System for the partition of spaces

Abstract

A system for the partition of a space that has a ceiling includes at least one partition wall that partitions the space and has at least one planar element and a system connecting it to the ceiling. Such system and the upper peripheral edge of the planar element include male and female elements. The connecting system further includes at least one elastomeric element interposed between the female and the male elements, which deforms upon the coupling of the male and female elements and frictionally acts against them to prevent the planar element from falling down by gravity, without the need for additional support in the lower part of the planar element.

Description

FIELD OF THE INVENTION[0001]The present invention is generally applicable to the civil engineering and industrial building sector, and it particularly relates to a system for partitioning of spaces.BACKGROUND OF THE INVENTION[0002]Systems suitable for the partition of so-called “open spaces” are known. Such systems include a support structure which includes one or more longitudinal profiles horizontally mounted on the ceiling and / or floor for one or more sheet-like partition elements, for example glass or plasterboard.[0003]Apparently, in order to minimize the aesthetic impact the profiles must have particularly low bulkiness, in particular low thickness. To this end, the profile, or part thereof, is concealably inserted in a suitable seat of a floor, ceiling or false ceiling.[0004]Generally, an upper longitudinal profile operatively connected with the ceiling and a lower longitudinal profile operatively connected to the floor are provided.[0005]The sheet-like element is subsequentl...

AI Technical Summary

Benefits of technology

The present invention is a system for efficiently partitioning spaces. The system is easy to mount and safe to use. Its technical effects include improved space separation, streamlined assembly, and enhanced safety standards.

Problems solved by technology

Such systems have the drawback to show at sight the whole sheet-like element or part thereof once mounted on the support structure.

While allowing a completely “clean” partition wall, i.e. without parts at sight, the bonding of the sheet-like element to the fixing element does not guarantee an optimal fixation over time.

One disadvantage of such systems is that the installation and mounting process thereof is particularly difficult.

This feature is particularly disadvantageous in case of sheet-like elements of large size.

Indeed in this case the known systems are unsafe for the operator during mounting operations and further have a greater chance of breaking of the same sheet-like element.

Furthermore, such systems require the presence of different operators during the mounting operations with an obvious increase in term of costs.

A further disadvantage of this known system is that in the case of approaching or removal between floor and ceiling, for example due to structural vibrations, the sheet-like element is compressed on the edges, or the mechanical grip between the sheet-like element and the connection profile it weakens.

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