DE10128595A1 - End railing for closing off end side of scaffolding has handling section movable in relation to base section between in-use position and handling position for manipulation of railing during assembly and disassembly - Google Patents

Abstract

The end railing for closing off the end side of scaffolding has a base section (11) connected to a handling section (13) which in relation to the base section is movable between an in-use position and a handling position for the manipulation of the railing during assembly and disassembly. The handling section in the manipulating position forms especially a downwards orientated extension of the base section. The base section fastened to the scaffolding is provided as a safe termination of the scaffolding's end side.

Description

The invention relates to a front railing for securing closure an end face of a walkable scaffold, in particular a facade scaffold, wherein the front railing has at least one base part. The invention further relates to a method for attaching such a towards the front railing on a walkable scaffold.

Facade scaffolding is placed along the facade of a building, to be able to do outside work, for example painting NEN. The scaffolding is usually set up in levels, from bottom up. A scaffolding level contains, for example, covering panels that serve as floor slabs for accessing the scaffolding level, as well as vertical spars on which the tiles are attached directly or via horizontal tiles be hung up. There are also side rails for each scaffold level and front side railings are provided, which the fitter or worker against to secure a crash.

Such a front railing usually has a base part, the a horizontal connection between the two vertical spars of the Ge forms the end face. The base is also with fasteners provided that allow attachment of the base part to the scaffold.

The known front railing is attached after the one set the covering board of the relevant scaffold level, and from this  Covering plate. This procedure poses a risk of falling for the Fitter, and therefore sometimes requires additional security activities. The same applies to the dismantling of the scaffolding, which in reverse order.

It is an object of the invention to reduce the risk of accidents during fitting gens or the dismantling of a front railing in economical gün decrease way.

This task is for a front railing of the type mentioned Art solved in that the base part ver with a handling part is bound, which is movable with respect to the base part between a Ge use position and a handling position for handling the Front railing during its assembly and / or disassembly.

According to the invention, a movable handling part is therefore provided, that is part of the front railing and that is an attachment or demon animals of the front railing on or from the front of the scaffold enables safe removal. The front railing can also be used connected to or detached from the scaffolding by attaching it to the in the handling position located handling part and is guided by means of the handling part.

In contrast, the handling part, as soon as the base part on Ge is attached in the use position for the use of the Ge assembled front railing. In the Ge use position hinders the handling part the determination  appropriate use of the scaffolding, or it even takes on additional ones Backup functions.

In this way, the invention enables a so-called leading Assembly of the front railing, namely an assembly from below ren scaffolding level, and without the need for separate Aids or tools.

This assembly or disassembly of the front railing from safer Removal works particularly well when the handling part is in the Handling position forms an extension of the base, namely in any direction, for example parallel, perpendicular or oblique the extension level of the base part. In particular, the handha Exercise part an at least substantially downward extensions tion of the base part to the assembly or disassembly explained favor from a lower scaffolding level.

If in connection with the invention directional information such as "bottom" or "horizontal" are used to refer to the Location of the front railing mounted on the scaffold.

The invention finds preferred application in facade scaffolding. ever but it can be used with all types of walkable scaffolding, for example also on work platforms, scaffolding bridges or scaffolding stands NEN.

According to the above explanations, the task of the Er with a method for attaching a front railing  Base part on a scaffold front solved by first that Basic part is extended downwards in particular by one with the Base part connected handling part in a handling position is moved that further with the help of the handling part to the base part the scaffold is attached, and that thereafter the handling part in a position of use is transferred.

For the movement of the handling part relative to the base part is before preferably a pivoting movement is provided, in particular around a Swivel angle between 90 ° and 180 °. Alternatively, there is a Li near movement of the handling part possible relative to the base part for example due to a rail or telescopic connection.

Also the combination of a swivel movement with a linear movement is possible to fix the handling part at least temporarily to enable in the handling position or the use position. The additional linear movement can, as explained below tert is directed in a substantially vertical direction, or to in addition to the pivoting movement of the handling part can be a cross to the swivel plane and / or horizontal locking movement be provided.

A temporary fixation of the handling part is also possible by in addition to a linear movement of the handling part in the we noticeable linear locking movement relative to the base part is seen across the linear movement and in particular horizontally is directed. For example, fixing the handling part rela  tiv provided for the base part in the manner of a bayonet catch his.

A fixing device for fixing the handling part in this way the handling position has the advantage that the handling part in the handling position a fixed relative position to the base part takes to a safe and trouble-free assembly or disassembly of the front railing.

A fixing device that alternatively or additionally fixes the Allows handling part in the position of use, causes at mounted handrail the handling part no dangers source from unwanted detachment from the use position can or that the handling part even additional security radio tion on the front of the railing.

It is also preferred if on the base part or the handle training part at least one holding device is provided around the forehead to be able to attach side railings to the scaffolding. In terms of The most important function is the securing in the direction the outside of the scaffold front. A fuse is also preferred against lateral movement along the face of the scaffold and against one Vertical movement of the front railing is provided.

In the context of the invention it is possible that the base part of the Ge scaffold-mounted front railing as a secure end of the scaffold end face is provided. This corresponds to the usual function of the The base. Alternatively or additionally, however, it is possible that the  Handling part of the assembled front railing, in fact Use position, takes over the necessary security function. With in other words, it is possible that for the security function Usually provided horizontal railing sections of the forehead side railing either only on the base part, or only on the handling partly or partly on the base part and partly on the handling part are, as will be explained below.

It is also preferred if the handling part in its Ge use position at least at the level of the underside of the mon oriented base part is arranged. In this case it is regular ensures that the handling part is above the horizontal Location level of the covering is located, the end face through the forehead side railings should be secured. In other words, after the Assembly of the base part and after transferring the handling part in the use position of the covering of the assigned scaffold level from the next lower level can be inserted into the scaffold without the Handling part blocked the space required for the covering.

Further preferred embodiments of the invention are in the Un called claims.

The invention is illustrated below by way of example with reference to FIG Drawings explained; in these show:

Fig. 1 to 6, an inventive end side railings with the base part and handle part in the use position in a perspective view, front view, Seitenan view, center cross-sectional view taken along the plane IV-IV of Fig. 2, top and detail view of the loading Reich VI according to Fig. 2,

Fig. 7a and 7b, the attachment of the front side railing to a Ge Rüst in a perspective view and in a Detailan view of the connection between the handling part and the base part,

Fig. 8a and 8b, the end siderail used on the frame, wherein the handling part is still in handle lo bung position in a perspective view and in a side view;

FIGS. 9 and 10 are each a detail view of the connection between the handling part and the base part during the Überfüh proceedings of the handling member from the handling position to the use position,

Fig. 11a and 11b which mounted on the frame front side railing, where is located at the handling part in the position of use, in a perspective view and in a De tailansicht the connection between the handling part and the base part,

Fig. 12a and 12b is a side view and a partially broken side perspective view of the front railing while it is attached to the scaffolding and is additionally secured by a loading panel, and

Fig. 13a and 13b, an alternative embodiment of the lander Stirnseitenge during application or after Fixed To supply to a scaffold, each in perspective view.

The front railing shown in FIGS. 1 to 6 has a base part 11 and a handling part 13 . The base part 11 has a horizontal railing section 15 which is connected via two vertical connecting sections 17 to a horizontal section 19 formed as a toe board. The base part 11 thus has essentially the shape of a rectangular frame.

The handling part 13 has a horizontal handle section 21 and two adjoining extension sections 23 which run vertically in the position of use shown, so that the handling part 13 essentially forms a U-shaped bracket.

The base part 11 and the handling part 13 are permanently connected to one another via two joints, the U-shaped handling part 13 being gripped at its two free ends by the base part 11 from the outside. Each joint has on the part of the base part 11 a laterally inwardly directed pivot pin 25 and on the part of the handling part 13 an elongated hole 27 which engages around the respective pivot pin 25 . The two pivots 25 define a common pivot axis for the handling part 13 . As going in particular from the detailed view according to Fig. 6 forth, each trunnion is provided with a widened pin head 29 25 so that the manipulating member 13 with respect to a lateral Lö is sens secured by the base 11.

In order to be able to secure the handling part 13 in the use position shown and in a handling position against an undesired pivoting movement, a fixing device is provided. This has at least the handling part 13 a pair of fixing pins 31 arranged along a common longitudinal axis and on the part of the base part 11 a corresponding pair of links 33 . The scenes 33 run verti cal along the base portion 19 perpendicular to its extension plane. They each have a vertical upper receiving slot 35 and a slightly inclined with respect to the vertical lower receiving slot 37 .

The pivots 25 mentioned are arranged on the scenes 33 . Au is ßerdem of the scenes 33, and that formed on the base portion 19 facing away from end face at mid-height, respectively a supporting shoulder. 39 Further, the scenes are 33 at the top of the Ba sisabschnitt their extended 19 facing back to a limit stop 40 (see FIG. FIG. 3 and FIG. 7b and Fig. 10).

The laterally outwardly projecting fixing pins 31 are each arranged in the region of the free end of an extension section 23 of the handling part 13 , namely in the extension of the respective elongated hole 27 . This can be seen in particular from FIG. 4, which represents a central cross-sectional view along the plane IV-IV marked in FIG. 2.

The fixing pin 31 are also hen with a pin head 41 verses, and they protrude from the handling part 13 derge stalt in the extension plane of the associated link 33 that they can either in the lower receiving slot 37 , on the support heel 39 or - as in the shown Figures 1 to 6 -. insertable into the upper receiving slot 35. These interventions correspond, as will be explained below, to the handling position, an intermediate storage position or the use position of the handling part 13 .

On the front side railing, namely on the base part 11 , a plurality of holding devices are provided which enable the front side railing to be attached to a scaffold.

These holding devices are, on the one hand, two threading clips 43 , which are arranged in pairs in an upper region of the base part 11 on the outside thereof.

On the other hand, two base tongues 45 which are essentially circular in profile and are provided on the base section 19 of the base part 11 and each project laterally beyond the base section 19 .

Furthermore, the base section 19 has an engagement strip 47 with a projection 49 on its underside as an additional holding device. In addition - with respect to the illustration according to FIG. 1 - two lateral support wings 50 are provided on the rear side of the base section 19 .

Subsequently, 7 to 12 with reference to Figs. Attaching and fixing the face side railing of FIG. 1 explained with reference to a scaffold to 6.

First, the handling part 13 is brought into the handling position, in which it forms an obliquely downward extension of the base part 11 . This handling position can be seen from the detailed view according to FIG. 7b, which corresponds to the cross-sectional view according to FIG. 4 with regard to the perspective shown - but not with regard to the position of the handling part 13 . In order to temporarily fix the handling part 13 in the handling position, the fixing pins 31 of the handling part 13 are located within the lower receiving slots 37 of the base part 11 , and the pivot pins 25 of the base part 11 lie against that end of the respective elongated hole 27 that corresponds to the handle section 21 the handling part 13 faces.

If in this handling position the front railing is gripped on the handling part 13 and held with the base 11 directed obliquely upwards, the fixing pins 31 remain securely caught in the lower receiving slots 37 due to the egg weight of the base part 11 , so that the base part 11 has its relative position to that Handling part 13 remains stable.

As can be seen from FIG. 7a, the front side railing is used starting from this handling position with the base part 11 directed obliquely upwards via the two threading clamps 43 into two vertical spars 51 forming the end face of a frame.

For this fastening of the front railing, this is held on the handle section 21 and / or the extension sections 23 of the handling part 13 . The extension of the base part 11 formed by the handling part 13 makes it possible to carry out the fastening step from a scaffolding level 53 which lies below that scaffolding level 55 ; whose end face is ultimately to be secured by the front railing that has just been inserted. The lower scaffold level 53 has, however, already been secured by an earlier attachment of a front railing, not shown, so that there is no risk of falling for the fitter of the front railing shown in FIG. 7a.

Starting from the position shown in FIG. 7 a of the front side railing which is already suspended on the vertical bars 51 , this is pivoted next along the pivot direction 57 until the base part 11 assumes a vertical position between the two vertical bars 51 and the two stop tongues 45 on the vertical bars 51 and partially embrace them.

Then the base part 11 - still by means of the handling part 13 - is guided vertically downwards along the lowering direction 59 until the engagement bar 47 on the underside of the base section 19 engages in a covering bar 61 connecting the two vertical bars 51 , and until the two supporting wings 50 of the base part 11 rest on the covering bar 61 .

The state thus achieved is shown in FIGS. 8a and 8b. The base part 11 is already secured against unintentional detachment from the scaffolding at this point in time: a movement of the base part 11 in the direction of its front or back is made on the one hand by the threading clamps 43 encompassing the vertical spars 51 , and on the other hand by the engagement of the engagement strip 47 prevented in the topping bar 61 (see FIG. 8b). Movement of the underside of the base part 11 to the outside is additionally prevented by the stop tongues 45 .

Also a lateral movement of the base part 11 within the end faces plane is prevented by the threading clips 43 , the snug fit of the Basisab section 19 between the vertical bars 51 of the scaffold and by a lateral gripping of the engagement bar 47 within the lining bolt 61 . Finally, in the vertical direction, the base part 11 rests on the covering bar 61 due to its own weight via the supporting wings 50 .

Due to the fastening steps described so far, the handling part 13 is still in the handling position, and it is due to the engagement of the fixing pin 31 in the lower receiving slots 37 still fixed with respect to a pivoting movement relative to the base part 11 . The relative position of the handling part 13 to the Ku lissen 33 of the base part 11 still corresponds to the position shown in Fig. 7b.

This fixation can now be solved by moving the handling part 13 with respect to the axis formed by the pivot pin 25 in the radial direction 63 obliquely downwards. The result of this release movement can be seen in FIG. 9. The fixing pins 31 are now outside the lower receiving slots 37 , and the pivot pins 25 lie now on the opposite end of the elongated holes 27 .

The handling part 13 is then - still from the lower scaffolding level 53 - on areas of the extension portions 23 ge, which are close to the elongated holes 27 and thus close to the pivot pin formed by the pivot 25 . After this gripping, the handling part 13 is thrown up or pivoted along a circular path 65 until it strikes on the one hand with the grip section 21 on the connecting sections 17 of the base part 11 (see FIG. 11 a ) and on the other hand with the fixing pin 31 on the Limit stops 40 strikes (see. Fig. 10). The handling part 13 thus assumes a vertical position parallel to the base part 11 .

Such operation of the handling part 13 from the lower Ge scaffolding level 53 is of course the easier, the lower the pivot formed by the pivot 25 and the slots 27 articulated joints are arranged.

After the handling part 13 has been thrown up or pivoted in the manner described, the fixing pins 31 are located exactly above the upper receiving slots 35 of the links 33 , as can be seen in FIG. 10. Now the handling part 13 is lowered in the vertical direction Rich 67 so that the fixing pin 31 come into engagement with the obe ren receiving slots 35 , as shown in Fig. 1 1b. This lowering of the handling part 13 takes place in practice - due to the previous throw or pivoting movement and the subsequent striking of the handling part 13 on the base part 11 - due to the force of gravity without further active intervention by the fitter.

The handling part 13 is now in its position of use, in which it is secured against undesired pivoting in the direction of the inside of the frame due to the interaction of the fixing pins 31 with the upper receiving slots 35 . This state is shown in Fig. 11a. The base part 11 and the transferred into its position of use handling part 13 thus form a complete and safe termination of the end face of the scaffold, even before the relevant scaffold level is accessible to a fitter or a worker (so-called preliminary assembly of the front railing).

Such access to the - already secured - end face of the scaffold is only made possible by the fact that - also from the lower scaffold level 53 - covering panels 69 are inserted into the covering rail 61 which supports the end-side railing, as can be seen from FIGS . 12a and 12b.

Such covering panels 69 can be secured in a known manner, for example by securing tongues 71 , against inadvertent vertical lifting out of the covering latch 61 in question. In this case, it is particularly advantageous if the covering board 69 additionally has a securing projection 73 which locks the projection 49 of the base part 11 , which is inserted into the covering latch 61 in question, upwards. In this way, the front railing is in fact - in addition to the attachment caused by its own weight - secured against unwanted removal from the cover latch 61 vertically upwards.

To the explained with reference to Fig. 1 to 12 end siderail must still be noted that the handle portion 21 of the handling member 13 in the position of use of the handling member 13 additionally serves as Geländerab cut (Fig. See FIG. 11a). Thus, with this front side railing, both the assembled base part and the handling part, which is sensitive in the use position, form a securing end of the scaffold front side, each at different heights.

The handling part 13 is secured against further pivoting beyond the end face of the scaffold by the fixing pins 31 being caught within the upper receiving slots 35 . This backup to the outside remains guaranteed even if the handling part 13 is moved vertically upwards from the position of use, since in this case a movement of the fixing pin 31 to the outside is limited by the limit stops 40 . A particularly reliable securing also results from the fact that the outer width of the handling part 13 is larger than the clear width of the base part 11 and the connecting sections 17 of the base part 11 thus block the handling part 13 against further pivoting movement.

Furthermore, the advantages of the fixing pin 31 and the receiving slots 35 , 37 formed on the fixing device should be emphasized. He explained the design of the scenes 33 and their interaction with the fixing pin 31 prove to be insensitive to coarse dirt.

It should also be noted in relation to the front railing explained that its use does not require the presence of the rosettes on the vertical bars 51 shown in FIGS. 7a, 8a, 8b, 11a, 12a and 12b. Much more, the front side railing according to the invention can also be easily attached to a frame without rosettes, in particular to a so-called frame frame.

The described front railing also enables a particularly safe disassembly of the scaffold, namely by performing the steps explained above in connection with the assembly of the front railing in the reverse order. In particular, it is possible to dismantle the front railing from the next lower scaffolding level 53 , which in turn is still secured by a front railing.

Finally, it should be noted that for the attachment of the end face railing according to FIGS. 1 to 12, the support shoulder 39 on the scenes 33 enables the following alternative procedure: The pivoting up of the handling part 13 explained in connection with FIGS. 8a to 10 can take place in two stages. First, the handling part 13 is brought into a horizontal position, from which it is moved horizontally in the direction of the base part 11 , so that the fixing pins 31 come to rest on the support heels 39 . The handling part 13 is thus temporarily fixed in an intermediate storage position.

Since the handling part 13 is already in this intermediate storage position above the horizontal position level of the covering panel, the end face of which is to be secured by the front side railing, the covering panel 69 in question can already be assembled from the scaffolding level 53 below. This completes the new Ge scaffolding level 55 and can be walked on, so that from this upper Ge scaffolding level 55 the handling part 13 is grasped, brought from the intermediate position and can be pivoted into the vertical position of use.

This alternative procedure has the advantage that the handling part 13 does not yet have to be pivoted up completely into the vertical position of use from the lower scaffolding level 53 . There is also no danger to the fitter during the final pivoting up of the handling part 13, in that the end face of the upper scaffolding level 55 is already secured by the railing section 15 of the base part 11 .

Fig. 13a and 13b, finally, show an alternative embodiment of he inventive end side railing. The same or similar parts as in the front railing described above are identified here with the same reference numerals.

In the end siderail of Fig. 13a and 13b, there is a basic part 11 of a base portion 19, the side with a pair Einfä delklammern 43 and two scenes 33, each with upper Recordin meschlitz 35 lower receiving slot 37, supporting shoulder 39 and Drehzap fen 25 provided is.

On the scenes 33 of the base part 11 , a handling part 13 is steered. This has on two extension sections 23 each have a fi xing pin 31 and an elongated hole 27 . In addition, the handle lo has a bung portion 13, the two extension portions 23 connecting horizontal handle portion 21, two subsequent further delay Longer side portions 75 and a further extension portions 75 connecting horizontal railing portion 77th On the two outer sides of the handling part 13 , approximately at the level of the Geländerab section 77 , two stop tongues 45 are provided.

The assembly of the front side railing according to Fig 13a and 13b is carried out as explained in connection with Figures 7 to 12 to a frame in the same way:.. First, the manipulating member 13 is moved relative to the base part 11 in an operation position in which the Fixierzap fen 31 engage in the lower receiving slots 37 . The handling part 13 is gripped, for example, at the further extension sections 75 and from a lower scaffold level 53 with the base part 11 in the vertical spars 51 and the covering bar 61 of the scaffold end face, as shown in Fig. 13a.

Then, by briefly moving the handling part 13 downwards, the fixation of the handling position is released, and the handling part 13 is pivoted upwards until the stop tongues 45 rest against the vertical bars 51 of the frame. The handling part 13 is then lowered so that the fixing pins 31 now engage in the upper receiving slots 35 of the link 33 of the base part 11 .

As can be seen from FIG. 13b, the handling part 13 is now in the position of use, and it is secured against inadvertent pivoting beyond the end plane of the scaffold by the stop tongues 45 . The engagement of the fixing pin 31 in the upper receiving slots 35 prevents inadvertent pivoting back of the hand part 13 towards the inside of the frame. To safeguard against such pivoting back 45 fixing means can be provided in addition or alternatively to the stop tongues, the uprights, the vertical 51 completely surround the scaffold, for example, mounting ring of known type.

In the embodiment according to FIGS. 13a and 13b, both the lower handle or railing section 21 and the upper railing section 77 are formed on the part of the handling part 13 , while on the part of the base part 11 only the horizontal base section 19 is provided for securing the scaffold end face. Compared to the embodiment according to FIGS. 1 to 12, this configuration saves a certain amount of material, but makes handling more difficult due to the higher weight of the handling part 13 .

LIST OF REFERENCE NUMBERS

11

base

13

handling part

15

railing section

17

connecting portion

19

base section

21

handle portion

23

extension section

25

pivot

27

Long hole

29

tapping head

31

fixing pins

33

scenery

35

upper slot

37

lower slot

39

supporting shoulder

40

limiting stop

41

tapping head

43

Einfädelklammer

45

stop tongue

47

engagement strip

49

Abkragung

50

support wings

51

vertical beam

53

lower scaffolding level

55

upper scaffolding level

57

pan direction

59

lowering

61

covering bars

63

radial release direction

65

orbit

67

lowering

69

covering panel

71

securing tongue

73

securing projection

75

further extension section

77

railing section

Claims (31)

1. end railing for securing completion of an end face of a walkable scaffold, in particular a facade scaffold, with a base part ( 11 ), characterized in that the base part ( 11 ) is connected to a handling part ( 13 ) which is movable with respect to the base part between a Ge use position and a handling position for the handling of the front railing during its assembly or disassembly. 2. front side railing according to claim 1, characterized in that the handling part ( 13 ) in the handling position forms an in particular downward extension of the base part ( 11 ). 3. end railing according to one of the preceding claims, characterized in that the base part ( 11 ) fastened to the scaffold is provided as a securing end from the scaffold end face. 4. Front railing according to one of the preceding claims, characterized in that the handling part attached to the scaffold ( 13 ) is seen in the use position as a securing end of the scaffold end face. 5. front side railing according to one of the preceding claims, characterized in that when the front side railing is attached to the scaffold, the hand handling part ( 13 ) is arranged in the use position above the top of the covering ( 69 ) of the associated scaffold level ( 55 ). 6. face railing according to any one of the preceding claims, characterized in that the handling part ( 13 ) attached to the frame is in the use position at least substantially within the front side plane of the frame. 7. end railing according to one of the preceding claims, characterized in that the base part ( 11 ) with the handling part ( 13 ) is permanently connected. 8. front railing according to one of the preceding claims, characterized in that the handling part ( 13 ) between the handling position and the use position is pivotable. 9. front railing according to claim 8, characterized, that a swivel angle between about 90 ° and about 180 ° is provided is. 10. end railing according to one of claims 8 and 9, characterized in that the handling part ( 13 ) is additionally movable radially with respect to the pivot axis. 11. end railing according to one of the preceding claims, characterized in that the base part ( 11 ) and the handling part ( 13 ) over a least least one, preferably two joints ( 25 , 27 ) are connected to each other. 12. end railing according to claim 11, characterized in that the joint ( 25 , 27 ) on the underside of the base part ( 11 ) is arranged. 13. Front railing according to one of claims 11 and 12, characterized in that the joint on the part of the base part ( 11 ) has a pivot ( 25 ) and on the part of the handling part ( 13 ) has a pivot around the pivot slot ( 27 ), or vice versa. 14. Front railing according to one of the preceding claims, characterized in that at least one fi xiereinrichtung ( 31 , 33 , 35 , 37 ) is provided for fixing the handling part ( 13 ) in the handling position and / or in the use position. 15. Frontal railing according to claim 14, characterized in that the fixing device on the part of the handling part ( 13 ) has at least one fixing pin ( 31 ) and on the part of the base part ( 11 ) has at least a corresponding receiving slot ( 35 , 37 ), or vice versa. 16. Face railing according to one of claims 14 and 15, characterized in that two fixing pins ( 31 ) and two scenes ( 33 ) each with two receiving slots ( 35 , 37 ) are provided for the handling position or the use position of the handling part ( 13 ). 17. Face railing according to one of the preceding claims, characterized in
that the handling part ( 13 ) at least
a particularly horizontal handle section ( 21 ), and / or
an extension section ( 23 ), and / or
has in particular a horizontal railing section ( 77 ),
wherein the handle portion ( 21 ) in the use position of the handling part ( 13 ) is provided in particular as a railing section or as an additional railing section. 18. Face railing according to one of the preceding claims, characterized in that the handling part ( 13 ) forms a substantially U-shaped bracket. 19. Front side railing according to one of the preceding claims, characterized in
that the base part ( 11 ) at least
a particularly horizontal railing section ( 15 ) and / or
a in particular horizontal and / or trained as a toe board base section ( 19 ), and / or
has in particular a vertical connecting section ( 17 ). 20. Front railing according to one of the preceding claims, characterized in that the base part ( 11 ) has substantially the shape of a rectangular frame. 21. Front railing according to one of the preceding claims, characterized in that the base part ( 11 ) and / or the handling part ( 13 ) has little least a holding device ( 43 , 45 , 47 , 49 , 50 ) for fastening the front railing to the frame. 22. Frontal railing according to claim 21, characterized in that a plurality of holding devices ( 43 , 45 , 47 , 49 , 50 ) are provided, which are preferably arranged in pairs laterally on the base part ( 11 ) and / or the handling part ( 13 ). 23. Front railing according to one of claims 21 and 22, characterized in that
that a holding device
a lateral threading clip ( 43 ) for gripping a vertical spar ( 51 ) of the scaffold, and / or
a lateral stop tongue ( 45 ) for partially gripping a vertical bar ( 51 ) of the scaffold, and / or
an engaging element ( 47 ) for engaging in a covering bolt ( 61 ), and / or
on the underside of the base part ( 11 ) has a fixing element ( 49 ) which can be locked by subsequent insertion of a covering ( 69 ) into the frame, in particular against an upward movement of the base part ( 11 ). 24. Frontal railing according to one of the preceding claims, characterized in that the base part ( 11 ) in the scaffold, in particular in a covering bolt ( 61 ) and / or on one or more vertical bars ( 51 ) of the scaffold, can be inserted or hung vertically downwards is. 25. end railing according to one of the preceding claims, characterized in that the outer width of the handling part ( 13 ) is greater than the clear width of the base part ( 11 ). 26. Frontal railing according to one of the preceding claims, characterized in that the handling part ( 13 ) is also movable into an intermediate storage position and can be fixed therein, the handling part being arranged in the intermediate storage position before preferably above the horizontal position plane of that covering ( 69 ), the front of which is to be secured by the railing. 27. Frontal railing according to claim 26, characterized in that at least one fixing pin ( 31 ) and on the part of the base part ( 11 ) at least one corre sponding support shoulder ( 39 ) is provided for fixing the handling part ( 13 ) in the intermediate position of the handling part. or the other way around. 28. Method for attaching a front railing to a front side of a walkable scaffold, in particular a facade scaffold,
wherein the front side railing has a base part ( 11 ) and is designed in particular according to one of the preceding claims,
characterized,
that first the base part ( 11 ) is extended downwards in particular by moving a handling part ( 13 ) connected to the base part into a handling position,
that with the aid of the handling part ( 13 ) the base part ( 11 ) is attached to the frame, and
that then the handling part ( 13 ) is transferred to a position of use. 29. The method according to claim 28, characterized in that for the attachment of the base part ( 11 ) to the frame, the handling part ( 13 ) is temporarily fixed in the handling position. 30. The method according to any one of claims 28 and 29, characterized in that the handling part ( 13 ) is pivoted upwards for transferring into the use position. 31. The method according to any one of claims 28 to 30, characterized in that the handling part ( 13 ) is fixed in the position of use.