CH710500A2 - Climbing scaffold and shuttering part for hooking the climbing bracket. - Google Patents

Abstract

The invention relates to a climbing console (1) with a frame (14) and a hook (2) displaceably mounted in the frame (14), wherein the hook (2) can be suspended in a shuttering part (3) that can be inserted into a wall recess and inside the shuttering part (3). 3) against detachment from the casing part (3) is securable. For securing the shuttering part (3) and the hook (2) each comprise at least one passive securing element, wherein in each case a securing element of the shuttering part (3), each with a securing element of the hook (2) during a force on the hook (2) in vertical or obliquely upwards in such a way that a detachment of the hook (2) from the shuttering part (3) can be prevented. Furthermore, the invention relates to a shuttering part (3) for mounting the climbing console (1). The shuttering part (3) can be used to form a wall recess in a formwork and has an inlet opening (31) to the outside, a closed rear side (5) and in the lower part of a depression for receiving a portion of the hook (2).

Description

Field of the invention

The invention relates to a climbing console and a shuttering part, in which the climbing console can be suspended, for use in a wall, according to the independent claims.

background

When concreting high walls so-called climbing consoles are usually used, which can be suspended in specially provided wall recesses. The consoles typically have a triangular frame, one side of which rests against the wall when the console is suspended, and the second side of which projects perpendicularly to the wall to form a catwalk and / or serves as a support for the wall formwork. The catwalk is usually formed by boards placed on adjacent consoles. The wall formwork is usually placed directly on the wall on several consoles. At the outer end of the frame usually a post for the formation of a fall protection can be inserted.

State of the art

From EP 0 611 257 such a console is known in which the frame comprises a hook, which is hooked into the wall recess and is mounted displaceably in the frame. The frame is pulled by a cross wedge, which is insertable into aligned openings of the frame and the hook, by tightening the cross wedge in the direction of the hook until it rests firmly against the wall. A problem of this solution arises from the insufficient securing the console against upward shifts, which is due to the following reasons: in order to hook the hook, which is substantially L-shaped, in the wall recess this must have a height such that the einzuhängende Leg of the hook can be inserted into the recess. If this is hung, so remains a free space of the recess above the hook. This makes it possible, for example, in a shock from below against the console that the hook pops out and the console is unintentionally unhooked. This problem is met with the fact that in the said free space a wedge is pushed. But this solution brings with it a new problem; It has been shown that the wedge disturbs when placing the next wall formwork, as there is no flat surface directly on the wall. Thus, a pad had to be used in addition.

CH 705 227 describes a climbing console with a hook on a frame, the hook can be hung in a formwork part. In this case, the hook has broadening means by means of which it can be widened within the casing part, so that after hooking the hook due to a permanent non-positive connection can not be detached from the casing part.

Presentation of the invention

The object of the present invention is to provide an even safer and easier to use climbing console.

This object is achieved with a climbing console comprising a frame and a slidably mounted in the frame hook. The hook can be suspended in a wall recess forming a formwork part and within the formwork part against detachment from the formwork part securable. For securing, the casing part and the hook each comprise at least one passive securing element. In each case, a securing element of the casing part, in each case with a securing element of the hook during a force acting on the hook in the vertical or oblique upward direction in engagement, that a detachment of the hook from the casing part can be prevented.

The above object is further achieved with a shuttering part for suspending a climbing console according to the invention. The casing part can be used to form a wall recess in a formwork. It has an opening to the outside, a closed rear side and a lower part for receiving a portion of the hook in the lower part. For securing, the casing part and the hook each comprise at least one passive securing element. In each case, a securing element of the formwork part engages each with a securing element of the hook during a force acting on the hook in a vertical or oblique upward direction in such a way that a detachment of the hook from the casing part can be prevented.

The inventive climbing console is used in particular in the construction of structures made of concrete for hanging in at least one provided with a novel casing part wall recess.

The inventive shuttering part is used as a lost element in a wall recess.

Brief description of the drawings

Preferred embodiments of the invention will become apparent from the dependent claims and from the following description and the figures. Showing: <Tb> FIG. 1 <SEP> an exploded view of a first embodiment of a climbing console according to the invention with a hook and a shuttering part for hooking in the climbing console and a closure pin, <Tb> FIG. 2 <SEP> a side view of the first embodiment of the climbing console, wherein the hook is mounted in the casing part, <Tb> FIG. 3 <SEP> the side view of FIG. 2, wherein the hook is secured in the casing part, <Tb> FIG. 4 <SEP> a side view of a second embodiment of the climbing console, wherein the hook is suspended in the shuttering part, <Tb> FIG. 5 <SEP> the side view of FIG. 4, wherein the hook is secured in the shuttering part, <Tb> FIG. FIG. 6 shows a side view of a third embodiment of the climbing console, with the hook suspended in the casing part, FIG. <Tb> FIG. 7 <SEP> the side view of FIG. 6, wherein the hook is secured in the shuttering part, <Tb> FIG. 8 <SEP> is a side view of a fourth embodiment of the climbing console with a safety lever, wherein the hook is arranged in an intermediate position between the inserted position and the suspended position, <Tb> FIG. 9 <SEP> the side view of FIG. 8 with the hook hooked in the shuttering part, FIG. <Tb> FIG. 10 <SEP> the side view of FIG. 9 with the hook secured in the shuttering part, FIG. <Tb> FIG. FIG. 11 shows the side view from FIG. 10 with the hook suspended in the casing part and with a further embodiment of the safety lever. FIG. <Tb> FIG. 12 <SEP> is a side view of a fifth embodiment of the climbing console, wherein the hook is inserted in the casing part, <Tb> FIG. 13 <SEP> the side view of FIG. 12 with the hook secured in the shuttering part, FIG. <Tb> FIG. 14 <SEP> is a perspective view of a sixth embodiment of the climbing console after securing the hook in the casing part, <Tb> FIG. FIG. 15 shows a side view of a seventh embodiment of the climbing console with the hook hooked in and having a latch for securing; and FIG <Tb> FIG. 16 <SEP> the side view of Fig. 15 wherein the hook is secured in the casing part and the bolt is inserted into the casing part.

Ways to carry out the invention

In the context of this document, the term "passive" is to be understood as meaning that a passive security element only "secures" when an external force is exerted. In this context, in the context of this document, there is an external force which acts vertically upwards or obliquely upwards on a hook of the climbing console or on another element of the climbing console, by which the external force can be transmitted to the hook in the above-mentioned direction ,

Throughout the text which follows, the term "end face" or "end face" refers to a side of the relevant element facing the shuttering part. Accordingly, the term "rear" refers to the side opposite the front side.

Fig. 1 shows an exploded view of a first embodiment of a climbing console 1. The climbing console 1 is mounted in a wall, not shown here in a recess provided and serves as a platform and shuttering for continuing construction. The climbing console 1 comprises a frame 14. Such a frame 14 is sufficiently described in the document CH 705 227 and will therefore not be explained here. The frame 14 is shown only in Figs. 1, 2, 14, 15 and 16, but it should be assumed to be present for all other embodiments of the climbing console 1. To attach the climbing console 1 to the wall, a hook 2 is provided, which can be suspended in the recess, not shown, of the wall. The hook 2 is preferably captively attached to the frame 14, which applies to all embodiments of the invention. Optionally, the climbing console 1 on the frame 14 on the front side a panel, not shown here, with an opening, wherein the panel is in particular a rubber lip. The rubber lip serves to prevent ingress of dirt, e.g. Concrete milk to prevent in the recess of the wall. This is also described in detail in document CH 705 227. Furthermore, the climbing console 1 comprises a tensioning means 16a, designed in the present examples as a transverse wedge, which serves for fastening or for bracing the hook 2 on the frame 14. This attachment is achieved in that after insertion of the hook 2 in the frame 14 of the wedge 16 a through a lateral opening of the frame 14 and a lateral opening 16 of the hook 2 can be inserted.

The climbing console 1 is hung as described below in the wall. First, a closure pin 6 is attached to the set up for the construction of the wall piece formwork elements such that an opening 31 of the shuttering part 3 can be pushed onto the locking pin 6 until the end face of the shuttering part 3 rests against the locking pin 6 in the construction of the here assumed existing wall piece and the opening 31 is closed. This prevents that during the subsequent filling of concrete between the formwork elements, the opening 31 is closed. The shuttering part 3 has a closed rear side 5 and in the lower part of a reduction 5a for receiving a portion of the hook 2.

After curing of the concrete, the shuttering part 3 is firmly anchored as a lost element in the concrete and forms a recess therein, which is accessible through the opening 31. To build the wall piece up further, the climbing console 1 can now be introduced into the recess formed by the shuttering part 3 by the hook 2 of the climbing bracket 1 is first inserted through the opening 31 and then hooked in the shuttering part 3. Subsequently, the hook 2 is secured therein by means of security elements against detachment or unhooking. Thereafter, any other elements of the climbing console 1 are constructed, such. Boards that serve as a platform for further work.

For the positions of the hook 2 in the shuttering part 3, the following terms are used throughout the document: "Inserted" means that the front part of the hook 2 is positioned in the recess of the shuttering part 3, but it can be pulled out again substantially horizontally, "Suspended" means that the front part of the hook 2 was first inserted into the casing part 3 and then pressed down so that it is no longer removable by horizontal extraction from the casing part 3, but only by the hook is pulled upwards and then horizontally (cf., for example, Fig. 2), and "Secured" means that to be described security elements of the hook 2 and the shuttering part 3 are positioned to each other and cooperate to prevent the action of an external force vertically or obliquely upward detachment or knocking out the hook from the casing part.

Fig. 2 shows a side view of a first embodiment of the console 1 in the suspended state and Fig. 3, the console of Fig. 2 in a secured state. The hook 2 has on a first surface, which cooperates with tensile load of the hook 2 with a second surface of the shuttering part 3, a projection 4a as a securing element. Accordingly, the shuttering part 3 on the second surface on a recess 4b as a fuse element.

In Fig. 3, the securing of the hook 2 is shown. As soon as the hook 2 has been hooked into the lower molding of the shuttering part 3, it is pulled against the insertion direction x (which, for reasons of clarity, is shown only in FIGS. 1 and 2 but should be taken as given for all embodiments) until the projection 4a enters the recess 4b.

Subsequently, the climbing console 1 by means of the transverse wedge 16a (Fig. 1) is clamped tightly to the casing part 3 and to the wall by the cross wedge 16a is driven or pushed into the aligned holes 16 of the frame 14 and the hook 2 ,

Now acts an external force from below on the climbing console 1, it is not possible to raise the hook 2 from its secure position, so that he could possibly come out of the shuttering part 3, since the hook 2 with the projection 4a in the indentation 4b "gets stuck". But even if the climbing console is not as described previously clamped to the casing part 3 or on the wall, there is the backup effect. In this case, the hook 2 performs under the action of the external force from below a pivoting movement about the point of engagement between projection 4a and recess 4b until its upper front edge abuts against the rear side 5. As a result, the hook 2 wedged in the lower shape of the shuttering part 3 and thus can not be unhooked.

4 and 5 each show a side view of a second embodiment of the climbing console, in Fig. 4, the hook 2 is mounted in the shuttering part 3 and in Fig. 5, the hook 2 is secured in the shuttering part 3. This embodiment differs from the first embodiment in that other securing elements are provided. The casing part 3 has, as a securing element, a securing flap 8b and the hook 2 on an upper edge on a counter surface 8a to the securing flap 8b. The securing flap 8b is attached to one of the upper edge of the hook 2 facing side of the shuttering part 3. The safety flap 8b is pivotable between a vertical position and an oblique or horizontal position. It is arranged during the insertion of the hook 2 in the casing part 3 in the oblique or horizontal position and after the introduction in the vertical position. The safety flap 8 b prevents in the vertical position the unhooking of the hook 2 by abutting when moving the hook 2 up against the mating surface 8 a of the hook 2.

The safety flap 8b is flexible due to their shape and the elastic material and can be brought in the insertion of the hook 2 in the horizontal or oblique position, wherein it springs back in the hinged or secured state of the hook 2 in the vertical position.

The counter surface 8a is formed here by a groove in the upper edge of the hook 2. It may alternatively be only a portion of the upper edge of the hook 2.

The groove 8a limits lateral slippage of the safety flap 8b under the action of the external force. The scope is given or adjustable by the length of the groove 8a. Furthermore, the securing flap can be used as an additional securing element in each of the embodiments named in connection with FIGS. 1 to 7 and 14.

6 and 7 each show a side view of a third embodiment of the climbing console 1, wherein in Fig. 6, the hook 2 is mounted in the shuttering part 3 and in Fig. 7, the hook 2 is secured in the shuttering part 3.

In this embodiment, the first surface 4c of the hook 2 and the second surface 4d of the shuttering part 3, which cooperate under tensile load of the hook 2, are inclined in the insertion direction x of the hook 2. In other words, a lower region of the two surfaces 4c, 4d in the insertion direction x is further away from the rear side 5 of the shuttering part 3 than an upper region of both surfaces 4c, 4d. The securing effect is similar to the first embodiment of the climbing console 1 and the shuttering part 3 and will therefore not be explained again. It is to be noted, however, that a combination of the first and third embodiments is also possible. Further, in a combination of the two embodiments or even in the third embodiment alone, the securing flap 8b and the groove 8a and the area 8a of the upper edge of the hook 2 can also be used.

8, 9 and 10 respectively show a side view of a fourth embodiment of the climbing console 1 with a safety lever 7, wherein in Fig. 8, the hook 2 is in an intermediate position between the inserted position and the hinged position, in Fig. 9 the hook 2 is hooked in the shuttering part 3 and in Fig. 10, the hook 2 is secured in the shuttering part 3. In this embodiment, the locking lever 7 acts as a securing element of the hook 2 and the «ceiling» 15 of the shuttering part 3 as a fuse element of the same. This variant can also be used alone or in addition to the embodiments mentioned in connection with FIGS. 1 to 3, 6 to 7 and 14.

Thus, the hook 2 has the safety lever 7 as a securing element and the shuttering part 3, the ceiling 15 as a counter surface to the safety lever 7 as a fuse element. The safety lever 7 is pivotable between a vertical position and an oblique or horizontal position. The safety lever 7 is disposed during the insertion of the hook 2 in the casing part 3 in the oblique or horizontal position and after hanging in the vertical position. It prevents in the vertical position, the detachment of the hook 2 by abuts when displacing the hook 2 upwards on the mating surface 15 of the shuttering part 3.

In one embodiment, the securing lever 7 is rounded at a rear lower edge, which faces the inlet opening 31 of the shuttering part 3, that during the pivoting of the safety lever 7 rolls on this rounded edge, which can be seen in Fig. 8.

When inserting the hook 2 into the casing part 3 of the safety lever 7 is inclined against the insertion x x, which can be done manually. However, this is not necessary, since the safety lever 7 tilts itself as soon as its upper portion abuts the upper edge of the opening 31. Once the hook 2 is inserted and lowered down to the hinged position, the safety lever 7 is erected, as its lower edge is pressed onto the support of the shuttering part 3. The movement of the safety lever 7 is effected on the one hand by means of the rounded, the opening 31 facing lower edge corner of the safety lever 7 and on the other hand by means of the attachment 7a, 7b. The safety lever 7 is fixed to the hook 2 by means of a pin 7 a, which is mounted laterally or in the middle of the hook 2 and in a slot 7 b of the safety lever 7 is displaceable. The rounded edge corner allows pivoting of the safety lever 7 in the oblique position (see Fig. 8). If the hook 2 is now pressed down into the hinged position, the front region of the safety lever 7 is also pressed downwards over the pin 7a, the safety lever 7 rolling on the rounded edge corner and with its lower edge on the bearing surface of the shuttering part 3 comes to rest.

It should be noted that the hook 2 preferably rests in all embodiments of the climbing console 1 on the support surface of the shuttering part 3 when it rests in the secured position.

Fig. 11 shows the side view of Fig. 10 wherein the hook 2 is mounted in the shuttering part 3. Here is another embodiment of the safety lever 7 is used. In this embodiment, the safety lever 7 has a first spring 12, which is designed such that it pivots the safety lever 7 in the vertical position as soon as the hook 2 is hooked. Here, the first spring 12 is wound around the pin 7a and fastened at one end to the body of the hook 2 and at the other end to the safety lever 7. In this case, the first spring 12 is designed so that it is stretched in the oblique position of the safety lever 7 and supports its pivoting in the erect position.

It should be noted that in the embodiments of Fig. 8, 9, 10, 11 of the safety lever 7 has a suitable height so that it can pivot within the shuttering part 3. In other words, he has in the erect position a certain distance from the counter surface 15th

12 and 13 each show a side view of a fifth embodiment of the climbing console, wherein in Fig. 12, the hook 2 is inserted in the shuttering part 3 and in Fig. 13, the hook 2 is secured in the shuttering part 3.

In this embodiment, the hook 2 laterally at least one projection 17 as a securing element and the shuttering part 3 has a guide channel 17a as a securing element. The guide channel 17a is designed such that it receives the projection 17 of the hook 2 and the hook 2 leads from an insertion position to the secured position of the hook 2 in the shuttering part 3, in which he is at a force on the hook 2 in vertical or oblique Direction against a wall of the guide channel 17a abuts.

Fig. 14 shows a perspective view of a sixth embodiment of the climbing bracket 1 after securing the hook 2 in the shuttering part 3. In this embodiment, the hook 2 or the frame 14 laterally at least one slide rail 18 as a fuse element and the shuttering part 3 has a elongated channel 18a as a fuse element. The slide rail 18 is designed such that, after hooking the hook 2 in the shuttering part 3, it can be pushed into the elongated channel 18a up to an end position in which it acts on the hook 2 in a vertical or oblique direction against a wall of the elongate channel 18a hits. Hereinafter, the procedure for securing the hook 2 in the casing part 3 for the sixth embodiment will be explained. First, the hook 2 is introduced into the inlet opening 31 as described above. In this case, the slide rail 18, which is mounted by means of a holder 18b slidably on the hook 2 or the frame 14, outside of the shuttering part 3. Subsequently, the hook 2 is brought into the suspended position, as already described for other embodiments. The slide rail 18 is still outside of the shuttering part 3, but the slide rail 18 is now aligned with the elongated channel 18 a, since it has moved down with the hook 2. Now the slide rail 18 is pushed in the insertion direction x and penetrates into the channel 18 a, so that the hook 2 is secured in the shuttering part 3. In this figure, the wedge 16a is also located, which fixes the hook 2 on the frame 14 (see Fig. 2).

Fig. 15 and Fig. 16 show a side view of a seventh embodiment of the climbing console 1, in which case a bolt 9 is used as a securing element. In Fig. 15, the hook 2 is mounted in the shuttering part 3 and the latch 9 is inserted into the climbing console 1. In Fig. 16, the hook 2 is secured in the shuttering part 3 and the bolt 9 is inserted into the shuttering part 3. In this embodiment, the latch 9 acts as a securing element above the hook 2 and the ceiling 15 of the shuttering part 3 as a securing element of the same. This variant can also be used alone or in addition to the embodiments mentioned in connection with FIGS. 1 to 3, 6 to 7 and 14. Hereinafter, the procedure for securing the hook 2 in the shuttering part 3 for the seventh embodiment will be explained. Two variants of the embodiment of the bolt 9 are provided. First, the hook 2 is inserted into the inlet opening 31 and brought into the hinged position.

In a first variant, which is shown in Fig. 15 and 16, the bolt comprises a foot 9 a, on which it rests on the hook 2. The foot 9a is slidably mounted on the hook 2 in the direction of the opening 31 and away from the opening 31. After attaching the frame 14, the foot between the top of the frame 14 and hooks is clamped. When inserting the hook 2, the bolt 9 remains, first outside the casing part 3. Subsequently, the hook 2 is hooked, as already described for other embodiments, and the latch 9 we eigeschoben into the inlet opening 31. In this case, the bolt 9 can be introduced already in the hinged position, or only when the hook is in the secured position corresponding end position. As a result, the hook 2 is secured in the shuttering part 3. In order to unhook the hook 2, the latch 9 is manually moved backwards so that it comes out of the casing part 3, and the hook 2 is pulled out of the casing part 3 in the manner already explained.

In a second variant, a second spring (not shown) is provided for the latch 9 which connects the latch 9 to the hook 2 or to the foot 9a and keeps it upright in the positions shown in Figs. When inserting the hook 2 in the inlet opening 31 of the bolt 9 is pushed backwards as soon as it comes into contact with the ceiling 15. When the hook 2 moves from the retracted state to the suspended state, the second spring displaces the latch 9 back to its upright position, thus securing the hook 2 in the shuttering part 3, as shown in FIG. In order now to unhook the hook 2, the latch 9 is pivoted manually and the hook 2 is pulled out of the casing part 3 in the manner already explained.

The climbing console described here in conjunction with the casing part provides a secure attachment to a wall. The focus here is the appearance of an upward-acting external force on the console. This direction of the force vertically or obliquely upward represents the only direction of action of a force which is particularly critical for a detachment or suspension of the climbing console from the casing part. Such impact may occur at a jobsite as material is lifted by a crane to / from the climbing console supported platform. The material or parts of the krahn can get caught on the climbing console while the krahn motor is still active and the stuck material is trying to lift up. Such a problem is effectively addressed by the present invention through the improved climbing console and the improved formwork part. Despite additional elements, the two parts are very easy and user-friendly connectable.

Although preferred embodiments of the invention have been described, it should be understood that the invention may be practiced otherwise than as intended by the following claims. As used herein, terms such as "preferred," "particular," "advantageous," etc., refer to optional and exemplary embodiments only.

Claims (15)

1. climbing console (1) with a frame (14) and in the frame (14) slidably mounted hook (2), wherein the hook (2) in a wall recess forming a shuttering part (3) suspended and within the shuttering part (3) against a detachment from the casing part (3) is securable, wherein at least one passive securing element (4a, 4b, 8a, 8b, 4c, 4d, 7, 9, 15, 17) is provided for securing the casing part (3) and the hook (2) , 17a, 18, 18a), wherein in each case a securing element of the casing part (3) engages in each case with a securing element of the hook (2) during a force acting on the hook (2) in a vertical or oblique upward direction such that a Detachment of the hook (2) from the shuttering part (3) can be prevented. 2. Climbing console according to claim 1, wherein the hook (2) on a first surface which cooperates under tensile load of the hook (2) with a second surface of the shuttering part (3), a projection (4a) and the shuttering part (3) on the second surface have a recess (4b) as securing elements. 3. Climbing console according to claim 1 or 2, wherein one or the first surface (4c) of the hook (2) and one or the second surface (4d) of the shuttering part (3), which cooperate under tensile load of the hook (2), in the insertion direction (x) of the hook (2) are inclined. 4. Climbing console according to one of the preceding claims, wherein the shuttering part (3) has a securing flap (8b) as a securing element and the hook (2) on an upper edge of a counter surface (8a) for securing flap (8b) as a securing element, wherein the securing flap (8b) is mounted on a side (15) of the casing part (3) facing the upper edge of the hook (2), the safety flap (8b) being pivotable between a vertical position and an oblique or horizontal position, the safety flap (8b ) during insertion of the hook (2) into the casing part (3) in the oblique or horizontal position and after insertion in the vertical position, and wherein the safety flap (8b) in the vertical position prevents the detachment of the hook (2) in that, when the hook (2) is displaced upwards, it abuts against the counter surface (8a) of the hook (2). 5. Climbing console according to claim 4, wherein the counter surface (8a) of a groove in the upper edge of the hook (2) is formed or wherein the counter surface (8a) is a portion of the upper edge of the hook (2). 6. Climbing console according to one of claims 1 to 3, wherein the hook (2) has a safety lever (7) as a securing element and the shuttering part (3) has a counter surface (15) to the safety lever (7) as a securing element, wherein the safety lever (7 ) is pivotable between a vertical position and an oblique or horizontal position, wherein the safety lever (7) is arranged during the insertion of the hook (2) in the shuttering part (3) in the oblique or horizontal position and after the introduction in the vertical position and wherein the safety lever (7) in the vertical position prevents the detachment of the hook (2) by abutting on the counter surface (15) of the shuttering part (3) when the hook (2) is displaced. 7. Climbing console according to claim 6, wherein the safety lever (7) comprises a first spring (12) which is designed such that it pivots the safety lever (7) in the vertical position as soon as the hook (2) is hooked. 8. Climbing console according to one of claims 6 or 7, wherein the securing lever (7) is rounded at a lower rear edge such that during pivoting the locking lever (7) rolls on this rounded edge. 9. climbing console according to one of claims 1 to 3, wherein the hook (2) laterally at least one projection (17) as a securing element and the shuttering part (3) has a guide channel (17a) as a securing element, wherein the guide channel (17a) configured in such a way in that it receives the projection (17) of the hook (2) and guides the hook (2) from an insertion position to the secured position of the hook (2) in the shuttering part (3), in which it acts on the hook (2) abuts in a vertical or oblique direction against a wall of the guide channel (17 a). 10. Climbing console according to one of claims 1 to 3, wherein the hook (2) or the frame (14) laterally at least one sliding rail (18) as a securing element and the shuttering part (3) has an elongated channel (18 a) as a securing element, wherein the sliding rail (18) is designed in such a way that it can be pushed into the oblong channel (18a) after insertion of the hook (2) in the casing part (3) up to an end position in which it is pressed on the hook (2). in a vertical or oblique direction against a wall of the elongate channel (18 a) abuts. 11. Climbing console according to claim 1 to 3 wherein a bolt (9) as a securing element of the hook (2) is provided and the shuttering part (3) has a counter surface (15) to the bolt (9) as a securing element, wherein the bolt (9) horizontally on the hook (2) is displaceable, wherein the latch (9) during insertion of the hook (2) in the shuttering part (3) outside of the shuttering part (3) is arranged and in the hinged position or a secured position corresponding position of Hook (2) in the casing part (3) can be inserted, wherein the bolt (9) in the secured position of the hook (2), the detachment of the hook (2) prevented by by moving the hook (2) upwards at the Opposing surface (15) of the shuttering part (3) abuts. 12. Climbing console according to one of claims 1 to 3 or claim 11, wherein a bolt (9) or the bolt (9) has a second spring, which is designed such that it holds the bolt (9) in an upright position, when no force acting on this, pivoting of the bolt (9) during insertion of the hook (2) in the casing part (3) allowed, and the bolt (9) pivots back into the upright position as soon as the hook (2) in the hinged position. 13. shuttering part for mounting a climbing bracket according to one of claims 1 to 12, which is for forming a wall recess in a formwork and an inlet opening (31) to the outside, a closed rear side (5) and in the lower part of a recess for receiving a part of the hook (2), wherein for securing the casing part (3) and the hook (2) at least one passive securing element (4a, 4b; 8a, 8b; 4c, 4d; 7, 9, 15; 17, 17a; 18, 18a), wherein in each case one securing element of the casing part (3) engages in each case with one securing element of the hook (2) during a force acting on the hook (2) in a vertical or oblique upward direction such that a detachment of the hook (2) from the casing part (3) can be prevented. 14. Use of a climbing console (1) according to one of claims 1 to 12 in the construction of structures made of concrete for hanging in at least one provided with a shuttering part (3) according to claim 13 wall recess. 15. Use of a shuttering part (3) according to claim 13 as a lost element in a wall recess.