RU28958U1 - MOUNTING PANEL - Google Patents

Description

MOUNTING PANEL

The utility model relates mainly to commercial equipment and can be used on walls and stands equipped with vertical panels on which shelves and other holders are mounted cantilever for placing goods. The utility model can also be used in furniture production.

A vertical panel with horizontal shelves is known, which are cantilevered to the panel by means of overhead elements with an L-shaped groove, into which the shelf shank, made with the bend up, is inserted (US patent 3704675, 1996). The design drawback is the large number of fasteners and the low strength of the cantilever joint.

A well-known demonstration stand containing panels in which T-shaped grooves are made for holders of different goods (patent US 5484067, 1996). Another stand with panels of this type is known from patent RU 2160034, 2000. The holders of such stands (shelves, hooks, etc.) are attached to the panels without intermediate and auxiliary fasteners using L-shaped shanks inserted into the panel grooves.

A disadvantage of the known stands is the relatively low permissible working load, the excess of which leads to the destruction of the panel, since the shank of the holder breaks the upper edge of the groove or delaminates the plate material. Under load, a force arises at the end of the L-shaped shank inside the T-groove, directed almost horizontally from the inside of the panel to the outside. In addition, the execution of the grooves of the T-shape complicates and increases the cost of the manufacturing process of panels.

The proposed utility model allows to overcome these disadvantages and makes it possible to significantly increase the permissible workloads with a simpler design.

The panel has the form of a vertical support with horizontal grooves made in it. The vertical support may be a slab of solid material or a cellular slab, or a corrugated sheet with grooves between the corrugations. The cross-section of the grooves in all cases has a quadrangular shape (mainly rectangular or trapezoidal). Mounted holders (shelves, hooks, walk-overs, etc.) are equipped with shanks, which are made with the rear edge bent upwards. For Cre2 02l2B-SC9

A 47 F 5/08, A 47 V 96/00

For the panel, the shanks of the hinged holders are inserted into the grooves of the vertical support. Under load, a bent (very short) edge of the shank, located inside a narrow groove, creates a force directed upward almost along the vertical panel.

In one embodiment, the vertical support is a slab, which can be made of wood, particle board, wood fiber material or plastic. You can also use composite materials.

If a corrugated sheet is used for vertical support, it can be made of metal or plastic. The same materials are most suitable for vertical support from a cellular plate.

The shank edge bent upward may be flat or may have a serrated or wavy shape. The teeth, partially immersed in the material of the vertical support on the upper wall of the groove, contribute to a more reliable fastening of the hinged holders.

Other structural elements that increase the reliability of fastening can be a longitudinal protrusion or groove in the depth of the groove on its upper wall. With the protrusion or groove in contact when mounting the hinged holders, the bent edge of the shank contacts.

The design of the proposed panel with hinged holders is illustrated using the drawings.

In FIG. 1 shows a panel in the form of a continuous plate with horizontally cut grooves.

In FIG. 2 shows a vertical support in the form of a corrugated sheet.

In FIG. 3 - vertical support in the form of a cellular plate.

In FIG. 4 shows one of the options for the hinged holder.

In FIG. 5 schematically shows the placement of the shank of the holder in the groove of the vertical support

In a preferred embodiment, the panel (vertical support) is a plate 1 of solid material with horizontal grooves 2 made in it (Fig. 1.5). The cross section of the grooves 2 has a quadrangular shape: rectangular (Fig. 1), or trapezoidal (Fig. 5). In the depth of one of the grooves 2 (Fig. 1), a longitudinal groove 3 is made on its upper wall. In another constructive embodiment, the vertical support is a corrugated sheet 4 with grooves 2 between rectangular corrugations (Fig. 2). In the depths of one of the grooves 2 (Fig. 2) on its upper wall

a longitudinal protrusion is made 5. In the third constructive embodiment, the vertical support is made of a cellular plate 6. The hinged holder 7 (in Fig. 4 it is a hanger) is equipped with a shank 8 with a rear edge 9 bent upwards on which the teeth are made 10. For fastening to the panel 1 (as well as 4 and 6), the shanks of 8 hinged holders are inserted into the grooves 2. With a panel thickness of 16 mm, the optimal groove depth is about 10 mm and its height is 3-4 mm. Each holder of such a panel can carry a workload of several tens of kilograms. Assembly and disassembly of the panel with hinged holders is easily done manually. The shank of the holder is inserted into the groove and is removed from it under a slight inclination to the horizontal plane.

Panels of any of the described structures can be attached to the walls of the room or located on mobile or fixed stands.

Woi //

Claims (6)

1. A panel with hinged holders in the form of a vertical support with horizontal grooves, the cross-section of the grooves having a quadrangular shape, and the shanks of the hinged holders made with a rear edge bent up and placed in the grooves of the vertical support. 2. The panel according to claim 1, characterized in that the vertical support is a continuous plate of wood, wood-shaving, wood-fiber material or plastic or a cellular plate with grooves made in it. 3. The panel according to claim 1, characterized in that the vertical support is a corrugated sheet of metal or plastic with grooves between the corrugations. 4. The panel according to claim 1, characterized in that the rear edge of the shank bent upwards has a toothed or wavy shape. 5. The panel according to claim 1, characterized in that the cross section of the grooves has a rectangular or trapezoidal shape. 6. The panel according to claim 1, characterized in that in the depth of the groove its upper wall has a longitudinal protrusion or groove.