Patent Grant
11434047
The disclosure relates to a transport packaging unit and to a method for packaging articles to be transported. In addition, the disclosure relates to the use of the transport packaging unit. Transport packaging units of this type are used in particular to protect articles to be transported in the form of at least one product during transportation, in particular within the area of the shipping of hazardous materials. These types of hazardous materials can originate, for example, from the area of the chemical industry, the pharmaceutical or diagnostic industry, the medical industry or other branches of industry. Other areas of application are also possible in principle. The transport packaging unit can be used, in particular, for the shipping of hazardous materials, for example hazardous materials of packaging group 3, in particular for transport by land and/or sea.
In the daily routine of goods shipment, usually a multitude of products of the same type or of a different type is assembled together so that they can be shipped by rail, road or sea. This is typically effected by using transport pallets, in particular transport pallets with a puncture-resistant base. Transport pallets can be flat structures onto which the products are stacked. Transport pallets can usually be loaded using a lift truck or fork lift truck. The important thing about these types of shipping items which are assembled from the articles to be transported and the transport packaging unit is generally that when the shipping items are produced, sufficient protection during transportation is ensured, for example against falling out and against damage. In the case of hazardous materials according to the regulations of the individual transport operators, specific requirements regarding protection during transport are to be observed, for example fixing the products in the shipping item and/or strapping.
In the case of techniques used up to now to protect items in transport, the articles to be transported, for example at least one product, are as a rule placed manually into a transport carton, usually the size of a pallet, such that a so-called transport pallet packing unit is created. Said packing unit rests, for example, on a so-called Euro pallet or a so-called World pallet, as a rule with a puncture-resistant base, of timber and/or plastics material. Places not completely filled in the packing units can be filled out with empty packing as a load accessory. In addition, protection during transport and/or fixed connection between the transport pallet carton and the carrier pallet must be produced by means of strapping and/or harnessing, for example according to the design type test of the packing for hazardous materials. In addition, one or several edge protecting means can be attached.
Particular requirements, in this case, are applicable to external packaging which includes hazardous materials. These types of hazardous materials, or packing units which contain hazardous materials, are currently packaged as a rule such that first of all an empty transport carton with a closed base, the outside dimensions of which and in particular the area of which corresponds to the surface of a pallet, is placed onto a pallet. The articles to be transported are then introduced from above into the open transport carton, as a rule manually, and are stacked in the transport carton. The transport carton is then closed at the top, secured as a rule with adhesive tape and then fixed on the pallet with packing strips, for example according to the design type test of the packing for hazardous materials.
In practice said conventional method comprises a multitude of disadvantages. One considerable disadvantage is that as a result of filling from above and as a result of the, as a rule, tight stacking inside the transport carton, the packing process is hardly able to be automated. Thus, expensive gripping elements which could carry out stacking in the interior of the transport carton from above would have to be used for automation. This is hardly realizable in practice such that, as a rule, a manual packing process remains the only realizable solution.
A manual packing process of this type, however, comprises a multitude of disadvantages. Thus, the height of the transport cartons placed on the pallets is, as a rule, at least 1 meter. Consequently, to stack the bottommost layers inside the carton, the packing personnel have to bend beyond the carton wall to insert the products and/or the goods in the transport carton. In this case, sometimes considerable loads have to be lifted beyond the carton wall of the transport carton—in a position which is extremely unfavorable ergonomically for the packing personnel—in order to be deposited finally on the base of the transport carton. In this case, sometimes loads of several 100 kg altogether are lifted when loading one single transport carton. In the long term said packing process can result in considerable physical loads for the packing personnel.
In addition, it must be emphasized that the described packing process is extremely time-consuming in spite of using practiced and trained packing personnel. Where there is a high throughput of articles to be transported, the described process can consequently provide a bottleneck in a logistical sequence which can delay the overall time between the delivery of an order and the actual shipping of the ordered products in a considerable manner.
A multitude of apparatuses and methods for packaging articles to be transported are known from the prior art. For example, US 2011/0155601 A1 describes a box produced from fiberboard for the shipment of hazardous materials. Said box includes an outer jacket with a plurality of inserts. The packaging of bottles is described in particular. Said bottles are placed on a bottom tray inside the outer jacket or external packaging and are separated by a separating unit. In addition, a cover part is placed thereon. Consequently, said construction does not solve the above-described problems either as filling still has to be effected from above, which is hardly able to be automated, which is time-consuming and which accordingly for the above-mentioned economic and ergonomic standpoints is not preferred.
EP 1 205 394 A1 describes a pallet for stacking planographic printing plates. In this case, a method for packaging is described where a stack of planographic printing plates is placed above a holding stack which, in turn, is built on a projection of a pallet. Packing material is then wound around said stack in a winding technique such that the packing material takes on the form of a box. Said box is then fastened to the pallet by means of adhesive tape and packing strips are used for securing it. However, a disadvantage of said technique is that a comparatively high expenditure for the packaging has to made, in particular by using the winding technique. Special apparatuses are necessary for this as a rule. In addition, said winding technique which is provided for printed plates is not suitable, as a rule, for the transport of hazardous materials, in particular of packaging group 3, as additional security measures against contained substances leaking would be necessary.
US 2008/0257769 A1 discloses a pallet packaging arrangement in which a transport support and an outer carton are connected to the freight pallet in order to prevent the freight from slipping. In this case, a transport base is folded first of all and an article to be transported is placed thereon. A freight carton is then inverted over the article and the transport base. Straps of the transport base and of the carton are then both fastened to a transport pallet by means of clamps. However, a disadvantage of said packaging technique is that the protection during transport against the freight slipping is developed in a comparatively weak manner. The clamping technique used can result in the straps being torn off in particular where shear forces are high. In addition, suitability for the transport of hazardous materials, for example of packaging group 3, is hardly ensured in this case either as in particular in the region of the bottom edges, tightness of the packaging, in particular against contained substances leaking, can hardly be ensured. Neither is puncture resistance of the base of the pallet, through the boards of the freight pallet and the carton base, ensured in the case of said development. However, such puncture resistance is an important prerequisite, as a rule, for the transport of hazardous materials.
U.S. Pat. No. 4,932,545 describes a container for transporting large or heavy objects. In this case, a freight framework is first of all fixed on a base plate of a pallet. Individual side walls are then mounted around the edge of the base plate. Finally a cover part is mounted on said side walls. In addition, a cardboard box, which serves as an additional outer protective layer, can be slipped onto said container which is produced in this manner. However, a disadvantage of said container is the expensive and complex design. Thus, individual, complicatedly formed, sturdy side walls, which are extremely high-quality as a result of using corresponding profiles and fastening elements and are consequently not suitable for the shipping of mass products, have to be provided. In addition, considerable manual labor is necessary for the assembly of the container from individual parts such that the described container is hardly suitable for the shipping of large quantities. Neither is the suitability for transporting hazardous materials, for example of packaging group 3, ensured, as a rule, as a result of joining the side parts to one another in a form-locking manner.
DE 88 05 32 U1 discloses a warehouse pallet which can be used in particular as an outdoor warehouse pallet. The warehouse pallet comprises a base part which is developed as a tub. In addition, the outdoor warehouse pallet is provided with a cover which covers the tub. As is produced directly from said document, the warehouse pallet is not suitable, as a rule, to serve as a transport packaging unit, in particular for the transport of hazardous materials, for example of packaging group 3. Thus, no protection is provided against the load slipping or being mechanically damaged. Neither is the warehouse pallet guaranteed, as a rule, to be tight against the leaking of substances.
DE 37 09 870 C2 describes a security pallet which has a tub-shaped base plate for receiving loads. In addition, there is provided a cover which is detachably connected to the tub-shaped base plate by means of locking members with a sealing profile connected in between and is fixed in its position on the base tub by means of a circumferential web. Said structure is comparatively expensive as regards technique since a sealing part and a tub have to be provided. Said parts have to be specially matched to one another, which incurs increased expenditure for costs and manufacturing. In addition, the loading of the security pallet described in DE 37 09 870 C2 can also only be automated in practice with difficulty.
It is against the above background that the present disclosure provides certain unobvious advantages and advancements over the prior art. In particular, the inventors have recognized a need for improvements in transport packaging units and methods for packaging articles to be transported.
Although the embodiments of the present disclosure are not limited to specific advantages or functionality, it is noted that the present disclosure provides a transport packaging unit that is able to be loaded with the articles to be transported in a simple and where possible automatable manner and is also to be usable for hazardous materials. In addition, the above-described ergonomic problems in particular are to be avoided.
In accordance with one embodiment of the present disclosure, a method for packaging articles to be transported is disclosed comprising preparing at least one pallet, wherein the pallet comprises a base plate and the base plate is developed so as to be even and forms a plate-shaped element which is developed in a completely even manner. The articles to be transported are placed directly onto the base plate. A transport box which is open toward the base plate is inverted over the articles to be transported, wherein the transport box is placed on the base plate in such a manner that the transport box together with the base plate form an interior of the transport packing unit which receives the articles to be transported, wherein the transport box is placed onto the base plate in the form of one or both of a sleeve or collar, wherein the transport box comprises an opening which is closeable by means of folding flaps on a side opposite the base plate, and wherein the transport box closes off flush with the pallet at the sides. At least one fixing step, wherein in the fixing step the transport box is fixed on the base plate by means of at least one fastening element. In the fixing step, at least one packing strip can be employed, and/or the transport box can be pressed onto the base plate by means of at least one fasting element.
These and other features and advantages of the embodiments of the present disclosure will be more fully understood from the following detailed description taken together with the accompanying claims. It is noted that the scope of the claims is defined by the recitations therein and not by the specific discussions of features and advantages set forth in the present description.
The following detailed description of the embodiments of the present disclosure can be best understood when read in conjunction with the following drawings, where like structure is indicated with like reference numerals and in which:
Skilled artisans appreciate that elements in the figures are illustrated for simplicity and clarity and have not necessarily been drawn to scale. For example, dimensions of some of the elements in the figures may be exaggerated relative to other elements to help improve understanding of the embodiment(s) of the present disclosure.
The transport packaging unit can be used in particular for packaging hazardous materials, in particular hazardous materials of packaging class 3 according to the German Ordinance Concerning the Transport of Dangerous Materials (GefStoffV). Accordingly, the use of the transport packaging unit according to the disclosure in one or several of the developments described again below for packaging hazardous materials, in particular of packaging group 3, is proposed in a further embodiment of the disclosure. The use can be effected in particular for transport by land and/or sea.
It is pointed out that the terms “comprising” and “including” as well as grammatical modifications of said terms are used below in an open manner. Thus, the expressions “A comprises B” or “A includes B” both indicate that A consists exclusively of B and contains no further elements apart from B, or that A contains at least one further element apart from B.
The transport packaging unit comprises a pallet with a base plate, wherein the articles to be transported are receivable on the base plate. A pallet, in this case, is to be understood generally within the framework of the disclosure as a load carrier and/or transport element which comprises an even bearing surface for placing on an even support surface as well as a loading surface which can be loaded with the articles to be transported, the pallet being transportable together with the articles to be transported. In particular, the pallet can be developed in such a manner that it is transportable by means of a lift truck and/or by means of a fork lift truck. Accordingly, the pallet can comprise, for example, a framework which comprises at least two openings for the engagement of a fork of a fork lift truck and/or lift truck. In particular, the dimensions of the pallet can comprise the dimensions of a Euro pallet or World pallet.
The base plate can be in particular a fixed component of the pallet. For example, the base plate, as described again in more detail below, can be fixed on a framework of the pallet, for example a timber framework, for example by means of nailing down and/or screwing down and/or bonding. The area of the base plate can accordingly correspond to the area of a Euro pallet or a World pallet.
The base plate can be developed so as to be liquid-tight. The base plate can be connected to a framework of the pallet, for example a timber framework, in particular over a large area. For example, the base plate can be connected to the framework by at least 5, typically at least 10 or even at least 50 fastening elements, for example screws or nails that are distributed over a bearing surface of the base plate on the framework. The connection can be effected in such a manner that the liquid-tightness of the base plate is not much influenced. This can be achieved, for example, as a result of inserting an additional sealing element, for example a sealing washer of plastics material, between the head of the screw-shaped or nail-shaped fastening element and the base plate when inserting screw-shaped or nail-shaped fastening elements.
In general, a base plate is to be understood as a plate-shaped element, typically a plate-shaped element that is developed in a completely even manner. In particular, the base plate can define a plane, inside which the base plate extends. Perpendicular to said plane the base plate can comprise a thickness that is smaller by at least a factor of 10, typically by at least a factor of 100, than a lateral dimension of the base plate in the named extension plane, for example than an edge length in one or several dimensions and/or than a diameter or equivalent diameter. For example, the base plate can comprise a thickness of between 1 mm and 10 mm, typically a thickness of between 2 mm and 5 mm, and in a particularly typical manner a thickness of 3 mm.
For example, the base plate can be developed so as to be puncture-resistant. Puncture resistance, also called puncture strength, is to be understood within the framework of the present disclosure as a characteristic of the base plate, according to which the base plate is not able to be punctured by sharp objects in the case of usual loads occurring during transport. For example, the base plate, in this regard, can satisfy corresponding regulations of the European Convention concerning the International Carriage of Dangerous Goods by Road, which is also called the ADR. In particular, with regard to puncture resistance, the base plate can satisfy the regulations in Part 6 of the ADR (Building and testing regulations for packaging items, large packing means (IBC), large packaging items and tanks). In particular, the base plate can generally satisfy one or several of the regulations for large packaging items produced from paperboard (UN 50 G), and in particular according to Sections 6.6.4.4 to 6.6.4.4.8 of the ADR. Thus, the base plate can satisfy in particular the regulations with regard to puncture resistance that are described in Section 6.6.4.4.2 ADR. For example, the base plate can accordingly comprise a puncture resistance of at least 15 J, measured according to ISO standard 3036:1975. Other developments, however, are also possible in principle. The base plate can be produced, in particular, from a timber material, a plastics material, a composite material or a fiber material. A laminar construction with more than one layer is also possible.
It is particularly typical when the base plate is developed as a hard particle board. The hard particle board can include, in particular, a smooth side and a rough side, for example a corrugated side. The smooth side, for example, can be facing a framework, in particular a timber framework, and/or a timber plate of the pallet such that the rough side is able to serve, for example, as a nonslip side of the pallet. The hard particle board can comprise a thickness, for example, of between 0.5 mm and 20 mm, in particular a thickness of between 1 mm and 10 mm, in a particularly typical manner a thickness of between 2 mm and 5 mm and in particular a thickness of 3 mm. The hard particle board can be fixed, for example, with at least 3, typically with at least 5 and in a particularly typical manner with 9 or more fastening elements on a framework, in a typical manner a timber framework, for example a timber plate, for example with nails. The base plate can be developed, for example, in a rectangular manner, for example with the area of a Euro pallet or the area of a World pallet. For example, the base plate can comprise an area of a rectangle with an edge length of 800 mm×1200 mm. However, other dimensions are also possible in principle.
The base plate, as stated above, can be placed, for example, on a framework of the pallet, for example a timber framework. As described above, said framework can comprise, for example, one or more openings for the engagement of a fork of a fork lift truck and/or lift truck. The framework can be dimensioned, for example, in such a manner that the framework with the base plate placed thereon comprises substantially a height of a Euro pallet or a World pallet, for example with a deviation of no more than 20%, in particular of no more than 10% and in a particularly typical manner of no more than 5% or even no more than 2% in one, two or three dimensions.
In addition, the transport packaging unit includes a transport box which is open toward the base plate, wherein the transport box rests on the base plate and together with the base plate forms an interior of the transport packaging unit which receives the articles to be transported.
A transport box, in this case, is to be understood within the framework of the present disclosure as an element which, at least in a closed state, together with the base plate envelops the articles to be transported. The transport box can be developed, in particular so as to be rigid such that said transport box, for example in a closed state, protects the articles to be transported against mechanical influences and/or against overturning. Accordingly, the transport box can be developed, for example, mechanically in such a manner that said transport box is not pushed in or damaged at least manually under usual handling conditions.
The transport box is open toward the base plate. Accordingly, the transport box comprises at least one opening, typically precisely one opening, toward the base plate. Said opening is typically developed without closure elements such that even during transport the transport box is open toward the base plate. The base plate and the inside walls of the transport box consequently define the interior that receives the articles to be transported. For example, said interior can be developed in the manner of a cuboid.
The opening of the transport box toward the base plate can be developed in particular in a rectangular manner. As stated in more detail below, the opening is typically adapted to the outer dimensions of the base plate or is simply slightly (considering the thickness of the wall of the transport box) smaller than the outer dimension of the base plate, typically a maximum of the same size as the outer dimension of the base plate.
The transport box can be placed onto the base plate for example in the form of a sleeve and/or a collar, wherein an edge of the sleeve pointing to the base plate rests typically directly on the base plate and without further elements being connected in between. The sleeve can comprise, for example, a rectangular cross section. On an end pointing away from the base plate, the sleeve can comprise, for example, a closable opening, for example one, two, three, four or more folding flaps. The sleeve can be placed onto the base plate in the open or closed state. As is described in more detail below, said placing can be effected typically at a time when the articles to be transported have already been placed completely onto the base plate. The transport box can also be developed as a cover, for example as a cuboid cover, with a base part which is open toward the base plate. Said cover can be inverted over the articles to be transported.
As stated above, the transport box can comprise, in particular, a closable opening on a side opposite the base plate, in particular an opening which is closable by means of one, two, three, four or more folding flaps. For example, the transport box can be placed onto the base plate in the form of a sleeve, the transport box surrounding the articles to be transported received on the base plate at the sides. The closable opening on the side opposite the base plate can be closed then or prior to this, for example by folding in the folding flaps as well as, where applicable, by additional bonding, for example by means of one or more adhesive strips.
The transport box is fixed to the base plate, for example on the base plate, by means of at least one fastening element. It is particularly typical when the transport box is pressed onto the base plate, for example with an edge of the transport box which points to the base plate. Said edge can comprise, for example, a rectangle. For example, in this case this can be a simple, circumferential edge, the thickness of which corresponds at least approximately to a thickness of the side walls of the transport box, typically without flaps of the transport box standing out to the side from said edge. The fastening element can include, for example, at least one packing strip. The optional pressing of the transport box onto the base plate can be effected, for example, in such a manner that a force is exerted onto the transport box and/or the pallet at least partially perpendicular, typically exclusively perpendicular, to the base plate. A packing strip within the framework of the present disclosure is to be understood in general as an element that is developed at least in part in a strip-shaped manner and is able to be wrapped around at least part of the transport box and around at least part of the pallet in order to press the transport box onto the base plate. Said packing strip can engage in a framework of the pallet, for example on a bottom surface of the transport packaging unit and can surround the transport box on a top side of the transport packaging unit. The packing strip can be closed, in particular. For example, two, three, four or more packing strips can be provided. The packing strip can be developed, for example, in a ring-shaped manner and surround the transport packaging unit in a ring-shaped manner, it being possible as an option for the packing strip to engage in the pallet in one or several places. The packing strip can be produced, for example, completely or in part from a plastics material and/or completely or in part from a metallic material. For example, the packing strip can be developed as a strip with a width of between 5 mm and 50 mm and in a particularly typical manner with a width of between 10 mm and 40 mm. The packing strip can comprise, for example, a thickness of between 0.5 mm and 4 mm, for example a thickness of 1 mm. The packing strip, as typically also all the other packing aids used, can correspond in particular to a design type test, in particular according to an approval of the Federal Institute for Materials Testing in Germany (BAM approval). The packing strip can be developed, in particular, as a closed, ring-shaped strip. In particular, the packing strip can include at least one strap, that is a closed strip, the ends of which are connected together in order to form a closed ring. In particular, the ends can be connected together in a positively bonded manner, for example by means of welding and/or bonding.
It is particularly typical when the packing strip encompasses the transport packaging unit simply in one direction of winding, that is simply with one, two, three, four or more windings about a rotational axis. Said rotational axis is typically developed so as to be parallel to a longer side of a typically rectangular area of the base plate. Harnessing of this type by means of one, two, three, four or more packing strips can also be called cross harnessing. Simple cross harnessing of this type without additional longitudinal harnessing is simple to realize automatically as it is not necessary to rotate the transport packaging unit in a machine carrying out the harnessing.
As an alternative to or in addition to using at least one packing strip as a fastening element for fastening the transport box on the base plate, other fastening elements are also conceivable, for example one or several clamps and/or one or several adhesive tapes, in particular insofar as this corresponds to the design type test (BAM approval). Said fastening elements, in this case, can be present separately from the transport box and separately from the base plate as independent elements or can also be connected to the transport box and/or the base plate.
The transport box, as stated above, can rest in particular directly on the base plate. This means that typically no intermediate element is inserted between the transport box and the base plate. In particular, a sealing element is not necessary in practice.
The base plate and the transport box can close off in particular the interior in a tight manner. Said tight closure can be ensured in particular in conjunction with the above-described at least one fastening element, for example with the at least one packing strip.
The base plate can be developed as an even base plate, as stated above. In addition, the base plate can be developed as an opening-free base plate, that is as a base plate that does not comprise at least any macroscopic openings with a diameter or equivalent diameter of more than 1 mm, typically of more than 500 μm and in a particularly typical manner of more than 100 μm. Accordingly, the base plate can typically be developed in a tight manner, for example for liquids, such that, for example, direct leaking of liquids through the base plate can be prevented. In addition, the base plate can be realized so as to be puncture-resistant, which serves for protecting the articles to be transported and/or the products in a mechanical manner.
As stated above, the base plate can be, in particular, a completely even base plate. Accordingly, the base plate can comprise in particular the form of a plate without an elevated edge and/or without protruding elements. In particular, the base plate can comprise a rectangular cross section and/or a rectangular area.
The base plate can be developed in particular completely or in part as a hard particle board. As an alternative to this or in addition to it, however, other materials can also be used in principle, such as for example plastics materials. Hard particle boards, for example hard particle boards provided with pressed materials and as an option with additives such as, for example, binders, for example standard hard particle boards, have, however, proven to be particularly suitable in practice, in particular for transporting hazardous materials.
The pallet can include in particular a timber pallet. The base plate can be fixed on said timber pallet, for example by means of nails and/or screws. Thus, the timber pallet can include, for example, a timber framework, for example as described above, which can comprise in particular one or more openings for the possibility of the engagement of a fork of a fork lift truck and/or of a lift truck. The base plate can be placed onto said timber framework of the timber pallet and fixed on the timber pallet, for example by means of nails and/or screws and/or by means of bonding. The base plate and the timber pallet can then together form the pallet and/or be a component of the pallet.
Further possible developments relate to the development of the transport box. The transport box, as stated above, can be developed in particular as a cover. In particular, the transport box can be developed completely or in part as a cuboid cover with an open base.
The transport box can be developed in particular as a so-called part folding box. A part folding box, in this case, is to be understood as a box which can be produced as a result of a folding operation. During the folding operation a blank is used, for example produced from a cardboard material, which comprises one, two, three, four or more folding flaps on one side. The designation part folding box results from the fact that the blank typically does not comprise any of these types of folding flaps on the side lying opposite the folding flaps, but is simply open and for example comprises a simple, circumferential edge which can be placed onto the base plate. During the folding operation the part folding box can be folded up initially in such a manner that a sleeve is created, for example a sleeve with a rectangular area. In the case of said first step, the folding flaps can initially remain parallel to the side walls of said sleeve. The sleeve, formed in this manner, can then be placed onto the base plate, as is described in more detail below, the edge of the sleeve lying opposite the folding flaps being placed onto the base plate. For example, in the case of said operation, the sleeve formed from the part folding box can be inverted over the articles to be transported on the base plate such that the sleeve surrounds the articles to be transported in directions in space parallel to the plane of extension of the base plate. The at least one flap of the part folding box can then be folded over, for example by said flap being folded into a direction in space parallel to the extension of the base plate. The transport box can be closed on a side lying opposite the base plate in this manner.
The transport box can close off in particular flush with the pallet at the sides. The transport box can consequently be placed onto the pallet, in particular the base plate, in particular in a form-locking manner. Thus, the transport box, for example in a state placed onto the base plate, can comprise an area which is identical to the area of the base plate. In other words, the transport box can be developed in such a manner that it does not project beyond the base plate typically in any direction in space parallel to the area of the base plate and/or that the base plate does not project beyond the transport box in any direction in space parallel to the extension of the base plate. In this context, tolerances with regard to the projections of typically less than 10 mm, in particular of less than 5 mm, can be acceptable. However, it is particularly typical when neither the transport box nor the pallet comprise a projection at the side since, for example according to the German Law on Load Safety, as a rule gaps that are greater than 3 cm must be filled out such that in the case of projecting embodiments as a rule additional measures have to be carried out for the specialist transport thereof.
The pallet can be in particular a standard pallet or can comprise outer dimensions which correspond to a standard pallet. Thus, the pallet can be developed, for example, as a Euro pallet or as a World pallet. As an alternative to this, the pallet can also be developed in such a manner that the pallet including the base plate comprises the dimensions of a Euro pallet or a World pallet. Deviations of the pallet of typically not more than 20% in one, several or all directions in space, typically of not more than 10%, and in a particularly typical manner of not more than 5% from the dimensions of a Euro pallet and/or a World pallet are possible. As an alternative to this, other dimensioning is also possible.
The pallet can be produced in particular, as stated above, completely or in part from timber.
The transport box can be produced from a cardboard material, in particular from corrugated board. Thus, the transport box can be produced typically completely or in part from two-layered corrugated board. As an alternative to this or in addition to it, however, other materials can also be used. Particularly typical, however, is a transport box that can be produced from a folding blank of a cardboard material, for example of corrugated board.
In addition, at least one spacer can be received in the interior of the transport box. Said spacer can be received in particular between the articles to be transported and at least one inside wall of the transport box. Said at least one spacer can be received, for example, in one or two or three directions in space between the articles to be transported and the inside wall. The at least one spacer can be developed for example in a plate-shaped manner, for example with a thickness of between 5 mm and 100 mm, in particular with a thickness of between 10 mm and 70 mm, typically with a thickness of between 20 mm and 60 mm, and in a particularly typical manner with a thickness of 40 mm. The at least one spacer can be produced in particular in turn completely or in part from at least one cardboard material, in particular from corrugated board and in a particularly typical manner from a folded cardboard material. Thus, the at least one spacer can be produced, for example, once again from a single-layered, double-layered or multiple-layered corrugated board material. In addition, one or several blanks, which can be folded and as an option bonded, can be used to produce the spacer.
The transport box can comprise in particular a cuboid form. In all, the transport packaging unit as a whole can also comprise a substantially cuboid form, wherein deviations from the cuboid form in particular in the region of the pallet, for example as a result of one, two or more openings for the engagement of a fork of a fork lift truck and/or a lift truck, ought to still be included by the expression “a substantially cuboid form”.
In accordance with a further embodiment of the present disclosure, a method for packaging articles to be transported, in particular hazardous materials and in a particularly typical manner hazardous materials from the packaging group 3, is proposed. The method can be carried out in particular by using the transport packaging unit according to one or several of the above-described developments as well as, where applicable, by using one or several of the exemplary embodiments described in more detail below. Regarding this, reference can be made to the description of the packaging of the transport packaging unit for optional details of the method. In principle, however, other transport packaging units can also be used within the framework of the present method.
The method comprises the following steps. The following steps are typical, but not necessarily, carried out in the sequence shown. In addition, one, several or all of the method steps can also be carried out in a repeated manner individually or in groups. In addition, individual, several, or all of the method steps can be carried out one after another overlapping in time or also simultaneously. The method can consist exclusively of the named steps. In addition, however, the method can include one or several further method steps.
In a first method step (method step a)) at least one pallet is prepared, wherein the pallet comprises a base plate. Reference can be made to the above description with reference to possible developments of the pallet and of the base plate.
In a further method step (method step b)) the articles to be transported are placed onto the base plate. In this case, the articles to be transported can be received for example in one or several primary packagings such that the articles to be transported can be formed, for example, by one or several packing items and/or can include one or several packing items. For example, the packing items can include cuboid cardboard boxes, each cardboard box being able to include, for example, one or several products. For example, one or several bottles and/or receptacles for solid, gaseous or liquid media can be received in the cardboard boxes, where applicable with the addition of additional packing means such as, for example, padding.
The placing of the articles to be transported onto the base plate can be effected in particular in a manual manner. Automatic placing, however, is also conceivable in principle. For example, the articles to be transported can be placed onto the base plate in one or several layers. In this case, the articles to be transported can be stacked, for example, in such a manner that, as a result of the multiple-layered stacking, the articles to be transported form a quantity of articles to be transported which are stacked in the manner of a cuboid on the base plate, the articles to be transported stacked in a cuboid manner being typically aligned parallel to the edges of the base plate.
The articles to be transported can be placed directly onto the base plate. As an alternative to this, at least one intermediate element, for example at least one piece of packing paper and/or at least one plastic film can also be inserted between the base plate and the articles to be transported.
In a further method step (method step c)) a transport box which is open toward the base plate is inverted over the articles to be transported. Said transport box can be developed in an open or closed manner at a top end remote from the base plate during the inverting. In an open state, the transport box forms, for example, a sleeve, for example a sleeve with a rectangular area which is inverted over the articles to be transported. In a closed state the transport box can form, for example, a cuboid cover and be closed on a top side remote from the base plate, for example by folding flaps on said side of the transport box already being closed in this step. However, a development where in method step c) the transport box is inverted as a sleeve over the articles to be transported is typical.
In method step c) the transport box is placed onto the base plate. Said placing can be effected, for example, as a result of an edge of the transport box being placed typically directly on the base plate. The placing is effected in such a manner that the transport box forms together with the base plate an interior of the transport packaging unit, which receives the articles to be transported. As stated above, this can be, for example, a cuboid interior. The forming of the interior by the base plate and the transport box is independent of whether the transport box rests directly on the base plate or whether at least one intermediate element, for example at least one intermediate element resting on the base plate, for example a film and/or a piece of paper, is situated as an option between the transport box and the base plate and/or between the interior and the base plate. The intermediate element can comprise a thickness of not more than 10 mm, in particular of not more than 5 mm, and in a particularly typical manner of not more than 1 mm or even of not more than 500 μm. Both options, that is the placing of the transport box directly onto the base plate or the optional interposing of at least one intermediate element between the base plate and the transport box, are to be included by the method step c) as in both cases the base plate and the transport box form or surround the interior of the transport packaging unit.
The method additionally includes at least one fixing step (method step d)). Said fixing step can be effected, for example, after the method step c) is carried out. In the fixing step the transport box can be fixed on the base plate by means of at least one fastening element, for example by means of one, two, three, four or more fastening elements. In particular, the transport box can be pressed onto the base plate in said fixing step. As stated above, the at least one fastening element can include, for example, at least one packing strip, typically two, three, four or more packing strips. As described above, cross harnessing can be effected in particular, typically exclusively cross harnessing.
In the method step c) the transport box can be placed onto the base plate typically so as to be flush at the sides. In this connection, the above-mentioned tolerances with regard to being flush are acceptable in one or two directions in space.
The method can additionally include at least one method step e). Said method step, which is carried out typically prior to the fixing step d), but typically after the method step c), is a closure step. The transport box can comprise, as described above, a closable opening on a side opposite the base plate, that is remote from it. For example, as described above, the transport box can be developed as a part folding box, after folding the part folding box to form a sleeve, an open bottom edge of the part folding box being placed onto the base plate and being typically inverted over the articles to be transported. On the side opposite the positioned edge, that is remote from it, for example the top side of the transport box, the at least one closable opening can then be closed, for example by folding over the one, two, three, four or more folding flaps. The closable openings can be closed in the closure step, in particular by folding over the optional folding flaps. Another type of closure is also conceivable. The closable opening can be additionally secured after closing, for example by one or several adhesive strips. Said securing is typically effected by means of adhesive tape in a direction perpendicular to cross harnessing.
In addition, the method can include at least one method step in which at least one spacer is inserted into the interior between the articles to be transported and at least one inside wall of the transport box. Said step can be effected in particular prior to carrying out the above-described optional closure step e). Thus, for example, the transport box can be inverted initially in the form of a sleeve over the articles to be transported which are placed directly or indirectly on the base plate. The at least one spacer can then be inserted between the articles to be transported and the inside wall of the transport box. The above-described closure step d) can then be carried out.
The above description can be referred to with reference to the possible developments of the at least one spacer, which is typically inserted in one, two or three directions in space between the articles to be transported and the inside wall.
The articles to be transported can be placed onto the base plate in particular in such a manner that in at least one direction in space there is a spacing of between 10 mm and 200 mm to the inside wall, in particular a spacing of between 20 and 100 mm, and in a particularly typical manner a spacing of 40 mm. Said spacing can correspond to the typical thickness of one, two or several spacers. Said spacing can be ensured, for example, in such a manner that the articles to be transported are stacked directly or indirectly on the base plate in the form of a cuboid of articles to be transported. Said cuboid of articles to be transported can comprise, for example, a rectangular area, the sides of the rectangle typically being developed substantially parallel to the sides of the base plate. The term “substantially parallel”, in this case, means that angular deviations of less than 20°, typically of less than 10°, are tolerable. The rectangle of the area of the cuboid of articles to be transported is typically developed so as to be smaller than the rectangle of the area of the base plate. In this case, the rectangle of the area of the cuboid of articles to be transported can be arranged with its sides at a spacing in such a manner from the outside edges of the rectangle of the base plate that the above-described spacings between the articles to be transported and the inside wall of the transport box are ensured.
In a further aspect of the present disclosure the use of a transport packaging unit is proposed according to one or several of the developments according to the disclosure that have been described above or are described in more detail below. In this case, the use of the transport packaging unit for packaging hazardous materials, in particular hazardous materials of packaging group 3, is provided. In particular, the use can be effected for transport by land (for example by means of trucks) and/or for transport by sea. Other uses, however, are also conceivable in principle. The above-described transport packaging unit, the method and the use comprise numerous advantages compared to known apparatuses and methods. A hazardous materials packaging unit which satisfies all the legal regulations for a hazardous material packaging unit, for example with regard to stability and/or protection against damage, can be realized in particular in the manner described. The satisfying of the named regulations, in this case, is possible in a simple and cost-efficient manner without any need for expensive, complex components which have to be matched to one another, such as for example base tubs or similar elements.
At the same time a user-friendly and ergonomic packaging unit can be realized, in particular a hazardous materials packaging unit. The above-described, ergonomically unfavorable loading of a box from above with a multitude of heavy packing items is now no longer necessary in practice, as the articles to be transported have to be placed onto the base plate for example directly or by interposing just one or several foil elements. Said placing-on can be effected without the hazardous materials having to be lifted over an edge, for example an elevated edge of a tub and/or an elevated wall of a box which is open upward. The loading of the base plate can be effected in practice at ground level, it simply being necessary, at least when creating a first layer of packing items, to overcome the height of the pallet including the base plate.
At the same time a high degree of automation can be achieved as the loading of the base plate, typically without overcoming an elevated edge or without the need for inserting the packing items into the interior of an upwardly open transport box, can be realized in a simple manner, for example by means of grippers and/or fork lift trucks.
Whilst in the case of a classic hazardous materials packaging unit consequently in pallet format, as a rule the packing items have to be lifted from above into an upwardly open cardboard box which is then closed and can be harnessed to a pallet, the packing concept according to the disclosure makes clearly simpler and more protective loading possible. For example, the pallet with the base plate, typically the closed base plate, onto which the packing items can be correspondingly stacked, can be provided first of all. A downwardly open cardboard box can then be inverted onto said loaded pallet, possible cavities being able to be filled out and closed then by means of one or several spacers and/or other types of packing aids. Said cardboard box can then be closed and harnessed to the pallet. In this case, the cardboard box can be pressed onto the closed base of the pallet. It can be shown that all the requirements with reference to the stability and tightness of the transport packaging unit can be satisfied in this manner.
Additional sealing elements, in particular additional sealing elements between the transport box, for example the part folding box, and the base plate in particular, can be dispensed with within the framework of the proposed method and within the framework of the proposed transport packaging unit. The additional sealing parts and parts that are specially matched to one another can be dispensed with as a result of the typically simple pressing of the transport box with the pallet according to the disclosure, for example by means of harnessing, a planar base plate typically being used, as well as the typical materials used. Consequently, it is possible to realize a cost-efficient method that is also suitable for use in shipping large quantities of articles to be transported. In this case, on the one hand tight, that is versatile mechanical protection of the articles to be transported against damage can be realized. In particular, puncture resistance of the transport packaging unit can be ensured such that the articles to be transported can be protected well against outside influences, in particular by an interior which is closed on all sides. On the other hand, the protection can also be developed as an option in such a manner that security against leaking is provided such that the transport packaging unit as an option is able to suppress leaking contents at least in part.
All in all, according to the disclosure typically hazardous materials can be transported, for example hazardous materials of packaging group 3. The transport box, as described above, can be placed onto the base plate in a simple manner in particular in the form of a sleeve and/or in the form of a pallet collar. In this case, said pallet collar of the transport box can be inverted over the articles to be transported which have already been placed onto the base plate such that the pallet collar surrounds the articles to be transported at least in directions in space parallel to the plane of the base plate. Once the pallet collar has been closed, for example by folding the folding flaps, as well as, where applicable, bonding by means of at least one adhesive tape, harnessing can be effected onto the pallet, for example quadruple harnessing. With said harnessing, the transport packaging unit, which then forms a packing unit, corresponds to the approval defaults for example of the Federal Institute for Materials Testing BAM in the Federal Republic of Germany.
In summary, the following embodiments within the framework of the present disclosure are typical:
Embodiment 1: Transport packaging unit for packaging articles to be transported, in particular hazardous materials, wherein the transport packaging unit comprises the following:
Embodiment 2: Transport packaging unit according to the preceding embodiment, wherein the transport box has a closable opening on a side opposite the base plate, in particular an opening which is closable by means of folding flaps.
Embodiment 3: Transport packaging unit according to one of the preceding embodiments, wherein the fastening element includes at least one packing strip.
Embodiment 4: Transport packaging unit according to one of the preceding embodiments, wherein the transport box rests directly on the base plate.
Embodiment 5: Transport packaging unit according to one of the preceding embodiments, wherein the base plate and the transport box close off the interior in a tight manner, in particular tight against mechanical influences from the outside and/or tight against damage, as an option tight against the leaking of contained substances.
Embodiment 6: Transport packaging unit according to one of the preceding embodiments, wherein the base plate is an opening-free base plate.
Embodiment 7: Transport packaging unit according to one of the preceding embodiments, wherein the base plate is an even base plate.
Embodiment 8: Transport packaging unit according to one of the preceding embodiments, wherein the base plate is a hard particle board.
Embodiment 9: Transport packaging unit according to one of the preceding embodiments, wherein the pallet includes a timber pallet, wherein the base plate is typically fixed on the timber pallet, in particular by nails and/or screws and/or bonding.
Embodiment 10: Transport packaging unit according to one of the preceding embodiments, wherein the transport box is developed as a cuboid cover with an open base.
Embodiment 11: Transport packaging unit according to one of the preceding embodiments, wherein the transport box is developed as a part folding box.
Embodiment 12: Transport packaging unit according to one of the preceding embodiments, wherein the transport box closes off flush with the pallet at the sides.
Embodiment 13: Transport packaging unit according to one of the preceding embodiments, wherein the pallet is a Euro pallet or a World pallet or including the base plate comprises the dimensions of a Euro pallet or a World pallet.
Embodiment 14: Transport packaging unit according to one of the preceding embodiments, wherein the pallet is produced completely or in part from timber.
Embodiment 15: Transport packaging unit according to one of the preceding embodiments, wherein the transport box is produced from a cardboard material, in particular from corrugated board.
Embodiment 16: Transport packaging unit according to one of the preceding embodiments, wherein at least one spacer is received in the interior between the articles to be transported and at least one inside wall of the transport box.
Embodiment 17: Transport packaging unit according to the preceding embodiment, wherein the spacer is produced completely or in part from a cardboard material, in particular from a corrugated board, in particular from a folded cardboard material.
Embodiment 18: Transport packaging unit according to one of the preceding embodiments, wherein the transport box comprises a cuboid form.
Embodiment 19: Transport packaging unit according to one of the preceding embodiments, wherein the transport packaging unit substantially comprises a cuboid form.
Embodiment 20: Method for packaging articles to be transported, in particular hazardous materials, wherein the method comprises the following steps:
Embodiment 21: Method according to the preceding embodiment, wherein the fixing is effected by means of at least one packing strip, in particular by means of at least two packing strips, and in a particularly typical manner by means of at least four packing strips.
Embodiment 22: Method according to the preceding embodiment, wherein the fixing includes exclusively cross harnessing.
Embodiment 23: Method according to one of the preceding embodiments which relate to a method, wherein in method step c) the transport box is placed onto the base plate so as to be flush at the sides.
Embodiment 24: Method according to one of the preceding embodiments which relate to a method, additionally including the following method step:
Embodiment 25: Method according to the preceding embodiment, wherein, once closed, the closable opening is secured additionally by adhesive tape.
Embodiment 26: Method according to one of the preceding embodiments which relate to a method, wherein at least one spacer is inserted into the interior between the articles to be transported and at least one inside wall of the transport box, in particular prior to carrying out the method step e).
Embodiment 27: Method according to the preceding embodiment, wherein in method step b) the articles to be transported are placed onto the base plate in such a manner that in at least one direction in space there is a spacing of between 10 mm and 200 mm to the inside wall, in particular a spacing of between 20 mm and 100 mm and in a particularly typical manner a spacing of 40 mm.
Embodiment 28: Method according to one of the preceding embodiments which relate to a method, wherein in the case of the method a transport packaging unit according to one of the preceding embodiments which relate to a transport packaging unit is used and/or wherein a transport packaging unit according to one of the preceding embodiments which relate to a transport packaging unit is formed.
Embodiment 29: Use of a transport packaging unit according to one of the preceding embodiments which relate to a transport packaging unit for packaging hazardous materials, in particular of packaging group 3, in particular for transport by land and/or sea, for example by road and/or rail and/or sea and/or by means of river boat.
A pallet 112 is prepared in a first method step shown in
The timber of the timber pallet 114 can be pre-treated, for example corresponding to usual standards such as, for example, the IPPC standard. For example, said pre-treatment can avoid harmful organisms being brought in with the packaging material of the transport packaging unit. For example, the timber can be de-barked. As an alternative to this or in addition to it, the timber can have been sterilized for example by at least one treatment, for example by a chemical and/or thermal treatment. For example, a treatment can have been effected in the form of a sterilizing gas treatment, for example by means of methyl bromide. As an alternative to this or in addition to it, heating can be effected. The timber pallet 114 can include at least one corresponding marking which can specify the type of treatment, for example by means of at least one so-called IPPC symbol. As an alternative to this or in addition to it, the timber pallet can comprise one or several further markings, for example a Euro pallet marking and/or a marking of a shipper such as, for example, the Deutsche Bahn and/or a quality marking such as, for example, the European Organization for Quality-Assured Euro pallets. The timber of the timber pallet 114 can be developed fully without splintering or other damage to the timber. The timber pallet 114 can additionally comprise blocks 118 as shown in the figures. In addition, the timber pallet 114 or the framework formed by said timber pallet 114, as can be seen in particular in
A base plate 124, which is typically developed in an even and closed manner, is mounted onto the timber pallet 114. The base plate 124 is developed, for example, in a rectangular manner and typically closes off flush with the timber pallet 114. The base plate 124 is fastened on the timber pallet 114 for example by means of fastening elements 126, in particular nails and/or screws.
The base plate 124 is developed, for example, as a hard particle board. The hard particle board can include in particular a smooth and a corrugated side. The smooth side can in particular be facing the timber pallet 114 such that the corrugated side can serve as a non-slip surface 128 of the pallet 112. The base plate 124, in particular the hard particle board, can comprise in particular a thickness of 3 mm and can be cut at the corners typically identically to the timber pallet 114, for example by means of a corner cut. The base plate 124 can be fixed, for example nailed, for example by means of 9 fastening elements 126. The hard particle board can comprise, for example, a width of 800 mm+/−4 mm and a length of 1200 mm+/−4 mm. The thickness of 3 mm can comprise, for example, a tolerance of +/−1 mm, typically of not more than +/−0.5 mm. The fastening elements 126 can be, for example, nails with a length of 20 mm.
In a method step which can also be seen in
The transport box 134 can be produced for example as a part folding box 136 from a cardboard material. For example, a double-layered corrugated board part folding box can be used. For example, a corrugated board material with an outer sheet with a density of 280 g/m2 and an inner sheet with a density of also 280 g/m2 can be used. A C-flute, an intermediate sheet and an A-flute can be developed inside said outer sheet and said inner sheet. The C-flute can comprise, for example, a density of 125 g/m2 and the A-flute a density of 150 g/m2. The intermediate sheet can comprise, for example, a density of 170 g/m2. Other developments are also possible in principle.
The transport box 134, in particular the part folding box 136, can comprise, for example, a wall thickness of 14 mm. In addition, said transport box 134 can comprise, for example, a length of 1151 mm, a width of 771 mm and a height of 745 mm. Other dimensions, however, are also possible in principle. The part folding box 136 can be closed, for example, by stitching, i.e., made to form a sleeve. In addition, the part folding box 136, as can be seen for example in
Once the transport box 134 has been inverted over the articles to be transported 130, in an interior 144 in one or two directions in space on one, two, three or four sides of the articles to be transported 130 there remains a space 146 typically between the articles to be transported 130 and the walls of the transport box 134. Said space 146 in said exemplary embodiment or also in other exemplary embodiments can be filled out completely or in part by way of one or several further packing means. It is particularly typical when, as shown in
The spacer or spacers 148 can also be produced typically from a cardboard material. For example, it is possible to use rectangular spacers which comprise a thickness of 40 mm, a length of 740 mm and a width of 570 mm. Said rectangular spacers can be produced and folded from a corrugated board blank, as indicated in
In a further method step, for example after carrying out the method steps in
In addition, the transport box 134 can be fixed on the base plate 124, one or several fastening elements 152 being able to be used. In particular, at least one packing strip 154 can be used, in this case, as a fastening element 152. Said packing strips can surround the pallet 112 and the transport box 134. In this case, a bottom edge 156 of the transport box 134 can be pressed onto the base plate 124 and the surface thereof 128 such that the interior 144 is sealed off.
Harnessing by means of the optional packing strips 154, it being possible to use four packing strips 154 for example, can typically be effected simply with one direction of winding, as shown in
A transport packaging unit 110 as shown in
110 Transport packaging unit
112 Pallet
114 Timber pallet
116 Pallet boards
118 Blocks
120 Opening
122 Fork
124 Base plate
126 Fastening element
128 Surface
130 Articles to be transported
132 Intermediate element
134 Transport box
136 Part folding box
138 Opening
140 Folding flaps
142 Marking
144 Interior
146 Space
148 Spacer
150 Adhesive strip
152 Fastening element
154 Packing strip
156 Edge
Modifications and variations of the disclosed embodiments are certainly possible in light of the above description. It is therefore to be understood, that within the scope of the appended claims, the embodiments may be practiced otherwise than as specifically devised in the above examples.
It is noted that terms like “preferably,” “commonly” and “typically” are not utilized herein to limit the scope of the claimed subject matter or to imply that certain features are critical, essential, or even important to the structure or function of the embodiments disclosed herein. Rather, these terms are merely intended to highlight alternative or additional features that may or may not be utilized in a particular embodiment of the present disclosure.
For purposes of describing and defining the subject matter of the present disclosure it is noted that the terms “substantially” and “about” may be utilized herein to represent the inherent degree of uncertainty that may be attributed to any quantitative comparison, value, measurement, or other representation. These terms are also utilized herein to represent the degree by which a quantitative representation may vary from a stated reference without resulting in a change in the basic function of the subject matter at issue.
It will be apparent to those skilled in the art that various modifications and variations can be made to the embodiments described herein without departing from the spirit and scope of the claimed subject matter. Thus, it is intended that the specification cover the modifications and variations of the various embodiments described herein, provided such modifications and variations come within the scope of the appended claims and their equivalents.
| Number | Date | Country | Kind |
|---|---|---|---|
| 1189665 | Nov 2011 | EP | regional |
This application is a divisional of U.S. application Ser. No. 14/277,291, filed 14 May 2014, which is a continuation of International Application No. PCT/EP2012/072750, filed 15 Nov. 2012, which claims the benefit of European Patent Application No. 11189665.0, filed 18 Nov. 2011, the disclosures of which are hereby incorporated by reference in their entirety.
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| Number | Date | Country | |
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| 20180208359 A1 | Jul 2018 | US |
| Number | Date | Country | |
|---|---|---|---|
| Parent | 14277291 | May 2014 | US |
| Child | 15927449 | US |
| Number | Date | Country | |
|---|---|---|---|
| Parent | PCT/EP2012/072750 | Nov 2012 | US |
| Child | 14277291 | US |
