RU212201U1 - INSERT FOR DEMO PANEL - Google Patents

Abstract

The utility model relates to commercial equipment and can be used in devices for demonstrating goods, mainly stands with grooves. The insert of the demonstration stand panel is made of an elastically deformable material and has the shape of an asymmetrical bracket in cross section, both ends of which are bent in one direction. One of the ends of the bracket is bent along a smooth curve. The edges of the insert have thickening-limiters. On the outer convex surface of the end of the insert, bent along a smooth curve, a longitudinal recess is made along the thickening-limiter along the entire length of the insert. The technical result of the claimed utility model is to improve the operational characteristics of the structure, while at the same time its reliability and simplicity. 3 w.p. f-ly, 5 ill.

Description

The utility model relates to commercial equipment and can be used in devices for demonstrating goods, mainly stands with grooves. The utility model can also be used in furniture production.

It is known from the prior art to use inserts in the grooves of display panels. Inserts are used to reinforce panel groove edges and are available in various designs. The design of the insert also depends on the design of the display stand panel in which it is intended to be used.

For example, an insert is known for installation in the grooves of a demonstration panel, which has the shape of an asymmetrical bracket in cross section with protrusions on the outer surface along the entire insert (RU 22012). This design allows you to securely fix the insert in the panel groove, which has a positive effect on its further operation.

However, such an insert can only be used for panels with limited lateral access, since it is not possible to insert it into the groove from the front of the panel. In addition, the dismantling of such an insert, if necessary, will be quite laborious.

Known inserts for strengthening the grooves of the panels of demonstration stands, made with the possibility of installation (mounting) in the groove on the front side of the panel (RU 43444). The possibility of frontal insertion is achieved due to the fact that the insert is made of metal (made of an elastically deformable material) and in cross section has the shape of an asymmetric bracket, both ends of which are bent in one direction. In this case, one of the ends is bent along a smooth curve, and the other is bent at an angle equal to the bending angle of the groove cross section in the panel. On the edges of both ends of the insert there are thickening-limiters.

A disadvantage of the known design is the possibility of the insert falling out of the groove on the front side with a large mass of the displayed goods, as well as if the dimensions of the groove slightly exceed the dimensions of the insert, and the insert is not tightly placed inside the groove.

Also known is the design of the insert for the panel of the demonstration stand, made of metal, and in cross section having the form of an asymmetrical bracket, both ends of which are bent in one direction. In this case, one of the ends of the insert is bent along a smooth curve and is made with a longitudinal protrusion on its outer side. On the edges of both ends of the insert there are thickening-limiters (RU 116030 or EP 1816931).

In the well-known design, due to the presence of a protrusion parallel to the thickening-limiter, a kind of channel of rounded cross-section is formed, into which, during the installation of the insert, the edge of the groove of the demonstration stand panel enters.

However, such an implementation of the insert, with a protrusion on the outer surface, has a number of disadvantages. For example, during operation, it turned out that the presence of a protrusion leads to breaking off the edge of the panel groove during installation and dismantling of the insert, and also, during operation, to the disengagement of the edge of the groove due to the rounded shape of the groove formed between the protrusion and the thickening-limiter.

The technical result of the claimed utility model is to improve the operational characteristics of the structure, while at the same time its reliability and simplicity.

The technical result is achieved due to the fact that the insert of the demonstration stand panel is made of a resiliently deformable material and has the shape of an asymmetrical bracket in cross section, both ends of which are bent in one direction, and one of the ends of the bracket is bent along a smooth curve, while the edges of the insert have thickenings. limiters, and on the outer convex surface of the end of the insert, bent along a smooth curve, along the thickening-limiter along the entire length of the insert, a longitudinal recess-groove is made.

In the claimed design, the recess is made, as it were, below the level of the outer convex surface of the end of the bracket, which ensures unhindered progression of the bracket (insert) inside the groove, in contrast to the known design (RU 116030 or EP 1816931), where the longitudinal channel is not made in the body of the insert (bracket) , but is formed by an additional element, namely a longitudinal protrusion together with a thickening-limiter. This longitudinal protrusion rises above the outer convex surface of the end of the bracket (insert), which is undesirable because it leads to the destruction of the edge of the groove during mounting/dismantling. Thus, the inventive design of the insert ensures its secure fastening (by snapping) into the groove of the panel of the demonstration stand, while excluding breaking off the edge of the panel groove.

The longitudinal recess has a rectangular or trapezoidal (quadrangular) cross section.

As an elastically deformable material, for example, aluminum or ferrous metal can be used.

It is possible to use plastic as an elastically deformable insert material.

The proposed design of the insert eliminates the destruction (breaking off) of the edge of the panel groove during its installation / dismantling from the front side of the demonstration stand panel. At the same time, the reliability of the design and the convenience of its operation are increased.

The constructive implementation of the claimed utility model is illustrated by graphic materials:

in fig. 1 shows a general view of the insert and a schematic representation of the panel of the demonstration stand for which the declared insert is intended;

in fig. 2 shows the initial moment of mounting the insert in the groove of the demonstration stand panel;

in fig. 3 shows the insertion into the groove of the demo board panel before snapping into place;

in fig. 4 shows the placement of the insert in the groove of the display stand panel in finished form (the final stage of installation);

in fig. 5 shows a panel with an insert.

The proposed insert 1 is designed to be placed in the groove 2 of the panel 3 of the demonstration stand. Insert 1 has a cross-sectional shape of an asymmetric bracket, both ends (4 and 5, respectively) of which are bent in one direction, and one of the ends (5) of the bracket is bent along a smooth curve. The edges of the insert (bracket) 1 have bulges-limiters 7 designed to facilitate the installation / dismantling of the insert in the groove 2 of the panel 3. On the outer convex surface 6 of the end 5 of the insert 1, bent along a smooth curve, parallel to the bulge-limiter 7 along the entire length of the insert 1 a longitudinal recess 8 is made. At the same time, the longitudinal recess 8 in the bracket (insert) 1 is made in such a way that its inner space does not go beyond the outer convex surface of the end 5 of the insert 1, bent along a smooth curve. This ensures smooth smooth insertion of the insert (bracket) into the groove 2 of the panel 3 and reverse output when it is dismantled (if necessary) without destroying the edge 9 of the groove 2 of the panel 3.

Insert 1 is made of elastically deformable material. In a preferred embodiment, the insert may be made of aluminium. It is possible to use plastic or ferrous metals as insert material.

The longitudinal recess is predominantly of a quadrangular cross-section (for example, rectangular or trapezoidal). This shape ensures secure fixation of the insert in the panel groove, prevents (excludes) the insert from falling out of the panel groove during operation.

Insert 1 during installation is inserted into groove 2 smoothly tangentially, while it freely enters the groove until the edge 9 of the panel groove engages with the longitudinal recess (recess/groove) 8 made on the outer surface of the insert with its convex sides. Due to elastic deformation, the insert snaps into place in the panel groove. The proposed design of an elastically deformable insert with a longitudinal recess on its convex outer surface ensures the reliability and strength of the connection (fixation) of this insert in the groove of the demonstration stand panel for which it is intended.

The proposed implementation of the insert eliminates the breakage of the edge 9 of the groove 2 during its installation or dismantling.

The design of the insert also allows it to be used for panels with limited side access, since it is inserted into the panel groove from the front (front) side of the panel.

A bead in the form of a thickening-limiter 7 is also intended for the convenience of removing the insert 1 if it is necessary to replace it.

The insert can be made, in particular, by casting, stamping, extrusion.

Thus, the claimed utility model, characterized by the set of essential features presented in the formula, is distinguished by simplicity, reliability and improved performance.

Claims (4)

1. An insert for a demonstration stand panel made of a resiliently deformable material and having the shape of an asymmetric bracket in cross section, both ends of which are bent in one direction, and one of the ends of the bracket is bent along a smooth curve, while the edges of the insert have thickening-limiters, and on the outer convex surface of the end of the insert, bent along a smooth curve, along the thickening-limiter along the entire length of the insert, a longitudinal recess is made. 2. Insert according to claim 1, characterized in that the longitudinal recess has a quadrangular cross section. 3. Insert according to claim 1, characterized in that aluminum or ferrous metal is used as an elastically deformable material. 4. Insert according to claim 1, characterized in that plastic is used as an elastically deformable material.

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