Holding device, anchoring shoe, and climbing shoe

Abstract

The present invention relates to a holding device (21) for a climbing system (1) comprising at least one anchoring shoe (17) and a climbing shoe (16). The at least one anchoring shoe (17) comprises a first fastening device (24) for fastening to an already erected wall section (11). The climbing shoe (16) has at least one fastening tab (37) which is provided to be fastened to a climbing drive (57). The at least one anchoring shoe (17) has a fastening rail (28). The at least one fastening tab (37) has a second fastening device (40) and the fastening rail (28) has a third fastening device (32), which are provided to fasten the climbing shoe (16) to the at least one anchoring shoe (17). The invention furthermore relates to a corresponding anchoring shoe (17) and to a corresponding climbing shoe (16).

Description

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[0001] <h2 style=";text-align:left;direction:ltr"> P2023,1495 WO N / PA23133WO 29. January 2025<h2 style=";text-align:left;direction:ltr"> - 1 -Description Holding device, anchoring shoe, and climbing shoe The present invention relates to a holding device for a climbing system comprising at least one anchoring shoe and one climbing shoe. The invention further relates to a corresponding anchoring shoe and a corresponding climbing shoe. Climbing systems are known as devices designed to climb building walls, for example, to carry out renovation or cleaning work, or in particular also from building construction, to erect the building walls up which the climbing system climbs. For example, in building construction, wall sections are erected in sections, up which, after hardening, the climbing system can climb to further erect the building.As buildings are increasingly being constructed higher, larger, faster, and / or more cost-effectively, there is a continuing interest in developing improvements to such climbing systems. An important aspect here are support devices that ensure the interaction of the climbing system with already constructed wall sections. One object of the invention is therefore to describe aspects that provide improved support devices for such climbing systems, as well as improved parts of such support devices. P2023,1495 WO N / PA23133WO January 29, 2025. - 2 -The above-mentioned object is achieved with the holding device and the parts of such a holding device, i.e. the anchoring shoe and the climbing shoe, according to the independent patent claims and the aspects mentioned herein. Further advantageous embodiments are disclosed in the dependent patent claims, as well as in the figures and in the following description. According to a first aspect, a holding device for a climbing system comprises at least one anchoring shoe and one climbing shoe. The at least one anchoring shoe comprises a first fastening device for fastening to an already erected wall section. The climbing shoe has at least one fastening tab which is intended to be fastened to a climbing drive. The at least one anchoring shoe has a fastening rail.The at least one fastening tab has a second fastening device, and the fastening rail has a third fastening device, which are provided for fastening the climbing shoe to the at least one anchoring shoe. An advantage of the holding device described here is that it enables uncomplicated and rapid climbing of a climbing system. Since the interaction between the climbing system and the already erected wall section is realized via the holding device described here, i.e., via interacting shoes (anchoring shoe and climbing shoe), a particularly efficient power transmission from a work platform, which can be attached to the anchoring shoe and the climbing drive, to the already erected wall section can also be ensured. P2023,1495 WO N / PA23133WO January 29, 2025. - 3 -This allows the holding device to hold larger loads of a corresponding climbing system, or to use simpler elements for the holding device. Furthermore, the two-part design of the holding device, in the form of a climbing shoe and an anchoring shoe, allows the individual shoes to be designed with a relatively low weight compared to conventional holding devices for climbing systems, which enables particularly simple and efficient assembly of a corresponding climbing system or modification of the climbing system during a climb. The fastening provided for the at least one anchoring shoe to the already erected wall section is, for example, a detachable fastening, so that the at least one anchoring shoe can be detached from the wall again after it has been used for climbing the climbing system.The climbing drive is, for example, a drive that can change the height of the climbing system through the relative movement of two drive components, so that the climbing system can be lifted to the next designated section. For example, such a climbing drive is a hydraulic drive, such as a hydraulic cylinder, or a motor-driven lifting device. "Fastening" in the sense of this disclosure is understood to mean a positive connection and / or a force-locking connection and / or a mere placement and a resulting fastening by the weight of the applied element. "Fastening" in the sense of this disclosure can mean the direct fastening of a P2023,1495 WO N / PA23133WO January 29, 2025. - 4 -Element to another element, or it may comprise fastening via further intermediate elements. For fastening the climbing shoe to the at least one anchoring shoe and / or for fastening the climbing shoe to the climbing drive, positive and / or non-positive connections, for example by means of connecting elements such as pins, latches, bolts, screws, etc., can be used. The at least one fastening tab can, for example, be provided to be fastened directly to the climbing drive or by means of further elements to the climbing drive. The fastening provided for the climbing shoe to the climbing drive can be detachable or non-detachable. The climbing shoe is designed to be detachably fastened to the at least one anchoring shoe.This means, for example, that the climbing shoe can be detachably connected to the at least one anchoring shoe, or that the climbing shoe can be placed on the at least one anchoring shoe. An example of a climbing system in which the holding device described here, as well as the anchoring shoes and climbing shoes described below, can be used individually, is disclosed in detail in the German patent application with the official file number 102023135364.0, the content of which is hereby incorporated by reference into this application. Of course, it is also possible to use the holding device described here, as well as the anchoring shoes and climbing shoes described below, separately. P2023,1495 WO N / PA23133WO January 29, 2025. - 5 -Climbing shoes, to be used in any other climbing system. According to at least one embodiment, the at least one fastening tab of the climbing shoe and the fastening rail of the at least one anchoring shoe have main extension surfaces that are parallel to one another and perpendicular to the already erected wall section. One advantage here is that the fastening tab(s) and fastening rail(s) that are perpendicular to the already erected wall section and parallel to one another enable improved force transmission of a load from the climbing system into the already erected wall. In this way, particularly heavy loads can be moved by the climbing system, or simpler elements can be used for the holding device.According to at least one embodiment, the at least one fastening tab of the climbing shoe is double-walled and has a receiving device designed to accommodate the fastening rail of the at least one anchoring shoe. One advantage here is that secure guidance of the climbing shoe along the at least one anchoring shoe is enabled. To accommodate the fastening rail, the double-walled fastening tab forms, for example, a free space in which the fastening rail can be guided. Furthermore, it is advantageous that a particularly stable and resilient design of the climbing shoe is provided, which, at the same time, has a low weight. The fastening rail can be P2023,1495 WO N / PA23133WO January 29, 2025. - 6 -The design can be either single-walled or double-walled, with the width of the fastening rail being smaller than the lateral extent of the free space of the double-walled fastening strap. In other words, in the design described here, the fastening strap extends past the anchoring shoe with both walls on the outside. In the case of a double-walled design, the fastening strap rests on the anchoring shoe, for example, via a bolt, a planar plate, or another connecting element that connects the two walls of the fastening strap. This has the advantage of achieving improved statics between the anchoring shoe and the climbing shoe. Alternatively or additionally, the fastening strap can also rest directly on the anchoring shoe with one or both walls.According to at least one embodiment, the fastening rail of the at least one anchoring shoe is double-walled and has a receiving device designed to accommodate the at least one fastening tab of the climbing shoe. One advantage here is that secure guidance of the climbing shoe along the at least one anchoring shoe is enabled. To accommodate the fastening tab, the double-walled fastening rail forms, for example, a free space in which the fastening tab can be guided. Furthermore, it is advantageous that a particularly stable and resilient design of the anchoring shoe is provided, which, at the same time, has a low weight. The fastening tab can be P2023,1495 WO N / PA23133WO January 29, 2025. - 7 -The fastening device can be designed as either single-walled or double-walled, with the width of the fastening tab being smaller than the lateral extent of the free space of the double-walled fastening rail. Furthermore, the fastening rail and the fastening rail can of course each be designed as single-walled and can be fastened to one another laterally. Any combinations, including multi-walled (three or more walls) designs of both the fastening rail and / or the fastening tab, are also possible, the guidance of which can be implemented in accordance with the guides described above. According to at least one embodiment, the second fastening device and the third fastening device each comprise an opening provided for receiving a securing element.One advantage here is that a secure and easy-to-manufacture attachment of the climbing shoe to the at least one anchoring shoe is ensured. A bolt, in particular, can be used as the securing element, but alternatively, any other securing element, such as a bolt, a pin, a square, a hexagon, etc., can also be used. According to at least one embodiment, the climbing shoe further comprises a drive holding part, wherein the at least one fastening tab is connected to the drive holding part in order to be attached to the climbing drive by means of the drive holding part. P2023,1495 WO N / PA23133WO January 29, 2025. - 8 -One advantage here is that a stable and secure attachment of the fastening tabs to the climbing drive is enabled. Alternatively, however, the at least one fastening tab can also be attached directly to the climbing drive, for example to a sleeve or another element of such a climbing drive. According to at least one embodiment, the drive holding part has a fourth fastening device for attaching the climbing shoe to the climbing drive. The fourth fastening device is arranged on a first side of the drive holding part facing the already erected wall section and / or on a second side of the drive holding part facing away from the already erected wall section.One advantage here is that improved load distribution is achieved in the drive holding part, particularly in a configuration in which the fastening tabs are arranged substantially laterally, next to the climbing drive, on the drive holding part, as viewed from the already erected wall section. Alternatively, however, it is also possible to arrange these fourth fastening devices laterally on the climbing drive, as viewed from the already erected wall section. According to at least one configuration, the at least one fastening tab is provided to be pivotably attached to the climbing drive, so that the climbing drive can be tilted relative to the already erected wall section, wherein a pivot axis of theP2023,1495 WO N / PA23133WO January 29, 2025. - 9 -Climbing drive is substantially perpendicular to a longitudinal axis of the already erected wall section, and / or the at least one fastening tab is intended to be pivotally attached to the climbing drive so that the climbing drive can be tilted in a plane parallel to a main extension surface of the already erected wall section. One advantage here is that degrees of freedom are created for attaching the climbing drive relative to the already erected wall section. This allows, for example, tolerances in the climbing system to be compensated for. If, for example, an adjustment of the position of the climbing shoe attached to the climbing drive is necessary, for example in order to bring it into a position in which the climbing shoe can be correctly connected to the at least one anchoring shoe, such an adjustment can be carried out via this pivotable suspension of the climbing drive.This pivoting capability can also be used advantageously when the climbing drive is integrated into the climbing system, for example, to move the climbing drive into a climbing position after initial climbing sections have been moved into a different climbing drive position. In addition, the pivoting capability toward and away from the already constructed wall section allows the climbing system to be moved over steps in the wall to be constructed. The longitudinal axis referred to here is an axis that is parallel to the climbing direction of the climbing system, i.e., to a construction direction of the wall to be constructed, usually in the vertical direction. P2023,1495 WO N / PA23133WO January 29, 2025. - 10 -For example, the at least one fastening tab is pivotally connected to the drive holding part. Alternatively or additionally, the drive holding part can be pivotally attached to the climbing drive, for example. The term "essentially" in this disclosure implies that certain manufacturing tolerances or minor deviations from the feature described thereby may exist. This applies accordingly to all points in this disclosure where these or comparable formulations are used. According to at least one embodiment, the drive holding part has a dome holder designed to support the climbing drive in the dome holder. One advantage here is that such a mounting of the climbing drive in the dome holder represents a solution that is easy to manufacture and easy to assemble.In particular, with such a mounting of the climbing drive in the calotte mount, a pivotable mount for the climbing drive with the pivoting advantages described above can also be realized. According to at least one embodiment, the climbing shoe has exactly two fastening tabs, which are arranged in particular parallel to one another and in particular on opposite sides of the climbing drive. The holding device further has exactly two anchoring shoes, wherein in particular one of the fastening tabs is provided for the purpose of being anchored to theP2023,1495 WO N / PA23133WO January 29, 2025. - 11 -One of the anchoring shoes can be attached to each of the fastening rails. One advantage of this is that it improves the transmission of forces from the climbing system to the wall that has already been erected. In addition, it can also provide a particularly stable holding device. For example, the two fastening straps and the two anchoring shoes are arranged symmetrically to a plane that is perpendicular to the wall section that has already been erected and in which the intended climbing drive is located. A further advantage is that two anchoring shoes are used. These can in particular be designed as separate elements. This has the advantage that lighter anchoring shoes can be used, which can be more easily assembled, disassembled and transported, for example, during a climbing process.In this case, the two fastening tabs can both be single-walled, both double-walled, or one single-walled and one double-walled. The fastening rails of the two anchoring shoes can both be single-walled, both double-walled, or one single-walled and one double-walled. Any combination of these configurations of the fastening tabs and the fastening slides can be used. According to at least one embodiment, the at least one anchoring shoe further comprises a platform holding device intended to hold a working platform of the climbing system. P2023,1495 WO N / PA23133WO January 29, 2025. - 12 -One advantage here is that a work platform can be easily and securely held on the anchoring shoe. A work platform that can be held by the anchoring shoe is suitable, for example, for carrying out work on wall sections that are yet to be erected or on wall sections that have already been erected. Such a work platform comprises, for example, at least one horizontally extending plane on which, among other things, workers can be located and from which they can carry out work. Furthermore, such a work platform comprises, for example, a horizontal support, for example as part of the horizontally extending plane, in order to be able to be placed with an edge region of the support on the platform holding device. The horizontal support mentioned here, as well as in other parts of this disclosure, can be a one-piece component, but can also consist of several individual parts.For example, the horizontal support comprises separate elements provided for the respective attachment of the horizontal support to the climbing shoe and anchoring shoe. According to a second aspect, an anchoring shoe for use in a holding device according to the first aspect or according to at least one of the above embodiments of the first aspect is described. However, the climbing shoe can also be used for any other holding device. The anchoring shoe comprises a first attachment device for attachment to an already erected wall section. The anchoring shoe also has a attachment rail, wherein the attachment rail has a third attachment device. P2023,1495 WO N / PA23133WO January 29, 2025. - 13 -which is intended to connect the anchoring shoe to a climbing shoe of the holding device. Advantages and configurations of the anchoring shoe essentially correspond to those of the holding devices described above. For the sake of a clear description, these are not repeated here, but apply accordingly. According to at least one configuration, the anchoring shoe further comprises a platform holding device which is intended to hold a work platform of a climbing system. One advantage here is that an uncomplicated and secure holding of a work platform on the anchoring shoe is made possible. According to at least one configuration, the platform holding device comprises a support surface for the work platform which is perpendicular to the already erected wall section. One advantage here is that a work platform can be attached to the anchoring shoe without tools.This enables uncomplicated and quick attachment of the work platform to the anchoring shoe, which can increase the climbing speed of a climbing system and / or reduce labor costs. According to at least one embodiment, the fastening rail has a first side wall, a second side wall extending parallel to the first side wall, and P2023,1495 WO N / PA23133WO January 29, 2025. - 14 -a free space located between the first and second side walls. The first fastening device further comprises, in particular, a connecting element having an opening for receiving an anchoring means, wherein the connecting element is arranged between the first and second side walls. One advantage here is that a stable, yet lightweight design of the anchoring shoe is achieved. The connecting element with the opening for receiving the anchoring means represents a stable and secure device for fastening the anchoring shoe to the already erected wall section. An anchor screw or other fastening means can be used as the anchoring means, for example. A cuboid can be arranged between the side walls as the connecting element, which has, for example, a bore as an opening.According to at least one embodiment, the anchoring shoe has a compression point designed to rest on the already erected wall section. One advantage of this is that improved force transmission of the climbing system into the wall is enabled via the anchoring shoe. According to at least one embodiment, the first fastening device is arranged in a first end region of the anchoring shoe and / or the compression point is arranged in a second end region of the anchoring shoe facing away from the first end region. P2023,1495 WO N / PA23133WO January 29, 2025. - 15 -One advantage here is that an improved load distribution of the anchoring shoe on the already erected wall section is achieved. In particular, the anchoring shoe is intended to be attached to the already erected wall section such that the first end region is higher on the wall than the second end region, i.e. when the anchoring shoe is fastened to the already erected wall section, the first fastening device is arranged in an upper region of the anchoring shoe and the compression point is arranged in a lower region of the anchoring shoe. In this way, an additionally improved force transmission of the climbing system into the wall via the anchoring shoe is enabled. According to a third aspect, a climbing shoe for use in a holding device according to the first aspect or according to at least one of the above embodiments of the first aspect is described.However, the climbing shoe can also be used for any other holding device. The climbing shoe can be used with an anchoring shoe according to the second aspect or according to at least one of the above embodiments of the second aspect or any other anchoring shoe. The climbing shoe has at least one fastening tab intended for attachment to a climbing drive. The at least one fastening tab has a second fastening device intended for attaching the climbing shoe to at least one anchoring shoe of the holding device. P2023,1495 WO N / PA23133WO January 29, 2025. - 16 -Advantages and configurations of the anchoring shoe essentially correspond to those of the holding devices described above. For the sake of clarity of description, these are not repeated here, but apply accordingly. According to at least one configuration, the climbing shoe further comprises a drive holding part, wherein the drive holding part has a fourth fastening device or a dome holder for fastening the climbing shoe to the climbing drive and the at least one fastening tab is connected to the drive holding part in order to be fastened to the climbing drive by means of the drive holding part. One advantage here is that a stable and secure fastening of the fastening tabs to the climbing drive is enabled. Alternatively, however, the at least one fastening tab can also be fastened directly to the climbing drive, for example to a sleeve or another element of such a climbing drive.According to at least one embodiment, the drive holding part has four substantially perpendicular plates that are connected to one another in such a way that they surround the climbing drive. One advantage of this is that a simple and secure design of the drive holding part is provided. The four plates described here can, for example, be four separate plates that are joined together to form the drive holding part. The four plates described here can be P2023,1495 WO N / PA23133WO January 29, 2025. - 17 -However, the plates described can also be at least partially connected plates. For example, two L-shaped elements, each consisting of two plates, can be used, or a U-shaped element consisting of three plates and a single plate can be used, which are joined together for the drive holding part. According to at least one embodiment, the fourth fastening device comprises at least one opening on the drive holding part, which is intended to receive at least one pin of the climbing drive. One advantage here is that a secure and uncomplicated attachment of the drive holding part to the climbing drive is provided. For example, at least one pin located on a sleeve of the climbing drive is received by means of the at least one opening described here.According to at least one embodiment, the at least one opening of the fourth fastening device is circular in shape to accommodate at least one cylindrical pin of the climbing drive. The drive holding part can be pivotally attached to the climbing drive such that the climbing drive can be tilted in a plane parallel to a main extension surface of the already erected wall section. One advantage here is that degrees of freedom are created for attaching the climbing drive relative to the already erected wall section. This allows, for example, tolerances in the climbing system to be compensated. For example, an adjustment of the position of the P2023,1495 WO N / PA23133WO January 29, 2025. - 18 -If an adjustment of the climbing shoe attached to the climbing drive is required, for example in order to bring it into a position in which the climbing shoe can be correctly connected to the at least one anchoring shoe, such an adjustment can be carried out via this pivotable suspension of the climbing drive. Further advantages of the pivotability achieved here have already been described in detail above and will not be repeated here, but apply accordingly. According to at least one embodiment, the drive holding part has a third side located laterally next to the climbing drive when viewed from the already erected wall section and / or a fourth side opposite the third side, which fifth fastening device is provided for fastening the at least one fastening tab to the third and / or fourth side.One advantage here is that the fastening tabs are designed such that they can be easily mounted on the drive holding part. For example, the climbing shoe can be inserted into the climbing system without the fastening tabs, and only then can the fastening tabs be attached to the drive holding part, which is particularly advantageous when the climbing shoe must be inserted into the climbing system through openings that are difficult to access or through narrow openings. According to at least one embodiment, the fifth fastening device comprises at least one opening on the third and / or fourth side of the drive holding part. P2023,1495 WO N / PA23133WO January 29, 2025. - 19 -The at least one fastening tab has a further opening in a region facing the drive holding part, wherein the at least one opening on the third and / or fourth side of the drive holding part and the further opening on the at least one fastening tab are intended to be connected to one another by means of a securing element. One advantage here is that a particularly uncomplicated and secure connection of the fastening tab(s) to the drive holding part is provided. This additionally simplifies the above-described assembly of the fastening tab(s) and thus further contributes to the above-mentioned advantages. In particular, a bolt can be used as the securing element, but alternatively any other securing element, such as a latch, a pin, a square, a hexagon, etc.According to at least one embodiment, the at least one opening on the third and / or fourth side of the drive holding part and the further opening on the at least one fastening tab are circular in shape in order to be connected to one another by means of at least one cylindrical securing element. The drive holding part is pivotally arranged on the fastening tab, so that the climbing drive can be tilted relative to the already erected wall section, with a pivot axis of the climbing drive running substantially perpendicular to a longitudinal axis of the already erected wall section. One advantage here, as already explained above, is that when the climbing drive is introduced into the climbing system, P2023,1495 WO N / PA23133WO January 29, 2025. - 20 -This pivoting capability can be used advantageously, for example, to move the climbing drive into a climbing position after initial climbing sections have been moved into a different position of the climbing drive. In addition, the pivoting capability enabled here toward and away from the already erected wall section allows the climbing system to be moved over steps in the wall to be erected. According to at least one embodiment, the drive holding part has a removable back or front plate on the side facing away from the already erected wall section and / or on the side facing the already erected wall section. One advantage of this is that the climbing shoe can be attached to a climbing drive particularly quickly and easily. This can further simplify the insertion of the climbing shoe into a climbing system.According to at least one embodiment, the at least one fastening tab has a compression point in a region facing the already erected wall section, which compression point is intended to rest on the already erected wall section and / or on the at least one anchoring shoe. An advantage here is that force is introduced from the climbing system into the wall via the climbing shoe via the compression point. It is particularly advantageous if the compression point rests at least partially on the at least one anchoring shoe. This prevents the climbing shoe from imprinting directly on the wall. Alternatively, P2023,1495 WO N / PA23133WO January 29, 2025. - 21 -The first compression point, however, can also rest directly on the wall. According to at least one embodiment, the second fastening device of the at least one fastening tab has an opening with a bulge. One advantage here is that play is provided in the second fastening device for relieving pressure on the securing element. Due to the bulge, the climbing shoe, for example, can be lifted even when the securing element is inserted into the opening in the at least one fastening tab. This lifting reduces the load on the securing element, and the securing element can be removed more easily before the climbing system is moved further.According to at least one embodiment, the climbing shoe has exactly two fastening tabs, which are arranged in particular parallel to one another and in particular on opposite sides of the climbing drive, and are intended to be fastened to one of exactly two anchoring shoes. One advantage here is that improved force transmission from the climbing system to the already erected wall is achieved. In addition, a particularly stable climbing shoe can be provided. For example, the two fastening tabs are arranged symmetrically to a provided climbing drive. P2023,1495 WO N / PA23133WO January 29, 2025. - 22 -In this case, the two fastening tabs can both be single-walled, both double-walled, or one single-walled and one double-walled. Further advantageous embodiments are disclosed in the attached figures and the following description. Elements with essentially the same function are given the same reference numerals in the figures, but do not have to be identical in all details. Since many figures depict different views of the holding devices, climbing shoes, and anchoring shoes described below, many elements appear repeatedly in the figures. However, these are only named in detail when they first appear and are provided with reference numerals to ensure clarity in the figures and their description.The figures show: Figure 1 shows a climbing system according to an embodiment; Figure 2 shows an anchoring shoe according to an embodiment; Figure 3 shows a climbing shoe according to an embodiment; Figures 4 to 6 show a holding device according to an embodiment comprising two anchoring shoes according to Figure 2 and a climbing shoe according to Figure 3; P2023,1495 WO N / PA23133WO January 29, 2025. - 23 -Figures 7 and 8 show the holding device according to Figures 4 to 6 in conjunction with a climbing drive; Figures 9 and 10 show a holding device comprising two anchoring shoes and a climbing shoe according to a further embodiment in conjunction with a climbing drive; Figures 11 and 12 show a holding device comprising two anchoring shoes and a climbing shoe according to yet another embodiment in conjunction with a climbing drive; and Figures 13 and 14 show part of a climbing system according to a further embodiment. Figure 1 shows an exemplary climbing system 1 in which the holding systems, anchoring shoes, and climbing shoes disclosed here can be used. The climbing system 1 shown here shows a formwork system for erecting a building core with two spaced-apart walls 2.Alternatively, the holding systems, anchoring shoes, and climbing shoes described above and below can also be used in any other climbing systems. The climbing system 1 according to Figure 1 comprises a work platform 3 arranged between the walls 2. In the embodiment shown here, the work platform 3 comprises a first level 4, a second level 5 arranged below the first level 4, and a third level 6 arranged above the first level 4. P2023,1495 WO N / PA23133WO January 29, 2025. - 24 -Levels 4, 5, and 6 each extend horizontally between the walls 2 and are designed for workers to stand on them to carry out work on the walls 2 or the climbing system 1 itself. The first level 4 comprises a horizontal steel beam 8, which is reinforced by a truss structure 9 and connected via vertical struts 7 to the third level 6, which also comprises a horizontal steel beam 8. The steel beam 8 itself is shown here as a single component for ease of illustration, but can also be composed of several sections and subcomponents. In particular, the climbing system 1, shown here only in cross-section, can be designed in spatial extension according to a building cross-section of a building to be constructed. The horizontal steel beam 8 of the first level 4 is a core element of the work platform 3.This horizontal steel beam 8 of the first level 4 is used to fix the work platform 3 to the walls 2, as described below, so that high loads are transferred to the already erected wall sections via the horizontal steel beam 8 of the first level 4. The second level 5 is connected to the truss structure 9 of the first level 4 via tension rods 10. In the state of the climbing system 1 shown here, the walls 2 each have a previously erected first wall section 11, which represents a last cured wall section and, in the state shown, a starting position for climbing. Below the already erected first wall section 11, there are further previously erected wall sections, which will not be discussed in detail here. P2023,1495 WO N / PA23133WO January 29, 2025. - 25 -Above the already erected first wall section 11, in the state shown here, there is a formwork device 12 each comprising a first formwork element 13 and a second formwork element 14, which form a filling space for a solidifiable building material, for example concrete. In the state shown here, concrete has already been poured into the filling space. Furthermore, reinforcements 15 are arranged in the walls 2 and can be seen here above the filling space. The first formwork elements 13 are fastened both directly to the horizontal steel girder 8 of the third level 6 and via the vertical struts 7 to the horizontal steel girder 8 of the first level 4. The second formwork elements 14 are held by an external system not shown here. Cross connections extending through the reinforcements 15 form so-called formwork anchors, which counteract the concrete pressure that occurs during concreting.The climbing system 1 further comprises climbing shoes 16, anchoring shoes 17, and climbing drives 18. Each of these climbing shoes 16, together with at least one of these anchoring shoes, forms a holding device 21. Only one anchoring shoe 17 is shown here for each holding device 21, which is due to the side view shown here. Each climbing shoe 16 can be attached to one or more anchoring shoes 17, which is explained in more detail below. Each anchoring shoe 17 is attached to the already erected first wall section 11 by means of one or more (only one shown here) climbing anchors 19. Figure P2023,1495 WO N / PA23133WO January 29, 2025. - 26 -Figure 1 shows additional anchoring shoes 17, which are shown in the disassembled state on the second level 5 and held by a worker. In the state shown here, the climbing shoes 16 are attached to the anchoring shoes 17 secured to the wall 2. The climbing drive 18 is attached to the horizontal steel beam 8 of the first level 4 of the work platform 3 by a first drive component and to the climbing shoe 16 by a second drive component. The anchoring shoes 17, the climbing shoes 16, and the climbing drives 18 are discussed in more detail with reference to the following figures. In the state of the climbing system shown here, the work platform 3 is held by the attached anchoring shoes 17. For this purpose, the anchoring shoes 17 each have a platform holding device 22 on which the work platform 3 is placed.In the embodiment shown here, the platform holding device 22 is implemented by means of a bar inserted into a recess of the anchoring shoe 17, on which the horizontal steel girder 8 of the first level 4 of the work platform 3 is placed on both sides. Furthermore, the platform holding device 22 of the anchoring shoes 17 can also be designed differently, for example, as a flat surface of the anchoring shoe 17 on a side facing the steel girder 8. The climbing drives 18 shown in Figure 1 are hydraulic climbing drives, each comprising a drive unit 20 mounted on the second level 5 of the work platform 3. Thus, when the P2023,1495 WO N / PA23133WO January 29, 2025 is moved. - 27 -The drive units 20 are carried along with the climbing system 1. The drive units 20 include, for example, control devices, pumps, and hoses, etc. for the climbing drives 18. Movement of the climbing system 1 is enabled by iteratively extending the climbing drives 18, placing the work platform 3 on the platform holding devices 22 of the upper anchoring shoes 17, releasing the climbing shoes 16 from the lower anchoring shoes 17, retracting the climbing drives 18, and fixing the climbing shoes 16 to the upper anchoring shoes 17. For fixing and releasing the climbing shoes 16 to / from the anchoring shoes 17, intermediate levels 23 are attached to the work platform 3 and are arranged between the first level 4 and the second level 5.The design of the holding devices 21, the climbing shoes 16, and the anchoring shoes 17 in the climbing system 1 described here and below enables the climbing drive 18 to be mounted particularly close to the wall 2, thus achieving particularly good force introduction into the wall 2. Holding devices 21, climbing shoes 16, and anchoring shoes 17 according to further embodiments are described in more detail below. These can be used in the climbing system 1 according to Figure 1. Alternatively, they can also be used in any other climbing systems. Figure 2 shows various views of an anchoring shoe 17 according to an embodiment of the invention. View A shows the anchoring shoe 17 in a front view. P2023,1495 WO N / PA23133WO January 29, 2025. - 28 -shown as it is viewed when looking towards a wall when the anchoring shoe 17 is fastened to the wall. In view B, the anchoring shoe 17 is shown in a side view. In view C, the anchoring shoe 17 is shown in a rear view, looking at a side of the anchoring shoe 17 with which the anchoring shoe 17 rests against a wall. Views D and E show two perspective views of the anchoring shoe 17, and view F shows an end view of the anchoring shoe 17. The anchoring shoe 17, as shown in Figure 2, can be used, for example, in the climbing system 1 according to Figure 1. However, the anchoring shoe 17 according to Figure 2 can also be used in any other climbing system. The anchoring shoe 17 has a first fastening device 24. By means of the first fastening device 24, the anchoring shoe 17 can be fastened to an already erected wall section.In the embodiment shown here, the first fastening device 24 comprises a cuboid 25 arranged at an upper end of the anchoring shoe 17. This cuboid 25 contains a bore 26, into which a screw 27 is inserted, shown here, to fasten the anchoring shoe 17 to the already erected wall section, for example, to the climbing anchors described above. In the embodiment shown here, the cuboid 25, with an upwardly facing surface 33, further forms a platform holding device on which a work platform can be placed. P2023,1495 WO N / PA23133WO January 29, 2025. - 29 -Furthermore, the anchoring shoe 17 has a fastening rail 28. In the embodiment shown here, the fastening rail 28 is double-walled, i.e., it comprises a first side wall 29 and a second side wall 30, which are arranged parallel to one another and are designed such that they are perpendicular to an already erected wall section to which the anchoring shoe 17 can be attached. Between the side walls 29, 30 there is a free space, which is closed off at an upper end of the anchoring shoe 17 by the cuboid 25. In the fastening rail 28, i.e., in the side walls 29, 30, of the anchoring shoe 17, openings 31 are recessed below the cuboid 25 as third fastening devices 32, which can accommodate a securing element. In the embodiment shown here, a contact plate 34 is arranged at an end of the anchoring shoe 17 facing away from the cuboid 25.This contact plate 34 is perpendicular to the side walls 29, 30 and connects the side walls 29, 30 on a side facing a wall to which the anchoring shoe 17 can be attached. The contact plate 34 is thus parallel to a main extension plane of the wall to which the anchoring shoe 17 can be attached, and thus forms a compression point via which a force acting on the anchoring shoe 17 can be transmitted to the wall. On a side of the anchoring shoe 17 facing away from the contact plate, the side walls 29, 30 each have notches 35 provided for receiving a P2023,1495 WO N / PA23133WO January 29, 2025. - 30 -A stop for a climbing shoe that can be attached to the anchoring shoe 17 is provided. This is explained in more detail with reference to the following figures. Figure 3 shows a climbing shoe 16 according to an embodiment of the invention. Figure 3 shows a perspective view of the climbing shoe 16. The climbing shoe 16, as shown in Figure 3, can be used, for example, in the climbing system 1 according to Figure 1 and / or with two of the anchoring shoes 17 shown in Figure 2. However, the climbing shoe 16 according to Figure 3 can also be used in any other climbing system or with any other anchoring shoes. The climbing shoe 16 shown in Figure 3 has a drive holding part 36 and two fastening tabs 37. The fastening tabs 37 are each intended to be attached to fastening rails of one or more anchoring shoes. The drive holding part 36 is intended to be attached to a climbing drive.In the embodiment shown here, the fastening tabs 37 are both double-walled. The double-walled fastening tabs 37 thus each have a first plate 38 and a second plate 39. The plates 38, 39 are shaped on both fastening tabs 37 such that they converge in an area facing the drive holding part 36, i.e., they are spaced closer together than in an area where the fastening tabs 37 can be attached to anchoring shoes. P2023,1495 WO N / PA23133WO January 29, 2025. - 31 -In the area facing away from the drive holding part 36, the fastening tabs 37 each have second fastening devices 40 in an upper region, which are designed as openings 41 in the plates 38, 39. In the exemplary embodiment shown here, the openings 41 are arranged in a line so that a single securing element can be inserted into the openings 41. The second fastening devices 40 are described in more detail with reference to the following figures. In the area facing away from the drive holding part 36, the fastening tabs 37 each have a connecting bolt 42 in a lower region, which is inserted into corresponding openings or is firmly connected to the plates 38, 39. However, only one of these connecting bolts 42 can be seen in Figure 3. Another is located at the corresponding position on the second fastening tab 37.The connecting bolts 42 connect the plates 38, 39 to one another and represent a stop for the climbing shoe 16 at the above-described notches 35 of the anchoring shoes 17. The connecting bolt 42 is therefore designed in this embodiment such that it can be at least partially received by the above-described notch 35. A reinforcing element 45 is arranged between the two fastening tabs 37, i.e., between the mutually facing plates 38, 39 of the fastening tabs 37, which increases the stability of the climbing shoe 16. In the embodiment shown here, the drive holding part 36 consists of four mutually perpendicular plates: a first plate 46, a second plate 47, P2023,1495 WO N / PA23133WO January 29, 2025. - 32 -a third plate 48, and a fourth plate 49. In the embodiment shown here, the plates 46, 47, 48, 49 are connected to one another via plug connections 50 in their edge regions and additional screw connections 51. In this way, the first plate 46 and the third plate 48 are removably attached to the climbing shoe 16, which can facilitate assembly of the climbing shoe 16. Furthermore, a fourth fastening device 52 in the form of an opening 53 is provided on the first plate 46 of the drive holding part 36, which is designed to receive a pin of a climbing drive (not shown here). The opening 53 is circular in shape, so that the climbing drive can be mounted in the drive holding part 36 with a cylindrical pin so that it can pivot about a central axis of such a pin. The third plate 48 has a corresponding opening for mounting the climbing drive, which, however, is not visible in the figures.In the second and fourth plates 47, 49, as well as in the area of ​​the fastening tabs 37 facing the drive holding part 36, further openings 44 are provided, which provide a fifth fastening device 43. In the embodiment shown here, the openings 44 are round openings into which cylindrical bolts 54 are inserted. In this way, the fastening tabs 37 are pivotally mounted on the drive holding part 36. In the following figures, holding devices comprising the climbing and anchoring shoes 16, 17 described above or holding devices according to P2023,1495 WO N / PA23133WO January 29, 2025 are shown. - 33 -Further exemplary embodiments are shown. For the sake of a clear description and clear figures, however, the focus will be on features for a better understanding of the interaction of the individual elements, as well as on differences in the exemplary embodiments. Identical elements or effects will not be described again and apply accordingly as above. This also applies to the reference numerals in the figures. Figures 4 to 6 show an exemplary embodiment of a holding device 21. The holding device 21 shown here comprises the climbing shoe 16 according to Figure 3 and two anchoring shoes 17 according to Figure 2. Figure 4 shows a perspective side view of this holding device 21, Figure 5 shows a rear view looking at the climbing shoe 16, and Figure 6 shows a plan view of the holding device 21.The holding device 21 shown in Figures 4 to 6 can be used, for example, for the climbing system 1 according to Figure 1, or for any other climbing system. Figures 4 to 6 particularly show the attachment of the climbing shoe 16 to the anchoring shoes 17. The remaining features will not be discussed again here; reference is made to the above description. The openings 41 are non-circular openings, i.e., openings with a bulge that are provided for a round securing element, for example, a bolt. Due to this configuration, the climbing shoe 16 can be lifted, for example, even if a securing element 54 is inserted into the P2023,1495 WO N / PA23133WO January 29, 2025. - 34 -Openings 41 are introduced. By this lifting, a load on the securing element 54 is reduced, and the securing element 54 can be removed more easily before the climbing system 1 is moved further. The second fastening devices 40, i.e., the openings 41 in the fastening tabs 37 of the climbing shoe 16, and the third fastening devices 32, i.e., the openings 31 in the fastening rails 28 of the anchoring shoes 17, are arranged and aligned with one another such that a securing element 54 is inserted into all corresponding openings 41, 31 of the two anchoring shoes 17 and the two fastening tabs 37 of the climbing shoe 16. In this embodiment, a cylindrical bolt 55 is used as the securing element 54. Furthermore, it can be seen in particular in Figure 4 that the openings 41 of the fastening tabs 37 are designed as non-circular openings 41, ie with bulges 56.The opening 41 is thus larger than a diameter of the bolt 55 and provides play for the bolt mounted in the openings 41. In the state illustrated in Figure 4, the connection between the anchoring shoes 17 and the climbing shoe 16 is shown in a situation in which, for example, a load from a work platform is applied to the climbing shoe 16, so that the openings 41 align such that the bolt 55 is mounted in an upper region of the opening 41. If the connection between the climbing shoe 16 and the anchoring shoe 17 is now to be released, the climbing shoe 16 can be raised by a few centimeters or millimeters, which is possible due to the bulge 56. In this way, the load of the climbing shoe 16 acting on the bolt 55 is significantly reduced. - 35 -completely removed from the bolt 55, and the bolt 55 can be easily removed. Furthermore, Figures 4 to 6 show that the connecting bolts 42 of the fastening tabs 37 on the anchoring shoes 17 rest on the anchoring shoes 17 in a lower region, in which the contact plates 34 are also located on a side facing away from the climbing shoe 16. The notches in the anchoring shoes 17, which are not visible here but described above with reference to Figure 2, are provided for this purpose.Furthermore, Figures 4 to 6 show that on a side facing the anchoring shoes 17, the double-walled fastening tabs 37 are spread apart to such an extent that an internal distance between the first plate 38 and the second plate 39 of the respective fastening tab 37 is greater than a width of the fastening rails 28 of the respective anchoring shoes 17, so that the fastening tabs 37 slide past the anchoring shoes 17 on the outside when the climbing shoe 16 is moved with the plates 38, 39. This enables particularly simple and complication-free climbing. Figures 7 and 8 show the holding device 21 according to Figures 4 to 6 with a climbing drive 57 attached to the holding device 21. Figure 7 shows a plan view, and Figure 8 a perspective view. The features mentioned and described above are not repeated here either, but apply accordingly.The climbing drive 57 comprises a piston rod 58 and a piston 59 in which the piston rod 58 is movably mountedP2023,1495 WO N / PA23133WO January 29, 2025. - 36 -In the embodiment shown here, the climbing drive 57 is based on a hydraulic cylinder. Alternatively, any other drive could be used. In an end region facing away from the piston 59, the piston rod 58 has an eyelet 60, via which the climbing drive 57 can be fixed to a work platform of the climbing system. At an end region of the piston 59 facing the piston rod 58, the piston 59 has a sleeve 61, to which a cylindrical pin 62 is attached for fixing the climbing drive 57 to the drive holder 36. In the state shown here, this pin 62 is inserted into the opening 53 of the fourth plate 46. On a side facing the third plate 48, the sleeve 61 has a corresponding pin that is inserted into the opening of the third plate 48. However, this corresponding pin is not visible in the illustrations of the figures.Figures 9 and 10 show a holding device 21 comprising two anchoring shoes 17 and a climbing shoe 16 according to a further embodiment in conjunction with a climbing drive 57. Figure 9 shows a perspective view, and Figure 10 shows a cross-section through the arrangement shown in Figure 9. The anchoring shoes 17 correspond, for example, to the anchoring shoes 17 described in Figure 2. Details are not repeated here. The climbing shoe 16 shows a further embodiment of the climbing shoe described above, wherein identical or equivalent features are not described again in detail. P2023,1495 WO N / PA23133WO January 29, 2025. - 37 -only the essential differences will be discussed. Other features and effects correspond to the features and effects described above. In the exemplary embodiment shown here, the climbing shoe 16 has a spherical cap holder 63. The spherical cap holder 63 represents a further possible embodiment of a drive holding part 36. The spherical cap holder 63 has a ring 64 that is concave towards the top and to which the fastening tabs 37 are attached on both sides. In the exemplary embodiment shown here, the piston 59 has a sleeve 61 that is convex towards the bottom and is designed to be received in the concave ring 64 of the climbing shoe 16. In this way, in this exemplary embodiment, the spherical cap holder 63 of the climbing shoe 16 and the piston 59 of the climbing drive 57 engage with one another in such a way that the climbing process described above can be realized.Figures 11 and 12 show a holding device 21 comprising two anchoring shoes 17 and a climbing shoe 16 according to yet another embodiment in conjunction with a climbing drive 57. Figure 11 shows a perspective view, and Figure 12 shows a cross-section through the arrangement shown in Figure 11. The anchoring shoes 17 are configured largely similarly to the anchoring shoes 17 described above; identical or equivalent features will not be described again, but reference is made to the above description. This also applies to identical or equivalent features. P2023,1495 WO N / PA23133WO January 29, 2025. - 38 -Effective features of the anchoring shoe 17 and the climbing drive 57. In the exemplary embodiment shown here, the anchoring shoe 17 is double-walled, as shown and described above. However, the fastening tabs 37 of the climbing shoe 16 are single-walled in the exemplary embodiment shown here, so that the fastening rail 28 is not received between plates of the fastening tabs 37, but rather the fastening tabs 37 are each received in the free spaces between the side walls 29, 30 of the anchoring shoes 37. In the exemplary embodiment shown here, the fastening tabs 37 are fastened to the drive holding part 36 between double-walled second and fourth plates 47, 49 with the same effect as the fastening of the fastening tabs 37 and the drive holding part 36 described above.In the exemplary embodiment shown here, openings 53 for receiving pins 62 of the climbing drive 57 are arranged on both the first and third plates 46, 48. These openings 53 are not closed at the top, thus enabling easy attachment of the drive holding part 36 to the climbing drive 57. On both plates 46, 48, above the support provided for the pins 62, additional holes are provided, to which a securing device for the pins 62 can be attached in the openings 53. In the anchoring shoes 17, flanks 65 are located below the cuboids 25, which are designed to, in the event of a P2023,1495 WO N / PA23133WO January 29, 2025. - 39 -Moving the climbing shoe 16 upwards, the fastening tab 37 is pushed over the flank 65 past the cuboid 25. Since the fastening tabs 37 are pivotally attached to the drive holding part 36, the fastening tabs 37 can be deflected during this movement and thus slide over the flanks 65 and the cuboid 25. Figures 13 and 14 show part of a climbing system according to a further embodiment. Figure 13 shows a perspective view of this part of the climbing system, and Figure 14 shows a plan view of the arrangement according to Figure 13. The figures shown here show the holding device 21 described in Figures 11 and 12. Alternatively, any other holding device 21 described with reference to Figures 2 to 10 could also be used. In the part of the climbing system shown here, part of a steel beam 8 can be seen.As explained above, the steel beam 8 is designed to be placed on the anchoring shoes 17. The steel beam 8 is attached to an end of the piston rod 58 of the climbing drive 57 facing away from the piston 59. In the embodiment shown here, a step 66 is located in the already erected wall. By means of the pivotable suspension of the climbing drive 57 in the climbing shoe 16, explained in detail above, the climbing drive can be pivoted in order to attach the climbing system to the anchoring shoes 17 located beyond the step 66. In this way, P2023,1495 WO N / PA23133WO January 29, 2025. - 40 -Steps in walls can also be crossed with the holding devices 21 described here. In all embodiments of the holding devices shown here, two separate anchoring shoes 17 are always used. Alternatively, it would of course also be possible to use, for example, an anchoring shoe 17 that has two fastening rails 28, and thus use a differently designed anchoring shoe with the climbing shoes 16 described here. Further alternatively, it would also be possible to design the climbing shoes with only one fastening strap, and thus use only one fastening rail on an anchoring shoe. Directional references such as "top", "bottom", etc. in the figures described above and the remaining parts of this disclosure generally refer to an orientation of the elements shown in the figures when they are installed in the climbing system, i.e., the anchoring shoe 17 is, for example, attached to the wall of the climbing system, etc.

[0002] P2023,1495 WO N / PA23133WO January 29, 2025 - 41 - List of reference symbols 1Climbing system 2 Wand 3 Working platform 4 First level 5 Second level 6 Third level 7 Vertical strut 8 Steel girder 9 Truss structure 10 Tension rod 11 Already erected first wall section 12 Formwork device 13 First formwork element 14 Second formwork element 15 Reinforcement 16 Climbing shoe 17 Anchoring shoe 18 Climbing drive 19 Climbing anchor 20 Drive unit 21 Holding device 22 Platform holding device 23 Intermediate level 24 First fastening device 25 Quader 26 Hole 27 Screw 28 Fastening tab 29 First side wall 30 Second side wall 31 Opening P2023,1495 WO N / PA23133WO January 29, 2025 - 42 -32 Third fastening device 33 Surface of the cuboid 34 Contact plate 35 Notch 36 Drive holding part 37 Fastening tab 38 First plate of the fastening tab 39 Second plate of the fastening tab 40 Second fastening device 41 Opening 42 Connecting bolt 43 Fifth fastening device 44 Opening 45 Reinforcing element 46 First plate of the drive holding part 47 Second plate of the drive holding part 48 Third plate of the drive holding part 49 Fourth plate of the drive holding part 50 Plug connection 51 Screw connection 52 Fourth fastening device 53 Opening 54 Securing element 55 Bolzen 56 Bulge57 Climbing drive58 Piston rod 59 Kolben 60 Öse 61 cuff 62 Zapfen 63 Dome holder 64 Ring P2023,1495 WO N / PA23133WO January 29, 2025 - 43 - 65 Flanke 66 Stufe A – F Views

Claims

P2023,1495 WO N / PA23133WO 29. Januar 2025 - 44 -Patent claims 1. Holding device (21) for a climbing system (1) comprising at least one anchoring shoe (17) and one climbing shoe (16), wherein: - the at least one anchoring shoe (17) comprises a first fastening device (24) for fastening to an already erected wall section (11), - the climbing shoe (16) has at least one fastening tab (37) intended to be fastened to a climbing drive (57), - the at least one anchoring shoe (17) has a fastening rail (28), and - the at least one fastening tab (37) has a second fastening device (40) and the fastening rail (28) has a third fastening device (32), which are intended to fasten the climbing shoe (16) to the at least one anchoring shoe (17). 2.Holding device (21) according to claim 1, wherein the at least one fastening tab (37) of the climbing shoe (16) and the fastening rail (28) of the at least one anchoring shoe (17) have main extension surfaces parallel to one another and perpendicular to the already erected wall section.

3. Holding device (21) according to claim 1 or 2, wherein: - the at least one fastening tab (37) of the climbing shoe (16) is double-walled and has a receiving device designed to receive the fastening rail (28) of the at least one anchoring shoe (17), and / or P2023,1495 WO N / PA23133WO January 29, 2025. - 45 -- the fastening rail (28) of the at least one anchoring shoe (17) is double-walled and has a receiving device designed to receive the at least one fastening tab (37) of the climbing shoe (16).

4. Holding device (21) according to one of claims 1 to 3, wherein the second fastening device (40) and the third fastening device (32) each comprise an opening (31, 41) designed to receive a securing element (54).

5. Holding device (21) according to one of claims 1 to 4, wherein the climbing shoe (16) further comprises a drive holding part (36), wherein the at least one fastening tab (37) is connected to the drive holding part (36) in order to be fastened to the climbing drive (57) by means of the drive holding part (36).Holding device (21) according to claim 5, wherein the drive holding part (36) has a fourth fastening device (52) for fastening the climbing shoe (16) to the climbing drive (57), and the fourth fastening device (52) is arranged on a first side facing the already erected wall section (22) and / or on a second side of the drive holding part (36) facing away from the already erected wall section.

7. Holding device (21) according to claim 5, wherein the drive holding part (36) has a dome holder (63) configured to support the climbing drive (57) in the dome holder (63). P2023,1495 WO N / PA23133WO January 29, 2025. - 46 -8. Holding device (21) according to one of claims 1 to 7, wherein: - the at least one fastening tab (37) is provided to be pivotally attached to the climbing drive (57) so that the climbing drive (57) can be tilted relative to the already erected wall section (22), wherein a pivot axis of the climbing drive (57) is substantially perpendicular to a longitudinal extension axis of the already erected wall section (22), and / or - the at least one fastening tab (37) is provided to be pivotally attached to the climbing drive (57) so that the climbing drive (57) can be tilted in a plane parallel to a main extension surface of the already erected wall section (22).9.Holding device (21) according to claim 8, when dependent on one of claims 5 to 7, wherein:- the at least one fastening tab (37) is pivotally connected to the drive holding part (36), and / or- the drive holding part (36) is pivotally attachable to the climbing drive (57).

10. Holding device (21) according to one of claims 1 to 9, wherein: - the climbing shoe (16) has exactly two fastening tabs (37), which are arranged in particular parallel to one another and in particular on opposite sides of the climbing drive (57), and - the holding device (21) has exactly two anchoring shoes (17), wherein in particular one of the fastening tabs (37) is provided for fastening one of the anchoring shoes (17) to the fastening rail (28).P2023,1495 WO N / PA23133WO January 29, 2025. - 47 -11. Anchoring shoe (17) for use in a holding device (21) according to one of claims 1 to 10, wherein: - the anchoring shoe (17) comprises a first fastening device (24) for fastening to a previously erected wall section (22), and - the anchoring shoe (17) has a fastening rail (28), wherein the fastening rail (28) has a third fastening device (32) intended to connect the anchoring shoe (17) to a climbing shoe (16) of the holding device (21).

12. Anchoring shoe (17) according to claim 11, wherein the anchoring shoe (17) has a platform holding device (22) intended to hold a working platform (3) of a climbing system (1).

13. Anchoring shoe (17) according to claim 12, wherein the platform holding device (22) comprises a support surface for the work platform (3) that is perpendicular to the already erected wall section (22).14.Anchoring shoe (17) according to one of claims 11 to 13, wherein the fastening rail (28) has a first side wall (29), a second side wall (30) extending parallel to the first side wall (29), and a free space located between the first and second side walls (29, 30), and the first fastening device (24) further comprises, in particular, a connecting element having an opening for receiving an anchoring means, the connecting element being arranged between the first and second side walls (29, 30). P2023,1495 WO N / PA23133WO January 29, 2025. - 48 -15. Anchoring shoe (17) according to one of claims 11 to 14, wherein the anchoring shoe (17) has a compression point intended to rest on the already erected wall section (22).

16. Anchoring shoe (17) according to claim 15, wherein the first fastening device (24) is arranged in a first end region of the anchoring shoe (17) and / or the compression point is arranged in a second end region of the anchoring shoe (17) facing away from the first end region. Climbing shoe (16) for use in a holding device (21) according to one of claims 1 to 10, wherein: - the climbing shoe (16) has at least one fastening tab (17) intended to be attached to a climbing drive (57), and - the at least one fastening tab (37) has a second fastening device (40) intended to attach the climbing shoe (16) to at least one anchoring shoe (17) of the holding device (21).18.The climbing shoe (16) according to claim 17, wherein the climbing shoe (16) further comprises a drive holding part (36), wherein the drive holding part (36) has a fourth fastening device (52) and / or a dome holder (63) for fastening the climbing shoe (16) to the climbing drive (57), and the at least one fastening tab (37) is connected to the drive holding part (36) in order to be fastened to the climbing drive (57) by means of the drive holding part (36).P2023,1495 WO N / PA23133WO January 29, 2025. - 49 -19. The climbing shoe (16) according to claim 18, wherein the drive support member (36) comprises four substantially perpendicular plates (46, 47, 48, 49) connected to one another to surround the climbing drive (57).

20. The climbing shoe (16) according to claim 18 or 19, wherein the fourth fastening device (52) comprises at least one opening (53) on the drive support member (36) intended to receive at least one pin (62) of the climbing drive (57).

21. Climbing shoe (16) according to claim 20, wherein the at least one opening (53) of the fourth fastening device (52) is circular in shape to receive at least one cylindrical pin (62) of the climbing drive (57), and the drive holding part (36) is pivotally attachable to the climbing drive (57) so that the climbing drive (57) is tiltable in a plane parallel to a main extension surface of the already erected wall section (11).22.Climbing shoe (16) according to one of claims 18 to 21, wherein the drive holding part (36) has a fifth fastening device (43) on a third side located laterally next to the climbing drive (57) as viewed from the already erected wall section (11) and / or on a fourth side opposite the third side, which fifth fastening device is provided for fastening the at least one fastening tab (37) to the third and / or fourth side.P2023,1495 WO N / PA23133WO January 29, 2025. - 50 -23. Climbing shoe (16) according to claim 22, wherein the fifth fastening device (43) comprises at least one opening (44) on the third and / or fourth side of the drive holding part (36), and the at least one fastening tab (37) has a further opening (44) in a region facing the drive holding part (36), wherein the at least one opening (44) on the third and / or fourth side of the drive holding part (36) and the further opening (44) on the at least one fastening tab (37) are provided to be connected to one another by means of a securing element.24.Climbing shoe (16) according to claim 23, wherein the at least one opening (44) on the third and / or fourth side of the drive holding part (36) and the further opening (44) on the at least one fastening tab (37) are circular in shape in order to be connected to one another by means of at least one cylindrical securing element, and the drive holding part (36) is pivotally arranged on the fastening tab (37) so that the climbing drive (57) can be tilted relative to the already erected wall section (11), wherein a pivot axis of the climbing drive (57) is substantially perpendicular to a longitudinal axis of the already erected wall section (11).

25. Climbing shoe (16) according to one of claims 18 to 24, wherein the drive holding part (36) has a removable back or front plate (46, 48) on the side facing away from the already erected wall section (11) and / or on the side facing the already erected wall section (11).P2023,1495 WO N / PA23133WO January 29, 2025. - 51 - 26. Climbing shoe (16) according to one of claims 17 to 25, wherein the at least one fastening tab (37) has a compression point in a region facing the already erected wall section (11), which compression point is intended to rest on the already erected wall section (11) and / or on the at least one anchoring shoe (17).

27. Climbing shoe (16) according to one of claims 17 to 26, wherein the second fastening device (40) of the at least one fastening tab (37) has an opening (41) with a bulge (56).

28. Climbing shoe (16) according to one of claims 17 to 27, wherein the climbing shoe (16) has exactly two fastening tabs (37), which are arranged in particular parallel to one another and in particular on opposite sides of the climbing drive (57), and are intended to be fastened to one of exactly two anchoring shoes (17).

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