DE8913014U1 - Scaffolding pallet - Google Patents

Description

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Description

The innovation concerns a scaffolding pallet for the upright storage and transport of scaffolding with parallel tube ends and/or mandrel ends.

The aim of this innovation is to design a scaffold pallet of the type mentioned in such a way that it can be manufactured easily and inexpensively and enables safe, space-saving installation of scaffolding elements with parallel tube ends and/or trainees.

To solve the problem, a scaffold pallet of the type mentioned in the preamble of claim 1 is characterized by the features listed in the characterizing part of this claim. Accordingly, the pipe ends and/or mandrel ends of a scaffold can be easily inserted into or placed on a corresponding pair of pipe sections, thereby achieving a secure support for storage and/or transport purposes. The pipe sections are extremely simple components and can be cut off from longer pipes and then easily attached to the longitudinal beams. If desired, the pipe sections can also be used to lean against individual scaffolds that are located between other scaffolds on the scaffold pallet.

According to the design of claim 2, all scaffolding can be attached to or inserted into pipe sections. In contrast, the designs according to claims 3 and 4 enable a reduction in the number of individual pipe sections and thus a reduction in the manufacturing effort. Between us

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With this design, additional building elements can be positioned and supported by leaning against scaffoldings held indirectly to the pipe sections. To do this, the gaps between the rear sections must be covered at the sides so that the positioned scaffoldings cannot look out from the sides. Optimal conditions arise when only one positioned scaffold is supported by leaning between two scaffoldings held to pipe sections. Such a storage or transport unit is sufficiently simple and inexpensive while being very stable.

The design of Arispmch 5 enables particularly simple, inexpensive covering of the gaps between individual pipe sections by simply attaching simple cover strips to the longitudinal beams.

The further development of claim 6 enables stable, weather-resistant and inexpensive production.

The further development of claim 7 ensures a stable mounting of scaffolding, since their tube ends and/or mandrel ends are circular in cross-section.

The further development of claim 8 allows a stable and simple production of the base frame of the scaffolding pallet from simple, inexpensive, commercially available components,

The further development of claim 9 results in a very stable, frame-shaped scaffolding pallet, which is easy to transport, particularly in conjunction with crane eyes formed on the cross beams.

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therefore be arranged at the ends of the longitudinal beams so that the full scaffolding capacity of the scaffolding pallet is guaranteed even in the event of crane transport.

The further developments of claims 10 and 11 lead to a certain minimum distance between the floor and the frame of the scaffolding pallet, so that it can be easily transported, for example, with a forklift truck reaching underneath.

The innovation is explained in more detail below using an example embodiment shown in a figure.

Two longitudinal beams 10 in the form of metal square tubes are held at a mutual distance by two cross beams 12 welded to them, also in the form of metal square tubes. Equidistantly distributed, metal pipe sections 14 with a circular cross section are attached to the longitudinal beams 10. Two of the pipe sections 14 on different beams 10 are assigned to each other in pairs. The mutual distance between the pipe sections 14 of each pair is such that the parallel pipe ends and/or mandrel ends of a scaffold (not shown) can be plugged on or plugged in. In this way, a secure holding connection of a scaffold with a pair of pipe sections can be achieved.

In the embodiment shown, there are gaps 16/ between the individual pipe sections 14 which are large enough that at least one additional scaffold can be arranged between two scaffolds held on the pipe sections 14. This additional or intermediate scaffold is thereby attached to

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slipping out sideways is prevented by the gaps 16 being at least partially covered on the outside. In the present case, cover strips 18 are used for this purpose, which are attached to the outside of the longitudinal beams 10 at a lateral distance from the pipe sections 14. The cover strips 18 can also be made of metal and welded like all other individual parts of the scaffolding pallet.

It can also be seen that the cross beams 12 are welded to angle-shaped, metal feet, which provide a spacer between the frame of the scaffold pallet and the ground and thus enable the forks of a forklift truck to drive underneath, for example.

The scaffolding pallet according to the innovation is extremely easy to handle and stable, and can be manufactured easily and inexpensively. The cross beams 12 would also be welded to the ends of the longitudinal beams 18 and provided with crane eyes (not shown) so that the entire scaffolding pallet can be easily lifted using a crane when its capacity is fully utilized. Another advantage is that the pipe sections do not require any complex processing, they only need to be cut from commercially available pipes and attached to the longitudinal beams. ^x /sein

Claims (11)

1. Scaffolding pallet for the upright storage and transport of scaffolding with mutually parallel tube ends and/or mandrel ends, characterized by two mutually parallel longitudinal beams (10) which are connected by at least one cross beam ^. ger (12) are held at a mutual distance and to which a plurality of upwardly projecting pipe sections (14) assigned to one another in pairs are fastened, whereby the two pipe sections of each pair located on different longitudinal beams are designed as holders for partially receiving the inside or outside or for leaning against the ends of the pipes or mandrels of a scaffold. 2. Scaffolding pallet according to claim 1, characterized in that the tube sections (14) are arranged evenly distributed on each longitudinal beam (10) with a small mutual distance. 3. Scaffolding pallet according to claim 1, characterized in that the pipe sections (14) are arranged on each longitudinal beam (10) in a uniformly distributed manner to form gaps (16) with a mutual distance that corresponds at least to the thickness of a scaffold to be accommodated between two pipe sections, and that these gaps between the pipe sections are at least partially covered on the outer sides of the scaffolding pallet. &igr; · .4 · · -I I^ —II» t · I · • I · I 4. Scaffolding pallet according to claim 3, characterized in that the width of the gaps (16) corresponds to a multiple, preferably a maximum
which corresponds to twice the thickness of the scaffolding to be supported. 5. Scaffolding pallet according to claim 3 or 4, characterized by the gaps (16) laterally at least partially covering and
laterally spaced from the pipe sections (14)
Cover strips (18) on the outer sides of the longitudinal members (10). 6. Scaffolding pallet according to one of claims 1 to 5, characterized by a construction made of individual metallic parts with mutual welded connections. 7. Scaffolding pallet according to one of claims 1 to 6, characterized by tube sections (14) with a circular cross-section. 8. Scaffolding pallet according to one of claims 1 to 7, characterized by longitudinal and/or transverse beams (10, 12) which are rectangular or square, tubular in cross section. 9. Scaffolding pallet according to one of claims 1 to 8, characterized by two cross beams (12) which connect the ends of the longitudinal beams (10) in a vc-connecting manner, in particular designed with external crane eyes. 10. Scaffolding pallet according to one of claims 1 to 9, characterized by spacing feet (20) under the cross beams (12)
and/or longitudinal members (10). 11. Scaffolding pallet according to claim 10, characterized in that the feet (20) are designed as angle members connected to the crossbeams (12).