DE616579C - Process for the production of bags with garbage bags - Google Patents

Description

Method of making bags with garbage bags With garbage bags Equipped bags (e.g. made of paper or other materials) are known as well Process for the, in particular, machine production of such bags with garbage bags. In these known processes, for example, the one used to produce the actual Material used for bags (e.g. paper or the like) in a coherent form as a bag web at certain points that recur at a certain distance (bag division) provided with the non-contiguous individual garbage bags and runs (as a bag web), so changed or equipped, in the actual machine for processing into bags with garbage bags, d. H. in that part of the overall machine in which the other Processing of the bag web takes place (i.e. its subdivision with subsequent further processing, such as folding etc., the separated bag web sections to bags).

In one type of known method, the bag web is under intermittent or jerky feed in the bag machine forwards so that enough time to fix in the individual breaks in movement (e.g. sticking on) of the individual incoherent waste ashes is available. This kind However, due to the only jerky or intermittent feed required by the process the bag conveyor takes a lot of time, results in low daily production and is therefore proportionate expensive. The more or less complex machine tools make it even more expensive Additional devices that enable mechanical fastening (e.g. gluing) of the individual, non-contiguous rubbish bags at very specific locations serve the bag web. Furthermore, despite all due care, it is not uncommon in the company suggests that individual garbage bags are displaced in a most unpleasant way, d. H. in a different place than intended, attached to the bag web (e.g. glued) (further increase in price due to the failure of unusable products). Also has the jerky or intermittent feed of the bag web as a result of the constantly repeating strong accelerations or decelerations of machine parts a relatively rapid wear and tear on the machine, which is reflected in another Production price increases.

In the other type of known method, the bag web is in full barrel, d. H. at full speed in the corresponding 4 places with equipped or glued the individual non-contiguous garbage bags, and similar to the modern machine production of envelopes with inserted windows made of glassine, glass skin or the like. Is the case.

This other type of known method does represent a significant one Improvement compared to the still jerky or intermittent Feed the bag web in the first type of known method, by being significant Requires less time and increases daily production significantly. However, the Attachment (e.g. sticking) of each individual, non-contiguous waste bag one on the conveyor belt running at full, fairly high speed a whole series of rather difficult technical problems that can only be solved by arrangement considerably more complicated additional machine parts or additional devices are possible is. The savings in the form of higher production speeds achieved and thus higher daily production means a much greater amount of extra work for the palatable Complicated additional machine parts or additional devices compared. There Furthermore, the working speed of the machine compared to the process with jerks or intermittent operations The advance of the bag web is significantly increased, it also succeeds in general With this type of process only with difficulty, the production of; faulty Reduce bags (failure) to a desired level, d. H. the creation of such Bags in which the individual garbage bags have been moved or in other words attached to an unintended location of the individual bag or otherwise incorrectly are arranged relative to the bag. The one that usually still arises in proportion Considerable scrap here also has a negative impact on production costs a.

Compared to the two types of known methods mentioned above now the new, the subject of the present invention representing method for (especially mechanical) production of bags with outside or inside garbage pockets made of paper or other materials in that for the simultaneous production of the Bag from the bag web and the garbage bag from the garbage bag web both webs are guided on top of each other, in order then in the usual way in the production of bags to be further processed regardless of the garbage bag to be generated.

For the sake of completeness, it should also be mentioned here that it is used to generate of packaging material (e.g. wrapping paper in formats, boxes made of thin Half cardboard or the like), which is only completely transparent in one place, known per se is to arrange three rolls running tracks next to each other and in a continuous way Work using glue on the edges to join that middle one Panel made of fiber-free, completely transparent cellulose skin and the two sides There are webs of paper or the like. This web of any length produced in this way is then later transversely = cut into the desired formats or soxist wie reused as a replacement for packaging material that was previously either completely made of completely transparent Material (cellophane or the like) existed or only in the form of a window with such completely transparent material (cellulose glass o. the like.) Was equipped that on none Place up to the edge of the remaining opaque material (paper, thinner Cardboard box or the like) was sufficient.

The new process which is the subject of the present invention for the (in particular machine) production of bags with outside or inside garbage pockets points to the two known, still deficient, mentioned above and relatively expensive types of procedures in this regard which are important and valuable Advantages on what appear appropriate, the mass production of bags with garbage bags to simplify and cheaper and so both in urgent hygienic as well as the interests of the traffic police, the introduction of this type of bag is decisive to promote. However, these advantages are not solely in the direction of simplification and cheaper production of bags with garbage bags, but mostly too still at the same time in the direction of a very considerable increase, improvement or Extension of the effects on use of the bags with rubbish bags produced. So simplified The production of bags with rubbish bags is improved and cheaper extraordinary, for example for the following reasons: First, because the Working speed and thus the daily production compared to the process jerky or intermittent feed of the bag web is considerably increased (improvement, Discount); second, because of the more or less complicated auxiliary machinery there is no need for fastening (e.g. gluing) the individual non-contiguous Waste bags at specific points on the bag web during the breaks in movement serve for the jerky or intermittent movement of the bag conveyor (simplification, improvement, Discount); thirdly, because there is no increased machine wear and tear, which results from the jerky or intermittent feed of the bag web (improvement, Fourthly, because of the particularly complicated additional machine parts or additional devices are omitted, which the attachment (e.g. the sticking of the individual, non-contiguous rubbish bags on the according to of the other kind of known method with always full, fairly high speed serving the moving bag web (simplification, improvement, cheaper); fifth, because the quality of the bags with rubbish bags produced increases (improvement, cheaper) ; sixth, because the failure of defective bags with garbage bags, d. H. at Bags in which the rubbish bags have shifted or otherwise not as intended, are arranged relative to the individual bag to a practically insignificant extent depressed, d. H. is practically eliminated (improvement, cheaper); seventh, because only through the application of the new procedure, as it were, as a conclusion in the course the possibility of simplifications, improvements and reductions is offered, the bag web and the rubbish bag web into a single longitudinal seam-free combination web (e.g. made of paper or other materials) to unite, d. H. in place of two Tracks only one single piece (tape) consisting of a single lengthwise seam-free piece To use web of paper or the like (this additional invention herein simplifies, improves and makes production even cheaper).

Furthermore, as already mentioned, the usage effect of the the new process produced bags with garbage bags increased, improved or for the following reasons, for example: First, because the garbage bags the bags with rubbish bags produced by the new process without any special Help extend over longer bag zones than before and therefore more filling space than before. Furthermore, there is still the welcome one with these garbage bags 'Possibility of having your own transverse adhesive to close your lower end at all not to be provided (glue and labor savings), with the garbage bags the pointed or kite bags in general also have the usual closure flap can be saved at the lower end (paper savings); second, because through the new process used in the production of bags with rubbish bags in the simplest way almost always completely new types of such bags with garbage bags are created, which mostly represent important inventions in and of themselves and effects of use can be achieved that far surpass those of the previously known bags with garbage bags. The individual figures in the accompanying patent drawing are schematic .first several (nine) examples of use of the new invention. Procedure for the (in particular machine) production of bags with outside or inside garbage pockets or details of this new method and, secondly, also several exemplary embodiments of products manufactured using this new process (bags with rubbish bags) or details of these products, the latter at the same time for itself Already as new designs or spatial forms of bags with garbage bags and are also to be assessed as inventions (here additional) on their own.

Fig. I shows schematically in plan as a first example of application of the method according to the invention two right hand already superimposed and already interconnected webs (double webs) made of paper or other materials, namely a cone line (bottom) and a garbage bag line (top), the first double track section (right) just like the one commonly used in bag production Make a cone bag with you regardless of the garbage bag to be generated Inner garbage bag is further processed, while Fig. Z shows the left section of the the schematic object of Fig. i in elevation and Fig. 3 in plan a lying, finished, not yet unfolded cone bag with an inner rubbish pocket as a product from the double track of Figs. i to 2 according to the method shown there.

Fig.q. shows schematically in plan as a second example of application of the method according to the invention two right hand already superimposed and already connected lanes, namely one lane (above) for any bags Art and a garbage bag web (below), while Fig. 5 shows the schematic object of fig. q. represents in elevation.

Fig. 6 shows schematically one of the sections in a perspective view the double track (bag track and waste bag track) in Fig. q. during the exemplary Forming the latter (double sheet) into a tube, which is just folded lengthways in Fig. 7 will.

Fig. 8 to io show schematically in plan with a view of the mouth of the bags and rubbish bags, a finished bag with four walls and with an external rubbish bag as a product, the double track in Fig. Q. and 5 according to the method shown there, namely Fig. 8 schematically shows the bag and garbage bag not yet unfolded, Fig. 9 shows the schematic object of Fig. 8, but with the bag normally filled and already reopened, and Fig. 10 the schematic Subject of Fig. G, but with the waste bag open in its upper section and thus already ready to receive waste.

Fig. I i shows schematically in plan as a third application example of the method according to the invention, two formed from a single web without longitudinal seams Lanes (cone line and garbage bag line), which are straight on the left and in the middle by longitudinal folding (here, for example, the double panel) are guided over each other and on the right Hand already folded over each other and finished longitudinally, the first Double track section (right) in the usual way in bag production regardless of the garbage bag to be created, to a pointed bag with an inner garbage pocket is processed further, while Fig. 12. in plan a lying finished, still Unfolded cone bag with inner garbage pocket represents as a product from the double track of Fig. i i according to the method shown there.

Fig. 13, shows schematically the subject of Fig: 12, but looking at it from above onto the mouth of the bags and rubbish bags (bag half-opened and filled with rustic ingredients) and Fig. 14 shows the schematic object of Fig. 13, but with the normally filled and the cone bag that has already been opened again, as well as the one that is fully unfolded in its upper part 'and a garbage bag that is already ready to pick up waste.

Fig. 15 represents the left section of the schematic object (Double track) of Fig. I i, but with a schematic arrangement of transverse adhesive strips to close the lower ends of the future garbage bags.

Fig. 16 shows the cone bag with inner garbage bag of Fig. 12, however as a product from the longitudinally seam-free double sheet with transverse adhesive strips of Fig. 15 after crossing one another, _ joining and longitudinal folding of the two panels according to fig. ii.

Fig. 17 shows schematically in plan as a fourth application example of the method according to the invention the right section of the object (double track) of Fig. i i, but under a particular (abnormally) wider, here the enlargement the garbage bags serving formation of the bag side flaps.

Fig. 18 (the illustration corresponding to Fig. 12) shows a plan view Lying finished, still un-unfolded cone bag with inner garbage pocket as a product from the double track of Fig. 17 according to the method shown there. Fig.ig (the Fig. 13 corresponding figure) shows schematically the subject of Fig. 18, " but when looking from above at the mouth of the bags and rubbish bags (bag half open and primed) and Fig.2o (the figure corresponding to Fig.1q.) the schematic Subject of Fig. Ig, but with normally filled and already opened again Conical cone as well as in its upper part fully and particularly wide unfolded and garbage bag already ready to pick up garbage.

Fig. 21 shows schematically in plan, as a fifth application example of the method according to the invention, two webs formed from a single lengthwise seam-free web (cone web and waste pocket web), which are already folded over one another by longitudinal folding (here e.g. the double web) and are already completely longitudinally folded on the right hand the garbage bag web (contrary to the conditions in fig. i, 11, 15 and 17) runs along that longitudinal edge of the bag web from which one half of the bag drop edge is formed and secondly (corresponding to the conditions in fig. _, ii and 17) the first double track section (right) is processed into a conical bag with an external refuse pocket in the manner customary in bag production, regardless of the waste bag to be produced, while Fig Trash bag side edge represents a As a product from the double web of Fig. 21 according to the method shown there.

Fig. 23 (figure corresponding to fig. 13 and ig) shows schematically the subject of Fig. 22, but when looking from above at the mouth of the bags and rubbish bags (The bag is half opened and filled with rustic ingredients) and Fig. 2q. the schematic subject of Fig 23. However, the bag is filled normally and has already been opened again and a waste bag after unfolding of its smaller upper one, which is arranged in front of the left wall of the conical cone, the triangular section encompassing the circumference of the rubbish pocket, the (unfolding) was carried out by inserting the right hand in the direction of the arrow.

Fig. 25 'shows the schematic object of Fig. 2q., But after further unfolding of the garbage bag, d. H. after unfolding also the upper zone of the larger lower, trapezoidal waste pocket section, which is in front of the right Conical wall is arranged.

Figure 26 shows the cone bag with external waste bag of Figure 25 in a diagrammatic way depiction when looking diagonally from above into the mouth of the bag and into that typical spatial position in which the filled cone bag is held in the left hand and is emptied with the right. Conical cone already partially emptied (bag filling not shown), garbage bag already partially filled (garbage bag filling not shown).

Fig. 27 shows the conical bag with waste bag from Fig. 26, but after Rotation of the cone around its axis counterclockwise (calculated when looking on the mouth of the bag) and Fig. 28 the pointed bag with waste bag in Fig. 27, however with a cone bag (e.g. on a folding railroad table or a bench) and in view when looking at the mouth of the bag at an angle from above (filling of Bag and garbage bag not shown).

Fig. 29 shows a piece from the double line (cone line and waste bag line) of Fig. 21, but with a schematic arrangement of adhesive strips for Closure of the lower ends of the waste bags.

Fig.3o (corresponding to Fig.22) shows the cone with Outside waste bag of Figure 22, but as a product from the longitudinal seam-free, 29 double sheet with adhesive strips after longitudinal folding of the Conveyor belt according to the right section of Fig.2z.

Fig. 31 shows the conical cone with its lower end closed (glued) waste bag in Fig. 30, but in exactly the same way Representation like the cone with an unsealed lower end (not - glued) waste bag of Fig.27.

Figure 32 shows a waste bag end that is glued to the bottom Section of the bag with the garbage bag of Fig. 31 in the illustration of the corresponding Section at Fig.28.

Figure 33 shows a schematic cross section as a sixth application example of the method according to the invention, two are formed from a single web without longitudinal seams Tracks (bag track and garbage bag track suitable for producing any kind of bags), which on the right hand already passed over one another by longitudinal folding (here e.g. the double panel) were, while Fig. 34 already shows the schematic cross-section of the example double sheet (bag sheet and waste bag sheet) of the Fig 33 represents.

Fig. 35 and 36 show schematically in plan when looking at the bag and waste bag mouth a finished bag with four walls and with an inner waste pocket as a product from the double web of Figures 33 and 34 according to the one shown there Procedure, namely shows- Fig. 35 schematically bag and waste bag at normal filled (filling not shown) and already opened again, whereby in Fig. 36 also the waste bag is already fully open in its upper section and is ready to pick up waste.

Fig.37 (corresponding to Fig.34) shows the seventh application example of the method according to the invention the schematic cross section of a hose already formed double track (bag track and waste bag track).

Figures 38 and 39 (figures corresponding to Figures 35 and 36) show schematically in plan with a view of the mouth of the bags and rubbish bags, a finished one Bag with two walls and with an inner rubbish pocket as a product from the already one tube Representative double track of Fig.37 according to the one shown there. Procedure, namely Fig. 38 shows a schematic of the bag and rubbish bag not yet unfolded, while in Fig. 39 the bag filled normally (filling not shown) and already opened again and the waste bag is fully unfolded in its upper section and is ready to pick up waste ready.

-Abb.4o shows schematically in cross section as an eighth application example of the method according to the invention, two formed from a single web without longitudinal seams Tracks (bag track and garbage bag track suitable for producing any kind of bags), Which right hand has already been passed over one another by longitudinal folding (here e.g. the double panel) were, while Fig. 41 shows the schematic cross-section of the already to a. Hoses formed double web (bag web and waste pocket web) of Fig.4o represents.

Figures 42 and 43 (figures corresponding to Figures 38 and 39) show schematically in plan with a view of the mouth of the bags and rubbish bags, a finished one Bag with two walls and with an inner rubbish pocket as a product from the double track the Fig.4o and 41 according to the method shown there, namely Fig.42 shows Schematic of the bag and rubbish bag not yet unfolded, while Fig. 43 shows the bag normally filled (filling not shown) and already opened again and the waste bag fully unfolded in its upper section and ready for waste collection shows.

Fig.g q. shows schematically in cross section as a ninth application example of the method according to the invention two from one single longitudinal seam-free Web formed webs (bag web and garbage bag web suitable for producing any kind of bags), which in Fig. 45 and 46 are brought over one another by folding them lengthways (here e.g. the web of bags) will.

Figures 47 and 48 (figures corresponding to Figures 38 and 39 or 42 and 43) show schematically in plan a view of the mouth of the bags and rubbish bags finished bag with two walls and with an outside garbage bag as a product from the double track The Fig. 44 to 46 according to the method shown there, namely shows. 47 Schematic bag and garbage bag not yet. unfolds, while Fig.48 the bag normally filled (filling not shown) and already opened again and the waste bag fully unfolded in its upper section and ready for waste collection shows.

In Fig. I, as a first example of application of the method according to the invention, two tracks (= double track) are shown schematically in plan. One web, made of paper, glassine or other materials, represents a completely normal cone web t -1- t -; - ... which runs in a known manner from a roll 17 and in the general direction 18 in a whole normal cone machine draws in. Another web runs from a further roll 2i in the general direction 22, namely the waste pocket web aA, '- a -f-. . . , which consists of paper, glassine, transparent cell membrane or other materials. On the right hand in Fig. I are the two tracks, ie the bag track t -y-- t - [-. . . and the waste pocket web a -i- al. . ., Already run one above the other and connected to one another in a manner according to the invention. The one over the other was done in such a way that z. B. has the garbage path above and the bag path below. In this way, additional processing of the double-lane cone bags with internal waste creates flaps (see Fig. 3). If the web of garbage bags were guided from below under the roller 17 onto the bags, so that the web of bags would be on top and the web of garbage bags on the bottom, then further processing of the double balin would result in pointed bags with external garbage bags. When the two lanes are stacked one above the other, it is up to you to produce bags with inner or outer waste pockets by further processing the respective double lane, and only by using either the waste bag line at the top and the bag line at the bottom or the Arranges the bag web above and the waste bag web below. This basically applies to all possible cases and not only to the case shown in Fig. I. The continuous connection of the waste pocket web ca + a -f- . . . with the t + t bag conveyor. is z. B. in Fig. I achieved that continuously along the two longitudinal edges of the garbage bag web a line of glue or a tape of glue or a row of glue dots is generated. These two lines or strips or rows of dots made of adhesive are denoted by 14 and 15. Their continuous production is effected in a known manner by two disks 23 and 23 'which' dip into the liquid adhesive of the container 24 (see also Fig. 2). In the liquid adhesive of a further container 27, the tooth-like elevation 26 of a roller 25 dips from time to time, which is driven depending on the speed of the waste pocket web that the tooth-like elevation 26 only touches the waste pocket web from below at certain intervals and glue applies across the same. These individual distances are equal to the bag division, ie equal to the length 3, 1 or 1 ', 2 of the individual bag section t = 3, 1, 2, 1', measured in the general direction of movement 18 of the bag web t + t the respective position z. B. be applied either linearly or in strips or in dots, is to be addressed as a transverse adhesive strip and is provided with the reference number 16 in Fig. I and in the other figures. This adhesive strip 16 is arranged parallel to the respective lower end 8, 11 of the individual waste bags a - 8, 9, 10, ii and serves as a waste bag bottom closure. In order to achieve savings and to simplify the process, these transverse adhesive strips 16 can also be omitted. In this case, firstly, adhesive is saved, secondly, the device (25, 26 , 27 including ancillary equipment) for producing these transverse bonds 16, and thirdly, the mechanical work for driving this device. In addition, there is the advantage that there may be no defective or unusable bags with garbage bags, namely in the form of bags with garbage bags in which the garbage bags either at their bottom end e, 11 and along their mouth 9, io or only along their Mouth 9, io and not along its bottom end 8, 11 are glued. Such defective or unusable products arise when the individual transverse adhesive strips 16 lag behind, that is, due to incorrect setting or due to incorrect operation of the device (25, 26, 27) to produce them, they are each generated at a point which, in the direction of movement i8 or 22 the bag and rubbish bag balin comes after or later than the point at which they (i6) should appear properly. If the lag is only slight, then the individual transverse adhesive 16 lies on both sides of the boundary line i ', 3 or 8, ii of two consecutive bag sections t. or waste bag sections a. In this case, there are garbage bags which both at their lower end 8, 1i and at their upper end, i. 1i. are also glued along the mouth g, io and therefore closed. The garbage bags of such bags are unusable because they cannot be opened. If the lag of the individual adhesive strips 16 is greater, then the individual waste bag is not glued at its lower end 8, ii contrary to the intention. Rather, the Ouerverkleung 16 takes place in a most unpleasant way only along the waste bag mouth g, io, so that the waste bags of such pointed bags cannot be opened and are therefore unusable. From these explanations it follows that omitting the otter adhesive strips 16 does not result in savings in adhesive and savings due to the elimination of the corresponding device (a5, 26, 27) and the drive work for the device, but also prevents that in the event of an incorrect setting or if the device for producing the Oueri strips 16 does not work properly, faulty or even unusable waste bags are produced. Fortunately, the fear that the lack of a separate bottom seal (i6) in the garbage bags would result in waste escaping does not apply. This is because the lower end of the waste bag crosses the connecting line (hypotenuse) a, 3 between the upper tip z and the lower tip 3 of the individual cone t. In this way, even when the bag is fully unfolded, along this connecting line 2, 3, a more or less pronounced angling of the waste bag is inevitably achieved, around which it is not possible for waste to advance. However, if, for reasons of beauty, one also wants to avoid the slight protrusion of the two edges 8, ii of the bottom end of the waste bag, then the adhesive strips 1 6 can be arranged (either by machine, as for example in Fig with waste bag by hand). After crossing and connecting (i4, 15) the two tracks, i. 1i. the bag track + t - + -. . . and the waste pocket web a -E- a -f-. . ., The edge strip 6 -j- 6 + .. for the pointed bag side closure flaps 6 is folded over in a known manner by the folder 2, o, runs through the roller 36 to produce folds i, 3 + i, 3 - + -,. , and is also in a known manner on its top z. B. finite the circular disk 37 continuously provided with adhesive for the future side closure of the cone bags. This line or strip of adhesive is denoted by 7. The first double track section t + a (far right) is already separated from the double track along lines 3, i 'and 8, ii (hence solid lines as cut edges) and is just used in the usual way in bag production - regardless of the generating waste bag further processed, namely here z. B. to a cone with an inner garbage pocket. This further processing takes place in a known manner in the part of a normal cone machine that is schematically denoted by 35 in FIG. Here, this further processing includes, among other things, the digon folding of the bag square t with the boundary line (outline) i, 2, i ', 3 along diagonals 2, 3 by the striking arm striking the bag square t in the direction of the arrow ig (not shown). Through the latter, the square of the bags t = i, 2, i ', 3 is angled along diagonals 2, 3 in a known manner and at the same time pushed so deep into the diagonal slot of the work table of the conical bag machine that the angled square of the bags is gripped by the folding rollers arranged under the work table , ready-folded and thus ready-formed into a pointed bag with a waste bag. Fig. 3 shows a bag t made from the double web of Fig. I like a normal cone bag with an inner waste pocket d. The remaining sections t + ra of the double web of Fig. -... continuously pushed onto the work table of the relevant part 35 of a normal cone machine, continuously separated one after the other from the double track and processed into cone cones with waste bags in a completely normal manner, as was previously the case with the individual cone bags that were only present in the past. '-... were processed into cone bags t. In Fig Also provide a flat hose with about only two walls made of paper, glassine or other materials, with the finished, flax-pressed hose from above or below could lead over the conveyor belt and only then connect to the latter. It would also be possible, for example, to guide the garbage pocket web completely unfolded and only partially folded over the bag web, connect it to the latter and only then undertake or complete the longitudinal folding of the garbage pocket web into a tube.

The choice of a complete hose with z. B. two walls made of paper, Pergarnyn or other materials as a waste bag web would have the advantage that the future waste in the lower section of the waste bag would be enclosed on all sides, ie all around with two walls (layers, layers), namely once (inside) through the waste bag wall and on the other hand (outside) through the wall of the bag. In addition, in this case the future bag contents in the area of the lower tip 3 of the future pointed bag would be enclosed all around by three (instead of only one as usual) walls, namely in the form of the two waste bag walls and in the form of the bag wall, as the waste bag in the arrangement of the two webs according to Fig. i, in the sense of a valuable additional invention, has the property that it actually reinforces the wall of the bag in the area of the lower tip 3 of the cone, so to speak, all around. This reinforcement of the cone wall in the area of the lower tip 3 is still simple with the type (band) of the garbage bag web in Fig. However, even this simple reinforcement is extremely valuable in practice, especially when the material of the garbage pocket web absorbs moisture only with difficulty or not at all, ie consists, for example, of glassine, parchment substitute, cell skin or the like. In this connection it should be mentioned that it is known per se to reinforce the lower tip of cone bags by gluing in a, for example, square paper cutout. In the case presented in Fig represents the overall invention. As a result of their favorable arrangement relative to the individual pointed cone blanks t, the garbage bags a in Fig. I have the property that the garbage bag a runs along the shorter side edge i, 3 of the pointed or kite bag t (Figs. I to 3, ii to 2o). Such pointed bags with garbage bags are obtained as products of the manufacturing process shown in Fig. I, which is characterized in that the garbage bag web a -f- a -E- for the production of pointed or kite bags. . . that longitudinal edge 6 -j- 6 +. .. the bag web t , '- t runs along from which the bag side closure flaps 6 are formed (see also Fig. 2, 11 and 17). The above-mentioned method (Fig. I and 2) as well as the products (pointed bags with garbage bags according to Fig.3) according to this method represent noteworthy additional inventions within the scope of the overall invention. So second special case of the arrangement of a garbage bag web a -f- a +. . . relative to a pointed or dragon bag track t + t ! - . . . that one should be mentioned, which is characterized in that the waste pocket web a + a -f-. . . in the middle of the pointed or dragon bag track t + t +. . . runs in such a way that on both longitudinal sides of the garbage bag web there are more or less wide longitudinal edges of the bag web which are not covered by the garbage pocket web. Pointed bags with rubbish bags made by this method are also advantageous, but not in the same way as those made by the method according to Fig. I; because on the one hand, the garbage bags do not reinforce the bag wall in a useful manner in terms of use in the area of the lower tip 3 of the conical bag, as is the case with the conical bags with refuse bags according to the method in Fig. i. In addition, the rubbish bag a would be divided into two almost or completely identical sections by the connecting line 2, 3 of the upper tip 2 with the lower tip 3 of the pointed bag t, while in the case of the pointed bags with waste bags according to the method according to Fig the rubbish pocket is divided into two essentially unequal sections, a very large upper one and a very small lower one (see also Fig. 3). Since, however, in the present basic relative arrangement of the waste bag to the cone bag, only the upper section, ie the section located above the line 2, 3 , can be unfolded and can be used to pick up waste and the lower one is not, that cone with such a waste bag is more valuable which the upper, unfoldable section is not of the same size as the lower, non-unfoldable, but, as in Fig. i, is very much larger than the latter. In summary, it should be said that if the garbage bag web is arranged in the middle (width) of the pointed bag web, pointed bags with garbage bags are created whose garbage pockets also have advantages, but not those like the garbage bags according to Fig. I. This is because, firstly, if the garbage bag web were arranged in the middle of the pointed bag web, the garbage bag would not reinforce the bag tip at the same time, and secondly because the upper, only unfoldable section of the garbage bag would be approximately or completely the same as the lower, non-unfoldable, while in Fig. I it is essential is larger than the lower one, which cannot be unfolded, whereby in Fig. i the waste bag also reinforces the lower tip of the bag free of charge. Even in the second special case, according to which the garbage pocket web runs in the middle of the cone web, the garbage pocket web can e.g. B. either as an unfolded or as a longitudinally folded tape or as a tube over the bag web and then connected to the latter. Or the waste bag web is guided over the bag web as a band with or without a longitudinal fold, connected to the latter and only after the connection is longitudinally folded or completely longitudinally folded or formed into a tube.

The third special case of the arrangement of the garbage pocket web a + a - [-. . . relative to the pointed or dragon bag track t + t +. . . of Fig. i or in general to such a web (according to Figs. 21 and 29) characterized in that the waste pocket web a + a + ... that longitudinal edge 1 ', 2 -f- is used to produce pointed or kite bags i ', 2; -. . . the bag web t -j- t +. . . runs along, from each of which a half i, 2 of the cone filling rim 1 ', 2, 1 is formed. So if one were to see the garbage pocket web a + a -i--. . . instead of along the (in the figure) upper edge of the cone web t + t -f- ... Let it run along the lower edge (in the illustration), then the characteristic of the method just described would be given (method according to Figs. 21 and 29).

The products (cone bags with garbage bags) according to this procedure would be characterized in that the waste bag a, d.11. a trash bag side edge 9, 8 or i o, i i, the bag filling edge 1, 2, 1 'runs along (Fig. 21 to 32). The process just mentioned (Figs. 21 and 29) and those produced using this process Products (Figs. 22 to 28, 3o to 32) again represent additional inventions in the context of the present overall invention, which, however, is precisely the case with pointed or Dragon bags have a very special paramount importance, so that it is necessary and In this context, fundamental special discussions appear appropriate to undertake which the particular expediency and the particular economy of the process just mentioned as well as the cone bags produced according to it with lengthways the bag filling edge running garbage bags or garbage bag side edges clear and let it be recognized without any doubt. Through these special discussions on this one Then there is the possibility of describing the other figures (2 to 48 and especially the Fig. 21 to 32) easier to design.

To the same extent as the public's need lately After bags with rubbish bags became more and more urgent, the question of if possible also became practical and yet simple and inexpensive to manufacture models of bags always burning with garbage bags. The important technical bag that occurred The problem now is that in the case of a bag with a garbage bag, the latter is displayed in this way or to be arranged in the bag or to be attached to or in the bag in this way (e.g. to glue) that the garbage bag is independent of the (especially filled and . therefore bulging, bulging and bulging) bag can be opened, namely As easily and quickly as possible, and above all as far as possible and safely both for the waste bag wall as well as for the bag wall. Especially with those Bags with rubbish bags, the problem just mentioned became more and more important Foreground, in which the bags for packing fruit, nuts or the like. Vorwendet be: One reason for this is that as fruit bags in practice almost exclusively only bags with two walls, e.g. B. so-called cone bags or so-called flat bags (without Bottom) or so-called cross-bottom bags with a hexagonal bottom, which when filled due to the lack of any folded or unfoldable Wall naturally a conical (pointed cone) - or weakly elliptical or almost cylindrical (flat bags, cross-bottom bags), particularly strong bulges or bulges of their two walls, which is essential for these bags with only two walls Is a prerequisite for the formation of the filling space (in contrast to the, for example four-walled bags, in which the filling space is created by the very presence of the four walls per se, d. H. would also be possible without bulging walls, which latter however, albeit to a much lesser extent than bags with only two Walls, anyway, as a result of the outward pressure from the side the Bag filling, e.g. B. fruit, on the single flexible wall of the bag).

The other reason for the fruit bags with garbage bags getting bigger the increasing importance of the above-mentioned bag technical problem is to be found in that fruit (e.g. apples, pears, oranges), nuts or the like, which are already through The type of bag used is particularly bulky or bulky. bulged single wall usually makes the fruit bag particularly plump, wavy, bulging and unyielding or make what result in the previous type of arrangement or in the previous Type of attachment (gluing the full width of a finished lengthwise folded garbage pocket web with the bag web or gluing the full surface of a garbage bag front wall or back wall with the bag) of the garbage bag web on the bag web or the garbage bag on or in the bag the previous one, in practice more and more clearly and compellingly recognized, A significant defect results in the fact that the garbage bag when the bag is full (in particular Bag for fruit, nuts or the like) very little, but always only depending on the situation can be opened from the bag, i.e. always only to the extent that the bag is filled decreases and with it the bulge or bulge and plumpness of the The bag filling (fruit, nuts, etc.) touched the wall zone of the bag. In practice it comes with the attempt, the filled bag only little and always only in Depending on the bag or the filling it contains, the opening rubbish bag to be opened wider and more quickly and thus better suited to the needs of the moment To meet, often more or less serious damage to the garbage bag and often even the bag itself. It is not uncommon for such an attempt the damage to the garbage bag or bag is so severe that it can be used again the garbage bag or even the garbage bag together with the bag must be dispensed with. Were these difficulties already described with the previous bags (in particular Bags for fruit, nuts, hot chestnuts, individually wrapped candies, chocolates, etc.) Waste tables significantly, where the waste bags had more than two walls, d. H. one or two folded walls in addition to the two unfolded walls exhibited, they (these difficulties) became even greater than one had in the course of the last. Time for reasons of cheaper bags (especially bags for fruit etc.) with garbage bags more and more went over to this, also as garbage bags if possible to use simple and therefore cheap bags in the form of bags with only two walls, such as pointed or kite bags or so-called flat bags (without bottom) or so-called cross-bottom bags (with a hexagonal bottom). The reasons for this Increasing these difficulties with the increasingly common use of cheap bags with only two walls in place of expensive bags with three and in particular four walls (gusset pockets, log bags) are to be found in that these pockets with only two walls the lack of the previous type of arrangement or the previous type of attachment (gluing greed full surface of a waste bag wall with the bag) due to the lack of a further (third) wall or Further expandable walls (third, fourth wall) are particularly sensitive makes, more precisely by the fact that the garbage bag is filled with the bag (in particular Fruit bag) even less and only to a greater extent depending on the bag or the Degrees of their respective filling can be opened if they are held (waste bag) more than two (three, four) only has two walls.

So while on the one hand the aim was to lower the price of the bags (especially the fruit bags) with rubbish bags by choosing cheap rubbish bags with only two walls and thus to promote the introduction of this new type of bag, the utility of the rubbish bags has increased for the reasons just mentioned, in such a way that the space actually available for filling the waste bag with waste is in an extremely poor relationship to the consumption of material (e.g. paper) for the production of the waste bag, or in other words: the so-called utilization factor (efficiency) of the garbage bag is extremely bad. The above explanations, which were deliberately kept in such detail, clearly and without any doubt confirm the correctness of the assertion at the beginning of the above special discussions, according to which an important bag clinic is important when it comes to the question of the most practical, yet easy and inexpensive to manufacture models of bags with garbage bags A problem occurred that in the case of a bag with a garbage bag, the latter was to be arranged on or in the bag or to be attached to or in the bag in such a way (e.g. by gluing) that the garbage bag was independent of the (in particular filled and therefore bulging, bulging and bulging) bag can be opened, as easily and quickly as possible, and above all as far as possible and safely both for the waste bag wall and for the bag wall. In addition, these sonic discussions reveal that the solution to this important technical bag problem is extremely beneficial for the general introduction of bags with garbage bags and is technically and economically of great importance in the future development in the field of bags finite garbage bags. This applies in particular to bags with garbage bags used for packing fruit, nuts, hot chestnuts, tinfoil or paper-wrapped candies, chocolates or the like, and especially for those whose garbage bags only have two walls, for example consist of pointed or kite bags or flat bags (without bottom) or cross-bottom bags (with hexagonal bottom). The solution of the aforementioned important technical bag problem has now happily succeeded in a very simple and economically favorable manner, namely in the form of three basic solutions, each of which represents an important additional invention within the framework of the current main invention. The first of these three additional inventions (- first solution to the problem) consists in the manufacturing process mentioned immediately before these special discussions, which the third special case of the arrangement of a garbage pocket web a. -; - a -E- ... relative to a cone or dragon cone web t + t + . . ., e.g. B. that of Fig. I or 21 or 29 concerns. This method, which represents the first solution to the problem, is characterized in that the waste bag track a + a + for the production of pointed or kite bags. . . that longitudinal edge 1 ',: 2 -i- 1', 2 -f - ... of the bag web t - [- t -i- . . . runs along, from each of which a half 1 ',: 2 of the bag filling rim 1', 2, 1 is formed. This process is implemented in Figs. 21 and 29, where the bag web and waste bag balin also in the sense of a further additional invention from a single longitudinal web t + t + . . . + a + a + . formed and by longitudinal folding übe: are led to each other. As in the discussion of the third special case of the arrangement of the garbage bag web a + a + ... relative to the cone web t -f-- t +. . . of Fig. i mentioned, one could also use the garbage bag balin a + a -4-. . . of Fig. i instead of running along the (in the figure) upper, along the (in the figure) lower edge i ', 2 -f- 1', 2 + ... In this way, the same procedure would result in Fig. 1 as in Fig. 21 and 29, but with the finite difference that the two tracks do not form a single longitudinal seam-free track as there (in Fig. 21 and 29). The products (pointed bags with garbage bags) according to this method would be characterized in that the garbage pocket a, ie a garbage bag side edge 9, 8 or io, ii, runs along the bag filler lip 1, 2, 1 '(Figs. 21 to 32). As above when discussing the third special case of the z '\ - order of the garbage pocket web a + a -j-- . . . Mentioned relative to the pointed cone balin in Fig The aforementioned important technical bag problem arises, which made the preceding special discussions necessary. The products (pointed bags with garbage bags) after the process just mentioned have, as already mentioned, the characteristic that the garbage bag a, d. h: a garbage bag side edge 9, 8 or io, ii, runs along the bag filling edge 1, 2, 1 '(see Figs. 21 to 32). This completely new arrangement (orientation) of the garbage bag a on or in the bag t results in particularly surprising benefits and effects in terms of the garbage bag and the bag when the latter consists, for example, of a pointed or kite bag and z. E.g. the waste bag made from a double-walled flat bag without a bottom (as is the case, for example, in Figs. --I to 32).

As a result of the completely new spatial position of the longitudinal axis of the unfolded garbage bag relative to the spatial position of the longitudinal axis of the unfolded bag caused by this novel garbage bag arrangement, completely new positions of the mouths of the unfolded garbage bag and the unfolded bag to each other result. This new relative position of the two mouths is revealed primarily in the fact that the mouth @ 9, io of the unfolded garbage bag a points upwards when the mouth 1,: 2, i 'of the unfolded bag t obliquely to the side (_Fig. 26, 27, 31) or directly to the side (Fig. 28; 32). However, these two spatial positions of the bag mouth 1, 2, 1 'are common in the vast majority of cases in practice when emptying a bag, partly for more convenient emptying, partly due to the lack of a bag bottom. The position of the mouth 1, 2, 1 'of the unfolded bag t obliquely to the side, i.e. towards the emptying hand (Fig. 26, 27, 31), corresponds to that which is almost always used when the bag is in a Hand (e.g. left) and emptied with the other (e.g. right). The position directly to the side results when the bag t is lying down (Figs. 28, 32). In the two three-dimensional positions that are by far the most common in practice (obliquely to the side according to Fig. 26, 2,7 and 31 and directly to the side according to Fig. 28 and 32) of the mouth 1, 2, 1 'of the unfolded bag So t points the unfolded garbage bag a upwards. This is compared to the situation with the previous bags with garbage bags, where in these cases, together with the bag mouth 1, 2, 1 ', the mouth 9, io of the unfolded waste bag a would point obliquely to the side or directly to the side very significant use advantage of this particular. Kind of a new bag with a garbage bag (Fig. 21 to 31). This is because, on this one hand, the mouth 9, io of the unfolded garbage bag a is closest to the mouth of the bag user (comfortable position, reduction of the risk of spitting waste) and because, on the other hand, the risk of the waste once collected in the waste bag falling out is practically eliminated (see Figures 26, 27, 31 and 28). This is all the more valuable since the mouth of the bag points diagonally to the side (Fig. 26, 27, 31) or even to the side (Fig. 28, 32). This completely new, different spatial orientation of the mouths i, 2, i 'or 9,' io of the unfolded pointed or kite bag and of the unfolded waste bag a is particularly important in the case of pointed or kite bags with garbage bags, which are extremely frequently used as fruit bags Surprisingly present, which is particularly advantageous (Figs. 26, 27, 3i and 28, 32). In addition to this use advantage, which is based on a completely nice spatial position of the mouths 9, io or i, z, i 'of the unfolded garbage bag a and the unfolded bag t (in particular pointed or dragon bag), other particularly important advantages can be achieved from the following considerations can be seen in more detail. The novel arrangement according to the invention of a garbage bag side edge 9, 8 or io, ix and thus the garbage bag a itself along the filling edge 1, 2, 1 'of the bag t (in particular pointed or kite bag) also causes the garbage bag a to be Double-walled pocket (e.g. flat pocket without a bottom as in Fig. 21 to 32) (contrary to the known previous and deliberately detailed above conditions) opened or unfolded almost or completely independently of the (especially filled) bag or fruit bag t can be, especially quickly and easily as well as at the beginning of the emptying of the bags and further (also contrary to the previous conditions) without the risk of damage or destruction of the waste bag or bag wall. In addition, the waste bag a with the new arrangement according to the invention along the upper edge (filling edge, mouth x, 2, 1 ') of the bag t (in particular pointed or dragon bag) with the same material (z. B. paper) expenditure for their Creation of significantly more space than is the case with the garbage bags a known previous arrangement on or in the bag, since they (garbage bag) even before the beginning (and not only after lowering the bag filler level) of the bag emptying in the sense of another invention The bag t is arranged essentially or completely above the normal maximum level of the level of the existing or future filling (e.g. fruit, paper or tinfoil-wrapped pralines, etc.), in other words essentially or completely in front of (as an external waste bag a) or behind (as an inner waste bag a) such bag wall sections which are not touched by the bag filling (e.g. fruit, nuts, individually wrapped chocolates, etc.) and accordingly also are not tightly stretched by the wall pressure of the bag filling acting on all sides, but on the contrary can be willingly, quickly and comfortably and above all without danger to the garbage bags and bag walls at any time, bend, turn and bulge in or out into the position When unfolding, filling, closing, opening and emptying the garbage bag a or, in short, in every moment of the garbage bag and bag use proves to be the most expedient and in each case the maximum amount of garbage bag space can be developed (significantly better usability or significantly better efficiency of the garbage bag 2 with regard to their volume). Another very significant advantage of this new arrangement (Fig. 2i to 32) is that not only the relatively expensive bags with more than two walls can be used as garbage bags a, but in the interests of making the bags with garbage bags cheaper, especially the cheap ones Bags with only two walls (e.g. flat bags with only two walls as in Figures 21 to 32), without the usability of the garbage bags being impaired, as was the case with the arrangement of the garbage bag relative to the bag with the previous ones known types of bags with garbage bags would be the case to the greatest extent. The important technical bag problem mentioned above, which consists in arranging the latter on or in the bag in such a way as to arrange the latter in the case of a bag with a garbage bag or to attach it to or in the bag in such a way (e.g. sticking it) that the garbage bag is independent of the (in particular filled and therefore bulging, bulging and bulging) bag can be opened, as easily and quickly as possible and above all as far as possible and safely both for the waste bag wall and for the bag wall, can also be solved in another, ie second way . This second solution also represents an important additional invention in the context of the present main invention. The second solution consists in your manufacturing process with the characteristic that to produce a bag t with a pivoting waste bag a, which can be opened independently of the bag, the bag web i 't - @ - . . . and the waste pocket web a + d; - ... are interrupted. The products (bags with garbage bags) according to the diesel process are characterized in that only a fraction of a wall (e.g. the front wall 12 or the rear wall 13, the latter in Fig. 18 to 2o) of the garbage bag a is used for attachment (e.g. . Sticking) the latter (a) on or in the bag t is used, or to increase the intended effect, characterized in that the bag t and waste bag a only on a more or less narrow, for example rectangular or band-shaped strip of a wall (z. B. B the front wall r2 or the rear wall 13, the latter in Fig. 18 to 2o) of the garbage bag a are connected to one another. An increase in the manufacturing process just mentioned is characterized in that the waste pocket web cc -j- a -7-. . . (E.g. in particular a tube with a total of only two, namely unfolded walls) after complete longitudinal folding only with a fraction of its full width, ie for example only on a more or less narrow longitudinal strip .1 or longitudinal edge strip, with the bag balin t - {- t -; - . . . is connected (e.g. is glued). The products (bags with waste bags) according to this method with increased effect are characterized in that the bag t and waste bag a only on a more or less narrow longitudinal strip, i.e. 1i. For example, the longitudinal edge of a wall (i2 or 13, the latter in Fig. 1 8 to 2o), the garbage bag a are connected to each other and possibly also at the same time from a coherent, ie seamless piece (t -; - a) paper or the like. exist (Fig. 18 to 2o). The last-mentioned products can also be further characterized in that the ends of the piece (t ; - a) made of paper or the like, which is also seamless at the same time, are glued at the point where the paper web of one part (t = bag part ) merges into the paper web of the second part (a = garbage bag part).

While in the aforementioned first solution to the important technical bag problem (opening the garbage bag independently of the bag) the means of solving the problem in the arrangement of an Xbfalltaschenseitenkante 9, 8 or ro, rz and thus the garbage bag a (in particular flat pocket with only two walls such. B. in Fig. 21 to 32) along - the upper edge (filling edge, mouth r, 2, z ') of the bag t (especially pointed or dragon bag), so in a very specific arrangement of the garbage bag a on or in the bag t can be seen, in the case of the second solution to the important technical bag problem (opening the rubbish bag independently of the bag), the means for solving the problem is the new way of attaching the rubbish paper web a + a -j- ... on the bag web t -f - t + . . . (The bag web and the rubbish bag web are only interrupted in connection or the rubbish bag web only has a fraction of its full width after it has been folded longitudinally, i.e. only on a more or less narrow longitudinal strip or longitudinal edge strip, connected to the bag web, i.e. e.g. glued) or the Waste bag a on or in the bag i (sticking only a fraction of a full waste bag wall to the bag), which enables the waste bag a to be partially pivoted relative to the bag t, which as a partial pivotability of the first degree or first power of the waste bag is approx should be designated. This is because the special type of fastening (only a fraction of the full width of the finished longitudinally folded garbage bag web with the bag web or only a fraction, i.e. e.g. only a more or less narrow longitudinal section or longitudinal edge section, of the full surface of a waste bag wall glued to the bag or otherwise connected) of the waste bag web on the bag web or the waste bag on or in the bag pivotable relevant section (e.g. longitudinal section or longitudinal edge section) of the overall wall of the individual waste bag only the possibility of pivoting movements ( away from the wall of the bag or back to it) on one side, e.g. B. has on the inside or outside of the bag wall, ie on that side of the latter, on which it (pivotable waste bag enabschnitt) normal, d. 1i. when not swiveled out. While this partial pivotability of the first degree or first power of the garbage bag a only on one side, i.e. only in the area in front of the inside or outside of the bag wall, according to the second solution to the important technical bag problem (opening of the garbage bag regardless of the Bag), the third solution to this technical bag problem is that this partial pivotability of the first degree or first power of the garbage bag a is increased into a partial pivotability of increased (second) degree or second power of the garbage bag ca. This third solution is a closer (in its effect very increased) method, which is characterized in that to produce a bag t with increased pivotable waste bag a, which can be opened to an increased (second) degree independently of the bag Waste pocket web a -; - ca +. . . after completion of the longitudinal folding of the two webs t laterally across the strip of bags - [- t +. . protrudes more or less far, especially when the garbage bag a consists of only a double-walled pocket, so that, among other things, the garbage bag has become partially pivotable to an increased (second) degree, to an increased (second) degree independently of the (especially filled ) Bag or the like opened or unfolded and to an even larger size and even more unobstructed, lighter, faster and, in particular, safer for bags and trash bags, can be turned, swiveled or bent into that position of use, which can be turned at any moment of garbage bag use proves to be the most expedient. The products (bags with rubbish bags) according to this last-mentioned process, which has a significantly increased effect, are characterized in that the rubbish bags have the outline 3, 1, 2 or 3, 1 ', 2, or 30, 32, 33 , 31 or 30 ', 32', 33 ', 31' of the bag protrudes more or less far. One type of product produced in this way (bags with garbage bags and in particular pointed or kite bags with garbage bags) is characterized in that the garbage bag a over the filling edge i, 2, i 'or 30, 31 or 30, 30', 3 i ', 31 of the bag t more or min. That rises up a long way.

It should be mentioned here again expressly that the third solution of the “correct bag technical problem” in question (opening the garbage bag independent of the bag) represents an increase or potentiation of the second solution, that is, this second solution always includes without further ado or with encloses. Or in other words: The third solution with your partial protrusion of a garbage bag a over the outline (silhouette) of the actual bag t at any point (e.g. left or right or above the bag mouth) of this bag boundary line brings it inevitably with it that the (one) reaching out or upward waste bag section is pivotable, and that easily pivotable immediately in the increased (second) degree, since it is due to reaching out or protruding up into the free air space surrounding the actual bag its pivoting movements are not subject to any inhibitions on the part of the wall of the bag, to which it would still be subject to a certain degree if it were well pivotable, but not at the same time reaching out or protruding beyond the outline of the bag (boundary limit). This second degree pivotability of the waste flap section reaching out results in what is known as the second degree partial pivotability for the entire waste bag. Ma: n quickly recognizes that in fact reaching out at some point (e.g. left or right or above) of a section of the overall waste bag wall over the outline (silhouette) of the actual bag (in particular pointed or kite bag) Significant increase in the pivotability of the relevant outgoing waste bag section therefore has the immediate consequence that the section in question can now not only swivel movements in front of one side (inside or outside) of the bag wall, but on both sides of the bag wall without any hindrance from the latter, because it protrudes completely freely into the air space surrounding the bag and can move as it appears most expedient to the bag user at any point in time when the garbage bags and bags are being used. So it happens. With full right to refer to this type of partial swiveling of the garbage bag with partial swiveling of a higher or second degree of the garbage bag. Would z. B. the waste pocket web a + a -f-. . . of Fig. i along d; m (in the figure) lower longitudinal edge 1 ', 2 -f- 1', 2 + ... of the cone web t - [- t + . .. run in such a way that after the two webs have been folded lengthwise they are more or less far over the cone web t -} - t laterally (ie towards the bottom in the figure). protrudes, so would result in further processing of the double web created in this way as .products conical bags with garbage bags, which would be characterized by .that the garbage bag a over the outline 3, 1, 2 .bzw. 3, i ', 2, that is, in this case, protrudes more or less far beyond the bag filling rim I, 2, i' as part (section) of the outline of the actual bag t. The garbage bags a of these conical bags produced would also be characterized in that, as a result of the partial protrusion into the open air space, they have a partial pivotability of a higher (second) degree. The same applies to the garbage bags of the pointed bags with garbage bags as products from the double track of Fig. 21 or 29, if .there the garbage bag track a -E- a +. . . after the two panels have been folded lengthways over the (in the figures) lower edge i ', 2 -j- i' -f- 2 +. . . the conical cone web t -f- t -! - ... protrudes more or less to the side (i.e. 1i. in Figs. 21 and 29 downwards). As before the beginning of these special discussions. mentioned in the course of the detailed discussion of Fig. 21 to 32 to be made much easier, which is now to be stepped on.

In Fig.2, the left section of the schematic object is the Fig. I shown in elevation.

Fig. 3 shows in plan a lying, finished, not yet unfolded conical bag f with an inner waste pocket a as a product from the Dolspelbahn: t -t- t + . . , -f- a -f- a -} - . .. of Figs. i to 2 according to the method shown there, which is characterized in that for the production of pointed or kite bags the garbage bag web a -j- a -; . . .that longitudinal edge 6 + 6 +. .. the bag web t -i - t - (-... runs along, from which the bag side closing flaps 6 are formed (Fig. i and 2, 1 1, 17). The products (pointed bags with waste bags according to Fig. 3) according to this method are characterized in that the waste bag a. runs along the shorter side edge i, 3 of the pointed or kite bag t (Figs. i to 3, 11 to 20) As already mentioned in the detailed description of Fig. i , conical bags with waste bags according to Fig Moisture (e.g. fruit juice) through the wall zone of the lower tip of the bag as well as the bursting of the bag wall in the: a particularly endangered (wedge effect) areas of the pointed or dragon bag difficult, if not completely avoided le arrangement of the waste bag a along -the shorter (vertical) side edge (- cathetus i, 3) of the pointed bag t so that the waste can be easily brought in and slides deeper in the bag easily and automatically. Furthermore, the waste bag a ei -. I has a long, unfoldable, trapezoidal upper part, which extends down to the connecting line 2, 3 between the upper (2) and lower (3) tip of the cone t, around the (2, 3) the waste cannot penetrate. A separate bottom seal (e.g. the transverse adhesive strip 16) could therefore be dispensed with per se.

Fig.q. shows schematically in plan, as a second example of application of the method according to the invention, two webs that are already superimposed on the right hand side and already connected to one another, namely a web t -f- t -f- . . . (above) for bags t of any type and a garbage bag track a 1- a -E-. . . (below), while Fig. 5 shows the schematic object of Fig. 4 in elevation. The bag web t -f- t -f-. . . just runs in. Fig. q.- and 5 from a rail 17 in the direction 18 and a waste pocket web a + a -f-. . . from a roll 21 in the same direction, the two tracks being continuously led over one another on the right hand side and connected to one another. The waste pocket web a -E- a 1-. . . is also passed over the guide roller 2 8 and both tracks over the guide roller 29. The connection of the waste bag balm a + a +. . . along their two longitudinal edges, similar to fig. I and 2 continuously generated by two Klzbstofflinien or tapes or -punktreihen 14 and 1 5 causes. As in Figs. I and z, these are continuously generated in a known manner by two circular disks 23 and 23 'which dip into the adhesive of the container 24 and touch the waste bag balin a -f- a from below. The two tracks t + t - @, which are superimposed and connected on the right. .. -f- a + a + ... are then processed further in the manner customary in the production of bags, regardless of the garbage bag to be produced, for example into bags of any type with garbage bags. The continuation of the double track to the right, which is subjected to further processing, is not shown for the sake of simplicity. Fig. 6 shows schematically in a perspective view one of the sections t -f- a of the double track (bag track t + t -; -. .. -f- waste bag track a -f-- a -I-...) Of Fig . d. during the example of the forming of the latter (double sheet) into a tube, which is just being folded in Fig. 7.

Fig. 8 to io show a schematic plan view of the bag mouth 30, 30 ', 31', 31 (waste bag side edges 30, 32-30 ', 32'-3i', 33r31, 33) and waste bag mouth a finished bag with four Walls and with external waste bag a as a product from the double sheet i + t -f- ... a + a + ... of Figures 4 to 5 according to the method shown there. The bag with waste bag as a product of the process is characterized in that, among other things, for the most favorable spatial development (Fig. Io) in the case of the waste bag and for mutual securing by keeping the bag open (Fig. Io) the latter by one or more (z. B. 30,32 and 30 ', 32' of Fig. 7 to io) reaches around the side edges of the bag t. Fig. 8 schematically shows bag t and refuse bag a not yet unfolded, Fig. 9 shows the schematic object of Fig. 8, but with the normally filled and already reopened bag t and Fig. 10 the schematic object of Fig. 9, however with the garbage bag open in its upper section and ready to pick up garbage a.

Fig. Ii shows schematically in plan as a third application example of the method according to the invention two webs formed from a single web t + t + ... + a + a + ... ( cone web t + t + ... and waste pocket web a -E- a +. ..), which are led over one another on the left and in the middle straight by longitudinal folding (here e.g. the double sheet) and on the right hand already run over one another and finished longitudinally, the first double sheet section t - + - d (right) with border 1, 2, 1 ', 3 is already separated from .der double web (along line 3, 1' or 8, 11, therefore drawn-out cut edges) and in the usual way in bag production without looking at the garbage bag to be generated a conical bag t with an inner garbage bag a is processed further. This further processing takes place in the part of the entire cone machine indicated schematically by the reference numeral 35. It consists in the fact that the bag square t- 1, 2, 1 ', 3 with garbage bag a just like in equipment without a garbage bag in a known manner by a striking arm striking the diagonal 2, 3 in the direction of the arrow i9, for example into the diagonal slot in the work table of part 35 of the cone machine until the folding rollers arranged under the work table can grasp and fold the pre-bent square of the cone, whereby the production of cone cone t with inner waste bag a is completed (Fig. 12). Instead of the lengthways diagonal 2, 3, the striking arm could also strike the bag square 1,: 2, 1 ', 3 along the diagonal i', i. By means of these two possibilities of the impact of the flapping arm on the diagonal 2, 3 or i ', i there is the possibility of producing two types of pointed bags t with garbage bags a. One type comprises conical bags t, in which the waste bags a are arranged essentially in front of the left conical cone wall 4, as in that of FIG. 13, which corresponds to an impact of the flapping arm on the diagonal 2, 3. The other type, on the other hand, comprises conical bags t, in which the refuse bags a are arranged essentially in front of the right conical cone wall 5, which is brought about by an impact of the flapping arm on the other diagonal i ', i. By appropriate choice of the diagonal (2, 3 or i ', i) of the cone square (1, 2, l', 3) for folding the cone, it is very easy to create cone cone with garbage bags, which (as Inner or outer garbage bags) are arranged either essentially in front of the left cone wall 4 or essentially in front of the right 5. (The same applies expressly to Figs. I and 2, 17, and in particular to Figs. 21, 29.) With regard to the longitudinal folding of the two webs t - + - i -f- which form a single longitudinal seam-free web. . . -i- a + a -i- . . . the following should be mentioned; The double web t -j- t - + - ... a -f- a - + - ... runs from roll 17 or 21 (for the common roll the two reference numerals 17 and 21 apply) continuously in direction 18 or 22 from. On its way to part 35 (far right) of the cone machine, the double web is folded lengthways as shown in Fig. Ii, both the cone web section t - + - t - + - . . . as well as the waste pocket web section a - + - a -j-. . . The longitudinal folding of the double sheet is carried out twice here, for example. Once z. B. through the deflectors 2o "and 2o 'and through the folding rollers 38, 39 and 4o, and for the second time through the deflector 2o and the folding roller 36. A circular disk 37' (left) continuously carries adhesive in the form of a line or bar or Row of dots 15 on the upper edge of the double web in Fig. Ii. The roller 38 fixes the one longitudinal edge of the double web, while the rollers 39 and 4.o move the wrapped double web away from the longitudinal adhesive strip 15 in the direction of the short, upward directed arrows and ensure that the fold, produced by roller 4o, comes to the right place. j- 6 - / -... the actual cone web t + t -f-... applied to the future cone side closure flaps 6. These adhesive lines or adhesive strips on the individual future igen bag side closure flaps 6 are denoted by 7. The strong lines in the middle of Fig. Ii represent schematic sections through the double track at the relevant point.

Fig. Ii shows, as should be mentioned, a process that is characterized by the fact that, for the production of pointed or kite bags, the garbage bag track a + a, `- ... that longitudinal edge 6 -f - 6 - (-. .. the strip of bags t + t +... along passes are formed from which the bag side flaps 6 (s. also Fig. I and 2, 17). Further, in Fig. ii still implementing the method, according to which strip of bags t + t -f-... uiid waste pocket web a + a -; - . .. formed from a single web t -j- t -f-... and a + a +.. . also fig. i 5, 1 7, 2 i in particular, 29 in particular, 33 and 3q, 37, q.ound q.1, qq to q.6) The products (cone bags with inner garbage bags) after the first of the two just mentioned Processes are characterized in that the waste bag a runs along the shorter side edge i, 3 of the pointed or kite bag t (see also Figs. I to 3 and 12 to 2o).

Fig. I 2 shows in the plan a lying, finished, still undeveloped Conical bag t with inner rubbish pocket a, as a product from the double panel in Fig. i according to the two procedures shown there. A comparison of the cone bag with the garbage bag of Fig. 12 with that of Fig. 3 shows that the garbage bag of Fig. 12 as well that of Fig. 3 shows the cone wall in the area of the lower tip 3 of the tit t by the way and free of charge with reinforced (around). As with Fig. 3, this constitutes a considerable additional invention within the scope of the overall invention The waste pocket a is not particularly closed at its lower end (adhesive strip 16 is missing!), Contrary to the situation in the garbage bag a in Figs. 3, 16, 29, 31, 32, where the bottom seal along 'the lower end of the garbage bag 8, i i through its own transverse adhesive strip 16 is effected. A danger that with the garbage bag a of Fig. 12 Waste due to the lack of a bottom seal (16!) through the lower one At the end of 8, 11 of the waste bag escapes through, is not there, as before in the discussion of figs. i and 3 mentioned, the waste in the waste bag a can never penetrate further down than to the connecting line 2, 3 between upper tip: 2 and lower tip 3 of the cone bag t.

Fig. 13 shows schematically the subject of Fig. 12, but looking at it from above on the mouth of the bags and rubbish bags: ng (bag half open and unfilled).

Figure 14 illustrates the schematic subject matter of Figure 13, however when the cone bag is normally filled and opened again, as well as when it is in yours Upper part fully unfolded and @ so already ready to pick up waste. One can see clearly; how beneficial the measure implemented here is, after which the side closure flap6, the pointed bag, is also used as a wall element at the same time the garbage bag a is effective and so not only in a typical dual function as before the actual side closure of the cone t, but also still, so to speak, in the secondary job of the enclosure and thus enlargement of the filling space the garbage bag a. This additional use of the bag side flap 6 as a wall element of the garbage bag a is of great practical importance by with the same filling space: the waste bag the paper expenditure for the latter around the paper expenditure for the bag side flap 6 is lower. The resulting savings is very considerable in the case of large masses of pointed bags with waste bags produced in this way. This measure just described is therefore a further additional invention in To be considered within the framework of the overall invention, especially the usage properties the garbage bag can be increased and refined by this measure.

Fig. 15 shows the left section of the schematic object, ie the double track t -f- t + ... + a -f- a + ... the fig-. ii, but with a schematic arrangement of transverse adhesive strips 16 (similar to Fig. i, 2 and 29) to close the lower ends 8, 11 of the future waste bags a.

Fig. 16 shows the conical bag t with the inner garbage bag a of Fig. 12, however, as a product from the longitudinal seam-free, provided with transverse adhesive strips 16 Double track of Fig. 15 after overlaying, connecting and longitudinally folding the both tracks according to Fig. ii. With others. Words: Fig. 16 differs from Fig. 12 only in that in Fig. 16 the transverse adhesive strip 16 is present.

Fig. 17 shows schematically in plan, as a fourth application example of the method according to the invention, the right section of the object (double web) of Fig. Ii, but with a particularly (abnormally) wide design of the bag side flaps 6, here serving to enlarge the waste bags. 17. The method shown in FIG. 17 is characterized in that the bag side closing flaps 6 are folded over (abnormally) wide over the bag web t -it + ... in such a way that the enlargement (Fig. 2o) of the garbage bags a is possible. Compare Fig. I9 and 2o with Fig. 13 and 14 ..

Fig. 18 (the illustration corresponding to Fig. 12) shows a plan view lying finished, not yet unfolded cone bag t with inner waste pocket a, as Product from the double track in Fig. 17 according to the method shown there.

Fig. Ig (corresponding to Fig. 13) shows schematically the Subject of Fig. 18, but when looking from above at the mouth of the bags and rubbish bags (Bag half opened and unfilled).

Fig. 2o - (figure corresponding to fig. 14) represents the schematic The subject of Fig. 1,9 is, however, with normally filled and already opened again Conical cone t as well as in its upper part fully and particularly wide unfolded and so already for receiving a particularly large amount of waste ready-to-waste bag a.

Fig. 21 shows schematically in plan as a fifth application example of the method according to the invention two from a single web t -f- t - / - . . . + a --E- a ... formed webs ( cone web t - [- t -I-... + waste pocket web a + a +...), which by longitudinal folding (here for example -the double web) are already passed over one another and on the right hand already folded lengthways, with firstly .the waste pocket web a + a ... (contrary to the conditions in Fig. i, 11, 15 and 17) in the sense of an economically extremely valuable and far-reaching additional process that longitudinal edge i ',. 2 - {- i ', z - @ - ... the cone line t -; - t - @ - . . . runs along, from each of which a half 1 ', 2 of the bag filling rim 1', 2, 1 is formed and secondly (according to the conditions in Fig. i, ii and 17) the first double track section t + a (right) just in the in the usual manner in the production of bags, regardless of the waste bag to be produced, is further processed into a pointed bag t with external waste = bag a.

Fig.2a shows in plan a lying, finished, not yet unfolded conical bag t with outer garbage bag a, as a product from the double track of A'bb: 21, which is characterized in that in the sense of an extremely important additional invention in the context of the present overall invention, the garbage bag a, ie a garbage bag side edge 9, 8 or io, ii, the bag filling edge i, 2, 1 'runs along (Fig. zi to 32). At this point, we would like to emphasize the detailed special discussions at the end of the detailed description of Fig. I, in which a particularly urgent technical bag problem was discussed, the first solution of which is the relative arrangement between waste bag a and bag t as shown in Fig. 22. For this reason, it is not necessary to repeat the statements made in the course of these special discussions here. It should only be emphasized here that with the relative arrangement between the garbage bag and bag shown in Fig. 22 it would still be extremely useful to place the garbage bag a more or less far over the bag filling rim 1, 2, 1 'in the sense of an important additional invention. to protrude. The waste bag section, which protrudes more or less far beyond the bag filling rim 1, 2, 1 'by this method, can be pivoted to a greater degree, ie in the second degree, whereby the waste bag, especially as a waste bag with only two walls, is extremely valuable Use property is conferred. Which consists in the fact that the garbage bag a can be opened to an increased (second) degree independently of the bag t. According to the special discussions at the end of the detailed discussion of FIG.

Fig. 23 (illustration corresponding to Figs. 13 and 19) shows schematically the subject of Fig. 22, but when looking from above at the mouth of the bags and rubbish bags (Bag half opened and unfilled). The arrow drawn in front of the mouth 9, io of the waste pocket a indicates the direction in which, for example, the right hand for the purpose of unfolding the garbage bag a later in the same - yourself advances what is shown in Fig. 2q. and 25 is just happening.

Fig. 24 shows the schematic object of Fig. 23, but the bag normally filled and already opened again, and garbage bag after unfolding yours the smaller upper one, arranged in front of the left wall of the conical bag. ¢, the mouth of the garbage bag 9, io encompassing triangular section which (unfolding) just by pushing in the right Hand in the direction of the arrow. The left Hand embraces the cone in the usual way in the zone of its lower tip 3.

Fig.25 shows the schematic object of Fig. 2q., But after further unfolding of the garbage bag a, .d. H. after development, initially also the Upper zone of the larger lower, trapezoidal waste bag section, which is arranged in front of the right cone wall 5.

Fig. 26 shows the conical cone t with the outer waste bag a of fig. 25 in a diagrammatic representation when looking diagonally from above into the cone mouth 1, 2, 1 'and in that typical spatial position in which the filled conical cone is held in the left hand and with the right is emptied. Spitztüte t already partially emptied (not shown bag filling), from a -falltasche been partially (not shown waste bag filling) filled. For the rest, reference is made to the special discussions at the end of the detailed description of Fig. I, in which the advantages of the bag with garbage bag according to Fig. 26 and the other figures in series 21 to 32 are discussed in detail.

Fig. 27 shows the conical bag t with the garbage bag a of Fig. 26, however after turning the cone t about its longitudinal axis counter-clockwise (calculated when looking at the mouth of the bag). . This rotation of the cone t about its axis counterclockwise, two things were achieved: first, it became the mouth of the garbage pocket 9, io. brought closer to the mouth of the bag user and thus made spitting in easier and it made it difficult to spit, and secondly, the vertical part of the garbage bag became extended, thereby causing the waste to slide deeper in the waste pocket and the garbage bag was automatically further unfolded. So it stands Immediately below the mouth g, io of the waste bag again enough space for further filling the same available. This method can be repeated several times, i.e. H. always more Waste pocket space can be created, which of course also in one go instead of in sections is possible. In addition to the other advantages of this important relative arrangement of the Garbage bag to bag is also especially the one just mentioned, the one in it consists that by simply turning the cone t about its longitudinal axis the waste bag a can be further unfolded automatically, with the waste that has already been brought in automatically slides deeper. A danger that the waste by itself is not closed lower end 8, 11 of the waste bag a escapes, is fortunately unavailable. This is because the respective (changeable in their spatial position) A point of bend between unfolded upper and unfolded lower sections the waste bag a for geometric reasons never with the lower edge 8, 11 of the Garbage bag can collapse or approach it in a threatening manner.

Fig. 28 shows the conical bag t with the garbage bag a of Fig. 27, but with the conical cone t lying (e.g. on a folding railroad table 41 or a bench) and in a view with the cone mouth 1, 2, 1 'directed obliquely from above Blick (filling of the bag and garbage bag not shown). The figure shows the excellent way in which the cone t and waste bag a secure each other by keeping them wide open. In the spatial arrangement shown between the pointed bag and the garbage bag, this effect results, among other things, from the fact that the garbage bag crosses the connecting line 2, .3 between the upper (2) and lower (3) tip of the bag t in the sense of an additional invention within the scope of the present overall invention . (Fig. A1 to 32, especially Fig. 25 to 28.) This mutual securing by keeping it wide open is especially valuable because the hand emptying the bag t (usually the right hand) each time before gripping an individual fruit (e.g. . Cherry, paper or tinfoil-wrapped praline o. D-1.) The way between: the otherwise flabby folded parts of the upper bag wall zone (filling zone) does not have to pave the way again and again and because, as the illustration shows particularly clearly, the bag behaves like a wide-open cornucopia. Removal of the filling is made as easy and convenient as possible for the user and he is also granted full aesthetic enjoyment in the form of continuous viewing of the contents of the bag (e.g. fruit or the like). The garbage bag a also enables easy, quick, convenient and, above all, safe introduction (insertion or spitting) of garbage by keeping it wide open on the sides. Furthermore, the figure clearly shows the great advantage that the rubbish bag mouth g, iö points upwards even when the bag t is lying, ie even when the bag mouth 1, 2, 1 'points directly to the side. (See the detailed explanations relating to this in the course of the special discussions at the end of the detailed description of Fig. I.) This also achieves, among other things, (that the waste once brought into the waste pocket a can no longer escape from it possible if, as with the otherwise usual, previously known arrangements of the garbage bags a relative to their bags t, the garbage bag mouths 9, io would also point directly to the side if this is the case with the bag mouths i, 2, i '( ie even if the bags are lying).

Figure 29 shows a piece from the double web (cone web t + t + . . . -f- waste pocket web a + a -f-. . .) of Fig. 2.1, but below the schematic Arrangement of transverse adhesive strips 16 for closing the waste bags a along their Bottom edge 8, 1i (similar to Fig. I and i5).

Abb.3o (Fig.22 corresponding the figure), the Spitztüte t with external waste bag A of Fig 22 illustrates, however, as a product from the longitudinal seam free, provided with transverse adhesive strip 16 dual track t i- t + ... -i- a. - I- a + . of Fig. 29 after longitudinal folding and further processing of the cone web t + t +. . . according to the right. Section of Fig. 21.

Fig. 3 1 shows the conical bag t with its lower end 8, ii closed (glued) garbage bag a of Fig. 30, 'but in exactly the same diagrammatic representation as the conical bag t with the refuse bag not closed (not glued) at its lower end a of Fig. 27.

Figure 32 shows a section of the bag t comprising the lower glued waste bag end 8, 1i with the waste bag a of Figure 3i in the representation of the corresponding section in Figure 28.

Fig. 33 shows a schematic cross section as a sixth application example of the method according to the invention, two formed from a single web without longitudinal seams Tracks (bag track t + t +... + Waste = pocket web a + a +. . .), which is already folded on the right hand side (here e.g. the double track) were run one above the other, while Fig. 34 shows the schematic Cross-section of the double sheet, for example formed into a tube (bag sheet -f- waste pocket web) of Fig. 33.

Fig. 35 and 36 show a schematic plan view of the bag mouth 30, 30 ', 3i', 31 and the waste bag mouth of a finished bag t with four walls and with an inner waste pocket as a product from the double sheet t - @ t + ... + a - f a + ... of Fig. 33 and 34 according to the process shown there, specifically shown in Fig. 35 schematically bag and waste bag for normally filled (filling not shown) and again already open bag t (arrow 34 indicates the future direction of unfolding of the garbage bag on), whereby in Fig. 36 the garbage bag a is already fully open in its "upper section" and is ready to pick up the garbage.

Fig. 37 (the figure corresponding to Fig. 35 ") shows as a seventh application example of the method according to the invention the schematic cross section of a double web already formed into a tube (bag web t + t +... -F- waste pocket web a + a + ..).

Figs. 38 and 39 (figures corresponding to Alyb. 35 and 36) show a schematic plan view of the bag mouth 30, 3 i and the waste bag mouth of a finished bag t with two walls and with an inner waste pocket a as a product from the double sheet t, which already represents a tube -I- t + ... -I- a -f- a -f- ... of Fig. 37 according to the method shown there, namely Fig. 38 schematically shows bag t and waste bag a not yet unfolded while in Fig. 39 the bag t normally filled (filling not shown) and already opened again and the upper section of the waste bag a is fully unfolded and is ready to pick up waste.

Fig. 4ö shows schematically in cross section as an eighth application example, of the method according to the invention, two webs formed from a single lengthwise seam-free web (for the production of any kind of bags t suitable bag web t -f- t +... + Waste pocket web a + a -f-. ..) , which on the right hand side have already been guided over one another by longitudinal folders (here e.g. the double sheet), while Fig. 41 shows the schematic cross-section of the double sheet that has already been formed into a tube (bag sheet t -} - t + ... + waste bag sheet a + a + .., Fig. 40) represents.

Fig. 42 and 43 (the illustrations corresponding to Figs. 38 and 39) show a schematic plan view of the bag mouth 30, 31 and the waste bag mouth of a finished bag t with two walls and with an inner waste pocket a as a product from the double sheet t + t -i- - ,. + a + a + . . , Figs. 40 to 41 according to the method shown there, namely Fig. 42 schematically shows the bag t and waste bag a not yet unfolded, while Fig. 43 shows the bag t normally filled (filling not shown) and already opened again and the waste bag a shows fully unfolded in its upper section and ready for waste collection.

Fig.44 schematically shows in cross-section as the ninth application of the method, two of the invention from a single longitudinal seam free web formed tracks (for the generation of any bags t suitable strip of bags t - [- t + -F- waste bag web a + a +... ...), which in Fig. 45 and 46 are brought over one another by folding them lengthways (here e.g. the bag web t + t +...).

Fig. 47 and 48 (the illustrations corresponding to Figs. 38 and 39 or 42 and 43) show a finished bag t with two walls and with an outer waste bag a as a product from the double panel t - looking at the bag mouth 30, 31 and the waste bag mouth. f- t - [- ... -f- a -f- a + ... of Figs. 44 to 46 according to the method shown there, namely Fig. 47 schematically shows bag t and garbage bag a not yet unfolded while Fig. 48 shows the bag t normally filled (filling not shown) and already opened again and the waste bag a fully unfolded in its upper section and thus already ready to pick up waste.

In order to dispel any doubts of any kind at the end of the description, it should be emphasized again (as was done at the beginning of the detailed description of the individual figures) that the individual figures in the attached patent drawing are only examples of the application of the new method and represent only examples of products manufactured according to this new process, and that these figures or examples are not intended to give any kind of limitation to the possibilities of application and evaluation of the present invention and the additional inventions mentioned within the scope of the present invention. Rather, the present invention, including the additional inventions mentioned, can be realized with benefit and success in an extraordinarily large, practically unlimited number of further examples. In all cases of application of the new process, as stated in the introduction to the present description, the mass production of bags with rubbish bags will be significantly simplified and cheaper, and the introduction of this special type of bag, which is of urgent hygienic as well as traffic police interest, will be decisively promoted. However, the advantages are not only in the direction of simplifying and making the production of bags with garbage bags cheaper, but, as the description of the examples of products shown (bags with garbage bags) clearly shows, mostly also in the direction of a very considerable increase, Improvement or expansion of the effects on use of the new bags produced t with waste bags approx compared to the previously customary and known.

Claims (18)

PATENT CLAIMS: i. Process for the production of bags with outer or inner waste bags made of paper or other materials, characterized in that for the simultaneous production of the bag (t) from the bag web (t + t +...) And the waste bag (a) from the waste bag web ( a + a ...) both lanes are passed over one another in order to be processed further in the manner customary in bag production, regardless of the waste bag to be generated (Fig. i, 2, 4 to 7, 11, 15, 17 , 21, 29, 33, 34, 37, 40, 44 44 to 46). 2. The method of claim i, characterized in that strip of bags (t -j- t.) And waste bag web (d -f d -f...) Of a single longitudinal seam free trajectory (t + t f -... -; - a -j- a -J, -... ) and folded over one another by longitudinal folding (Fig. 11, 15, 17, 21 in particular, 29 in particular, 33, 34, 37, 40, 44, 44 to 46) . 3. The method according to claim i, characterized in that the bag web (t + t.) And waste pocket web (a + a connected and (if necessary by, longitudinal folding) are guided one above the other (Fig. 1, 2, 4, 5). 4. The method according to claim i to 3, characterized in that that to produce a bag (t) with a pivoting waste bag (a) that is independent can be opened by the bag, the bag web (t + t -f-...) and the waste pocket web (a + a -f-...) interrupted communication. 5. The method according to claim 4, characterized in that the waste pocket web (a -E- a --f-..., E.g. in particular hose with a total of only two, namely unfolded walls) according to complete longitudinal fold only with a fraction of its full width, d. H. for example only on a more or less narrow longitudinal strip or longitudinal edge strip, is in connection with the bag web (t -f- t +...) (e.g. is glued). 6th Method according to claim 5, characterized in that for the production of a bag (t) with increased swiveling waste bag (a) which is independent to a higher (second) degree can be opened from the bag, the waste bag track (a + a - @ - . . .) after the two panels have been folded lengthways over the side of the bag (t + t - [-...) protrudes more or less far. 7. The method according to claim i to 6; characterized in that for the production of pointed or kite bags the garbage bag web (u - @ '- a + ...) that longitudinal edge (6 -f- 6 -] -...) of the bag web (t -it + '...) runs along from which the bag side closure flaps (6) are formed (Fig. 1, 2, 11, 17). B. Method according to claim 7, characterized in that that the bag side closing flaps (6) are so (abnormally) wide over the bag web (t -j- t +...) are folded over, that the formation or enlargement (Fig. 17 up to 2o) of the waste bags (a) becomes possible (Fig. i7). 9. The method according to claim z to 6, characterized in that for the production of pointed or kite bags the garbage bag web that longitudinal edge (1 ', 2 - [- 1', 2 +...) of the bag web (t + t -E-. . .) runs along, from each of which one half (1 ', 2) of the Tütenfüllrandes (1 ', 2, 1) is formed (Fig.2i, 29). ok Method according to claims i to 9, characterized in that the gluing or the like (14, 15) of the waste bag web (a -E- a + ...) To the bag web (t -j- t -f-....) ) only takes place in the longitudinal direction (Fig. 4, 5, 11, 17,: 2 i). ii. Pointed or dragon bag, made according to Claim 7 to 8, characterized in that the waste pocket (a) of the shorter The side edge (1, 3 or 1 ', 3) of the pointed or kite bag (t) runs along (Fig. i to 3, 11 to 2a). 12. Bag, in particular pointed or dragon bag, made according to claim 9, characterized in that the garbage bag (a), ie a garbage bag side edge (9, 8 or io, ii), the bag filling edge (1,: 2, 1 ') along runs (Figures 21 to 32). 13. Pointed or kite bag according to claim 12, characterized in that in the interest of very particular relief of the waste bag use, the waste bag (d), ie a waste bag side edge (9, 8 or io, ii), along the upper edge (1 ', 2 ) extends the right (5) bag wall and accordingly the waste bag filling edge (9, io) in front of the left (4) bag wall (Fig.21 to 32). (Right or left wall of the bag is the wall that is on the right or left hand when the pointed or dragon bag is held in the left hand with the mouth pointing upwards so that the shorter side edge of the bag [ = cathetus] is on the side of the bag user next and accordingly the longer = hypotenuse] furthest away from this.) 14. Bag according to claim ii to 13 (in particular 12 to 13), or produced according to claim i to io (in particular 9), characterized in that inter alia for the most favorable spatial development (Fig. Io, 2o, 27, 28, 39, 43 ) for the rubbish bag as well as for mutual securing when holding open (Fig. 10, 20, 27 and especially 28) of the bag (t) and the rubbish bag (a), the latter by one (1, 3 or 1`, 3 of Fig. ii to 2o, or 2, 3 of Fig. 21 to 3z, or 30,32 of Fig. 38, or 31, 33 of Fig. 42) or by several (e.g. 30, 32 and 30 ', 32' 7 to 10) side edges (1, 3-i ', 3-2, 3-30, 32-30, 32r31, 33-31a 33') of the bag (t) reaches around. 15. Pointed or dragon bag according to claim 14, characterized in that the waste pocket (a) the connecting line (2, 3) crosses between the upper (2) and lower (3) tip of the bag (t) (Fig. 21 to 32, here especially Figs. 25 to 28). 16. Bag made according to claim 4 or 5 or 6, characterized in that only a fraction of a wall (e.g. the front wall 12 or rear wall 13, the latter in Fig. 18 to 2o) of the waste bag (Q) for attachment (e.g. for sticking) the latter (a) on or in the bag (t). 17. bag according to claim 16, characterized in that the bag (t) and rubbish bag (ca) only on a more or less narrow, for example rectangular or band-shaped strips of a wall (e.g. the front wall 12 or rear wall 13, the latter in Fig. 18 to 20) 1 of the waste bag (a) are connected to each other. 18th Bag according to claim 17 or manufactured according to claim 5, characterized in that that bag (t) and garbage bag (a) i only on a more or less narrow one Longitudinal stripes, d. H. for example, the longitudinal edge of a wall (12 or 13, the latter in Fig. i 8 to 20), the garbage bag (a) are connected to each other and possibly also at the same time from a coherent, d. H. seamless Pieces (t -f- a) of paper or the like exist (Fig. 18 to 2o). i9. Bag according to claim 18, characterized i that the ends of the also still seamless Piece (t + a) made of paper or the like. Glued at that point are where the paper web of one part (t = bag part) into the paper web of the second part (a = garbage bag part) passes. 2o. Bag according to claim 16 to r9 or in particular produced according to claim 6, characterized in that the waste bag (ca) over the outline (3, z, 2 or 3, z ', 2 or 30, 32, 33, 31 or 30 ', 32', 33 ', 3r') of the bag (t) protrudes more or less far. 2z. bag (in particular pointed or dragon bag) according to claim 20, characterized in that that the waste bag (a) over the filling edge (z, 2, i 'or 30, 31 or 30, 30', 3i ', 31) the bag (t) rises more or less far.