RU180642U1 - WALL RACK SYSTEM BRACKET - Google Patents

Abstract

The invention relates to a rack system, in particular to brackets of a wall rack system designed to install shelves in a wall rack system. The technical result is to increase the bearing capacity of the shelf and the entire racking system. The wall shelf bracket is a spatial structure in the form of a flat bent part with the formation of identical left and right parts located parallel to each other and connected at its lower sides by a base that is perpendicular to the left and right parts. Each of the parts, in fact, has a triangular shape and contains a shelf edge and an end face. The end face of each part has amplifiers that extend beyond the triangular shape of the parts on which the hooks and stops are located. On the opposite side from the ends of the parts there is a vertex in which in the continuation of the base there is a protrusion in the opposite direction from the parts with respect to the base, which contains a surface contacting with the fasteners of the shelf, which is longer than the width of the base.

Description

The invention relates to a rack system, in particular to brackets of a wall rack system designed to install shelves in a wall rack system.

The prior art (RU 12512 U1) known bracket for prefabricated rack design. This rack is an elongated body, on one end of which hooks are made for its engagement in a vertical supporting structure, and a groove is made at the opposite end for installing the front edge of the shelf.

A similar bracket is disclosed in patent RU 23126 U1.

Each of these documents can be taken as the closest analogue to the claimed technical solution, since the set of similar features with the claimed utility model is the same.

The disadvantage of the technical solution, each of the documents is the lowest possible load on the design of the rack due to the implementation of the bracket.

Thus, the task achieved by the claimed utility model is to eliminate the disadvantages of the prior art.

The technical result, the achievement of which the claimed utility model is aimed, is to increase the bearing capacity of the entire shelf and rack system.

This technical result is fully achieved by a set of features of an independent paragraph of the claimed formula of the utility model.

In addition, when using the claimed bracket increases the safety of its use in the design due to the fact that the shelf is fixed to the bracket more reliably.

The wall shelf bracket is a spatial structure in the form of a flat bent part with the formation of the same left and right parts located parallel to each other and connected in its lower sides by a base that is perpendicular to the left and right parts. Each of the parts, in fact, has a triangular shape, contains a flange edge intended for contact with the plane of the shelf, and an end face intended for contact with the vertical base of the rack structure. The end face of each part has amplifiers that extend beyond the triangular shape of the parts on which the hooks and stops are located. On the opposite side from the ends of the parts there is a vertex in which in the continuation of the base there is a protrusion in the opposite direction from the parts with respect to the base, which contains an edge contacting the shelf fastener, which is longer than the width of the base in length.

A technological cutout is made at least on one of the stops.

The flat bent part is sheet metal.

The base runs along the entire bracket.

At the top in each part are shelf cutouts located at an angle to the base.

On the surface of the base is a profile cutout, which is designed to install and fix the traction gain.

On the shelving edges of each part are spars with equal pitch, designed to install reinforcing spars installed between two brackets of the same shelf.

The end face of each part is made in the form of a cutout directed towards the top to ensure that the end surfaces are not in contact with the vertical surface of the vertical base.

Further, in more detail, the claimed technical solution is illustrated by drawings, in which:

In FIG. 1 presents the claimed bracket, front view from the side,

In FIG. 2 presents the claimed bracket, rear side view,

In FIG. 3 presents the claimed bracket,

In FIG. 4 presents the claimed bracket mounted on it a gain rod,

In FIG. 5 presents the claimed bracket with a spar installed on it gain

In FIG. 6 presents the claimed bracket mounted on a vertical base of the rack,

In FIG. 7 presents the claimed bracket with a shelf mounted on it,

In FIG. 8 presents the claimed bracket with a shelf installed on it.

The bracket (1) of the wall shelving system (shelving structure) is a spatial structure in the form of a flat bent part with the formation of the left (2) and right (3) parts located parallel to each other and connected in its lower sides by a base (4), which is located perpendicular to the left (2) and right (3) parts, and runs along the entire bracket (1). Each of the parts (2, 3), in fact, has a triangular shape and contains a shelf edge (5), intended for contacting with the plane of the shelf (19), and an end face (6), is designed for contacting the vertical base (20) of the rack structure . The butt (6) of each part (2, 3) has amplifiers (7) that go beyond its triangular shape, on which the hooks (8) are located. Also at the ends (6) of each part (2, 3) there are stops (9), at least one of which has a technological cut-out (10), intended, in addition to achieving the claimed technical result, to suspend the part during its coloring. On the opposite side from the ends (6) of the parts (2, 3) there is a vertex (11), in which in the continuation of the base (4) there is a protrusion (12) in the opposite direction from the parts (2, 3) with respect to the base (4) . The protrusion (12) is designed to fix the shelf in two planes on the bracket (1). The protrusion (12) contains the edge (13) contacting with the shelf fastener, which is longer than the width of the base (4) of the bracket (1). On the top (11) in each part (2, 3) there are also shelf cutouts (14), which are located at an angle to the base (4) and are designed to fix the shelves with an integrated tray.

The end face (6) is a cutout in the direction of the apex (11) (see Fig. 6), which ensures that the end face (6) does not contact fasteners (not shown in Fig.) That fix the vertical base (20), the heads of which ( the heads of screws, screws, nuts, etc.) extend beyond the front vertical surface of the vertical base (20). When performing the bracket in the above manner, it does not have points of support on the front vertical surface of the vertical base (20) facing the bracket. The bracket transfers the load to the surface of the vertical base (20) at its lowest point - the end face of the base (4).

On the surface of the base (4) is a profile cut-out (15), which is designed to install and fix the traction (16) of the reinforcement (Fig. 4).

On the shelving edges (5) of each part (2, 3), spars cut-outs (17) are arranged with equal pitch for mounting reinforcing spars (18) installed between two brackets (1) of one shelf (19).

Each bracket (1), by its design, is designed to install the edges of two shelves (19), but can carry one shelf (19) if it is end-face in a rack structure. In any case, the side walls (22) of the shelves (19) are placed between the parts (2, 3) of the bracket (1).

The fixing of the shelf (19) on the bracket (1) is provided at the time of its installation without additional actions. The ledge (12) of the bracket at the same time starts at a certain angle in the cavity in the front of the shelf (19). The shelf (19) is lowered into the horizontal working position when the protrusions (12) of the supporting brackets (1) hit the front cavity of the shelf (19). When lowering the shelf (19) to the working position (horizontal), gaps are selected relative to the bracket (1) - between the contact edge (13) of the protrusion (12) and the shelf edges (5) of the bracket (1) relative to the internal horizontal planes (21) of the shelf ( 19), between the planes of the parts (2, 3) inside and outside the bracket relative to the side walls (22) of the shelf (19) and its faces, as a result of which the shelf (19) is fixed in its working position. The shelf is fixed in all coordinates except for the possibility of turning upwards "from the wall" with the axis of rotation passing through the protrusions (12) of the brackets (1) for its installation / removal.

This also ensures operational safety, a quick and convenient procedure for mounting / dismounting the shelves in the rack system. In addition, no additional parts are used in the interaction between the shelf and the brackets, the shelf itself has a simple shape, does not have any special elements designed to fix it, requiring additional technological operations, which positively affects its cost of production.

Spar cutouts (17) on the flange edges (5) are located in a certain way, ensuring compliance with two conditions:

- positioning of the reinforcing spar (18) under the shelf (19) between the windows of the perforation of the shelf (see Fig. 7);

- the ability to use the so-called "common cut" when cutting blanks brackets (1), which allows you to simultaneously make cuts on two brackets (1), which reduces metal consumption and reduces the duration of the process.

The presented bracket in amplifiers (7) is equipped with two hooks (8), which, in turn, have two upper hooks (23) and two lower hooks (24) each, which creates four attachment points. This solution allows you to more profitably distribute the load on the bracket (1) and bearing the vertical base (20) in the place of their engagement, as a result, the achievement of the claimed technical result.

The claimed utility model is new, since the combination of its essential features is not known from the prior art, and, accordingly, meets the condition of patentability "novelty".

The claimed utility model meets the condition of patentability "industrial applicability", since it can be used in industry.

Although the present utility model has been disclosed with reference to preferred embodiments, it is not intended to limit the present utility model, specialists with general knowledge in the art of the present utility model can modify and implement it without departing from the idea and scope of the utility model, therefore , the scope of protection of the present utility model should be governed by the scope specified in the utility model formula.

Claims (8)

1. The bracket of the wall shelving structure, characterized in that it is a spatial structure in the form of a flat bent part with the formation of the same left and right parts located parallel to each other and connected in its lower sides by a base that is perpendicular to the left and right parts, each of the parts, in fact, has a triangular shape, contains a flange edge intended for contact with the plane of the shelf, and an end face intended for contact with a vertical base of the rack structure, the end of the parts having amplifiers extending beyond the triangular shape of the parts on which the hooks and stops are located, while on the opposite side from the ends of the parts there is a vertex in which the protrusion extends to the base in the opposite direction from the parts with respect to to the base, which contains the contact with the fastener of the shelf edge, which is longer than the width of the base. 2. The bracket under item 1, characterized in that at least one of the stops made technological cutout. 3. The bracket according to claim 1, characterized in that the flat bent part is a sheet metal. 4. The bracket according to claim 1, characterized in that the base extends along the entire bracket. 5. The bracket according to claim 1, characterized in that on the top in each part there are shelf cutouts located at an angle to the base. 6. The bracket according to claim 1, characterized in that on the surface of the base there is a profile cut-out, which is intended for installation and fixing of the traction reinforcement. 7. The bracket according to claim 1, characterized in that on the shelving edges of each part there are spars cut out with equal pitch, designed to install reinforcing spars installed between two brackets of the same shelf. 8. The bracket according to claim 1, characterized in that the end face of each part is made in the form of a cutout directed towards the top to ensure that the end surface is not in contact with the vertical surface of the vertical base.

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