Edge protection

Abstract

Device for securing a transported item, comprising an angle element (1) with a first flank (2) and a second flank (3) enclosing an angle (4) between them, characterized in that the angle element (1) has at least a first retaining element (5) and a second retaining element (6) which interact magnetically and of which at least one is arranged on an inside of the angle (4) and at least another opposite on an outside (13) of the angle (4).

Description

[0001] The present invention relates to a device for securing a transported item, comprising an angle element with a first flank and a second flank which enclose an angle between them.

[0002] Such restraints for protecting transported goods are already used in the prior art. Depending on the application, such elements represent an important component for ensuring safe transport and are therefore an important commodity in the logistics industry, since while transported goods can be secured in the cargo area of ​​a transport vehicle using lashing straps, the lashing strap can damage the transported goods, and the transported goods can wear out the lashing strap, requiring frequent replacement. With the aid of an edge protector as described in the prior art, such wear on both sides can be easily prevented by placing the object of the present invention between the lashing strap and the edge of the transported goods.

[0003] Edge protection brackets are well-known products with millions of uses worldwide annually. However, due to the lack of quality in these components, they require constant replacement because of high wear and tear. Their thin and flexible design, typical of modern technology, causes them to break easily and, when not in use, they often lie loose on the loading platform, as they either cannot be stacked or fall apart easily.

[0004] Against this background, the present invention aims to create a device for securing transported goods which is both stable and durable, as well as easy to stack and store.

[0005] This is achieved by a device for securing a transported item according to the features of independent claim 1. Meaningful embodiments of such a device can be found in the subsequent dependent claims.

[0006] The device provided is for securing transported goods, comprising an angle element with a first flank and a second flank that enclose an angle between them. According to the invention, this device is characterized in that the angle element has at least one first retaining element and one second retaining element which interact magnetically and of which at least one is arranged on an inner side of the angle and at least one other opposite it on an outer side of the angle.

[0007] This is an easily stackable angle element that conforms to the edges of a load for securing it, protecting both the lashing strap and the load itself. Once the angle elements are removed from the load, they can be easily stacked inside each other, as the first retaining elements magnetically attract the second. This can be achieved by either the first retaining element being magnetic, the second ferromagnetic, or both being magnetic. The magnetic properties of the angle element also allow it to attract metallic loads, such as wire mesh containers, thus simplifying the attachment process.

[0008] In an advantageous embodiment, the at least one first retaining element and / or the at least one second retaining element can be rod-shaped and inserted, overmolded, or pressed into a recess of identical cross-section. This allows a lashing strap to be pulled tightly over the rod-shaped retaining element when tightened, so that the force acts directly on the retaining element and increased stability is ensured by the solid cylindrical shape. This results in increased load-bearing capacity, particularly in areas where previously known edge protectors often exhibit fracture points, because special flexibility is frequently required in these areas.

[0009] In a further embodiment, the angle can be rounded on one outer side. This not only protects the transported goods from potential damage caused by a sharp lashing strap, but also protects the lashing strap from the transported goods, thus reducing wear and tear on the strap and allowing it to be used more frequently. The rounded edge also better accommodates the cylindrical shape of the first retaining element, enabling a uniformly thick layer of material to be applied over the first retaining element in the area of ​​the outer angle.

[0010] Furthermore, it can be advantageous if the angle bracket has a notch on its inner side that runs along a plane bisecting the angle. This allows the bracket to better adapt to the geometry of the transported goods, and it can also have a slightly springy property, thus ensuring improved break resistance. This allows for a combination of increased durability and stability, stemming from the robust holding elements, with greater flexibility.

[0011] Additionally, the angle bracket can be designed with a circumferential side edge that forms an overhang extending beyond the angle on its outer surface. During transport, lateral forces can occur that may cause a tightened lashing strap to slip off the angle bracket. The described overhang not only counteracts this but also ensures that the lashing strap is always guided centrally along the angle bracket.

[0012] In a specific design, it seems advantageous for the circumferential side edge to form a recess on the inside of the angle, into which the overhang of another, identical angle element can be positively engaged. If several angle elements are not used during transport, they can thus be easily stacked inside one another, with the overhang of the first angle element fitting into the recess of the second. This organized storage prevents the angle elements from lying loose on the loading platform, thus preventing them from becoming a potential obstruction or tripping hazard, or from being damaged by other loose parts.

[0013] In a further embodiment, it can be advantageous if the first flank and / or the second flank has a recessed handle. This simplifies the handling of the angle element, and a lashing strap can also be threaded through such a recess. This ensures a self-guiding function of the angle element.

[0014] In a further embodiment, the first flank and / or the second flank can be provided with linear, parallel and / or intersecting material struts. This allows for increased stability of the angle element while reducing material requirements. This can lower manufacturing costs without compromising stability and the associated durability. Such a design is also lighter than a thicker wall made of solid material.

[0015] Preferably, at least one of the first retaining elements and / or at least one of the second retaining elements is a permanent magnet. This creates a magnetic attraction between the angled element and the retaining element. When such angled elements are stacked, this creates a detachable connection that prevents them from falling apart. Furthermore, this provides additional support when securing metallic goods, such as a wire mesh container. The other retaining element can be made of a ferromagnetic material that is attracted by the permanent magnet. It is only necessary that one of each pair of retaining elements is a permanent magnet.

[0016] Preferably, the angle bracket can be made of a durable plastic material and / or wood and / or metal. This ensures a long service life for the angle bracket. Particularly suitable are robust plastics such as PET, PVC / UPVC, or PE / UPE, as these are cost-effective to manufacture, offer a degree of flexibility, and allow for the injection molding of retaining elements.

[0017] Finally, it can be advantageous if the angle is an acute angle or a right angle. Since most transported goods have rectangular edges, such an angle is suitable for the majority of goods requiring securing. When using a slightly acute angle, a spring effect can also be achieved if the angle is bent to a full 90° when applied. This further helps to keep the tensioning strap taut during transport. The angle element should always lie as precisely as possible against the edge to achieve the best possible effect. A flexible yet stable acute or right angle ensures this, while multiple angle elements can still be stacked inside each other.

[0018] The invention described above will be explained in more detail below using an exemplary embodiment.

[0019] They show Fig. 1 an angle element in a perspective drawing, Fig. 2 the angle element according to Fig. 1 with inserted retaining elements in a cross-sectional view, as well as Fig. 3 Two stacked angle elements whose side edges interlock forcefully, in a perspective view.

[0020] Fig. Figure 1 shows an angle element 1 in a perspective view, consisting of a first flank 2 and a second flank 3, which enclose an angle 4 between them. The angle element 1 has material struts 10 on an outer surface 13, which ensure increased stability with reduced material consumption. In the present example, an inner surface 14 is smooth to allow it to be fitted against a transported item.

[0021] On the second flank 3, there is a recessed grip 9 for easier handling, through which a lashing strap could also be threaded. A closed circumferential side edge 12 of the angle element 1 has a projection 7 on the outside 13 of the angle 4 and a recess 8 on the inside 14. The projection 7 is shaped in this way to ensure a self-guiding function when the lashing strap is guided over the rounded angle 4 on the outside 13. The projection 7 prevents the lashing strap from slipping sideways when lateral forces caused by the transport process act upon it.

[0022] Fig. Figure 2 shows the angle element 1 according to Fig. Figure 1, in a cross-sectional view. This shows that a notch 11 is located in the opening of the angle 4 between the first flank 2 and the second flank 3 on the inner side 14, thus enabling increased elasticity of the angle element 1. If necessary, this allows the first flank 2 and the second flank 3 to be springed around the angle 4. The rod-shaped first retaining element 5 is located close to the rounded outer side 13 of the angle element 1, so that the force from an attached lashing strap on the angle element 1 is transferred to the rod-shaped first retaining element 5, thus achieving increased stability. The second retaining elements 6 are molded flat and integrated into the first flank 2 and the second flank 3.At least one of the first retaining elements 5 or second retaining elements 6 is permanent magnetic; the others can be permanent magnetic or ferromagnetic to cause an attraction between the first retaining elements 5 and the second retaining elements 6, and thus to enable an attraction of adjacent angle elements 1 as shown in . Fig. 3 shown.

[0023] Fig. Figure 3 shows two such angle elements 1 according to Fig. 1, illustrating the stackability of the present invention. The exemplary drawing shows two angle elements 1 stacked inside one another. The first retaining elements 5 and second retaining elements 6 attached according to the invention interact magnetically and ensure that the angle elements 1 remain permanently connected to each other. It is helpful that the projection 7 of the side edge 12 on the outer side 13 of the angle element 1 can be positively inserted into the recess 8 of the side edge 12 on the inner side 14. This makes it easier to stack the angle elements 1 straight and flush on top of each other. The projection 7 is chosen such that the angle elements 1 can be stacked inside one another and connected with a magnetically detachable connection according to the illustrations in the figure. Fig. is provided with the holding elements 5 and 6 shown in the illustrations.

[0024] The above description thus describes a device for securing transported goods, which is both stable and durable, as well as easy to stack and store. REFERENCE MARK LIST 1 angle element 2 first flank 3 second flank 4 angles 5 first retaining element 6 second retaining element 7 Overhang 8 recess 9 Handle recess 10 material struts 11 Notch 12 side edge 13 Outside 14 Inside

Claims

[1] Device for securing a transported item, comprising an angle element (1) with a first flank (2) and a second flank (3) enclosing an angle (4) between them, characterized by , that the angle element (1) has at least a first retaining element (5) and a second retaining element (6) which interact magnetically and of which at least one is arranged on an inside of the angle (4) and at least one other opposite on an outside (13) of the angle (4). [2] Device according to claim 1, characterized by , that the at least one first retaining element (5) and / or the at least one second retaining element (6) is rod-shaped and is inserted, overmolded or pressed into a recess of identical cross-section. [3] Device according to one of claims 1 or 2, characterized by , that the angle (4) is rounded on an outside (13). [4] Device according to one of the preceding claims, characterized by , that the angle (4) has an indentation (11) on an inside (14) which runs along an angle bisector plane of the angle (4). [5] Device according to one of the preceding claims, characterized by , that the angle element (1) has a circumferential side edge (12) which forms a projection (7) extending beyond the angle (4) in the area of ​​the outside (13) of the angle (4). [6] Device according to claim 5, characterized by , that the circumferential side edge (12) in the area of ​​the inside (14) of the angle (4) forms a recess (8) in which the projection (7) of another, similar angle element (1) can be received in a form-fitting manner. [7] Device according to one of the preceding claims, characterized by that the first flank (2) and / or the second flank (3) has a grip recess (9). [8] Device according to one of the preceding claims, characterized by, that the first flank (2) and / or the second flank (3) are provided with linear, parallel and / or intersecting material struts. [9] Device according to any one of the preceding claims, characterized by , that at least one of the first retaining elements (5) and / or at least one of the second retaining elements (6) is a permanent magnet. [10] Device according to one of the preceding claims, characterized by , that the angle element (1) is made of a durable plastic material and / or wood and / or metal. [11] Device according to one of the preceding claims, characterized by , that angle (4) is an acute angle or a right angle.

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