DE202020000756U1 - Post range - Google Patents

Abstract

Post pallet (1, 17) for storing and / or transporting objects (11) in industrial and building trades, comprising a rectangular frame (7, 19) with two longitudinal struts (9, 20) and two cross struts, one each in a corner area (18 ) of the rectangular frame (7, 19) vertically aligned with the rectangular frame (7, 19) stanchion (5, 6), in particular with a foot (3, 4) arranged on the side of the rectangular frame (7, 19) opposite the stanchion (5, 6) ), characterized in that the rectangular frame (7, 19) has at least one means for securing the position (8, 10, 21) of objects (11) loaded vertically in the stanchion pallet (1, 17).

Description

The invention relates to a stanchion pallet for storing and / or transporting objects in industrial and building trades, comprising a rectangular frame with two longitudinal struts and two transverse struts and in each case one stanchion vertically aligned with the rectangular frame in a corner region of the rectangular frame, in particular with a stanchion opposite one of the stanchions Side of the rectangular frame arranged foot.

Stake pallets are widely used in industry and are used in a variety of ways in the building trade. Post pallets are also called stacking pallets or stacking racks. In the following, the terms are used as synonyms. In relation to the building trade, formwork material, supports and / or scaffolding trestles can be stacked on the stake pallets and transported in the correct position. The examples mentioned are of course not conclusive, but are only examples of the use of a stake range. On a rectangular frame, stanchions are connected vertically at the corners of the frame, starting from a plane formed by the frame, preferably firmly connected to the rectangular frame. The stake pallet can have stacking feet and / or be equipped with rollers or be connected. Stacker brackets can also be attached to the rectangular frame. Such stake pallets are known from the prior art and are used in the building trade.

An example is from the DE 299 06 945 U1 a range of stanchions for storing and / or transporting objects in industrial and building trades has become known. The stanchion pallet comprises an essentially horizontal rectangular frame made up of two longitudinal struts and two transverse struts, a vertically oriented stanchion extending upward from the corner regions being arranged in each case approximately in the corner regions of the rectangular frame. Furthermore, the stanchion pallet in each of the corner areas of the rectangular frame comprises a suspension device which is suitable for the engagement of, for example, receiving elements attached to crane ropes.

These stake pallets have proven themselves in principle, but reach their limits when large objects are to be stacked on the stake pallets. In any case, the loading of the stake pallet requires the employment of two employees in order to achieve a correct arrangement and position of the objects on the stake pallet. In any case, the objects must be stored on the stanchion pallet in such a way that a safe transport of the objects on the stanchion pallet can be guaranteed at all times. On the one hand, this affects the handling of the stake pallet in industrial or on-site use.

The object of the invention is to provide an improved stanchion range. In particular, it is an object of the invention to provide a stake pallet in which a stake pallet can be loaded with large objects by an employee. It must be possible to ensure that the objects are arranged safely at all times. In addition, it is an object of the invention to provide a structurally simple and inexpensive solution for the safe and simple loading of a stanchion pallet.

The object is achieved according to the invention by the features of the independent protection claim 1. Advantageous embodiments of the invention are specified in the subclaims. It is pointed out that the exemplary embodiments described below are not restrictive; rather, any possible variations of the features described in the description, the subclaims and the drawings are possible.

According to the protection claim 1, the object of the invention is achieved in that a stanchion pallet for storing and / or transporting objects in industrial and building trade is provided, comprising a rectangular frame with two longitudinal struts and two cross struts and one vertically in a corner region of the rectangular frame stanchion aligned with the rectangular frame, in particular with a foot arranged on a side of the rectangular frame opposite the stanchion, the rectangular frame having at least one means for securing the position of objects loaded vertically in the stanchion pallet. The structure of the stanchion pallet according to the invention now makes it possible to achieve a position and orientation of the object on the stanchion pallet. By arranging a position securing device on the rectangular frame, the object can be loaded into the stanchion pallet and can be held in an aligned position by means of the position securing device. The position securing thus creates the possibility of securing the object loaded into the stanchion pallet in its position. The securing means makes it possible to store the object vertically in the stanchion pallet, the object securing means preventing the object once inserted into the stanchion pallet from slipping. Depending on the intended use, the rectangular frame has one or two or more means for securing the position, which are on the rectangular frame are arranged and create the possibility to hold large objects vertically in the stanchion pallet.

The stake pallet has a rectangular frame that is divided into two longitudinal struts and two cross struts. The rectangular frame is aligned by the stanchions or feet in such a way that the rectangular frame is aligned horizontally and at a distance from the flat base surface. The rectangular frame is preferably formed from steel or aluminum profiles, such as a rectangular tube, a U-profile or a round profile. Starting from the rectangular frame, the stanchions extend vertically upwards and form with the rectangular frame a space that can be called a cuboid. Feet can be attached to the stanchions, which enable the stanchion pallets to be stacked and / or support a secure hold during transport. In addition, suspension devices can be arranged on the stanchions, which are suitable for the engagement of receiving elements attached to crane ropes. Such suspension devices are part of a standard equipment of a stanchion pallet and can also be arranged on the stanchion pallet according to the invention.

In one embodiment variant of the invention, the means for securing the position is formed from at least one pin-like extension arranged on the rectangular frame. A pin-like extension on the rectangular frame makes it possible to insert the objects, such as a trestle, vertically into the stanchion pallet and to hold them securely in place in the stanchion pallet. If the scaffold frame is pushed upright into the stanchion pallet, the extension holds the scaffold frame and supports the scaffold frame against slipping on the rectangular frame. The trestle can be placed against the stanchion. The first trestle inserted into the stanchion pallet is thus in contact with the pin-like extension and can be placed against the stanchion. Such a structural support inserted into the stanchion pallet can be inserted into the stanchion pallet by one person, since the pin-like extension means that a joining aid is available when loading the stanchion pallet. The object or scaffold frame is also held securely so that the operator can grab another scaffold frame and insert the stake pallet. One person can thus load the stake pallet.

It is particularly advantageous if the means for securing the position is arranged on the longitudinal struts. The stanchion pallet can be loaded in the longitudinal direction by attaching the means for securing the position in the longitudinal struts. This enables a large number of objects to be positioned and transported one after the other in the stanchion pallet. The number of means to secure the position corresponding to the number of objects to be transported can be attached to the longitudinal struts.

It can be advantageous here and represent a further embodiment variant of the invention if the extensions are arranged on the rectangular frame at intervals of 50 mm to 300 mm, preferably from 100 mm to 200 mm, and more preferably from approximately 150 mm. Even if the extensions are mentioned here by way of example, the means for securing the position can be formed or arranged on the rectangular frame at the advantageous intervals mentioned. It has been shown that a distance of approximately 150 mm can be advantageous in particular when transporting trestles. This makes it possible to transport a large number of scaffolding trestles on the stanchion pallet. By way of example only and not by way of limitation, the rectangular frame can have a length of approximately 1200 mm to 1500 mm in the longitudinal extent and a width of approximately 840 mm, the stanchions being able to have a length of 1000 to 1200 mm. Depending on the size of the rectangular frame and the distances between the means for securing the position, six, ten or even twelve scaffolding trestles can then be transported with a stanchion pallet. It goes without saying that the dimensions and distances mentioned can vary depending on the object to be transported, so that the transport of a trestle is only to be understood as an example, but is a preferred object for transport with the stanchion pallet according to the invention.

It is also conceivable that, at least in some areas, stops for placing and aligning the objects are arranged on the rectangular frame. The stops can be designed, for example, as extensions on the longitudinal struts and extend along the entire longitudinal strut. The objects can then be placed on the rectangular frame and moved against the stops. The stops can have an angular shape, for example, so that the objects can be inserted into a stop shell.

If the extensions or means for securing the position extend in the direction of the stanchions, a further alternative embodiment of the invention is formed. By extending the means for securing the position in the direction of the stanchions, that is to say in vertical alignment with the rectangular frame, the objects to be stored can be safely guided in the stanchion pallet. The means for securing the position extend vertically upwards and thus serve as a guide when, for example, inserting a trestle into the pallet. The means for securing the position therefore has a further function. On the one hand, the means for securing the position serves to hold the Item in the inserted position and on the other hand the means for securing the position can be used as a guide for loading.

If the position securing means is formed from a profiled longitudinal strut, a further embodiment variant of the invention can be achieved. The stanchion pallets are preferably loaded in the longitudinal direction with the objects to be transported. If the longitudinal struts are now formed from profiled struts, the profile of the strut can be used to secure the position. The profiling can be provided, for example, from a suitable steel profile, in wave form, from a grooved profile and / or a raised profile, for example a triangular profile. It is essential for the embodiment that the profile is able to prevent the objects stored on the stanchion pallet from shifting onto the rectangular frame. Even if profiled longitudinal struts are preferably mentioned here, the cross strut can of course also be provided with a profiled surface, for example to secure objects in the longitudinal direction of the stanchion pallet in their orientation and position. Any geometric shape on the rectangular frame that prevents the object from shifting or slipping on the stanchion pallet is regarded as the profiling. These are preferably sharp-edged profiles which, on the one hand, promote insertion onto the stanchion pallet and alignment. Triangular profiles, which are designed as pointed elevations on the rectangular frame and preferably the longitudinal struts, have proven advantageous.

It can also be advantageous if the objects can be inserted into the longitudinal struts in a form-fitting manner at least in some areas. Depending on the objects to be stored on the stake pallet, the stake pallet can be adaptable to the objects. In order to achieve a high degree of positional security, the objects can positively engage in the longitudinal struts. This can be advantageous, for example, if a certain number of objects are to be stored in the stake pallet. In this way, for example, the total weight to be achieved with the stanchion pallet can be limited or a certain number of objects can simply be picked up, so that a logistical advantage can be achieved. A logistical advantage is achieved, for example, if a certain number of objects are required, for example on a large construction site, and if a correspondingly large number of objects are required for building shells or scaffolding.

If at least the longitudinal struts of the rectangular frame are at least partially provided with a surface covering, a further embodiment variant of the invention results. The surface covering can itself serve as a means of securing the position if the surface covering has, for example, a high coefficient of friction and / or is profiled. If the surface covering is formed, for example, from a plastic, preferably a rubber-elastic plastic, the plastic can prevent the objects stored on the stanchion pallet from slipping or shifting. Of course, it is also conceivable that, for example, a metallic extension in combination with a plastic covering is arranged on the rectangular frame, which in combination then forms a positional securing device, an insertion aid and an alignment means. On the one hand, the surface covering can serve to reduce noise or protect the objects themselves from damage. In combination with a tension belt, elastic plastics can also provide additional positional security by pushing the objects into the rubber-elastic plastic.

However, it is also conceivable according to the invention that the surface covering is made of wood, in particular a hardwood. The use of wood is inexpensive and also offers the advantage of noise reduction when loading, for example if the stake pallet is used in a residential area. In addition, wood offers the advantage of easy processing and can also be profiled with little effort. Thus, the advantages of profiling described above can also be used with a wooden surface covering. Hardwood is preferably used as a material, since it has a long service life and weather resistance can be assumed.

If the means for securing the position protrudes at least in regions beyond the objects to be stored on the stanchion pallet, a further advantage of the invention can be achieved. If the object that is inserted into the stanchion pallet also has, for example, a cross strut, the means for securing the position can be designed, for example, as a pin-like extension and protrude beyond the cross strut. This achieves the highest level of safety when positioning, holding and securing the position. The pin-like extension can be formed from a round steel bar, which is screwed, for example, into the rectangular frame or welded to the rectangular frame. There is also the possibility of forming the pin-like extensions from conventional screws, since they are available in large numbers and inexpensively.

A further design variant is obtained if fastening eyelets, in particular for tension belts, are in the area of the stanchions. are arranged. Fastening eyelets can then be used to hold, for example, a hook or a loop of a tension belt, in order to secure the objects stored on the stanchion pallet. The crane eyelets, some of which are arranged on the stanchion pallets, cannot serve this purpose, since they have to be kept free for transport or moving by means of a crane, for example. The lashing strap eyelets are preferably arranged on the stanchions, but depending on the application, they can also be arranged on the rectangular frame and preferably on the cross struts. At least two corresponding eyelets are arranged on opposite cross struts, it also being possible, of course, to arrange two or more tension belt eyelets on the cross struts and / or stanchions.

The structure of the stanchion pallet according to the invention now makes it possible to align the objects in the stanchion pallet in the correct position and to transport them safely. In addition, the number of objects can be determined by means of the construction according to the invention and there is the possibility of loading the stake pallet with only one person. The advantages according to the invention and the advantageous embodiment variants of the invention enable the highest degree of safety and simplicity in the operation of the stake pallet.

The invention is explained in more detail below with reference to the attached drawings using a preferred exemplary embodiment. However, the principle applies that the exemplary embodiment does not restrict the invention, but merely represents an advantageous embodiment. The features shown can be carried out individually or in combination with other features of the description as well as the patent claims individually or in combination.

• 1 eine Seitenansicht auf eine erfindungsgemäß ausgebildete Rungenpalette mit einem aufgenommenen Gegenstand und einem angedeuteten Spanngurt; und
• 2 eine Detailansicht auf alternative Ausführungsformen des Rechteckrahmens im Eckbereich einer Runge.

It shows:

• 1 a side view of a stake pallet designed according to the invention with a picked up object and an indicated tension belt; and
• 2nd a detailed view of alternative embodiments of the rectangular frame in the corner area of a stanchion.

In the 1 is a side view of a stanchion pallet 1 shown, the stake range 1 on a flat surface 2nd with feet 3rd , 4th is turned off. The stanchions 5 , 6 are formed in this embodiment as steel tubes, which are based on a rectangular frame 7 in the vertical direction with respect to the rectangular frame 7 and the surface 2nd extend. The rectangular frame according to the invention 7 is formed in this embodiment from a U-profile and also made of steel. The rectangular frame 7 is, as is known from the prior art, with the stanchions 5 , 6 welded. On the rectangular frame 7 are pen-like extensions 8th trained, the for better clarity 1 just a pen-like extension 8th is provided with a reference symbol. The pen-like extensions 8th can be formed, for example, from a round steel and fixed to the rectangular frame 7 be welded.

The rectangular frame 7 is in the 1 in view of a longitudinal strut 9 shown. Between the pen-like extensions 8th is a surface covering in this embodiment 10th arranged, the surface covering 10th for example made of wood or a rubber-elastic material.

An example is in the 1 a thing 11 shown, the subject 11 for example a trestle 11 can be. The scaffolding trestle 11 is vertical in the stake range 1 stored and can, for example, when loading against the stanchion 5 be supported. For transporting the item 11 can the object 11 with a lashing strap 12th be secured. The tension belt 12th is then with a hook 13 in a fastening eyelet 14 attachable and tensionable. In this embodiment there are two eyelets 14 , 15 recognizable, each on the stanchions 5 , 6 are mounted. The attachment eyes are preferably 14 , 15 formed from a curved round steel and for example with the stanchions 5 , 6 welded. Is the object 11 by means of the surface covering 10th and the extensions 8th safe on the stake range 1 durable, additional security can be achieved by using the extensions 8th via a cross strut 16 of the object 11 protrude.

The pen-like extensions 8th are on a regular basis A on the longitudinal strut 9 arranged so that a definable but also one to the object 11 customizable number of items 11 on the stake pallet 1 is storable. In the 2nd is an alternative embodiment of a stanchion pallet 17th in a detailed view on a corner 18th of the rectangular frame 19th reproduced. The same components are provided with the same reference symbols. The rectangular frame 19th differs in that the longitudinal strut 20th as a profiled longitudinal strut 20th is trained. The longitudinal strut 20th has a profile 21 in the form of triangular tips 21 on. The surface covering 10th can over the top 21 protrude or just between the tips 21 be arranged. The surface covering 10th can be integral with the rectangular frame 19th be connected or on the rectangular frame 19th be mounted. Depending on the design and objects to be transported 11 can by means of profiling 21 also a form fit between the objects 11 and the profile 21 in the longitudinal strut 20th be achievable.

Reference list

1, 17

Post range

2nd

surface

3, 4

foot

5, 6

Stanchion

7, 19

Rectangular frame

8th

pen-like extension

9, 20

Longitudinal strut

10th

Surface covering

11

Object, trestle

12th

Lashing strap

13

hook

14, 15

Fastening eyelet

16

Cross strut

18th

corner

21

profile

A

distance

QUOTES INCLUDE IN THE DESCRIPTION

This list of documents listed by the applicant has been generated automatically and is only included for better information for the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Patent literature cited

• DE 29906945 U1 [0003]

Claims (12)

Post pallet (1, 17) for storing and / or transporting objects (11) in industrial and building trades, comprising a rectangular frame (7, 19) with two longitudinal struts (9, 20) and two cross struts, one each in a corner area (18 ) of the rectangular frame (7, 19) vertically aligned with the rectangular frame (7, 19) stanchion (5, 6), in particular with a foot (3, 4) arranged on the stanchion (5, 6) opposite side of the rectangular frame (7, 19) ), characterized in that the rectangular frame (7, 19) has at least one means for securing the position (8, 10, 21) of objects (11) loaded vertically in the stanchion pallet (1, 17). Post range (1, 17) Claim 1 , characterized in that the means for securing the position (8, 10, 21) is formed from at least one pin-like extension (8) arranged on the rectangular frame (7, 19). Post range (1, 17) Claim 1 or 2nd , characterized in that the means for securing the position (8, 10, 21) is arranged on the longitudinal struts (9, 20). Post pallet (1, 17) according to one of the Claims 1 to 3rd , characterized in that the means for securing the position (8, 10, 21) at intervals (A) from 50 mm to 300 mm, preferably from 100 mm to 200 mm, and even more preferably from approx. 150 mm, on the rectangular frame (7 , 19) are arranged. Post pallet (1, 17) according to one of the Claims 1 to 4th , characterized in that the means for securing the position (8, 10, 21) extend in the direction of the stanchions (5, 6) in the stanchion pallet (1, 17). Post pallet (1, 17) according to one of the Claims 1 to 5 , characterized in that the means for securing the position (8, 10, 21) is formed from a profiled longitudinal strut (21). Post pallet (1, 17) according to one of the Claims 1 to 6 , characterized in that the objects (11) can be inserted in the longitudinal struts (9, 20) in a form-fitting manner at least in regions. Post pallet (1, 17) according to one of the Claims 1 to 7 , characterized in that at least the longitudinal struts (9, 20) of the rectangular frame (7, 19) are at least partially provided with a surface covering (10). Post range (1, 17) Claim 8 , characterized in that the surface covering (10) is formed from a plastic, in particular a rubber-elastic plastic. Post range (1, 17) Claim 8 , characterized in that the surface covering (10) is made of wood, in particular a hardwood. Post pallet (1, 17) according to one of the Claims 1 to 10th , characterized in that the means for securing the position (8, 10, 21) protrude at least in regions over the loaded objects (11). Post pallet (1, 17) according to one of the Claims 1 to 11 , characterized in that fastening lugs (14, 15), in particular for tension belts (12), are arranged in the region of the stanchions (5, 6).

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