DE102020001351A1 - Pallet device for the storage and transport of system scaffolding components - Google Patents

Abstract

Pallet device (10) for the storage and transport of system scaffolding components, such as system scaffolding frames (42), scaffolding tubes or the like, with a base frame device (12) which has a polygonal, in particular square, circumferential contour, each of which has a bearing foot (14) connected at its corner points Each bearing foot (14) has a connection unit for a profile bar on the top, characterized in that there is a bearing frame device (20) arranged in the height direction (H) perpendicular to the plane of the base frame device (12) on two opposite side areas of the base frame device (12) , which have a first and second frame mirror (22, 24) running in the height direction (H), each of which is connected in its lower area to a bearing foot (14) and a first and second frame stem (22, 24) running in the transverse direction (Q) ) has connecting frame bars (26) in the upper end area and the frame bar (2 6) has on the top a plurality of bearing receptacles (30.1, 30.2) spaced apart in the transverse direction, for the storage of system frame parts, in particular leading railings.

Description

TECHNICAL AREA

The present invention relates to a pallet device for storing and transporting system scaffolding components, such as system scaffolding frames, scaffolding tubes or the like, with a base frame device which has a polygonal, in particular quadrangular, circumferential contour, in each of whose corner points a bearing foot is connected, with each bearing foot having a connection unit on the top for a profile bar.

STATE OF THE ART

In the product catalog Layher logistics solutions - product overview, examples of use, technical data, edition 12.2015, pallet devices for the storage and transport of system scaffolding components are described in several design variants. These pallet devices have a rectangular base frame device, in each of the corner points of which a bearing foot is connected, onto which a push-on tube is attached on the upper side. These pallet devices are suitable to accommodate system assembly frames, such as a system assembly frame from the Layher SpeedyScaf system or scaffold tubes. This publication also describes a modular lattice box which has a lattice structure all the way around and which enables the storage and transport of small parts such as couplings, scaffolding anchors or similar small scaffolding parts. All the pallet devices described are designed to be stackable on top of one another.

DISCLOSURE OF THE INVENTION

Proceeding from the mentioned prior art, the present invention has the object or the technical problem to provide a pallet device for the storage and transport of system components, which a compact and simple storage and removal of so-called leading railings, consisting of two railing posts that are connected in their end area with a handrail, allows that can be manufactured economically, has a permanently reliable functionality and enables compact space-saving storage.

The pallet device according to the invention is given by the features of independent claim 1.

Advantageous refinements and developments are the subject matter of the claims which are directly or indirectly dependent on independent claim 1.

The pallet device according to the invention is accordingly characterized in that on two opposite side areas of the base frame device there is in each case a storage frame device which is arranged in the height direction perpendicular to the plane of the base frame device and which has a first and second frame post extending in the height direction, each of which is connected in its lower area to a bearing foot and has a transverse frame bar connecting the first and second frame posts in the upper end area and the frame bar has a plurality of bearing receptacles spaced apart in the transverse direction on the top, for the storage of system frame parts, in particular leading railings.

Due to the fact that according to the invention a storage frame device is connected to both sides of the pallet device, it is easily possible to store relatively bulky leading railings in terms of their geometry in that the railing rod of the leading railing is inserted into the bearing receptacles of the frame bolt from above or is stored. The removal takes place by simply lifting off the entire leading railing. The length of the first and second frame standards is chosen so that it is greater than the length of the vertical standards of the leading railing.

The first frame post and the second frame post are plugged into the respective bearing feet in a simple manner, so that a load-bearing frame structure is available for supporting the leading railing.

A particularly preferred embodiment, which brings with it an advantageous reduction in the number of components, is characterized in that the first frame post and the frame bar are designed as a one-piece L-shaped component.

To increase the rigidity of the bearing frame device, it is particularly advantageous that the first frame post and the frame bolt are rigidly connected to one another, with a gusset plate being connected or welded in a particularly advantageous further development to form the rigid structure in the corner area between the first frame post and the frame bolt.

An embodiment which is particularly advantageous in terms of economical production and which ensures a reliable bearing function is characterized in that the bearing receptacles have a concave receptacle contour. This concave receiving contour is designed, for example, as a partial circle contour, the circular radius of which is essentially corresponds to the radius of the handrail of a railing ahead.

A particularly preferred embodiment, which enables a compact storage of leading railings, is characterized in that the distance between the bearing receptacles in the transverse direction essentially corresponds to the clear external dimensions of a component profile to be supported, such as the railing of a leading railing.

A particularly preferred advantageous embodiment is characterized in that the bearing receptacles, offset in the transverse direction, each have an alternating height offset. This height offset enables leading railings to be stored next to one another in a very compact manner, since connection units are present on the railing posts of the leading railing that protrude beyond the diameter of a railing post, so that the leading railings are virtually immediately transverse through an alternately offset storage can be stored next to each other.

A particularly advantageous embodiment, which enables a known base frame device of a pallet device to be converted into a pallet device suitable for receiving leading railings in a simple manner, is characterized in that the first frame latch is detachably connected to the second frame post, the connection being preferred can be done in a simple manner via a pipe clamp unit.

Due to the construction of the bearing frame device described, it is possible in a simple manner by attaching the first frame post with the cross bar as an L-shaped component to a bearing foot and by attaching a second frame post with subsequent connection to the frame bar to convert a known base frame device in such a way that it is suitable for taking up the "bulky" leading railings.

A particularly preferred embodiment, which enables a plurality of pallet devices to be stacked one on top of the other, is characterized in that the first and second frame posts each have an overhang in the height direction relative to the frame bar in the upper end area.

In this context with regard to stackability, according to a particularly preferred embodiment variant, it is particularly advantageous that the bearing feet of the base frame device are designed on the underside in such a way that they can be plugged onto them in the protruding area of the first or second frame post, so that several pallet devices can be stacked on top of one another.

With the pallet according to the invention, the requirements for safety when transporting scaffolding material, in particular leading railings, in road traffic are met. Both efficient storage and simple loading of construction sites are possible without problems and in a simple manner, which ensures perfect execution of a construction site.

Due to the special design of the pallet device according to the invention, space-saving storage of leading railings can be implemented, furthermore a problem-free crane or fork offset is ensured, whereby a compact storage of many components is made possible by the stackability of the pallet devices. In addition, safe transport is guaranteed and the structurally simple and stable construction guarantees permanently reliable functionality.

The pallet device is preferably made of steel as a robust construction and is corrosion-resistant thanks to hot-dip galvanizing, suitable for long-term, reliable use even under robust environmental conditions.

The pallet device according to the invention ensures that even relatively bulky leading railings can be stored compactly in the pre-assembled state with railing posts and railing bolts, and that little transport volume is required due to the compact design.

Further embodiments and advantages of the invention result from the features also listed in the claims and from the exemplary embodiments given below. The features of the claims can be combined with one another in any way, provided that they are not obviously mutually exclusive.

Figure list

• 1 Perspektivdarstellung eines Ausführungsbeispiels einer Palettenvorrichtung mit einer Grundrahmeneinrichtung, bei der zwei gegenüberliegenden Seitenbereichen eine Lagerrahmeneinrichtung aufgesteckt ist, mit Lageraufnahmen für voreilende Geländer,
• 2 schematische Seitenansicht des oberen Bereiches der Palettenvorrichtung mit einem Rahmenriegel mit höhenmäßig versetzt alternierend angeordneten Lageraufnahmen für voreilende Geländer,
• 3 perspektivische Darstellung der Palettenvorrichtung gemäß 1 mit eingelagerten voreilenden Geländern und
• 4 perspektivische Darstellung der Palettenvorrichtung gemäß 1 mit eingelagerten voreilenden Geländern und zusätzlich eingelagerten Gerüststellrahmen.

The invention and advantageous embodiments and developments thereof are described and explained in more detail below with reference to the examples shown in the drawing. The features that can be found in the description and the drawing can be used individually or collectively in any combination according to the invention. Show it:

• 1 Perspective view of an embodiment of a pallet device with a base frame device, in which two opposite side areas one Bearing frame device is attached, with bearing mounts for leading railings,
• 2 Schematic side view of the upper area of the pallet device with a frame bar with alternatingly offset bearing mounts for leading railings,
• 3 perspective view of the pallet device according to 1 with embedded leading railings and
• 4th perspective view of the pallet device according to 1 with stored leading railings and additionally stored scaffolding frames.

WAYS OF CARRYING OUT THE INVENTION

In the figures is an embodiment of a pallet device 10 shown, which is suitable for receiving scaffolding components, in particular leading railings and / or scaffolding system frames.

The pallet device 10 has a base frame device 12th on, which has a rectangular circumferential contour and a bearing foot in each of its corner areas 14th connected.

The bearing feet 14th are designed as hollow profile elements and have a widened bearing base on the underside 16 on.

On two opposite side areas of the base frame device 12th is each a storage frame device 20th to the corresponding bearing feet 14th connected, which runs in the height direction H, which is substantially perpendicular to the plane of the base frame device 12th runs.

Any storage frame facility 20th has a first frame post 22nd and a second frame post 24 on. Both frame stems 22nd , 24 are on the top on a bearing foot 14th plugged in present.

In the upper end of the two frame posts 22nd , 24 is a frame latch 26th present, which extends in the transverse direction Q, which runs perpendicular to the height direction H and the two end regions of the first and second frame posts 22nd , 24 connects with each other.

The connection of the first frame post 22nd with the frame latch 26th is designed as a rigid connection, so that the first frame post 22nd and the frame latch 26th Form a uniform L-shaped component, the rigid connection through an inner corner area between the first frame post 22nd and frame latch 26th Welded gusset plate 28 is formed. The frame latch 26th is via a detachable connection structure, in the example as a pipe clamp 32 formed on the upper end region of the second frame post 24 connected.

The frame latch 26th consists of a support profile 34 and one on the top of the support profile 34 connected warehouse profile 36 .

The first frame post 22nd and the second frame post 24 points in height direction H opposite the frame ledger 26th a supernatant Ü on.

As in 2 shown in more detail, has the bearing mounting profile 36 of the frame bolt 26th bearing receptacles arranged at a distance in the transverse direction Q 30.1 , 30.2 which are present alternately in the height direction H with an offset dimension V. These camp shots 30.1 , 30.2 serve to hold the railing post 44 of a leading railing 40 .

The alternating in the transverse direction Q and in height direction H bearing mounts arranged offset with the offset dimension V. 30.1 , 30.2 allow the leading railings to be stored 40 in the transverse direction Q can be stored very compactly, as the handrail posts 44 of the leading railing 40 Connection units 48 have that in the transverse direction Q wider than the diameter of the handrail 46 .

This height-offset configuration of the bearing receptacles 30.1 , 30.2 is therefore a very compact storage of leading railings 40 within the pallet device 10 guaranteed.

In 3 Figure 3 is a schematic perspective view of a pallet device 10 with embedded leading railings 40 shown, from which the compact storage of the leading railings 40 can be seen.

In 4th is another example of the use of the pallet device according to the invention 10 for the storage of leading railings 40 shown, with between the base frame device 12th and the frame latch 26th between the first and second frame posts 22nd , 24 additional system scaffolding frame 42 are stored. This is possible because the clear inner distance between the first frame post 22nd and the second frame post 24 is essentially slightly larger than the clear external dimensions of a system scaffolding frame 42 in the transverse direction Q .

Furthermore, through the supernatant Ü allows another pallet device 10 on an existing pallet device 10 can be put on by the bearing feet 14th have a corresponding recess on the underside, the outer diameter of which is slightly larger than the outer diameter of the first and second frame posts 22nd , 24 in the area of the overhang Ü .

The length of the first frame post 22nd and the second frame post 24 is chosen so that it is larger than the length of the railing posts 44 of the leading railing 40 , so that a problem-free storage and removal of leading railings 40 within the pallet device 10 is made possible.

Claims (10)

Pallet device (10) for the storage and transport of system scaffolding components, such as system scaffolding frames (42), scaffolding tubes or the like, with - a base frame device (12) which has a polygonal, in particular square, circumferential contour, each of which has a bearing foot (14) connected at its corner points - each bearing foot (14) has a connection unit for a profile bar on the top side, - characterized in that - on two opposite side areas of the base frame device (12) a bearing frame device ( 20) is present, one in the vertical direction (H) extending first and second frame post (22, 24), which is each connected in its lower area to a bearing foot (14) and one in the transverse direction (Q) extending the first and second frame post (22, 24) in the upper end area connecting frame bars (26) - and the frame The bolt (26) has a plurality of bearing receptacles (30.1, 30.2) spaced apart in the transverse direction on the upper side, for the storage of system frame parts, in particular leading railings. Pallet device according to Claim 1 - characterized in that - the first frame post (22) and the frame latch (26) are designed as a one-piece L-shaped component. Pallet device according to Claim 2 - characterized in that - the first frame post (22) and the frame latch (26) are rigidly connected to one another. Pallet device according to Claim 3 - characterized in that - a gusset plate (28) is connected or welded in in the corner area between the first frame post (22) and the frame bar (26). Pallet device according to one or more of the preceding claims, characterized in that the bearing receptacles (30.1, 30.2) have a concave receptacle contour. Pallet device according to one or more of the preceding claims, characterized in that the spacing of the bearing receptacles (30.1, 30.2) in the transverse direction (Q) essentially corresponds to the clear external dimension of a component profile to be supported. Pallet device according to one or more of the preceding claims, - characterized in that - the bearing receptacles (30.1, 30.2) offset in the transverse direction (Q) each have an alternating height offset (V). Pallet device according to one or more of the preceding claims, characterized in that the frame bolt (26) is detachably connected to the second frame post (24). Pallet device according to one or more of the preceding claims, characterized in that the first and second frame posts (22, 24) each have an overhang (Ü) in the height direction (H) in the upper end area relative to the frame bar (26). Pallet device according to one or more of the preceding claims, - characterized in that - the bearing feet (16) of the base frame device (12) are designed on the underside in such a way that they can be attached to the protruding area (Ü) of the first or second frame stem (22, 24) so that several pallet devices (10) can be stacked on top of one another.

Images