge of the subsequent bag was subsequently in sequence entrained, whereby the front edge extended through the opening in the end face of the container, as shown in FIG. 11.

Example 3

A rectangular bag arrangement similar to that in Fig. 2, except that individual bags did not overlap prior to being rolled up, but as in Fig. 5, were layered, was made, placed in stiff paper and glued. The inserted bag arrangement was then packed in a rectangular carton as described in Example 2 and the bags were then sequentially removed, each bag taking the leading edge of the next bag in sequence.

It goes without saying that the examples disclosed above are only preferred embodiments of the invention and it is intended that all changes and modifications of the invention that do not depart from the spirit and scope of the following claims.

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Claims (11)

2827327 - 26 claims j Removable bag packaging, characterized in that that a plurality of individual and separate bags is provided, that each bag is an open and a has closed end, front and rear walls and closed side panels; that all bags in a consecutive Arrayed and curled to form a generally cylindrical coreless roll; that a container is provided which is dimensioned so that it can receive the coreless roll, and that means are provided to create an opening in the container near the axis of the generally cylindrical roller, whereby the innermost rolled up pouch and subsequent pouches on the roll sequentially from the center of the roll can be pulled out. 2. Pouch removal packaging according to claim 1, characterized marked that the bags in an aligned and overlapping sequence are arranged before they are rolled, so that after rolling, the removal of the innermost rolled-up bag and each subsequent bag sequentially the front edge of the next following bag the role takes. 609853/0375 3. Bag removal device according to claim 1, characterized characterized in that the bags are arranged in an aligned and layered sequence before they are rolled up so that after the roll up the removal of the innermost rolled up bag and each subsequent one Bag one after the other takes the front edge of the next bag on the roll with it. 4. Pouch removal packaging according to claim 1 to 3, characterized in that each bag is folded at least once and then one continuously Is juxtaposed, and then curled into a generally cylindrical coreless roll to build. 5. Bag removal device according to claim 1 to ¹ J, characterized in that the container is a cylindrical container which has means for an opening in one of its end face near the axis of the coreless roll. 6. bag removal device according to claim 1 to 4, characterized in that the coreless roll is flattened, thereby creating a generally oval roll is formed. 609853/0375 2627327 7. bag removal device according to claim 1 to 6, characterized in that the container is rectangular and has means to have an opening in a its end faces, close to the axis of the oval roller. 8. Bag removal device according to claim 1 to 4, characterized in that the coreless belt is in an upright position on a floor support plate of approximately the diameter of the roll is arranged that a cover plate of approximately the diameter of the roll is arranged on the upper side of the coreless roll and has means for an opening at the center of the disc to provide, and that a wrapping film the peripheral surface of the Roll wraps and at least part of the upper and lower discs, creating an overall cylindrical package is created. 9. Pouch removal packaging according to claim 8, characterized It is not noted that a clear wrapper is placed around the peripheral surface of the roll before it is wrapped in an outer wrapper. 609853/0375 2627327 10. Pouch removal packaging according to claim 2, characterized characterized in that the overlapping length for the overlapping sequence of pouches for pouches extending radially are arranged on the outside of the roll, opposite the overlapping length of the bags in the. Mid-roll increases. 11. Bag removal device according to claim 3, characterized in that the bags of the layered Follow each other to overlap by a length that is opposite for bags that are positioned radially outward on the roll Bags placed in the middle of the roll increases. 609853/0375 ^{% 0} Blank page