Method for lining a transport facility and device

Abstract

Method for lining a transport facility (10), in particular a transport box, a KLT container, a cardboard box and / or a box, with a film (20), comprising the following steps: a) Providing: - the transport facility (10), wherein the transport facility (10) has an upper opening (12) delimited by an edge (13), a base (14) opposite the opening (12) and a wall (16) circumferentially adjacent to the base (14), - the foil (20), - a stamp (30), and - at least two lining elements (40) which are L-shaped in one cross-section or in two or three cross-sections and which are loosely placed on the edge (13) or in the region of the edge (13), b) covering the opening (12) of the transport device (10) with a section (22) of the film (20), c) placing the stamp (30) on the section (22) of the film (20) covering the opening (12), d) immersing the stamp (30) through the opening (12) into the transport facility (10) together with at least the section (22) of the film (20) for lining the transport facility (10), e) pulling the stamp (30) out of the transport device (10), f) inserting the lining elements (40) into the transport facility (10) lined with the film (20) in an insertion direction (RES) pointing from the opening (12) to the floor (14), and f2) Displacing lining elements (40) lying opposite one another in the opening (12) in the direction of a section (18) of the wall (16) of the transport facility (10) and / or at least substantially parallel to the floor (14) within the opening (12).

Description

[0001] The present invention relates to a method for lining a particularly rigid, stable, pluggable, and / or foldable transport device, preferably a transport box, a KLT container, a box, a cardboard box, a folding box, or the like, with film or a film bag. Furthermore, the invention relates to a device for lining a or the transport device with film or a film bag, for example, suitable for carrying out the method.

[0002] In addition to transport boxes or KLT containers (KLT = small load carriers) as reusable containers, other transport options, such as disposable containers, are also considered. For example, the term "transport option," particularly in the sense of disposable containers, also includes plug-in, stable, and / or foldable boxes, cartons, cardboard, plastics, and the like, which must be lined with a film or bag to prevent the material from becoming contaminated with grease, oil, water, or the like from the goods being transported or packaged using the transport option, which could potentially render it unstable.

[0003] Transport options in the form of transport boxes, KLT containers, small load carriers, Euro crates, Euronorm containers or Euronorm boxes are typically used to transport goods, for example, in, between and / or after production lines. However, transport options in the form of boxes, cartons, folding boxes or similar can also be used in addition or alternatively. Transport options are often used multiple times. For this purpose, the transport options are typically lined with film or bags to prevent the transport options from becoming dirty and to enable the goods to be easily removed by taking them out together with the film or bags. According to the state of the art, the films or bags have to be inserted into the boxes manually. The challenge is to ensure that the films or bags areBags should not be distorted or damaged when goods or products are inserted.

[0004] It is preferred to use film, as it is a cost-effective semi-finished product. However, inserting film is particularly challenging. This is primarily due to the fact that film is usually two-dimensionally elongated, and inserting it into a transport vehicle typically results in the film not adhering evenly to all internal surfaces of the transport vehicle because the film typically wrinkles. Often, when goods are inserted, the film can warp, making it difficult to insert further goods.

[0005] It is desirable that the bags or films are placed in a defined position so that the film or bag cannot be damaged, slipped in or become unfavorably creasing.

[0006] CH 400 007 A describes a holder for a plastic bag with a fixation of the bag in the holder.

[0007] US 2006 / 0 175 328 A1 describes a collapsible container with an inner lining.

[0008] WO 82 / 03836 A1 discloses a package made from a corrugated cardboard frame with only vertical walls and a plastic film. The film is heated to a temperature above its softening temperature and sucked into a mold partially located within the frame. Furthermore, an upper tool for pressing the film is provided.

[0009] The object of the invention is to provide a method by which a transport device can be quickly and reliably lined with film or a film bag, so that goods to be packaged can be easily inserted into the transport device with the film without the film becoming significantly distorted, damaged, or slipping further into the transport device. Furthermore, the object of the invention is to provide a device with which the method can be carried out and / or with which an improved lining of a transport device is possible.

[0010] The object is achieved by a method according to claim 1 or 9 and by a device according to claim 10. Preferred embodiments of the invention are specified in the subclaims and the description, which may each individually or in combination represent an aspect of the invention.

[0011] It is proposed that the method comprises the following steps a) to f2): Step a): Providing the transport device, the film, a stamp, and at least one L-shaped lining element for loosely placing on an edge delimiting the opening or in the region of the edge of the transport device. According to the proposal, the transport device has an upper opening delimited by an edge, a base opposite the opening, and a wall circumferentially adjacent to the base. The film is preferably designed to be unrolled. According to the proposal, the lining element is L-shaped in at least one cross-section or in one view, or in two, three or more mutually orthogonal views and / or cross-sections. At least two, i.e. several, lining elements are provided. Step b): Cover the opening of the transport device with a section of film. This means that the film is placed over the opening so that, in a top view, a section of the film completely covers the transport device or opening, whereby the film does not need to touch the transport device. The film can, for example, be pulled and / or unrolled over the opening by a gripping device. Step c): Place the stamp on the section of the film covering the opening. The stamp can be moved toward the opening and eventually come into contact with the film or the section of film. Step d can follow this step, particularly without interruption. Step d): Inserting the plunger through the opening into the transport device, together with at least the portion of the film lining the transport device, in particular in an insertion direction that can point from the opening to the floor or be substantially perpendicular to the floor. In other words, the plunger is used to move the film toward the floor or onto the floor, so that the film essentially covers or lines the transport device from the inside. Typically, the film will not yet fully adhere to the floor and / or the wall, but rather will be crumpled. Step e): Removing the stamp from the transport device. In particular, the film will remain in the transport device after step e). In particular, no film is in the transport device before step e). Removing the stamp preferably occurs in a direction approximately parallel to, and opposite to, the immersion, using a removal direction. Step f): Inserting the lining elements into the film-lined transport facility in an insertion direction pointing from the opening to the floor. A first L-shaped leg of the lining element can point towards the floor, i.e. be aligned essentially perpendicular to the floor. The other L-shaped leg of the lining element can then be arranged opposite the floor, whereby the first L-leg can be arranged between the floor and the other L-leg. In step f), the other L-leg preferably points at least essentially parallel to the floor. In particular, the method, particularly through step f), provides for safe and rapid lining of the transport facility with film. The lining elements in particular help to ensure that the film lies securely against the wall and is also not damaged.

[0012] In step f2), it is provided that the lining elements are moved. In particular, two lining elements located opposite one another in the opening can each be moved in the direction of a particularly vertical section of the wall of the transport facility and / or at least substantially parallel to the floor within the opening. Several lining elements are, so to speak, pushed or moved apart and can press the film against the floor and the wall of the transport facility. In particular, the lining element(s) initially remain in the film-lined transport facility. This contributes to the best possible lining of the transport facility with film and to the protection of the film from damage caused by the lining elements.

[0013] The lining elements can be single or multiple, in particular at least approximately rectangular, bent and / or drawn sheets and / or injection-molded parts. A lining element can comprise or consist of metal and / or plastic. A lining element has, for example, two, three, four or more legs, in particular L-shaped legs. The legs are preferably transverse and / or at right angles to one another. The legs can each be formed by essentially flat elements and / or sheet-metal elements. The legs can be formed integrally with one another. One leg is preferably longer than another, in particular measured starting from a transition between two legs and / or measured in a plane normal to two legs and / or a transition line between two legs. In particular if the lining element is divided into two or three transverse orThanks to its L-shaped design in orthogonal views and / or cross-sections, but also thanks to the other preferred features, the lining element can be easily placed in a corner area of ​​the wall and / or on the edge of the transport facility. A lining element can also have the form of a frame designed to be placed all the way around the edge of the transport facility.

[0014] The film or a film bag comprises or consists of, in particular, plastic, metal, and / or recycled products. The film can be fluid-tight.

[0015] The film can also be perforated and / or woven. Essentially, the film can be understood as a two-dimensionally elongated, flexible body. The film can have a section or side for gluing, connecting, sealing, and / or fixing, e.g., an adhesive surface and / or a passage. This allows for simple and inexpensive lining.

[0016] Preferably, a step b2) is provided. In this step, the film is separated or severed, preferably next to the transport facility, away from the section of film, and / or after step b). This allows material to be saved and the most defined amount of film possible to be used to line the transport facility. The cutting or severing can be performed by a blade that can be moved along the film or by a blade that can be moved perpendicular to the film, in order to save time.

[0017] Preferably, a step e2) is provided in which the transport means, preferably the film-lined transport means, is transported in particular in a transport direction. Preferably, step e2) takes place after step e) and before step f) and / or after or before steps a), b), c), d), f) and / or after or before any other step. By transporting, the process can be efficiently adapted to equipment individually tailored to the process steps and thus carried out very economically. It is also possible for individual process steps to be carried out at completely different locations, so that step e2) is intended to save time.

[0018] It is advantageous if the insertion of the lining elements, particularly step f), takes place after the removal of the punch, particularly after step e). It is also possible for the insertion of the lining elements to take place after and / or before any other step. In particular, the punch should be removed to allow the sheets to be moved unhindered during transport with the film underneath. This stabilizes the film.

[0019] Preferably, the stamp is pressurized with compressed air, for example during a movement of the stamp, in particular during steps c), d) and / or e). The compressed air can escape from the stamp through bores in the stamp or be introduced into the stamp. The bores are preferably provided on at least one surface of the stamp facing the film. A bore for introducing the compressed air into the stamp can be provided away from the surface. In other words, the stamp can have bores distributed on its outer surfaces for blowing compressed air out of the bores, wherein the compressed air can be fed into the stamp away from the surfaces. Alternatively or additionally, the stamp and / or the compressed air can be heated.All of the above contributes to secure placement of the foil in the transport device and ensures that the foil does not stick to the stamp when the stamp is removed from the transport device. This can speed up the process.

[0020] In a preferred embodiment, a gripping system grips the end of the film during the covering of the opening and / or for covering the opening, in particular during step b). The gripping system can pull the film, in particular a section of the film, over the opening. This ensures that the film is correctly positioned over the opening. This can reduce the risk of damage to the film.

[0021] Preferably, a step f3) is provided, in which goods or goods to be packaged are inserted into the film-lined transport facility, in particular after step f2), in particular substantially in the insertion direction. In particular, if the lining elements are still in the film-lined transport facility when goods are inserted into the transport facility, the film is protected by the lining elements. Likewise, the film can continue to adhere securely to the walls. Furthermore, a large amount of space is provided in the transport facility that is not covered by film or slipped film.

[0022] In a preferably provided step f4), the lining element(s) is / are removed. In particular, the lining elements are removed from the film-lined transport option, preferably after step f3), preferably essentially in a removal direction opposite to the insertion direction. It can therefore be provided that the goods remain in the film-lined transport option while the lining elements are pulled out. Since the goods can be securely positioned, the risk of damage to the film is significantly reduced when the sheets are used or when the sheets are finally pulled out. Alternatively or additionally, the film can also be placed on the goods to be packaged or packaged and finally sealed, for example with adhesive tape.

[0023] Furthermore, a method based on this is proposed for lining a transport device with a film bag. For this purpose, the above-described transport device, the film bag, which is inserted into the transport device to line the transport device and is at least substantially wrapped around the edge, and several of the above-described lining elements are preferably provided. In the method, the lining element is inserted into the transport device lined with the film bag in the manner described above.

[0024] Furthermore, a device for lining a rigid transport device with film for carrying out the method is proposed. The following lists the components or groups of features that the device should advantageously have, although not every component must be provided for the method to be carried out and / or for the device to be advantageous.

[0025] The device comprises a means, preferably a transport line, designed to transport a transport option, in particular a KLT container, in a transport direction. The means or transport line can comprise a conveyor belt, roller belt, traction means, engagement areas, and / or the like. The means or transport line can effectively connect various components of the device to one another, allowing different operations to be performed on one transport option.

[0026] The device also comprises a gripping system for gripping and / or unrolling a film and for placing a portion of the film above an opening of the transport device, wherein the gripping and / or unrolling is / are provided in and / or transverse to the transport direction. The gripping system can be designed to grip and move the film in or along the transport direction.

[0027] The device further comprises a separating device for separating the film, preferably for separating it adjacent to the transport path and / or away from the section of film. A knife or blade and / or a thermally acting device can be provided here. Preferably, the film can be separated across its entire width transverse to the transport direction, in particular at least approximately in a straight line.

[0028] The device further comprises a plunger that can be moved or displaced above the opening transversely to the transport direction, particularly inwardly and counter to an insertion direction. The plunger is provided with holes for compressed air. A film and / or a film bag can be inserted into a transport device and essentially brought into position using the plunger.

[0029] Furthermore, the device has a lining device for inserting lining elements which are L-shaped in cross section transversely to the transport direction, in particular in a or the insertion direction, preferably transversely to a floor of the transport facility and / or a transport surface of the transport line.

[0030] The device also has a removal device for removing the lining elements, in particular at least substantially opposite to the insertion direction, preferably in a removal direction, wherein alternatively or additionally the lining device can also be designed in the sense of the removal device.

[0031] Preferably, the device comprises a compressed air device for applying compressed air to the stamp and / or a heating device for heating the compressed air for the stamp and / or for heating the stamp.

[0032] The aforementioned device can be used to perform the above-described processes, meaning that films and film bags can be safely inserted into a transport system and / or stabilized. The device can be very compact, but it can also be deployed at various locations within a production facility or across multiple production facilities. The aforementioned features of the device can also be advantageously used individually or in combination in the process.

[0033] The invention will be explained below by way of example with reference to the accompanying drawings using preferred embodiments, wherein the features presented below can represent an aspect of the invention both individually and in combination. They show: Fig. 1: a first part of a device for lining a rigid transport facility with film in a schematic side view, Fig. 2: a second part of the device of the Fig. 1 for lining the rigid transport facility with film in a schematic side view, and Fig. 3A-E: the device of Fig. 1 and Fig. 2 during the implementation of a method according to the invention for lining the rigid transport facility, each in a schematic side view and a schematic plan view at five different times during or after individual method steps.

[0034] In Fig. 1 shows a device 50 according to the invention for lining a rigid transport device 10 with film 20. The transport device 10 is designed as a rigid KLT container or rigid transport box.

[0035] Not shown is an embodiment in which the transport option 10 is formed by a particularly sturdy box or folding box, a carton or folding carton, or the like. Such a box, carton, or the like can have a substantially identical or similar shape to a transport option 10 designed as a transport box or KLT container, in particular an opening 12, an edge 13, a base 14, a wall 16, and / or a section of the wall 18. Therefore, a box or carton can be used alternatively or in addition to a transport box.

[0036] The device 50 of the Fig. 1 has a transport line 52 for transporting the transport option 10 in a transport direction RT. A gripping system 56 is provided for gripping and unrolling the film 20 in the transport direction RT and for placing a section 22 of the film 20 above an opening 12 of the transport option 10. The gripping system 56 is designed here as a pair of pliers that can grip and release the film 20. The film 20 is to be unwound from a roll so that a section 22 can be unwound above the transport surface 54 with the transport option 10 and the opening 12 located thereon. A separating device 58 for separating the film 20 can separate the film next to the transport option 10 and away from the section 22 of the film 20 in a cut transverse to the transport direction RT.Above the transport device 10 located on the transport line 52, a punch 30 is provided with holes 34 for compressed air. The punch is arranged to be movable in an insertion direction RES and, opposite to the insertion direction RES, in a removal direction REN. A compressed air device 64 is provided for applying compressed air to the punch 30 so that compressed air can be blown out of the holes 34. Above the opening 12, the opening 12 is further surrounded by a part of a lining device 60, which here is in the form of a shoulder.

[0037] As in particular Fig. 1, the transport option 10 has an upper opening 12 circumferentially delimited by an edge 13, a base 14 opposite the opening 12, and a wall 16 circumferentially adjacent to the base 14. Both the wall 16 and the base 14 are essentially flat and adjoin one another at least essentially at right angles. The transport option 10 is preferably, as is the case here, at least essentially cuboid-shaped. Furthermore, feet for stabilizing the transport option 10 can be provided on the base 14 facing away from the opening 12 or can protrude from the base 14, as is also the case here.

[0038] In the Fig. 2 shows a further part of the device 50, in which the transport line 52 has moved the transport option 10 beneath lining elements 40 to be inserted into the transport option 10. The lining elements 40 are held by a lining device 60. The lining device 60 is designed to insert the lining elements 40 in the insertion direction RES transversely to the floor 14 of the transport option 10 and the transport surface 54 of the transport line. The lining device 60 can therefore preferably grip and release the lining elements 40. The lining device 62 can also remove the lining elements 40 in the removal direction REN and is therefore simultaneously a removal device 62. The lining device 60, 62 has grippers schematically shown gripping on both sides of a first L-leg 42, which grippers can of course also be designed as magnetic, pneumatic, vacuum-operated or similar devices.

[0039] In the Fig. 2 it is also clear that slide 20 including section 22 is separated from the rest of the Fig. 1 wound film 20 is separated and is introduced or stamped into the transport facility 10. The condition of the Fig. 2, the lining elements 40 are ultimately to be inserted into the transport facility 10 provided with film 20 in order to stabilize the film 20 including the section 22.

[0040] Fig. 2 shows that the lining elements 40 are each substantially L-shaped in cross-section and are suitable for loose placement both on the edge 13 and in the region of the edge 13 of the transport option 10. In the present case, the lining elements 40 point downwards and towards the floor 14 with a first L-leg 42. The second or other leg 44 adjacent to the first L-leg 42 each points in a horizontal direction RT parallel to the floor 14. The other L-leg 44 thus faces away from the floor 14.

[0041] Fig. 3A-E show or show schematically a section of a method according to the invention.

[0042] In Fig. 3A is essentially the state of the Fig. 1. Here, according to step a), a transport device, a film, a stamp, and two lining elements (not shown) are already provided. According to process step b), an opening 12 of the transport device 10 is covered with a section 22 of the unrolled film 20. This can be followed by a process step c), in which the stamp 30 is placed on the section 22 of the film 20 covering the opening 12. In the embodiment shown below, Fig. From the top view of the opening 12 shown in Figure 3A, it is clear that the punch 30 is to be placed approximately centrally above the opening 12. The top view also shows that the lining device 60 surrounds the opening 12 in the form of a shoulder, and that the punch can be moved through the lining device 60 and the opening 12. It is also clear that the separating device 58 can also be integrated into the lining device 60.

[0043] In Fig. 3B it can be seen that the stamp 30 after step c) is immersed in a step d) through the opening 12 into the transport facility 10 together with at least the section 22 of the film 20 for lining the transport facility 10 into the transport facility 10. The Fig. 3B further shows that the separating device 58 has severed the film 20. In this state, the film 20 is not fully in contact with the base 14 and the wall 16. Applying compressed air to the plunger 30 can be advantageously used here.

[0044] The Fig. 3C shows, in step e), the punch 30 being pulled out of the transport device 10 in a removal direction REN. After this step e), the film 20 is positioned relatively unstably in the transport device 10. The top view now shows the film 20 pressed into the transport device 10 through the opening 12, with the section 22, which is creased in the corners between the base 14 and the wall 16. For clarity, the punch 30 is hidden in the top view.

[0045] To stabilize the film 20, the Fig. 3D shows a state after step e), wherein four lining elements 40 are kept ready above the transport facility 10 in order to subsequently insert them into the transport facility 10 lined with the film 20 in the insertion direction RES.

[0046] The Fig. 3E shows a method step f), in which the lining elements 40 are inserted into the film-lined transport device in the insertion direction RES pointing from the opening to the base 14. The lining elements 40 point with their first L-shaped leg 42 toward the base 14, and with the other L-shaped leg 44 opposite the base 14 and essentially parallel to the base 14. Although the lining elements 40 do not rest directly on the edge 13, they are nevertheless loosely placed in the area of ​​the edge 13, in this case on a part of the insertion device 60.

[0047] In the top view below in Fig. 3E it can be seen that the lining elements 40, in this case four in number, have each been displaced in the opposite directions towards the walls 16. In other words, the opposing lining elements 40 have each been displaced in the direction of a vertical section 18 of the wall 16 of the transport facility 10 and substantially parallel to the floor 14 within the opening 12, as far as the position of the lining elements 40 between the Fig. 3D and Fig. 3E compares.

[0048] Not shown is that goods 100 to be packaged can be / are inserted into the transport device 10 with the lining elements 40 and the film 20. Not shown is that the lining elements 40 are removed manually or automatically in the removal direction REN. Not shown is a heating device 66 for heating the compressed air for the stamp 30 and / or for heating the stamp 30.

[0049] What is not shown is that the Fig. 3E, the part of the device 50 or lining device 60 shown—preferably parts of a / the device 50 arranged between the lining element 40 and the transport option 10—is dispensed with. Then, the lining elements 40 can rest directly against the film 20 in the transport option 10 and stabilize the film 20. In other words, the lining elements 40 can be inserted into the transport option 10, and the transport option 10, together with the film 20, can then be further movable independently of the device 50. It is preferred that the lining elements 40 rest loosely on the edge 13, preferably with the film 20 in between.

[0050] The method or device 50 shown can also be used for bags made of film 20 that are inserted into a transport device 10. A bag made of film 20 usually contains two film sections of approximately the same size that are connected to one another along a U-shaped line, whereby the two film sections can then be stretched out like a bag or pouch. Typically, there is also the problem here that the bag does not fit well against the wall 16 when it is inserted into the transport device 10 and is, for example, turned inside out at the edge 13. Here too, as with flat or unrollable film 20 or with the method described above, lining elements 40 can be used to stabilize the bag made of film 20, in particular temporarily. List of reference symbols 10 Transport options 12 Opening 13 Edge 14 Floor 16 wall Section 18 20 slides Section 22 30 stamps 32 area 34 holes 40 lining element 42 first L-leg 44 second L-leg, other L-leg 50 Packaging device 52 Transportstrasse 54 Transport surface 56 gripping system 58 Separator 60 lining device 62 Withdrawal device 64 Compressed air equipment 66 Heating device 100 Goods, goods RT transport direction REN withdrawal direction RES insertion direction

Claims

[1] Method for lining a transport facility (10), in particular a transport box, a KLT container, a cardboard box and / or a box, with a film (20), comprising the following steps: a) Providing: - the transport facility (10), wherein the transport facility (10) has an upper opening (12) delimited by an edge (13), a base (14) opposite the opening (12) and a wall (16) circumferentially adjacent to the base (14), - the foil (20), - a stamp (30), and - at least two lining elements (40) which are L-shaped in one cross-section or in two or three cross-sections and which are loosely placed on the edge (13) or in the region of the edge (13), b) covering the opening (12) of the transport device (10) with a section (22) of the film (20), c) placing the stamp (30) on the section (22) of the film (20) covering the opening (12), d) immersing the stamp (30) through the opening (12) into the transport facility (10) together with at least the section (22) of the film (20) for lining the transport facility (10), e) pulling the stamp (30) out of the transport device (10), f) inserting the lining elements (40) into the transport facility (10) lined with the film (20) in an insertion direction (RES) pointing from the opening (12) to the floor (14), and f2) Displacing lining elements (40) lying opposite one another in the opening (12) in the direction of a section (18) of the wall (16) of the transport facility (10) and / or at least substantially parallel to the floor (14) within the opening (12). [2] Method according to claim 1, characterized by the step b2) comprising a separation of the film (20), preferably next to the transport means (10), away from the section of the film (20) and / or after step b). [3] Method according to claim 1 or 2, characterized by the step e2) Transporting the transport facility (10), preferably the transport facility (10) lined with film (20), preferably in a transport direction (RT), in particular after step e) and before step f) and / or after step a), b), c), d), f) and / or after any other step. [4] Method according to one of claims 1 to 3, characterized by that the insertion of the at least one lining element (40) according to step f) takes place after the withdrawal of the punch (30) according to step e). [5] Method according to one of claims 1 to 4, characterized bythat during a movement of the stamp (30), in particular during step c), d) and / or e), the stamp (30) is pressurized with compressed air, preferably wherein the compressed air escapes through bores (34) in the stamp (30) on at least one surface (32) of the stamp facing the film (20), and / or the stamp (30) and / or the compressed air is heated. [6] Method according to one of claims 1 to 5, characterized by that during covering or for covering the opening (12) a gripping system (56) grips one end of the film (20) and pulls the film (20) over the opening (12). [7] Method according to one of claims 1 to 6, characterized in that in step f2) two lining elements (40) opposite one another in the opening (12) are each displaced in the direction of a vertical section (18) of the wall (16) of the transport facility (10) and / or at least substantially parallel to the floor (14) within the opening (12). [8] Method according to one of claims 1 to 7, characterized by the step f3) inserting goods (100) to be packaged into the transport facility (10) lined with film (20) after step f2) in the insertion direction (RES); and / or f4) removing the at least one lining element (40) from the transport facility (10) lined with film (20), in particular after step f3), in a removal direction (REN) opposite to the insertion direction (RES). [9] A method for lining a transport facility (10) according to any one of claims 1 to 8 with a bag made of film (20), comprising providing: - the transport facility (10), wherein the transport facility (10) has an upper opening (12) delimited by an edge (13), a base (14) opposite the opening (12) and a wall (16) circumferentially adjacent to the base (14), - the film bag (20) which is inserted into the transport facility to line the transport facility and is at least substantially turned over all the way around the edge (13), and - at least one lining element (40) which is L-shaped in one cross-section or in two or three cross-sections and which is intended to be loosely placed on the edge (13) or in the region of the edge (13), and comprising an insertion of the lining element (40) into the transport facility (10) lined with the bag made of film (20) in an insertion direction (RES) pointing from the opening (12) to the base (14), with a first L-leg (42) of the at least one lining element (40) pointing towards the base (14), and with the other L-leg (44) arranged opposite the base (14) and pointing substantially parallel to the base (14). [10] Device (50) for lining a transport facility (10) with film (20) or with a bag made of film (20) for carrying out a method according to one of claims 1 to 9, comprising: - a means, in particular a transport line (52), for transporting the transport possibility (10) in a transport direction (RT); - a gripping system (56) for gripping, optionally further for unrolling, the film (20) or the bag made of film (20), in particular in and / or transversely to the transport direction (RT), and for placing a section (22) of the film (20) or the bag made of film (20) above the opening (12) of the transport option (10); - a separating device (58) for separating the film (20) or the bag made of film (20), preferably next to the transport means (10) and / or away from the section (22) of the film (20); - a stamp (30) which can be moved or displaced transversely to the transport direction (RT) above the opening (12), in particular provided with bores (34) for compressed air; - a lining device (60) for inserting the at least one lining element (40) which is L-shaped in cross section transversely to the transport direction (RT) in the insertion direction (RES); - a removal device (62), in particular corresponding to the lining device (60), for removing the at least one lining element (40) in the removal direction (REN); and optionally, - a compressed air device (64) for applying compressed air to the stamp (30), and / or a heating device (66) for heating the compressed air for the stamp (30) and / or for heating the stamp (30).

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