EP2711482B1 - Fastening device for scaffold anchoring - Google Patents

Description

The invention relates to a fastening device according to the preamble of the main claim and a equipped with such a fastening device fastening arrangement for scaffold anchorage.
The fastening device in question serves to enable anchoring of scaffolding on walls or facades of buildings. For this purpose, fastening anchors are usually introduced, for example in the form of eyebolts or eyebolts in a solid ground anchoring a wall in order to transmit the horizontal anchoring forces can. For facades with curtain structures such as thermal insulation systems, ventilated façade constructions, glass facades, facades with double-shell masonry o. The like. It is necessary to provide the scaffold anchoring in a correspondingly greater distance from the wall and transfer the horizontal anchoring forces.
While vertical scaffolding loads are mainly absorbed by the scaffold construction, especially with spindle feet from the ground, horizontal loads must be introduced into the wall or façade via the scaffold anchorage. For scaffold anchoring, these loads act both vertically and parallel to the wall or façade direction. Tensile and compressive loads perpendicular to the façade can be reliably transmitted by conventional fastening anchors. Usual attachment anchors such as eye bolts or eyebolts screws usually have a diameter of 10 to 14 mm, such as 12 mm. The disadvantage, however, is that with increasing distance from the wall or facade, the transfer of anchoring forces parallel to the wall or facade is more expensive. This is particularly critical for facades with a correspondingly strong design of the suspended construction, such as in thermal insulation composite systems (ETICS), in which usually fastening anchors are used with a shaft length of 20 to 40 cm. The load capacity and load capacity of such fastening anchors for reliable scaffold anchoring is reduced accordingly and goes to zero.

From the publication DE 20 2010 005 020 U1 a wall anchor for a scaffold is known, which is designed as a rigid frame construction. The wall anchor has two multi-part frame handles, which are connectable in the wall-side end portion of the wall. First, a threaded bolt with dowels is fixed in the wall, on which then a high-strength anchor rod with threaded hole is screwed. Finally, a cross-beam is provided, which is in each case releasably and rigidly connected to the frame handles. In particular, the cross-beam for this purpose at both ends to a connection sleeve unit to be clamped by means of screwed nuts with the respective frame stems. Holes for receiving a scaffold anchoring connected to the scaffold are in the crossbeam. The wall anchor requires the provision of two parallel spaced frame stems, which are configured connectable in the wall area with the wall. The connection of the wall anchor in the wall area is not satisfactory in terms of handling and assembly or disassembly of the wall anchor and requires a special tool. This results in a high assembly-technical effort for the user.

From the publication DE 10 2010 061 244 A1 For example, a fastening arrangement for spacing fastening is known, in particular on an insulated facade of a building. The fastening arrangement has two fastening anchors for fastening in a substrate. At the fastening anchors spacers are mounted, wherein at least one spacer is pivotally connected to a mounting anchor. The spacers are rigidly connected by means of a connecting element, wherein the connecting element can be made plate-shaped or rod-shaped. As a rigid connection of the connecting element with the spacers in particular a pipe connector is provided in the form of a crosspiece. However, the mounting arrangement is primarily designed to reduce the bending load on the mounting anchors by providing a hinged connection to the mounting anchor.
A disadvantage of the known wall anchors or mounting arrangements is also the fact that the handling and assembly is complicated and cumbersome and also a flexible attachment to differently designed walls or facades is difficult. DE 1836288U discloses a fastening device for scaffold anchorage according to the introductory part of claim 1. US 4,445,307 A discloses a node for a scaffold, which could also be used as a fastening device for scaffolding anchoring to a wall o. The like., With a multi-part body and connecting means, which may also be configured connectable with anchoring anchors inserted in a wall, wherein the fastening device by pivoting can be brought into a stop position to form a substantially rigid frame with the connected mounting anchors.

GB 223001 A discloses a fastening device for scaffold anchoring to a wall o. The like. With a base body and connecting means, which are designed to be connected to a fastening anchor inserted in a wall, the fastening device can be brought by pivoting in a stop position.

DE 103 36 968 A discloses a fastening device for a piece of furniture made of sheet metal blanks with connecting means, which are designed to be connected with fastening anchors inserted in a wall, wherein the fastening device can be brought by pivoting in a stop position to form a substantially rigid frame with the connected fastening anchors.

US 5 439 338 A discloses eye-shaped fastening anchors.

Unless otherwise stated below, the abovementioned features may be combined as desired individually or in any combination with the subject matter of the invention described below.

It is an object of the invention to further develop a fastening device for scaffold anchoring.

The object of the invention is achieved by a fastening device with the features of claim 1. Advantageous embodiments emerge from the subclaims.

First, it is proposed to form the fastening device with a base body and connecting means which are designed to be connectable to fastening anchors inserted in a wall. The fastening device can also be brought by pivoting into a stop position in which the fastening device forms an essentially rigid frame with the connected fastening anchors. Sufficient for the above-mentioned desired favorable load introduction is that the frame is rigid at least in the plane spanned by the fastening anchors and the fastening device.

It is essential to bring the fastening device by pivoting in a stop position in which a rigid coupling with the mounting anchors can be formed in a wall.

In contrast to the prior art, the detachable mounting of the fastening device to fastening anchors therefore requires no special tools and complex assembly steps. Rather, it is possible to bring the fastening device by simply pivoting in a stop position in which a rigid coupling with the mounting anchors is made possible. This makes the handling and installation of the fastening device much easier. Likewise, disassembly can be carried out by pivoting in the opposite direction. If the fastening device is pivoted into a stop position, a rigid frame is formed by the connecting means, which correspondingly increases the carrying capacity and load capacity of the fastening anchors connected to one another so that, in particular, horizontal forces in the direction parallel to the wall or facade can be absorbed by the fastening device , This enables a safe and stable framework anchorage with little installation effort. After use as a scaffold anchor, the fastening device can be completely removed by pivoting in the opposite direction, so that a reusability of the fastening device and the fastening anchor is ensured.

In one embodiment of the invention, the connecting means are arranged at opposite ends of the particular plate-shaped base body. The base body is designed in particular as an elongated, flat component, wherein the thickness of the base body is then dimensioned substantially smaller than the width or length of the base body. This allows a particularly compact and stable design of the fastening device.

In one embodiment, the connecting means comprises a bolt-shaped or hook-shaped engagement means, preferably such that the engagement means in particular by pivoting the fastening device with a fastening anchor, in particular with a eye-shaped opening in the fastening anchors, is engageable. The engagement means can in principle be realized by a hook-shaped projection which protrudes from the particular plate-shaped body. Alternatively, the hook-shaped engagement means can also be formed by recesses in the base body, so that the engagement means is arranged in the plane of the base body. The fastening device is preferably attached to the fastening anchor, in particular a loop-shaped opening of the fastening anchor, with the open side of the hook-shaped engagement means and hooked by pivoting the fastening device. The hook-shaped engagement means prevents in engagement with the attachment anchor in particular a movement of the fastening device perpendicular to the wall or facade. The self-locking of the hooked engagement means prevents loosening of the fastening device, so that the fastening device is held largely tensile and vibration resistant in the mounting anchors of the wall. The release of the hook-shaped engagement is then carried out in accordance with a pivoting in the reverse direction. For example, if the engagement of the engagement means with the mounting anchors by a pivoting of the fastening device about a horizontal axis, the release takes place by pivoting in the opposite direction about the horizontal axis. It is also possible to achieve a hooking of the engagement means with the fastening anchors by pivoting about a vertical axis. This is particularly - as will be explained - in a hinged design of the body appropriate.

In a preferred embodiment, the engagement means are arranged on the side facing away from the wall of the fastening device. Preferably, the engagement means are designed so that they open to the wall facing away from the side. Preferably, the configuration of the hook-shaped engagement means is made such that they are adapted to openings of the attachment anchors such as eye-shaped load-receiving means. The engagement means are then suitably dimensioned to allow stable engagement in openings of the attachment anchors. This improves the secure hooking of the engagement means by pivoting the fastening device.

In a preferred embodiment, the connecting means preferably comprises a clamping element in addition to the hook-shaped engagement means. The clamping element is in particular such that it can be brought by pivoting into a stop position to form a substantially rigid coupling to the connected fastening anchor. The pivoting of the fastening device takes place in particular about a horizontal axis. The clamping elements are preferably formed as wall-shaped areas on the base body. For this purpose, the clamping elements may in principle be integrally formed on the base body. But it is also possible to subsequently provide the clamping elements so for example by welding to the body. Preferably, the clamping elements on two parallel wall portions, which are mounted at a distance so that a gap is formed. In this space then the fastening anchor, in particular the shank of the fastening anchor can be positively received to achieve a rigid connection in the pivoted stop position. The clamping elements are particularly advantageously designed so that the parallel wall portions extend perpendicular to the main body of the fastening device. It is particularly advantageous if the clamping elements open in the stop position of the fastening device downwards or upwards. By means of the clamping elements, the fastening anchors can be securely fixed in the stop position in order to form a stable, rigid frame. The greater the dimensioning of the clamping elements takes place parallel to the longitudinal axis of the fastening anchor, the greater the stiffening of the fastening device against bending loads. It is particularly advantageous to design the length of the clamping elements, in particular of the wall regions extending parallel to the wall, at least 6 mm, particularly preferably at least 8 mm long. Optionally, the clamping elements are further equipped with securing elements such as locking pins, bolts o. The like., Which then allow a backup of the clamping elements in the pivoted stop position. This increases the safety of Fastening device, since accidental loosening is reliably prevented.
In the case of hook-shaped engagement means, which have outstanding regions perpendicular to the base body, pivoting about a horizontal axis simultaneously enables catching of the engagement means in eye-shaped openings of attachment anchors and engagement of the clamping elements with the attachment anchors. This simplifies insofar the handling of the fastening device during assembly. According to the invention, the main body is constructed in several parts. The main body comprises at least two basic body elements, which are connected to one another in a displaceable and foldable manner. For this purpose, the base body elements are preferably connected to one another via a centrally arranged bolt. The bolt can be guided in an elongated bore of a main body element, so that the main body is designed to be variable in length. The slidable design of the body allows the use of different distances between mounting anchors or improperly installed mounting anchors, so that the fastening device can be mounted in a flexible manner and has an increased mounting tolerance.
Due to the foldable design of the base body, it is possible to perform a pivoting movement of the base body elements relative to each other. The basic body elements connected in this way can be opened and closed accordingly. Preferably, the hook-shaped engagement means are then formed at opposite ends of the base body as recesses, so that the hook-shaped engagement means are integrally formed in the plane of the base body. The hooking of the engagement means in eye-shaped openings of the fastening anchors can then take place by an unfolding pivoting movement of the base body elements. In this way, the Hook hook-shaped engaging means in eye-shaped openings of the fastening anchor. Subsequently, the fastening device can be brought by a further pivoting movement by means of the clamping elements in a stop position to realize a rigid connection with the mounting anchors. Advantageously, the eye-shaped openings of the fastening anchors are vertically aligned in a hinged embodiment of the fastening device. The mounting of the fastening device by a multi-stage pivoting increases the self-locking in the stop position. Unintentional release of the fastening device can thus be avoided in an improved manner. Moreover, the combination of several pivoting movements in the assembly of the fastening device contributes to the fact that the fastening device is particularly tensile and vibration resistant connectable with fastening anchors.
In order to enable anchoring of a framework to the fastening device, the multi-part base body in a further embodiment has bores for receiving a framework anchorage. In the multi-part construction and the foldable design of the body, the holes in the body elements can be aligned with each other. The holes in the displaceably connected main body element are in particular elongate, in such a way that the bores extend parallel to the longitudinal axis of the base body element. This ensures that the hinged body is made variable in length overall. By anchoring a framework through the aligned bores of a base body, a pivoting movement of the base body elements relative to one another is prevented at the same time. As a result, the bending stiffness of the frame is achieved. This also allows a locking of the folding body. The multi-part body is therefore resistant to bending only when it is in the stop position and the holes of the two basic body elements are aligned with each other and the scaffold anchoring extends through the aligned holes therethrough.

It is particularly advantageous to carry out the bores for anchoring the scaffold in order to enable safe load absorption. For this purpose, the main body can be dimensioned larger in the area of the bores, that is to say, for example, areas protruding from the main body can be provided.

In a further embodiment, the hinged base body has at least one stop, in particular on the edge of a base body element. The stop then limits the folding movement of the multi-part body and thus improves the handling of the foldable body during assembly.

In a further preferred embodiment, the hinged base body can be locked positively and / or non-positively. Preferably, at least one main body element has a plurality of detent recesses, in particular on the edge, which can be brought into engagement with at least one projection on the further main body element. This allows a particularly simple locking of the folding body in the unfolded state. This contributes to the fact that the fastening device is connected to the fastening anchors in a tension- and vibration-proof manner.

Preferably, with hinged base body, the aligned bores are designed such that when guided armature anchor one of the base body elements is pressed against the stop on the respective other base body element. The two basic body elements are then braced against each other. This prevents play between the basic bodies and the load distribution on the two fastening anchors takes place permanently without setting movements. The holes are not aligned exactly; rather, the scaffold anchoring must be pressed through the holes. The scaffold anchor sits in press fit in the aligned holes; In every single hole there would be clearance fit.

In the case of a foldable basic body, it is preferable to provide a clasp on one of the basic body elements, which clasps a part of the respective other basic body element in the stop position. This prevents that the two basic body elements can bend under the action of load perpendicular to the plane spanned by the basic body elements level. Further, preferably, the stops, which are intended to limit the folding movement of the multi-part main body, designed as clasping and therefore have a. Dual function.

According to a further aspect of the invention, a fastening arrangement for anchoring a scaffold to a wall, facade o. The like. Claimed with a fastening device and at least two fastening anchors inserted in a wall. The fastening anchors also have on the side facing away from the wall a loop-shaped load-receiving means. The eye-shaped load-receiving means may be completely closed or at least partially open.

Essential in the proposed mounting arrangement is the fact that the mounting arrangement has a fastening device described above, which is connected to mounting anchors in particular conventional eye bolts or eyebolts. In that regard, the mounting arrangement can be mounted in a simple manner even in difficult environmental conditions such as curtain walls without special fastening anchor for the wall or facade must be provided or special tools for mounting the fixture are required. The mounting arrangement can be used with very little installation effort for a variety of applications of the scaffold anchorage.

All statements made with respect to the above fastening device which are suitable for describing the configuration of the fastening arrangement apply correspondingly to the proposed fastening arrangement.

• Fig. 1 eine nicht erfindungsgemäße Befestigungsvorrichtung,
• Fig. 2 eine Schnittdarstellung der Befestigungsvorrichtung nach Fig. 1,
• Fig. 3 eine weitere Schnittdarstellung der nicht erfindungsgemäßen Befestigungsvorrichtung nach
• Fig. 1, Fig. 4 eine erfindungsgemäße Befestigungsvorrichtung und
• Fig. 5 eine Darstellung der montierten Befestigungsvorrichtung.

In the following the invention will be explained in more detail with reference to embodiments. In the drawings show:

• Fig. 1 a non-inventive fastening device,
• Fig. 2 a sectional view of the fastening device according to Fig. 1 .
• Fig. 3 a further sectional view of the non-inventive fastening device according to
• Fig. 1 . Fig. 4 a fastening device according to the invention and
• Fig. 5 an illustration of the mounted fastening device.

The representation in Fig. 1 It can be seen that the non-inventive fastening device 1 has a base body 3 and connecting means 4. The connecting means 4 are arranged for a compact embodiment of the fastening device 1 at opposite ends of the particular plate-shaped base body 3. The connecting means 4 at both ends of the main body 3 comprise hook-shaped engaging means and clamping elements 6. As shown in the sectional view in FIG Fig. 3 can be seen, the hook-shaped engaging means in particular hooks 5 are designed so that they can be brought into engagement with the fastening anchor 2. For this purpose, the fastening anchors 2 have load-receiving means in the form of openings, in particular eyelets 12. In principle, the eyelet 12 can be made closed. But it is also possible to form the eyelet 12 at least partially open. The fastening anchors 2 are used in a wall or facade to absorb the forces of the scaffold anchorage. In case of Fig. 1 the hooks 5 are hooked by pivoting the fastening device 1 about a horizontal axis in the eyelets 12 of the fastening anchor 2.
The representation in Fig. 1 shows that the clamping elements 6 are arranged adjacent to the hooks 5. The arrangement is in particular such that the clamping elements 6 and hooks 5 are arranged one behind the other as seen along the axis of the fastening anchors 2, and thus, that the clamping elements 6 rest against the shank of the fastening anchors 2. The clamping elements 6 have parallel to the fastening anchor 2 extending wall portions 14 which form a gap which is adapted to receive the fastening anchor 2, in particular the shaft of the fastening anchor 2 by pivoting. In Fig. 1 the fastening device is illustrated in the pivoted stop position. The parallel wall regions 14 of the clamping elements 6 ensure that a rigid coupling between the fastening device 1 and fastening anchor 2 is formed in the pivoted stop position. The length of the parallel wall regions 14 of the clamping elements 6 is preferably at least 6 mm, for example 10 mm, in order to achieve sufficient stiffening of the clamping elements 6 against bending loads. This increases in particular the carrying capacity of the fastening device for loads that occur horizontally and in parallel direction to the wall or facade.

The distance 8 of the connecting means 4 on the base body 3 is preferably adapted to the horizontal distance of the fastening anchor 2 in a wall. This distance is in particular 200 to 400 mm. The width of the base body 9 is preferably 40 to 80 mm. The thickness 10 of the particular plate-shaped base body 3 is preferably 3 to 6 mm.

Fig. 2 schematically shows a sectional view along the bore 7 for receiving a scaffold anchorage of a scaffold. The diameter 11 of the bore 7 is preferably 15 to 25 mm. The bore 7 is formed here with a protruding from the base body 3 approach 20 to expedient to prevent pivoting in the locked state with inserted scaffolding anchorage. The height of the projection 21 is preferably 4 mm. The approach may be complementary or exclusively designed as a mechanical reinforcement of the holes.

How out Fig. 3 can be seen, the hooks 5 protrude from the base body 3 and are welded in this case to the base body 3. Preferably, the eyelets 12 of the fastening anchor 2 are horizontal aligned. The fastening device can be hooked by pivoting about a horizontal axis in the eyelets 12 of the fastening anchor accordingly. At the same time, the clamping elements 6 come with the parallel extending wall portions 14 into engagement with the mounting anchors. In the stop position, the fastening device then rests against the fastening anchors 2 with the clamping elements 6, so that a flexurally rigid coupling is achieved.

Fig. 4 illustrates a fastening device 1 according to the invention with a multi-part hinged base body 3. The main body 3 comprises two base body elements 3a, which are connected to each other displaced and hinged. For this purpose, a connecting pin 18 is provided substantially centrally on a main body element 3a fixed. The connecting bolt 18 can then be received in a bore 7a in the further basic body element 3a in order to enable pivoting, ie a folding movement of the basic body elements 3a relative to each other. Preferably, the connecting bolt is received in a longitudinally extending bore 7a, so that a displacement of the base body elements 3a is made possible along each other. The elongate bore 7a extends in particular parallel to the longitudinal axis of the main body element 3a.
Further preferably, at least one base body element 3a has one or more stops 15 for limiting the folding movement. Accordingly, the stop 15 can be arranged on the edge of the main body element 3a. The unfolding of the body can be limited and thus facilitates in particular the handling during assembly of the folding fastening device. 1
For improved fixation of the hinged and optionally longitudinally displaceable base body elements 3a, these are preferably designed to be positively and / or non-positively lockable. In particular, the configuration of the base body elements 3a is made such that a base body element 3a has a plurality of latching recesses 17, which can be brought into engagement with at least one projection 16 on the other body member 3a. By unfolding can thus be formed a positive connection between the base body elements 3 a, so that the fastening device 1 is particularly tensile and vibration arrest lock in the unfolded state solves.

In the foldable embodiment of the fastening device, the hook-shaped engagement means are preferably provided as recesses in the plane of the main body 3. It is therefore not required from the basic body excellent hook 5 - as in Fig. 3 clarified - provide. The connection of the hooks 5 with the eyelets 1 2 of the fastening anchors 2 is then carried out by a pivoting movement of the base body elements 3 a to each other, so that there is a substantial unfolding of the body.

The clamping elements 6 and hooks 5 are arranged one behind the other along the axis of the fastening anchor 2, wherein the clamping elements 6 are arranged in the stop position towards the wall. By pivoting the fastening device 1 about a horizontal axis, the parallel wall portions 14 of the clamping elements 6 come into engagement with the fastening anchors 2. In the hinged embodiment of the fastening device in particular a multi-stage pivoting movement is performed so that in this respect the self-locking of the fastening device 1 is increased. This makes it possible to realize a particularly secure rigid connection with the mounting anchors.

For improved stiffening of the fastening device 1, a reinforced transition 19 is preferably formed between the clamping element 6 and the base body 3. In case of 4 and 5 the transition from the base body 3 to the clamping element 6 extends arcuately. The transition 19 arranges the clamping element 6 accordingly with a distance to the hook 5. This ensures in particular that the clamping element 6 with the Shank of the fastening anchor 2 is engageable, while the hook 5 can be hooked into eyelets 1 2 of the fastening anchor.
Fig. 5 illustrates the fastening device 1 in the assembled state. The fastening anchors 2 such as eyebolts or eyebolts are used in the usual way in the wall. On the side facing away from the wall, the fastening anchor preferably eyelets 12 as a load-receiving means. It is advantageous in that the fastening anchors 2 require no further structural parts for attachment to a wall, so that the fastening device 1 can be used in many ways with existing fastening anchors. Even after use as a scaffold anchorage, the fastening device and, if appropriate, the fastening anchors can be completely removed from the wall or facade.

At the in Fig. 5 shown fastening device 1, the end arranged hooks 5 are hooked by pivoting movement of the base body elements 3a relative to each other in eyelets 12 of the fastening anchor 2 first. The unfolding of the base body 3 is carried out so that the clamping elements 6 are aligned with the open side in the direction fastening anchor 2. Any existing deviations of the distance between the mounting anchors 2 or mounting tolerances of the fastening anchor 2 can be compensated by the longitudinally displaceable configuration of the base body 3. In the unfolded state, the positive locking by means of latching recesses 17 and projection 16 on the stops 15 of the base body elements 3a ensures that the fastening device is securely inserted between the fastening anchors 2. Subsequently, the fastening device 1 is brought by further pivoting about a horizontal axis in a stop position, in such a way that come into the clamping elements 6 with the mounting anchors 2 in engagement. For this purpose, the clamping elements 6 have wall areas 14 extending in parallel, which form a space for receiving the fastening anchors 2 and are adapted accordingly to the fastening anchors. Usual fastening anchors such as eyebolts or eyebolts screws point in usually a diameter of 10 to 14 mm, such as 12 mm. The arrangement of the clamping elements 6 is particularly such that the parallel extending wall portions 14 of a clamping element 6 are substantially orthogonal to the longitudinal axis of the base body 3 or at least orthogonal to the longitudinal axis of the adjoining body member 3a.

The stops 15 of one of the base body elements may also be formed as a clasp 22, d. H. they extend along a part of the surface of the respective other basic body element. It can also be provided several clasps on both basic bodies.

In order to constructively realize the framework anchorage on the fastening device 1, the bore 7 or 7a for receiving a scaffold anchor preferably has an outstanding attachment 20 on the base body 3 or on the base body element 3a. A scaffold anchor passed through the bore 7 or 7a of the respective base body elements 3a thus contributes to the fact that the fastening device 1 can not pivot unintentionally in the locked state. In the foldable embodiment of the main body 3, the holes for receiving a scaffold anchor at least on a base body element 3a are designed as elongated holes 7a, so that the main body 3 is a variable in length. A scaffold anchor passed through the aligned bores 7, 7a of the respective base body elements 3a thus likewise prevents a pivoting movement of the base body elements relative to one another and at the same time prevents the entire fastening device from swinging out.

reference numeral

1

fastening device

2

fastening anchor

3

body

3a

Body member

4

connecting means

5

hook

6

clamping element

7

drilling

7a

Bore (oblong)

8th

Distance of the connecting means

9

Width of the main body

10

Strength of the body

1 1

Diameter of 7

12

eyelet

13

Length of the wall area of 6

14

Wall area of 6

15

attack

16

head Start

17

latching depression

18

Connecting bolts.

19

crossing

20

approach

21

Height of the approach

22

embrace

Claims (13)

1. Mounting device (1) for mounting a scaffold to a wall or the like having a base body (3) as well as connecting means (4), which are designed to be connectable to structural anchors (2) being inserted in a wall, namely eye bolts or eye screws, wherein the mounting device can be brought into a stop position by means of swiveling for forming a substantially bending resistant frame with the connected structural anchors (2), wherein the base body (3) is multi-part in construction and comprises at least two base body elements (3a), which are slidably and hingedly connected with each other, wherein the multi-part base body (3) comprise bores (7 7a), which can be arranged flush to each other, characterized in that the bores (7, 7a) serve for receiving a scaffold anchorage of a scaffold such that when scaffold anchorage is reaching through the bores (7, 7a), a swiveling of the mounting device is prevented, and the bores (7, 7a) of the hinged base body (3) can be arranged in the respective base body elements (3a) flush to each other such that when the scaffold anchorage is reaching though the flush bores (7, 7a), a swiveling movement of the base body elements (3a) relatively to each other is prevented.
2. Mounting device according to the preceding claim, characterized in that the connecting means (4) are arranged at opposing ends of the particularly plate-shaped base body (3) and preferably comprise a hook-shaped engaging means (5) and/or a clamping element (6).
3. Mounting device according to one of the preceding claims, characterized in that the connecting means (4) comprises a bolt-shaped or hook-shaped engaging means (5), preferably such that the engaging means is, in particular without a tool, engagable with a structural anchors (2), in particular with an opening or recess in the structural anchors (2), by means of swiveling the mounting device (1).
4. Mounting device according to the preceding claim, characterized in that the engaging means (5) is arranged at the side of the mounting device (1) that is opposite to the wall and preferably designed such that the engaging means (5) opens towards the opposite side of the wall.
5. Mounting device according to one of the preceding claims, characterized in that the connecting means (4) comprises a clamping element (6), preferably such that the clamping element (6), by means of swiveling the mounting device, can be brought, particularly without a tool, into a stop position for coupling, in a bending resistant manner, to a structural anchor (2) that is receivable in the clamping element (6).
6. Mounting device according to the preceding claim, characterized in that the at least one bore (7a) is extending longitudinally in a base body element (3a) of the hinged base body (3), in particular in parallel to the length axis of the base body element (3a).
7. Mounting device according to one of the preceding claims, characterized in that the hinged base body (3) has at least one stop (15), in particular at the border of the base body element (3a).
8. Mounting device according to one of the preceding claims, characterized in that the hinged base body (3) is arrestable in a form-fit and/or force-fit manner, and preferably at least one base body element (3a) has a multiplicity of latching recesses (17), which are engagable with at least one protrusion (16) at the further base body element (3a).
9. Mounting device according to one of the preceding claims, characterized in that the mounting device can be assembled and/or disassembled without auxiliary means, in particular without tool, to a structural anchor (2) being inserted in a wall.
10. Mounting arrangement for mounting a scaffold to a wall or the like having a mounting device (1) according to one of the preceding claims and at least two structural anchors (2), in particular eye bolts or eye screws, being inserted in a wall or facade.
11. Mounting arrangement according to claim 10, characterized in that the structural anchors (2) have an eye-shaped load-carrying means at the side that is opposite to the wall.
12. Mounting arrangement according to claim 10 or 11, characterized in that in the swiveled stop position, the engaging means (5) and the clamping elements (6) of the mounting device (1) are arranged behind each other when seen along the longitudinal axis of the structural anchor (2), and preferably the clamping elements (6) are engagable with the shaft of the structural anchor (2).
13. Mounting arrangement according to one of the claims 10 - 12, characterized in that the structural anchors, in particular eye bolds or eye screws, allow disassembling from the wall or facade without leftover.

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