DK200900066U3 - suspension device - Google Patents

Description

DK 2009 00066 U3

The invention relates to a suspension device with brackets for mounting on a support structure according to claim 1.

In particular, the invention relates to a suspension device with brackets for mounting on a support structure with a laterally positioned support profile facing the carrier profile at regular intervals, as well as brackets, each having two suspension parts, whereby the brackets with the suspension parts can be suspended in optional locations in the bore profile.

Brackets with brackets as described above are often used in conjunction with siatives for presenting goods or exhibits or for storing objects. They provide a great deal of flexibility due to the optional console distances.

The supporting structures will thus often be walls, walls, frames, racks and the like.

The hinged brackets can be designed for different purposes and to carry different sizes of load, however, which serve as support for adjustable shelves or shelving shelves. The shelves can be made of glass or plastic for applications for lighter goods. However, the shelves may also consist of wood or metal for use on heavier goods.

Especially when presenting goods in stores, there is not only a need for greater adaptability and simplicity, but also for an aesthetic effect. Fasteners such as fastening screws and the like should preferably be invisible or at least arranged as concealed as possible.

Suspension devices with brackets that can be suspended in optional locations are known in advance, which, however, very often have the disadvantage that the aesthetic effect is rather unsatisfactory.

Thus, US-5 592 886 discloses such a suspension device for wall mounted racks. It consists of a vertical U-profile with the side of the U-profile, at regular intervals, provided through-holes and brackets with two suspension parts each. The brackets can be hung with the suspension parts at optional locations in the through holes in the U-profile. The U-profile with its base side is mounted on the wall, which means that the fastening screws are visible from the front, because no glare is provided 2 DK 2009 00066 U3. However, even if a glare plate should appear, the possibility of looking from the side into the through holes becomes unsatisfactory.

It is therefore an object of the invention to propose an improved solution which, through simple construction, ensures better shielding.

The object is achieved through the features of claim 1.

The solution consists in that the base side of the carrier profile faces away from the carrier structure (ie, for example, the wall on which the suspension device is mounted), and that on the base side a glare plate which is generally wider than the base side of the carrier profile can be attached and the suspension parts on the brackets are provided. with a spacer collar.

With such a glare plate, not only can the mounting screws be concealed, but it can also make it difficult to enter from the side of the U-profile and the through holes.

It is also advantageous that glare plates, thus providing shielding, can still be placed lightly or removed even after the suspension of the brackets. Finally, it is also particularly easier when, for example, magnetic fastening of the glare plate is provided.

The width of the spacing requirements on the suspension dies determines the possible through width of the glare plate and thus also the extent of shielding. Constructively, this will be a very simple measure.

When choosing a right-angled or square cross-section of the carrier profile or a U-profile, one obtains that cheap standard profiles can be used.

Designing the keyholes is keyhole-like, allowing easy insertion and stable retention of the brackets in the desired positions.

In the following, an embodiment of the invention is described with reference to the drawings, which show: 3 DK 2009 00066 U3

FIG. 1A shows a suspension device according to the invention shown spatially with suspended brackets and a blanking plate,

FIG. 2A an exploded drawing of the suspension device of FIG. 1A, and

FIG. 3A is an oblique view of a bracket for a bracket.

FIG. 1A shows an oblique view of a suspension device according to the production with suspended brackets 4, 5 and applied blanking plate 3. See also FIG. 2A.

The suspension device has a carrier profile 1, in the form of a U-profile 1, with a base side 1c and two side flanks 1a, 1b. The base side 1c of the U-profile 1 faces away from a (not shown} support structure.

The support structure may, as discussed earlier, be a wall or the like. Thus, the U-profile 1 rests only with the back of the side flanks 1a, 1b on the support structure. For attaching the U-profile 1 to the support structure, bores 7 are provided in the base side 1c, through which the U-profile 1, for example by means of screws, can be attached to the support structure.

Furthermore, the U-profile 1 has on the side flanks on both sides and at the same height and at regular intervals provided through holes. These through-holes 2 are designed keyhole-like, i.e. they consist, as can be seen in particular from FIG. 2A, of an upper insertion opening, continuing downwardly therefrom in a narrower, slit-like fixing opening. The through holes 2 thus form a lock which allows the brackets 4, 5 to be suspended in the lock intervals adapted to the individual tasks on the U-profile fillet 1.

As mentioned above, the suspension device has the brackets 4, 5 for hanging on the U-profile 1, Such brackets may be provided in various embodiments, for example as first brackets 4 for shallow depth shelves (not shown) or as other brackets for shelves with greater depth (not shown). The choice of brackets 4, 5, of course, is related to the nature of the goods or objects to be placed on the shelves. However, in each case two brackets 4, 5 have suspension parts 6 located at locking distance in the through bores 2. The suspension parts 6 are described in more detail in connection with FIG. 3A, the suspension members 6 are specially designed to permit the application of the provided glare plate 3 to the base side 1c of the U-profile 1,

Finally, the suspension device also has the aforementioned glare plate 3, which can preferably be fixed by invisible means on the base side 1c of the U-profile. Thus, the glare plate 3 is wider than the base side 1c of the U-profile 1. By virtue of this "excess" width of the glare plate 3, it is obtained that the possibility of side view towards the U-profile 1 is made difficult, so that aesthetically disturbing details of the fastener (bores 7 and through-holes 2) are hidden better. For example, the invisible means for attaching the blanking plate 3 may be magnets 8, which, however, also requires that the blanking plate 3 consists of a ferromagnetic material. However, another detachable adhesive may also be used, for example an adhesive. In color, the glare plate can also easily be adapted to the supporting structure.

FIG. 2A shows an exploded view of the suspension device of FIG. 1A. See also the above embodiments.

FIG. 3A shows an oblique view of a suspension part 6 of a bracket. The suspension member 6 is rotationally symmetrical and consists of a connecting section 9, a spacer collar 10, a neck section 11 and a main section 12. The neck section 11 has a diameter selected to fit into the slit-like fixing opening in the through-hole 2 in the U-profile 1 The main section 12 has a diameter selected so that it can be conveniently inserted into the insertion opening in the through-hole 2 in the U-profile 1, but at the same time is larger than the diameter of the neck section 11. The distance collar 10 has a width B and a diameter, which is preferably Hg with or greater than the diameter of the main section 12. The connection section 9 is provided to establish preferably non-detachable connection with the brackets 4,5, i.e. for example for a welding or rivet connection,

The distance collar 10 serves to be able to hang the brackets 4, 5 on the profile 1 so that the U-profile 1 and the brackets 4, 5 are spaced apart corresponding to the width B. If a glare plate 3 is chosen which is a length A wider than The base side 1c of the U-profile 1, then the width B of the distance collar 10 must be equal to or greater than A / 2, DK 2009 00066 U3 5

However, it is not the case that the above condition must be met in all cases. If the condition is fulfilled, a simple glare plate with a continuous width can be selected. It will be particularly advantageous when the stand distances need to be changed or adjusted several times. Of course, however, it is also possible to select 5 cover plates that show cut-outs at the level of the brackets.

The proposed solution thereby permits aesthetically pleasing solutions with simple means, because the fasteners (screws, fasteners) can be simply concealed by the glare plates 3. Suspension devices of this kind also allow 10 multiple brackets 4, 5 in the same or different height for both sides for a carrier profile. Even fastening to round support structures will in many cases be possible.

6 DK 2009 00066 U3

Reference List; 1 U-profile 1a, 1b Side-flanks of the U-profile 1c Base side of the U-profile 2 Through-hole 3 Drain plate 4 (First) bracket 5 (Second) bracket 6 Suspension part 7 Drilling 3 Magnet 9 Connection section 10 Distance collar 11 Neck section 12 Main section

A

B

Excess ”width of the glare plate 3 relative to the width of the base side 1c

The width of the spacer collar 10 20

Claims (7)

7 DK 2009 00066 U3 A suspension device with brackets (4, 5) for mounting on a support structure, wherein the suspension device is provided with a vertically positioned carrier profile having two side flanks (1a, 1b) and a base side (1c) and with spaced through holes ( 2) on the side flanks (1a, 1b), and each of the brackets (4, 5) has two suspension parts (6) designed so that the brackets (4, 5) with the suspension parts (6) can be suspended at optional locations in the through holes (2) in the carrier profile, and thereby providing the base side (1c) of the carrier profile with bores (7) for placing the suspension device on the carrier structure, the production being new in that the base side (1c) of the carrier profile faces away from the carrier structure and that on the base side (1c) ) can be attached to a glare plate (3) which is wider than the base side of the support profile (1c) and that the suspension parts (6) are provided with a spacer collar (10). Suspension device according to claim 1, which is new in that the stripping plate (3) is a length A wider than the base side (1c) of the carrier profile and that the width B of the spacing collar (10) is equal to or greater than A / 2. Suspension device according to claim 1 or 2, which is new in that the carrier profile in cross-section is formed at right angles or square or as a U-profile (1). Suspension device according to any one of claims 1-3, which is new in that the through holes (2) are designed as keyhole openings. Suspension device according to any one of claims 1-4, which is new in that the blanking plate (3) can be fixed to the base side (1c) of the bean profile by invisible means. Suspension device according to claim 5, which is new in that the invisible means are made up of magnets (8) and the glare plate (3) consists of a ferromagnetic material. Suspension device according to claim 5, which is new in that the invisible agent is a releasable adhesive.