Scaffold pallet for the transport, storage, erection and / or dismantling of scaffolds, and scaffold systems having corresponding scaffold pallets

Abstract

The invention relates to a scaffold pallet (100) for the transport, storage, erection and / or dismantling of scaffolds that consist of a plurality of different scaffold parts, wherein the scaffold pallet (100) has a base structure (110), wherein the base structure (110) has two long sides (111, 112) and two broad sides (113, 114), wherein the scaffold pallet (100) also has a multiplicity of vertical subdividing elements (120) which extend upward perpendicularly to the base structure, wherein the scaffold pallet (100) is subdivided by the vertical subdividing elements (120) into a plurality of receiving means (A, B, C, D) which are designed to receive and / or hold the different scaffold parts, wherein each of the receiving means (A, B, C, D) is designed to be accessible via a first (111) of the long sides (111, 112) of the scaffold pallet (100) such that each scaffold part can be placed into the scaffold pallet (100) and removed from the scaffold pallet (100) via the first long side (111). The invention also relates to a scaffold system having a corresponding scaffold pallet (100).

Description

[0001] Scaffolding pallet for transporting, storing, assembling, and / or dismantling scaffolding, and scaffolding systems with corresponding scaffolding pallets. Technical field: The invention relates to a scaffolding pallet for transporting, storing, assembling, and / or dismantling scaffolding. Furthermore, the invention relates to scaffolding systems with corresponding scaffolding pallets. State of the art: Initially, it was common practice to load scaffolding components individually onto the back of a truck for transport to the construction site. This loading process, which requires loading piece by piece, is time-consuming and costly, and requires a large number of assistants. 101523 WO Keller Schneider 15. März 2024Patent Attorney GmbH Therefore, holding devices in the form of transport platforms or transport pallets, so-called scaffolding pallets, have been developed. With these scaffolding pallets, several scaffolding sections can be transported together. The scaffolding pallets are unloaded, for example, using forklifts. Typically, identical scaffolding sections are arranged on the scaffolding pallets. For example, only assembly frames are transported on a scaffolding pallet. Scaffolding pallets are also known that are designed to transport different scaffolding sections. However, this has the disadvantage that correctly loading the scaffolding pallet becomes very complex as the number of different scaffolding sections increases. The individual scaffolding sections must then be unloaded and loaded from different sides in a specific sequence. This makes it almost impossible for a user to reload the scaffolding pallet correctly after use.Description of the invention The object of the invention is therefore to provide a scaffolding pallet and a scaffolding system with such a scaffolding pallet which eliminate the above-mentioned problems and disadvantages of the prior art. In particular, the object of the present invention is to provide an improved scaffolding pallet which enables good loading and unloading. This object is achieved by the subject matter of the independent claims. Further possible embodiments of the invention are specified in particular in the dependent claims. The solution according to the invention consists in particular in specifying a scaffolding pallet for transporting, storing, erecting and / or dismantling scaffolds. The scaffolds consist of several different scaffolding parts. The scaffolding pallet has a base structure which is preferably at least substantially rectangular and which has two long sides and two wide sides. 101523 WO Keller Schneider 15.März 2024Patent Attorney GmbH The scaffolding pallet further comprises a plurality of vertical subdivision elements which extend upwards, in particular from the floor structure, perpendicular to the floor structure. The scaffolding pallet is divided by means of the vertical subdivision elements into a plurality of receiving devices which are designed to receive and / or hold the different scaffolding parts. Each of the receiving devices is designed to be accessible via a first of the long sides of the scaffolding pallet in such a way that each scaffolding part can be inserted into and removed from the scaffolding pallet via the first long side. A scaffolding pallet is a frame for transporting and storing scaffolding parts. The scaffolding pallet can also be used for erecting and / or dismantling scaffolding. A scaffolding pallet is designed to be loadable, in particular to be craneable. Scaffolding within the meaning of the present invention is in particular frame scaffolding or pole scaffolding.In their basic form, frame scaffolding consists of vertical and / or horizontal frames that are connected to one another on site via planks and diagonal braces. Pole scaffolding is essentially made up of individual poles that are connected to one another as posts and transoms to form a scaffold. The different scaffolding components within the meaning of this application are, in particular, erecting frames, planks, diagonal braces, base jacks, horizontal struts, railing supports, end railing supports, double end railings, guardrails, toe boards, wall anchors, protective grille supports, nets, and brackets. Erecting frames are the basic element of a scaffold. The erecting frames are positioned vertically at a certain distance from one another. Guardrails and diagonal braces are mounted to the erecting frames, and planks are placed on top. An erecting frame is usually 2 meters high. Half frames have a corresponding height of 1 meter. Third frames and three-quarter frames can also be used.For the simplest scaffolding, at least two frames are required. 101523 WO Keller Schneider 15. März 2024Patent Attorney GmbH Decks, also called scaffolding floors, are the standing and walking surface for scaffold users. The decks can be made of wood, for example. Diagonal braces serve as vertical bracing for the scaffold. The decks provide horizontal bracing. The diagonal braces provide the necessary vertical bracing for the scaffold to stand firmly and are typically mounted on the scaffolding frames. Base jacks are flexibly adjustable feet for compensating for level differences at a site. The base jacks ensure the scaffolding's stability. Horizontal braces are horizontal connections between the scaffolding frames. The horizontal braces reinforce the entire scaffolding structure. Railing supports are support structures for railings. End railing supports are railing supports for end railings.Railings are a form of fall protection, particularly those arranged at the rear (back railing) or at the front (end railing) of scaffolding. The railings are typically attached to the assembly frames. Double-end railings are end railings with two parallel railing sections. This means that a single end railing provides protection at two different heights. Toe boards, also known as scaffold boards or toeboards, are strip-shaped boards that are arranged perpendicular to the scaffolding deck and prevent objects and tools from falling off the scaffolding deck. Toe boards are made of wood or steel, for example. Wall anchors or couplings are used to securely anchor the scaffolding to the facade or wall.Protective grille supports serve as support structures for protective grilles and nets, whereby nets are preferably used as fall protection instead of protective grilles. 101523 WO Keller Schneider 15. März 2024Patent Attorney GmbH Consoles, also called outriggers, are usually angular support elements that can be mounted directly to the scaffolding, for example using couplings. Additional decking can then be laid out on the outriggers to widen the scaffolding. The floor structure preferably has at least four, in particular rod-shaped, floor structure parts. The floor structure parts are connected to one another, in particular in a frame-like manner. Two of the floor structure parts are aligned parallel to one another and at least substantially perpendicular to the other two floor structure parts. Preferably, two of the floor structure parts are longer than the other two floor structure parts. Furthermore, the floor structure parts are preferably arranged in a rectangular shape. Preferably, two floor structure parts arranged parallel to one another form the long sides. Furthermore, the other two floor structure parts arranged parallel to one another form the wide sides.Independently of this and very generally, the long sides are the two long sides of a rectangular shape and the wide sides are the two short sides of a rectangular shape. Preferably, the floor structure has further floor structure parts. The further floor structure parts are preferably aligned parallel to the long sides and / or the wide sides. Particularly preferably, the further floor structure parts are aligned parallel to the wide sides. The floor structure can have a floor that extends at least partially, preferably completely, over the floor structure. Preferably, at least 6 vertical subdivision elements are formed, with particularly preferably 4 vertical subdivision elements being formed at corners of the floor structure. Particularly preferably, 8 vertical subdivision elements are formed. Furthermore preferably and regardless of the number of subdivision elements, the subdivision elements are of the same length. 101523 WOKeller Schneider 15. März 2024Patent Attorney GmbH. Independently and in general, the term "vertical" describes an arrangement of a line, direction of extension, or plane perpendicular to the ground structure. Similarly, the term "horizontal" describes an arrangement of a line, direction of extension, or plane parallel to the ground structure. Independently and in general, the "up" direction describes a direction away from the ground on which the scaffold pallet stands. Similarly, the "down" direction describes a direction toward the ground. When picking up the scaffolding parts in a receiving device, the respective scaffolding parts are preferably arranged between the dividing elements, particularly vertical ones, that form the receiving device. The first longitudinal side, via which each of the receiving devices is accessible, is also called the operating side. Each scaffolding part can be inserted into the scaffolding pallet for storage via the operating side.During insertion, the scaffolding parts can therefore be brought into their intended storage position on the scaffolding pallet. Insertion includes in particular pushing in, inserting, adjusting and / or placing scaffolding parts. During removal, the scaffolding parts can be removed from their storage position on the scaffolding pallet. The scaffolding parts do not have to be able to be inserted completely into the corresponding receiving devices. Rather, they can extend beyond the receiving device and / or the scaffolding pallet in the storage position. The scaffolding pallet preferably has exactly one operating side. This means that every receiving device is not accessible from any of the other sides and every scaffolding part cannot be inserted and removed from any other side. Particularly preferably, at least some of the scaffolding parts can only be inserted and removed via the first long side or operating side.In principle, scaffolding parts can be stored lying down, i.e. horizontally, or standing up, i.e. vertically, on the scaffolding pallet. 101523 WO Keller Schneider 15. März 2024Patent Attorney GmbH The design of the scaffolding pallet according to the invention enables particularly simple loading and unloading, i.e., the insertion and removal of scaffolding components. In particular, the receiving devices make it possible to arrange a large number of different scaffolding components in an orderly manner on the scaffolding pallet. Loading and unloading is intuitive and easy, as the scaffolding pallet only needs to be operated from one side. Operation from one side also results in particularly fast loading and unloading. A further advantage is that the scaffolding pallet can be used directly on the scaffolding. Since loading and unloading is possible from one side, the scaffolding pallet can be used entirely from the scaffolding. It is therefore no longer necessary to leave the scaffolding or the assembly site during assembly. The elimination of transport routes leads to further acceleration.According to an advantageous development of the invention, the receiving devices are designed to receive and / or hold at least the following scaffolding components: assembly frames, decks, diagonal braces, base spindles, horizontal braces, railing supports, end railing supports, double end railings, railings, toe boards, and wall anchors. Thus, all of the aforementioned scaffolding components, which serve as the base components of the scaffold, can be arranged on the scaffolding pallet. This eliminates the need to use multiple scaffolding pallets. Rather, one scaffolding pallet is sufficient to transport all the base components of a scaffold. Irrespective of this, the scaffolding pallet preferably has a maximum width of 150 cm, preferably a maximum of 125 cm, and particularly preferably approximately 100 cm. The width is a dimension in the direction of the broad sides. This width allows the scaffolding pallet to be particularly well-used from the assembly site or from the scaffolding. 101523 WO Keller Schneider 15. März 2024Patent Attorney GmbH Regardless of this, the scaffolding pallet preferably has a length of at least 150 cm, preferably at least 200 cm, particularly preferably of approximately 290 cm. The length is a dimension in the direction of the long sides. Regardless of this, the scaffolding pallet preferably has a height of at least 272 cm or 322 cm. The height is a dimension in the upward direction, i.e. perpendicular to the long side and wide side. An advantageous development of the invention provides that the scaffolding pallet can be connected to at least one, preferably two, long side extensions to form an extended scaffolding pallet and that the extension can be stored on the scaffolding pallet. The extension can preferably be part of the scaffolding pallet. The scaffolding pallet particularly preferably has a holding device, in particular a hook, for storing the extension. The long side extension is particularly preferably at least substantially ladder-shaped.Longitudinal extension means that the extension is designed to extend the long side. Preferably, the longitudinal extension extends at least substantially in a common plane with the side of the first long side. The side of the first long side, also called the front of the scaffolding pallet, is a plane in which the first long side lies as a straight line and which has at least one of the wide sides as a normal. When connected to the longitudinal extension, the extension, together with the scaffolding pallet, serves as fall protection. Particularly preferably, the extension, together with the scaffolding pallet, is designed as a forward railing. The scaffolding pallet therefore has an additional function as fall protection when used at the assembly site or from the scaffold.If, for example, another level is to be added to the second level of a scaffold, the scaffold pallet, including the longitudinal extension, can be raised to the height of the second level. 101523 WO Keller Schneider 15. März 2024Patent Attorney GmbH second floor. There, all necessary scaffolding components can then be removed directly from the scaffold pallet and installed. At the same time, the scaffold pallet and the longitudinal extension protect the user from falling. The scaffold pallet preferably has an anchoring element for anchoring it to the scaffold. The anchoring element prevents the scaffold pallet from moving away from the scaffold. The anchoring element is only formed, for example, in a lower area of ​​the scaffold pallet, in particular in the area of ​​the floor structure. Furthermore, for example, the anchoring element is hook-shaped, in particular designed as a lockable hook. The longitudinal extension extends, in particular as an extension of the first longitudinal side, beyond the floor structure. The extension can preferably be attached to the scaffold pallet using an adapter. The adapter is preferably designed as an angle profile.Furthermore, the angle profile preferably has a fixing body for fixing the extension. The fixing body can, for example, be pin-shaped. The extension can be plugged onto the pin-shaped fixing body. The extension can further have an anti-rotation device that connects the extension to the scaffolding pallet and prevents rotation of the extension relative to the scaffolding pallet. Particularly preferably, the extension can be attached to the scaffolding pallet at an angle. The extension then does not extend perpendicular to the floor structure. Alternatively or additionally, the extension can also extend vertically beyond the scaffolding pallet. In principle, an extension in any other direction, for example the width direction, would also be conceivable.If at least two longitudinal extensions are present, the longitudinal extensions are preferably connectable to the scaffold pallet in such a way that they form a continuous linear extension of the scaffold pallet. For example, the scaffold pallet is then arranged between the two extensions when viewed from the first longitudinal side. 101523 WO Keller Schneider 15. März 2024Patent Attorney GmbH In a further advantageous development of the invention, the extended scaffolding pallet has a length of at least 10 m, preferably approximately 15 m. In particular, the extended scaffolding pallet has the specified length with two longitudinal extensions. An advantageous development of the invention provides that the scaffolding pallet has a plurality of preferably rod-shaped horizontal dividing elements. The dividing elements are aligned parallel to the floor structure and are held by at least two vertical dividing elements. The horizontal dividing elements also divide the scaffolding pallet into different receiving devices. In particular, vertical and horizontal dividing elements jointly divide the scaffolding pallet into different receiving devices.Furthermore, in particular, two vertical dividing elements, together with at least one horizontal dividing element held by the two vertical dividing elements, divide the scaffolding pallet into different receiving devices. Some of the horizontal dividing elements can also form part of a rear side of the scaffolding pallet. Scaffolding parts can then preferably be leaned against these horizontal dividing elements. Preferably, the horizontal dividing elements are generally arranged at a distance from the floor structure. Independently of this, the scaffolding pallet can have a further horizontal dividing element that is arranged on another horizontal dividing element and is held by the other horizontal dividing element. Particularly preferably, this further horizontal dividing element extends parallel to the broad side.Regardless, horizontal dividing elements can be aligned parallel to the long side and / or parallel to the wide side of the floor structure. 101523 WO Keller Schneider 15. März 2024Patent Attorney GmbH In an advantageous development of the invention, the scaffolding pallet has at least one, preferably a plurality of, preferably rod-shaped securing elements that can be moved relative to a horizontal and / or vertical dividing element. The securing element is designed to hold at least some of the scaffolding parts on the scaffolding pallet and / or to secure them against slipping. In this case, the securing element can be arranged in particular so that it can be displaced and / or pivoted on a horizontal and / or vertical dividing element. As a result, the securing element can hold the scaffolding parts, in particular in a form-fitting manner, on the scaffolding pallet and / or to secure them against slipping. Particularly preferably, the securing element is arranged so that it can be displaced and / or pivoted on a horizontal dividing element.In particular, this horizontal dividing element is a dividing element extending parallel to the broad side of the floor structure. Independently of this, the securing element is preferably arranged so as to be displaceable and pivotable. Particularly preferably, the securing element is assigned to a receiving device. This means that the securing element is designed to secure scaffolding parts in the corresponding receiving device. Preferably, a plurality of securing elements are formed. Particularly preferably, at least three or four securing elements are arranged. Furthermore, the plurality of securing elements is preferably arranged on different dividing elements. Furthermore, the securing elements are assigned to different receiving devices.The securing element may preferably comprise a tubular coupling portion through which the corresponding dividing element extends, and a rod-shaped securing portion extending perpendicularly from the dividing element. The securing element is secured to the... 101523 WO Keller Schneider 15. März 2024Patentanwalts GmbH, and the securing section secures the scaffolding parts. According to an advantageous development of the invention, the securing element has a fixing element, by means of which the position of the securing element relative to the one horizontal and / or vertical dividing element can be fixed. Preferably, the fixing element is formed with a thread and can be screwed into a mating thread of the securing element. The fixing element is designed to clamp the securing element to the horizontal and / or vertical dividing element. The mating thread extends, in particular, radially into the coupling section.According to an advantageous development of the invention, the scaffolding pallet has at least one preferably rod-shaped and / or plate-shaped closure element, which is arranged on the side of the first longitudinal side and which is designed to at least partially close at least one receiving device. The closure element is movable, preferably pivotable, in particular arranged on a vertical dividing element. In this case, the closure element is movable in particular between a closure position closing the receiving device and a release position releasing the receiving device. In the closure position, scaffolding parts arranged in the receiving device cannot be removed from the receiving device. In the release position, scaffolding parts arranged in the receiving device can be removed from the receiving device or inserted into the receiving device.In an advantageous development of the invention, the scaffold pallet has two locking elements, each of which closes a different receiving device. The two locking elements are pivotable about a common pivot axis. In particular, the two locking elements close two adjacent receiving devices. The pivot axis preferably runs through a... 101523 WO Keller Schneider 15. März 2024Patent Attorney GmbH, in particular a vertical, dividing element that separates the two adjacent receiving devices from each other. According to an advantageous development of the invention, at least one of the receiving devices has a receiving basket. The receiving basket has a wall, in particular designed as a grid structure, on at least three sides, preferably on four sides that run perpendicular to the floor structure. The receiving basket can be part of a receiving device or can itself be designed as a receiving device. Basically, the receiving basket serves to arrange small parts in the scaffold pallet. For example, base spindles, anchors, couplings, double-end railings and / or consoles can be arranged in the receiving basket. The receiving basket can have a ceiling, which can in particular be designed as a grid structure.The ceiling can preferably serve as a floor for another receiving device arranged above the receiving basket. The basket has a height of at least 40 cm, preferably from 40 cm to 120 cm. The basket is particularly preferably about 50 cm high, in particular when the scaffolding pallet is 272 cm high. Further particularly preferably, the basket is about 100 cm high, in particular when the scaffolding pallet is 322 cm high. Further preferably, at least one of the walls, in particular the wall arranged on the first longitudinal side, is designed to be pivotable. The wall is particularly preferably designed to be pivotable about an axis running parallel to the longitudinal side. An advantageous development of the invention provides that the scaffolding pallet has a, in particular upper, transport device that can be coupled to a crane for lifting the scaffolding pallet.The upper transport device is preferably not formed exclusively by a vertical or horizontal dividing element, but by additional elements. 101523 WO Keller Schneider 15. März 2024Patent Attorney GmbH The additional elements, also referred to as, in particular, upper, transport means, are preferably arranged on a horizontal and / or vertical dividing element. The upper transport means are particularly preferably arranged on vertical dividing elements. Furthermore, the upper transport device preferably has at least four upper transport means. The upper transport means are particularly preferably arranged on vertical dividing elements extending from the corners of the floor structure. Irrespective of this, the upper transport means is, for example, an opening for attaching a lifting device, for example a hook of a crane. The opening can be arranged, for example as a hole, in a plate. The associated plate can preferably have two openings. A hook can then be attached there at different heights.Alternatively or additionally, the scaffolding pallet can have a lower transport device which is designed to receive the forks of a forklift truck. In this case, the lower transport device is preferably not formed exclusively by a vertical or horizontal dividing element, but by additional elements. The additional elements, also referred to as lower transport elements, are designed as receiving devices for guided and safe lifting by means of an industrial truck, for example a forklift truck. For example, the lower transport elements have a U-shaped profile. Preferably, the lower transport device is formed below the floor structure. Furthermore, the scaffolding pallet can preferably have feet which extend vertically downwards from the floor structure. In this case, at least four feet are preferably formed, in particular at the corners of the floor structure.Furthermore, the feet can preferably be designed to be adjustable in height, so that differences in the level of the ground can be compensated for. According to an advantageous development of the invention, the transport device, in particular the upper one, comprises a first, in particular upper, transport means. The first, 101523 WO Keller Schneider 15. März 2024Patent Attorney GmbH, in particular the upper, transport means has a first distance from the ground structure. Furthermore, the, in particular upper, transport device comprises a second, in particular upper, transport means which has a second distance from the ground structure that is different from the first distance. This allows the scaffolding pallet to be lifted at an angle. The scaffolding pallet can therefore be lifted in such a way that the first long side is at a greater distance from the ground than the second long side. This prevents scaffolding parts stored on the scaffolding pallet from falling off the scaffolding pallet so easily. In particular, when the scaffolding pallet is lifted at an angle, the adapter is designed for the angled attachment of the extension. This makes it possible for the extension to compensate for an inclination of the scaffolding pallet and for the fall protection to be aligned parallel to the building wall or the scaffolding.For example, a two-part adapter can be used for this purpose, which has an upper section for connecting to an upper region of the extension and a lower section for connecting to a lower region of the extension. Both sections can be angular. Irrespective of this, both sections can be formed separately from one another. For example, the adapter can accordingly have two fixing bodies onto which the extension can be plugged. The fixing bodies are, for example, at different distances from the scaffolding pallet. Particularly preferably, the first upper transport means is formed closer in the direction of the first longitudinal side than the second upper transport means and is at a smaller distance from the floor structure than the second upper transport means. For example, the transport means can be an opening in a perforated plate.Furthermore, the perforated plate can, for example, have two openings. More generally, this provides what is known as a double suspension. 101523 WO Keller Schneider 15. März 2024Patent Attorney GmbH The upper transport device can preferably have two first upper transport means and two second upper transport means. Furthermore, the first and second upper transport means can preferably be arranged independently thereof on a horizontal and / or vertical dividing element. The first and second upper transport means are preferably arranged on vertical dividing elements. The first and second upper transport means are particularly preferably arranged on vertical dividing elements extending from the corners of the floor structure. For example, a first upper transport means is in each case arranged on a vertical dividing element at one of the ends of the first longitudinal side. Furthermore, for example, a second upper transport means is in each case arranged on a vertical dividing element at one of the ends of the second longitudinal side.In other words, upper transport means are arranged on the vertical dividing elements located at the corners of the floor structure. If no distinction is necessary between an upper and lower transport device, the specifying terms "upper" and "lower" can be omitted, particularly in the claims, with regard to the transport device and the transport means. According to a further advantageous development of the invention, the scaffolding pallet has a horizontal holding web with a plurality of, preferably at least substantially tubular, holding elements. The holding elements preferably serve to hold, in particular precisely, one scaffolding part. For example, more than 5, preferably more than 10, and particularly preferably approximately 14 holding elements can be arranged on the holding web.The holding web can be designed as part of a receiving device and can serve to hold and / or position scaffolding parts in the receiving device. 101523 WO Keller Schneider 15. März 2024Patent Attorney GmbH The holding web can extend between two vertical dividing elements. If a receiving basket is provided, the holding web is preferably arranged above the receiving basket. The holding web extends in particular parallel to the long sides of the base structure. The holding web is particularly preferably arranged on the side of the second long side. A plurality of holding webs can be arranged. For example, two or three holding webs are arranged. The, in particular second and / or third, holding web can extend beyond the base structure. In particular, the holding web can extend beyond the base structure on one wide side. Corresponding holding webs are preferably formed on both wide sides. Particularly preferably, a first holding web is arranged which does not extend beyond the base structure and a second holding web is arranged which extends beyond the base structure.Optionally, a third support web is arranged which extends beyond the floor structure. In general, assembly frames or similar can be arranged in support webs. In general, the scaffolding pallets described are particularly well suited for transporting, storing, assembling and / or dismantling scaffolding. In particular, the scaffolding pallets enable intuitive unloading of scaffolding components. The scaffolding pallets generally weigh less than 500 kg. Furthermore, the task is solved by means of a double pallet system. The double pallet system has two of the scaffolding pallets described above, with the two scaffolding pallets each being connected to one another at their second long side. The scaffolding pallets can each be completely unloaded from their first long side. First, one scaffolding pallet and then the other is completely unloaded from its first. 101523 WO Keller Schneider 15. März 2024Patent Attorney GmbH unloads from the long side. The scaffolding pallets can be connected detachably or permanently, for example, welded. Furthermore, the task is achieved using another scaffolding system. The scaffolding system comprises one of the previously described scaffolding pallets and a scaffold made up of several different scaffolding parts. Since the scaffolding pallet used is one of the scaffolding pallets already described, all individual aspects and advantages of the individual scaffolding pallets are transferable here. The scaffold comprises at least the following scaffolding parts: assembly frames, decks, diagonal braces, base spindles, horizontal struts, railing supports, end railing supports, double end railings, railings, toe boards, wall anchors. The scaffold preferably also comprises the following scaffolding parts: protective grille supports, nets and / or brackets. The scaffold is particularly preferably designed as a pole scaffold or frame scaffold.The scaffolding system weighs less than 3.2 t in total. Further independent inventive aspects of the present invention lie in a lifting device and in a method for lifting a scaffolding pallet. The lifting device can be deployed and used completely independently of the scaffolding pallet described. Therefore, the following embodiments are not limited to the scaffolding pallets described, but can be used with any scaffolding pallet. As already described at the beginning, scaffolding pallets have been developed with which several scaffolding parts can be transported together. The scaffolding pallets are usually unloaded using forklifts or cranes. However, unloading the scaffolding pallets is complex. This inventive aspect is based on the object of providing a lifting device and a method for lifting a scaffolding pallet which simplify the processes on a. 101523 WO Keller Schneider 15. März 2024Patent Attorney GmbH construction site simplified. In particular, the separation of the scaffolding pallet from a means of transport should be simplified. According to a first aspect, the following lifting device is specified: 1. Lifting device for raising and preferably lowering scaffolding pallets, wherein the lifting device has a plurality of articulated legs, wherein each articulated leg has an adapter for pivotably connecting the articulated leg to the scaffolding pallet. The raising and lowering of the scaffolding pallet serves, for example, to lift the scaffolding pallet from a means of transport or lower it onto the means of transport. The means of transport can be, for example, a trailer or the loading area of ​​a truck. 2. Lifting device for raising and preferably lowering scaffolding pallets according to aspect 1, wherein the adapter, in particular a connecting part thereof, is designed to be inserted into the scaffolding pallet.The adapter preferably has a base part and a connecting part extending perpendicular to the base part. The connecting part is designed to be insertable, in particular pluggable, into the scaffolding pallet. In particular, the connecting part is designed to be pluggable at least 10 cm, preferably at least 20 cm, particularly preferably approximately 25 cm into the scaffolding pallet. The connecting part can generally be arranged rigidly or rotatably on the base part. Preferably, the connecting part is pluggable into a structural part forming the base structure of the scaffolding pallet. For example, the connecting part is pluggable into a base structural part forming one broad side of the scaffolding pallet. Irrespective of this, the connecting part, when plugged into the scaffolding pallet, is rotatable relative to the scaffolding pallet and / or the base part. The articulated leg as a whole is thus pivotable. An articulated leg can also be referred to as a pivoting leg. 101523 WO Keller Schneider 15.März 2024Patent Attorney GmbH The connecting part is particularly preferably a round rod and is preferably inserted into a hollow square tube. This enables the connecting part to be rotated relative to the scaffolding pallet, for example. 3. Lifting device for raising and preferably lowering scaffolding pallets according to one of the preceding aspects, wherein each articulated leg has a foot that is pivotally connected to the adapter, in particular to the foot part, via a joint. In other words, the foot is designed to be pivotable relative to the adapter via the joint. The joint is therefore a movable connection between the two rigid bodies, adapter and foot. The foot can particularly preferably be plate-shaped. 4. Lifting device for raising and preferably lowering scaffolding pallets according to one of the preceding aspects, wherein the lifting device has, in particular, exactly four articulated legs.The articulated legs, regardless of their number, are preferably designed as independent units. This means that the articulated legs are not connected to one another. 5. Lifting device for lifting and preferably lowering scaffolding pallets according to one of the previous aspects, wherein the joint is designed as a rotary joint. The joint therefore allows rotation as a degree of freedom. Preferably, rotation is the only degree of freedom allowed by the joint. In particular, the axis of rotation of the joint is designed parallel to a pivot axis of the articulated leg. 6. Lifting device for lifting and preferably lowering scaffolding pallets according to one of the previous aspects, wherein the adapter has a stop device for blocking a rotational movement of the articulated leg relative to the scaffolding pallet. 7. Lifting device for lifting and preferably lowering scaffolding pallets according to aspect 6, wherein the stop device has a contact surface which is designed for this purpose.101523 WO Keller Schneider 15. März 2024Patentanwalts GmbH is to come into contact with the scaffolding pallet and thereby block a rotational movement. In particular, the stop device serves to prevent the articulated feet from rotating further relative to the scaffolding pallet when the scaffolding pallet is lifted. The stop device is preferably rigidly connected to the base part of the adapter. The stop device preferably extends at least substantially perpendicular to an extension direction of the base part. In particular, the stop device extends in the direction of the connecting part. 8. Lifting device for lifting and preferably lowering scaffolding pallets according to one of the preceding aspects, wherein the adapter has a locking device for blocking a movement, in particular a rotational movement, of the adapter relative to the scaffolding pallet.Particularly preferably, the stop device blocks a rotational movement in a first rotational direction, and the locking device blocks a rotational movement in an opposite second rotational direction. Thus, a position, in particular a raised position, of the scaffolding pallet can be fixed. 9. Lifting device for raising and preferably lowering scaffolding pallets according to aspect 8, wherein the locking device is designed to be variable, in particular movable, between a locking position and a release position, wherein the locking device prevents or blocks a movement, in particular a rotational movement, of the adapter relative to the scaffolding pallet in the locking position, and wherein the locking device enables or enables a movement, in particular a rotational movement, of the adapter relative to the scaffolding pallet in the release position.Lifting device for lifting and preferably lowering scaffolding pallets according to one of the preceding aspects, wherein the articulated leg is movable between a straight position in which the articulated leg is aligned perpendicular to a base structure of the scaffolding pallet, and an angled position. 101523 WO Keller Schneider 15. März 2024Patent Attorney GmbH In the angled position, the articulated leg is aligned at an angle of less than 90°, particularly preferably approximately 75°, to the base structure of the scaffolding pallet. In the straight position, the articulated leg is aligned at an angle of 90° to the base structure of the scaffolding pallet. The straight position is a position in which the scaffolding pallet is in a raised position. Accordingly, the angled position is a position in which the scaffolding pallet is in a lowered position. In the lowered position, the scaffolding pallet rests, for example, on a means of transport. In the raised position, the scaffolding pallet does not rest, for example, on the means of transport, so that the means of transport can be moved underneath the scaffolding pallet relative to the scaffolding pallet. 11.Lifting device for raising and preferably lowering scaffolding pallets according to aspect 10, wherein the straight position and / or the angled position are end positions of the joint beyond which no further movement is possible. In particular, in the straight position, a rotational movement of the joint leg relative to the scaffolding pallet is blocked by means of the stop device. In other words, the stop device or the contact surface thereof then comes into contact with the scaffolding pallet. 12. Lifting device for raising and preferably lowering scaffolding pallets according to aspect 10 or 11, wherein an angle of a maximum of 30°, preferably a maximum of 20°, particularly preferably approximately 15°, exists between the straight position and the angled position. 13. Lifting device for raising and preferably lowering scaffolding pallets according to one of the preceding aspects, wherein the joint leg, in particular the foot part of the adapter, is designed to be extendable.This allows the adapter to compensate for any unevenness in the ground before lifting. This ensures safe lifting and stable positioning of the scaffold pallet. The adapter is preferably adjustable in length using a rotating mechanism, such as a spindle. Alternatively, the adapter can be extended telescopically. 101523 WO Keller Schneider 15. März 2024Patent Attorney GmbH 14. Lifting device for raising and preferably lowering scaffolding pallets according to one of the preceding aspects, wherein, during lifting, a force acts on the scaffolding pallet in a horizontal direction and causes an upward movement of the scaffolding pallet via a rotational degree of freedom between the joint leg and the scaffolding pallet. The rotational degree of freedom is achieved by the rotatability of the adapter relative to the scaffolding pallet. This is implemented, for example, by the connecting part being rotatable relative to the base part and / or the scaffolding pallet. If the connecting part is rotatable relative to the base part, this is preferably implemented by means of a swivel joint. If the connecting part is rotatable relative to the scaffolding pallet, it is sufficient to adapt the outer shape of the connecting part accordingly to the inner shape of the component, in particular the structural part, into which the connecting part is inserted. 15.Lifting device for raising and preferably lowering scaffolding pallets according to one of the preceding aspects, wherein the scaffolding pallet is one of the scaffolding pallets described above. 16. Lifting device for raising and preferably lowering scaffolding pallets according to one of the preceding aspects, wherein the articulated leg has a length of 40 cm to 80 cm, in particular between 50 cm and 70 cm. 17. System with a lifting device for raising and preferably lowering scaffolding pallets according to one of aspects 1 to 16 and at least one scaffolding pallet, preferably two scaffolding pallets, in particular of the scaffolding pallets described above. The lifting device preferably has four of the articulated legs described above, wherein particularly preferably two of the articulated legs are assigned to one of the scaffolding pallets. When two scaffolding pallets are used, the two scaffolding pallets are preferably fastened to one another by their long sides, in particular by their rear sides.1101523 WO. Keller Schneider 15. März 2024Patent Attorney GmbH Two articulated legs are then arranged at the front so that the two scaffolding pallets together stand on four articulated legs. By using two scaffolding pallets, the articulated legs are further apart than the width of a trailer or loading area from which the scaffolding pallet is to be lifted. For further clarification, a method for lifting a scaffolding pallet from a means of transport is described here. During lifting, the scaffolding pallet is separated from the means of transport. 18. Method for lifting a scaffolding pallet, preferably by means of a lifting device according to one of aspects 1 to 16, the method comprising the following steps: adjusting articulated legs such that they stand obliquely at an angle on the ground, applying a horizontal force in a horizontal direction of the scaffolding pallet.Raising and lowering the scaffolding pallet serves, for example, to lift the scaffolding pallet off a means of transport or lower it onto the means of transport. The means of transport can be, for example, a trailer or the loading area of ​​a truck. Via an articulated leg, which is rotatably connected to the scaffolding pallet, the horizontal force is converted into a resultant force that acts on the scaffolding pallet with a horizontal and a vertical force component. The vertical force component lifts the scaffolding pallet, i.e. moves it upwards. The horizontal force is preferably applied to the scaffolding pallet. The angle is preferably at least essentially the same for all articulated legs. 101523 WO Keller Schneider 15. März 2024Patent Attorney GmbH 19. Method for lifting a scaffolding pallet according to aspect 18, wherein the horizontal force is applied by moving the means of transport. Brief description of the drawings The different and exemplary features described above can be combined with one another according to the invention, insofar as this is technically expedient. Further features, advantages, and embodiments of the invention emerge from the following description of exemplary embodiments and with reference to the figures. The figures used to explain the exemplary embodiment show: Fig. 1 a schematic plan view of a scaffolding pallet according to the invention; Fig. 2 a schematic plan view of another scaffolding pallet according to the invention; Fig. 3 a schematic plan view of a scaffolding pallet with an extension; Fig. 4 a schematic view of an adapter and an extension attached thereto; Fig.Fig. 5 is a schematic plan view of a lifting device with two scaffold pallets; Fig. 6 is a detailed view of an adapter of an articulated leg of the lifting device; Fig. 7 is a plan view of an articulated leg; and Fig. 8 is a sectional view of the articulated leg. In general, identical parts are provided with identical reference numerals in the figures. 101523 WO Keller Schneider 15. März 2024Patent Attorney GmbH Ways of carrying out the invention Fig. 1 shows a scaffolding pallet 100. The scaffolding pallet 100 has a floor structure 110. The floor structure 110 is a lower region of the scaffolding pallet 100. The floor structure 110 has a first long side 111, a second long side 112, a wide side 113 and a wide side 114 as floor structure parts. Overall, the floor structure 110 is rectangular. The floor structure parts are at least essentially rod-shaped elements. The floor structure 110 has further floor structure parts 115. The further floor structure parts 115 extend parallel to the wide sides 113 and 114. Feet 176 are arranged below the floor structure 110. Furthermore, a lower transport device 175 is formed below the floor structure 110. The lower transport device 175 has a U-shaped profile and is used in particular to receive a fork of a forklift truck.Therefore, in particular, two lower transport devices 175 are formed, which are arranged centrally below the floor structure 110. The scaffolding pallet 100 has a plurality of vertical dividing elements 120 that extend vertically upward from the floor structure 110. Here, eight vertical dividing elements 120 are formed, for example. The vertical dividing elements 120 give the scaffolding pallet 100 an extension in the vertical direction. The vertical dividing elements 120 are connected to several horizontal dividing elements 130. The horizontal dividing elements 130 extend parallel to the first longitudinal side 111 or 112 or the broad side 113 or 114. In Fig. 1, the scaffolding pallet 100 can be seen from a front side. The front side is the side of the first longitudinal side 111. The scaffolding pallet 100 is loaded and unloaded from the front. The side of the second long side 112 is the back. 101523 WO Keller Schneider15. März 2024Patent Attorney GmbH The vertical subdivision elements 120 and, in this example, some of the horizontal subdivision elements 130, which are arranged parallel to the broad side 113 or 114, divide the scaffolding pallet 100 into receiving devices A, B, C, D. The receiving devices A, B, C and D are designed to receive and / or hold the various scaffolding parts. For example, decking is accommodated in the receiving device A. Assembly frames, in particular half frames, third frames and three-quarter frames, as well as guardrail supports are arranged in the receiving device B. Toe boards are accommodated in the receiving device C at the rear left and railings and horizontal struts are accommodated at the rear right. For this purpose, the scaffolding pallet 100 has a further horizontal subdivision element 131. The further horizontal subdivision element 131 is arranged on one of the horizontal subdivision elements 130 and divides the receiving device C again.At the front, additional decking is accommodated in the receiving device C. Diagonals can be arranged on the outside of the front of the scaffold pallet using a projection or the like (not shown). Smaller parts, in particular base spindles, (wall) anchors, couplings, double-end railings and brackets, are accommodated in the receiving device D. For this purpose, the receiving device D is designed as a receiving basket 160. The receiving basket 160 has a wall 161 designed as a grid structure on its sides. The front wall 161, which is provided with a reference number, is designed to be pivotable. The receiving device B also has a horizontal holding web 180 with a plurality of holding elements 181. The holding elements 181 hold assembly frames or the like. The holding elements 181 are in particular at least substantially tubular. 101523 WO Keller Schneider 15. März 2024Patent Attorney GmbH In particular, a left-hand receiving device A, two middle receiving devices B and D, and a right-hand receiving device C are formed. The receiving devices A, B, C, D are loaded from the front. At the front, the scaffolding pallet 100 has closure elements 150 that are assigned to some of the receiving devices, specifically the receiving devices A, B, C. The closure element 150 is at least substantially rod-shaped. The closure element 150 serves to at least partially close one of the receiving devices A, B, C. The closure elements 150 are each rotatably arranged on one of the vertical dividing elements 120. As a result, the closure elements 150 can be pivoted open, thus providing access to the corresponding receiving device A, B, or C. The scaffolding pallet 100 has a plurality of securing elements 140.The securing elements 140 are movable relative to a horizontal dividing element 130 and serve to hold and secure scaffolding parts in the corresponding receiving devices A, B, C. The securing elements 140 each have a coupling section 142, which serves to attach the securing element 140 to a horizontal dividing element 130. The coupling section 142 is designed to be complementary to the horizontal dividing element 130 to which the coupling section 142 is attached. Here, the coupling section 142 is, for example, at least substantially tubular, wherein the horizontal dividing element 130 can extend through the coupling section 142. Furthermore, the securing element 140 has a fixing element 141, which serves to fix, i.e., secure, the position of the securing element 140 relative to the horizontal dividing element 130.In addition, the securing element 140 has an at least substantially rod-shaped securing section 143 which can be positioned extending into the receiving device A, B, C so that it holds scaffolding parts in the receiving device A, B, C. 101523 WO Keller Schneider 15. März 2024Patent Attorney GmbH The scaffolding pallet 100 further comprises an upper transport device 170 for lifting the scaffolding pallet 100. The upper transport device 170 comprises two first upper transport means 171 and two second upper transport means 172. The first upper transport means 171 and second upper transport means 172 are formed as holes 171a in a plate. One of the first upper transport means 171, here the lower hole in the plate, is at a smaller distance from the floor structure 110 than one of the second upper transport means 172, here the upper hole in the corresponding plate. This allows the scaffolding pallet 100 to be lifted at an angle, in particular tilted backwards. Fig. 2 shows a further scaffolding pallet 100 according to an embodiment of the invention. The scaffolding pallet 100 is designed very similarly to the scaffolding pallet 100 shown in Fig. 1. Therefore, only the essential differences will be discussed below.In the scaffolding pallet 100 in Fig. 2, a second and a third holding web 180 are each arranged on one of the broad sides 113 and 114. The second and third holding web 180 extend longitudinally on the respective broad side 113 and 114. For example, five holding elements 181 are arranged on the second and third holding web 180. The holding elements 181 hold assembly frames or the like. Fig. 3 shows a schematic plan view of a scaffolding pallet 100 with two extensions 200. The scaffolding pallet 100 has adapters 190. The adapters 190 serve to attach the extension 200 to the scaffolding pallet 100. Thus, the scaffolding pallet 100 is designed as an extendable scaffolding pallet 100. The adapters 190 are arranged and fastened to vertical dividing elements 120 of the scaffolding pallet 100. In particular, an adapter 190 is arranged on a vertical dividing element 120 arranged on the side of the first longitudinal side 111.In particular, these are the vertical dividing elements 120 at the corners of the scaffolding pallet 100. 101523 WO Keller Schneider 15. März 2024Patent Attorney GmbH Each adapter 190 can be constructed in two parts, so that an upper region and a lower region of the extension 200 can be individually connected to the scaffolding pallet 100. This makes it easy to incline the extension 200 relative to the scaffolding pallet 100. Furthermore, the extension 200 can have an anti-rotation device 210 that connects the extension 200 to the scaffolding pallet 100 and prevents rotation of the extension 200 relative to the scaffolding pallet 100. For this purpose, the anti-rotation device 210 is arranged on a further vertical dividing element 120. In particular, the anti-rotation device 210 is arranged on vertical dividing elements 120 that are arranged on the side of the second longitudinal side 112. Fig. 4 shows a schematic view of an adapter 190 and an extension 200 attached thereto. The adapter 190 is designed as an angle profile.Both surfaces of the angle profile can be brought into contact with the sides of the vertical dividing element 120. A surface of the angle profile can then be screwed tight to at least one of the sides. The adapter 190 has a pin-shaped fixing body 191 onto which the extension 200 is plugged. The plugged-on extension can then be locked to the adapter 190. This can be done, for example, using a pin or a spring pin 192 inserted into the pin-shaped fixing body 191. When using an adapter 190 to compensate for the inclination, the adapter 190 can be designed in two parts and accordingly have two fixing bodies 191 onto which the extension 200 can be plugged. The fixing bodies 191 are, for example, at different distances from the scaffolding pallet 100. Fig. 5 shows a schematic plan view of a lifting device 300 with two scaffolding pallets 100.Two scaffolding pallets 100 are attached to each other at their backs. The use of two scaffolding pallets 100 creates the articulated legs 310. 101523 WO Keller Schneider 15. März 2024Patent Attorney GmbH further apart than the width of a trailer or loading area from which the scaffolding pallets 100 are to be lifted. The lifting device 300 serves to raise and preferably lower the two scaffolding pallets 100. For this purpose, the lifting device 300 has four articulated legs 310. The articulated legs 310 are pivotably arranged on the scaffolding pallets 100. In particular, two articulated legs 310 are assigned to each of the scaffolding pallets 100. The articulated legs 310 are movable between a straight position, in which the articulated leg 310 is aligned perpendicular to a floor structure 110 of the scaffolding pallets 100, and an angled position. Figure 5 shows the straight position, in which the scaffolding pallet 100 is in a raised position. In the angled position, the articulated leg 310 is aligned at an angle of less than 90°, particularly preferably approximately 75°, to the floor structure 110 of the scaffold pallet 100.To lift the scaffolding pallets 100, the articulated legs 310 are placed at an angle, i.e., in an inclined position, on the ground. A horizontal force is applied in a horizontal direction to the scaffolding pallet 100 (arrow). Since the articulated legs 310 are pivotably or rotatably connected to the scaffolding pallet 100, the horizontal force can be converted into a resulting force that acts on the scaffolding pallet 100 with a horizontal and a vertical force component. The scaffolding pallet 100 is lifted by the vertical force component. Fig. 6 shows a detailed view of an adapter 311 of an articulated leg 310 of the lifting device 300. The adapter 311 serves to pivotally connect the articulated leg 310 to the scaffolding pallet 100. The adapter 311 has a base part 312 and a connecting part 313 extending perpendicular to the base part 312. The connecting part 313 is shown inserted into the scaffold pallet 100.In particular, the connecting part 313 can be inserted into an opening 113a or 114a of a broad side 113 or 114 of the scaffolding pallet 100. 101523 WO Keller Schneider 15. März 2024Patent Attorney GmbH The connecting part 313, when inserted into the scaffold pallet 100, is rotatable relative to the scaffold pallet 100 and / or the base part 312. Thus, the articulated leg 310 is pivotable as a whole. Here, the outer shape (round rod) of the connecting part 313 is adapted to the inner shape (square tube) of the opening 113a, 114a such that the connecting part 313 is rotatable in the broad side 113, 114 or the structural part forming the broad side 113, 114. The adapter 311 has a stop device 314 for blocking a rotational movement of the articulated leg 310 relative to the scaffold pallet 100. A contact surface 315, which is more clearly visible in Fig. 8, comes into contact with the scaffold pallet 100 and blocks further rotational movement. Fig.7 shows a top view and a side view of the articulated leg 310. The articulated leg 310 has a foot 316 pivotally connected to the adapter 311, in particular to the foot part 312, via a joint 317.The foot 316 is plate-shaped. The joint leg 310, in particular the foot part 312, is designed to be extendable by means of a spindle 318. It should be noted that the features of the invention described with reference to individual embodiments or variants, such as the type and design of the individual components as well as their precise dimensions and spatial arrangement, can also be present in other embodiments, unless otherwise stated or prohibited for technical reasons. Furthermore, such features of individual embodiments described in combination do not necessarily have to be implemented in a given embodiment. 101523 WO Keller Schneider 15. März 2024 Patent Attorney GmbH

Claims

Patent claims 1.Scaffolding pallet (100) for transporting, storing, assembling and / or dismantling scaffolds consisting of a plurality of different scaffolding parts, wherein the scaffolding pallet (100) has a base structure (110), wherein the base structure (110) has two long sides (111, 112) and two wide sides (113, 114), wherein the scaffolding pallet (100) further has a plurality of vertical dividing elements (120) extending upwards perpendicular to the base structure, wherein the scaffolding pallet (100) is divided by means of the vertical dividing elements (120) into a plurality of receiving devices (A, B, C, D) which are designed to receive and / or hold the different scaffolding parts, wherein each of the receiving devices (A, B, C, D) is designed to be accessible via a first (111) of the long sides (111, 112) of the scaffolding pallet (100) in such a way that each The scaffolding part can be inserted into the scaffolding pallet (100) via the first longitudinal side (111) and removed from the scaffolding pallet (100).

2. Scaffolding pallet (100) according to claim 1, wherein the receiving devices (A, B, C, D) are designed to receive and / or hold at least the following scaffolding parts: assembly frames, decks, diagonal braces, base spindles, horizontal braces, railing supports, end railing supports, double end railings, railings, toe boards, and wall anchors.

3. Scaffolding pallet (100) according to claim 1 or 2. 101523 WO Keller Schneider 15. März 2024 Patent Attorney GmbH wherein the scaffolding pallet (100) can be connected to at least one longitudinal extension to form an extended scaffolding pallet, and the extension can be stored on the scaffolding pallet (100).

4. Scaffolding pallet (100) according to claim 3, wherein the extended scaffolding pallet has a length of at least 10 m, preferably approximately 15 m.

5. Scaffolding pallet (100) according to one of the preceding claims, wherein the scaffolding pallet (100) has a plurality of preferably rod-shaped horizontal dividing elements (130) that are aligned parallel to the floor structure (110) and are held by at least two vertical dividing elements (120).Scaffolding pallet (100) according to one of the preceding claims, wherein the scaffolding pallet (100) has at least one, preferably rod-shaped, securing element (140) that is movable with respect to a horizontal and / or vertical dividing element (120, 130), which is designed to hold at least some of the scaffolding parts on the scaffolding pallet (100) and / or to secure them against slipping.

7. Scaffolding pallet (100) according to claim 6, wherein the securing element (140) has a fixing element (141) by means of which the position of the securing element (140) relative to the one horizontal and / or vertical dividing element (120, 130) can be fixed. 101523 WO Keller Schneider 15. März 2024 Patent Attorney GmbH 8. Scaffolding pallet (100) according to one of the preceding claims, wherein the scaffolding pallet (100) has at least one preferably rod-shaped and / or plate-shaped closure element (150) which is arranged on the side of the first longitudinal side (111) and which is designed to at least partially close at least one receiving device (A, B, C, D).

9. Scaffolding pallet (100) according to claim 8, wherein the scaffolding pallet (100) has two closure elements (150), each of which closes a different receiving device (A, B, C, D), wherein the two closure elements (150) are pivotable about a common pivot axis.

10. Scaffolding pallet (100) according to one of the preceding claims, wherein at least one of the receiving devices (A, B, C, D) has a receiving basket (160), wherein the receiving basket (160) has a wall (161), in particular designed as a grid structure, on at least three sides that run perpendicular to the floor structure (110).Scaffolding pallet (100) according to one of the preceding claims, wherein the scaffolding pallet (100) has a, in particular upper, transport device (170) that can be coupled to a crane for lifting the scaffolding pallet (100).

12. Scaffolding pallet (100) according to claim 11. 101523 WO Keller Schneider 15. März 2024 Patent Attorney GmbH wherein the, in particular upper, transport device (170) comprises a first, in particular upper, transport means (171) which has a first distance from the floor structure (100), and a second, in particular upper, transport means (172) which has a second distance from the floor structure (100) which is different from the first distance.

13. Scaffolding pallet (100) according to one of the preceding claims, wherein the scaffolding pallet (100) has a horizontal holding web (180) with a plurality of, preferably at least substantially tubular, holding elements (181).

14. Double scaffolding system with two scaffolding pallets (100) according to one of the preceding claims, wherein the two scaffolding pallets (100) are each connected to one another at their second longitudinal side (112).

15. Scaffolding system with a scaffolding pallet (100) according to one of claims 1 to 13 and a scaffold made up of several different scaffolding parts. 101523 WO Keller Schneider 15. März 2024Patentanwalts GmbH

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